! お好みでどうぞ！ キミキメシリーズはほぼ''一話完結型''で進めています。ジャンルもそれぞれ微妙に異なるので、読みたい作品を読んでいただければ幸いです。 一応、''個人的なオススメ''を以下に書いておきます。 <<< [[白い檻]] → [[箱庭の鬼]] → [[畜生共のパレード]] → <<< ※ [[隠遁者の夜明け]]（過去編）はメインストーリーから外れるので、例外とします。
[img width=390 [cover_in.jpg]] 『''キミはキメラ 隠遁者の夜明け''』は、キミはキメラシリーズのエピソードのひとつ。ナンバリングは-01（過去編につきマイナスナンバー）。[[生命科学総合研究センター]]を舞台にした、[[春原理科雄]]の一人称視点で語られる物語。 !外部リンク --- *[[『キミはキメラ 箱庭の鬼』紹介ページ|http://hoshimi12.com/kimiin]] *[[Kindleストアページ|http://www.amazon.co.jp/gp/product/B01DFWNB0U/ref=as_li_ss_tl?ie=UTF8&camp=247&creative=7399&creativeASIN=B01DFWNB0U&linkCode=as2&tag=hoshimi12-22]]
[img width=390 [cover_siro.jpg]] 『''キミはキメラ 白い檻''』は、キミはキメラシリーズのエピソードのひとつ。ナンバリングは01。『キミはキメラR』に新規エピソードを加えた増補版。 !外部リンク --- *[[『キミはキメラ 白い檻』紹介ページ|http://hoshimi12.com/kimisiro]] *[[Kindleストアページ|http://www.amazon.co.jp/gp/product/B01IW3JAPC/ref=as_li_ss_il?ie=UTF8&camp=247&creative=7399&creativeASIN=B01IW3JAPC&linkCode=as2&tag=hoshimi12-22]]
[img width=390 [cover_hako.jpg]] 『''キミはキメラ 箱庭の鬼''』は、キミはキメラシリーズのエピソードのひとつ。ナンバリングは02。かつてKADOKAWAエンターブレインから出版された小説のリメイク版で、展開の変更のほか、大きくボリュームアップしている。 !外部リンク --- *[[『キミはキメラ 箱庭の鬼』紹介ページ|http://hoshimi12.com/kimihako]] *[[Kindleストアページ|https://www.amazon.co.jp/%E3%82%AD%E3%83%9F%E3%81%AF%E3%82%AD%E3%83%A1%E3%83%A9-%E7%AE%B1%E5%BA%AD%E3%81%AE%E9%AC%BC-StarGazer-hoshimi12%EF%BC%88%E6%98%9F%E8%A6%8B%E6%8B%BE%E5%BC%90%EF%BC%89-ebook/dp/B01MR88ARU/ref=as_li_ss_tl?ie=UTF8&linkCode=ll1&tag=hoshimi12-22&linkId=323cbf9bf1d85665880391587de002a4]]
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"text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
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"text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007\nCopyright © UnaMesa Association 2007-2016\n\nRedistribution and use in source and binary forms, with or without modification,\nare permitted provided that the following conditions are met:\n\nRedistributions of source code must retain the above copyright notice, this\nlist of conditions and the following disclaimer.\n\nRedistributions in binary form must reproduce the above copyright notice, this\nlist of conditions and the following disclaimer in the documentation and/or other\nmaterials provided with the distribution.\n\nNeither the name of the UnaMesa Association nor the names of its contributors may be\nused to endorse or promote products derived from this software without specific\nprior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES\nOF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT\nSHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,\nINCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR\nBUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN\nCONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN\nANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH\nDAMAGE.\n"
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"tags": "$:/tags/Image",
"title": "$:/core/images/up-arrow",
"text": "<svg class=\"tc-image-up-arrow tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n<path transform=\"rotate(-135, 63.8945, 64.1752)\" d=\"m109.07576,109.35336c-1.43248,1.43361 -3.41136,2.32182 -5.59717,2.32182l-79.16816,0c-4.36519,0 -7.91592,-3.5444 -7.91592,-7.91666c0,-4.36337 3.54408,-7.91667 7.91592,-7.91667l71.25075,0l0,-71.25074c0,-4.3652 3.54442,-7.91592 7.91667,-7.91592c4.36336,0 7.91667,3.54408 7.91667,7.91592l0,79.16815c0,2.1825 -0.88602,4.16136 -2.3185,5.59467l-0.00027,-0.00056l0.00001,-0.00001z\" />\n</svg>\n \n"
},
"$:/core/images/video": {
"title": "$:/core/images/video",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/warning": {
"title": "$:/core/images/warning",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-warning tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M57.0717968,11 C60.1509982,5.66666667 67.8490018,5.66666667 70.9282032,11 L126.353829,107 C129.433031,112.333333 125.584029,119 119.425626,119 L8.57437416,119 C2.41597129,119 -1.43303051,112.333333 1.64617093,107 L57.0717968,11 Z M64,37 C59.581722,37 56,40.5820489 56,44.9935776 L56,73.0064224 C56,77.4211534 59.5907123,81 64,81 C68.418278,81 72,77.4179511 72,73.0064224 L72,44.9935776 C72,40.5788466 68.4092877,37 64,37 Z M64,104 C68.418278,104 72,100.418278 72,96 C72,91.581722 68.418278,88 64,88 C59.581722,88 56,91.581722 56,96 C56,100.418278 59.581722,104 64,104 Z\"></path>\n </g>\n</svg>"
},
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "advanced search"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Advanced search"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "cancel"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Discard changes to this tiddler"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "clone"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Clone this tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "close"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Close this tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "close all"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Close all tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "close others"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Close other tiddlers"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "control panel"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Open control panel"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "delete"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Delete this tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "edit"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Edit this tiddler"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "encryption"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Set or clear a password for saving this wiki"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "clear password"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Clear the password and save this wiki without encryption"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "set password"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Set a password for saving this wiki with encryption"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "export all"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Export all tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "export tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Export tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "export tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Export tiddlers"
},
"$:/language/Buttons/Fold/Caption": {
"title": "$:/language/Buttons/Fold/Caption",
"text": "fold tiddler"
},
"$:/language/Buttons/Fold/Hint": {
"title": "$:/language/Buttons/Fold/Hint",
"text": "Fold the body of this tiddler"
},
"$:/language/Buttons/Fold/FoldBar/Caption": {
"title": "$:/language/Buttons/Fold/FoldBar/Caption",
"text": "fold-bar"
},
"$:/language/Buttons/Fold/FoldBar/Hint": {
"title": "$:/language/Buttons/Fold/FoldBar/Hint",
"text": "Optional bars to fold and unfold tiddlers"
},
"$:/language/Buttons/Unfold/Caption": {
"title": "$:/language/Buttons/Unfold/Caption",
"text": "unfold tiddler"
},
"$:/language/Buttons/Unfold/Hint": {
"title": "$:/language/Buttons/Unfold/Hint",
"text": "Unfold the body of this tiddler"
},
"$:/language/Buttons/FoldOthers/Caption": {
"title": "$:/language/Buttons/FoldOthers/Caption",
"text": "fold other tiddlers"
},
"$:/language/Buttons/FoldOthers/Hint": {
"title": "$:/language/Buttons/FoldOthers/Hint",
"text": "Fold the bodies of other opened tiddlers"
},
"$:/language/Buttons/FoldAll/Caption": {
"title": "$:/language/Buttons/FoldAll/Caption",
"text": "fold all tiddlers"
},
"$:/language/Buttons/FoldAll/Hint": {
"title": "$:/language/Buttons/FoldAll/Hint",
"text": "Fold the bodies of all opened tiddlers"
},
"$:/language/Buttons/UnfoldAll/Caption": {
"title": "$:/language/Buttons/UnfoldAll/Caption",
"text": "unfold all tiddlers"
},
"$:/language/Buttons/UnfoldAll/Hint": {
"title": "$:/language/Buttons/UnfoldAll/Hint",
"text": "Unfold the bodies of all opened tiddlers"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "full-screen"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Enter or leave full-screen mode"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "help"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "Show help panel"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "import"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Import many types of file including text, image, TiddlyWiki or JSON"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "info"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Show information for this tiddler"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "home"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Open the default tiddlers"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "language"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Choose the user interface language"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "more"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "More actions"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "new here"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Create a new tiddler tagged with this one"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "new journal"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Create a new journal tiddler"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "new journal here"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Create a new journal tiddler tagged with this one"
},
"$:/language/Buttons/NewImage/Caption": {
"title": "$:/language/Buttons/NewImage/Caption",
"text": "new image"
},
"$:/language/Buttons/NewImage/Hint": {
"title": "$:/language/Buttons/NewImage/Hint",
"text": "Create a new image tiddler"
},
"$:/language/Buttons/NewMarkdown/Caption": {
"title": "$:/language/Buttons/NewMarkdown/Caption",
"text": "new Markdown tiddler"
},
"$:/language/Buttons/NewMarkdown/Hint": {
"title": "$:/language/Buttons/NewMarkdown/Hint",
"text": "Create a new Markdown tiddler"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "new tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Create a new tiddler"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "open in new window"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "Open tiddler in new window"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "palette"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "Choose the colour palette"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "permalink"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Set browser address bar to a direct link to this tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "permaview"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Set browser address bar to a direct link to all the tiddlers in this story"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "refresh"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Perform a full refresh of the wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "ok"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Confirm changes to this tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "save changes"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Save changes"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "storyview"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Choose the story visualisation"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "hide sidebar"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Hide sidebar"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "show sidebar"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Show sidebar"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "tag manager"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Open tag manager"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "theme"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Choose the display theme"
},
"$:/language/Buttons/Bold/Caption": {
"title": "$:/language/Buttons/Bold/Caption",
"text": "bold"
},
"$:/language/Buttons/Bold/Hint": {
"title": "$:/language/Buttons/Bold/Hint",
"text": "Apply bold formatting to selection"
},
"$:/language/Buttons/Clear/Caption": {
"title": "$:/language/Buttons/Clear/Caption",
"text": "clear"
},
"$:/language/Buttons/Clear/Hint": {
"title": "$:/language/Buttons/Clear/Hint",
"text": "Clear image to solid colour"
},
"$:/language/Buttons/EditorHeight/Caption": {
"title": "$:/language/Buttons/EditorHeight/Caption",
"text": "editor height"
},
"$:/language/Buttons/EditorHeight/Caption/Auto": {
"title": "$:/language/Buttons/EditorHeight/Caption/Auto",
"text": "Automatically adjust height to fit content"
},
"$:/language/Buttons/EditorHeight/Caption/Fixed": {
"title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
"text": "Fixed height:"
},
"$:/language/Buttons/EditorHeight/Hint": {
"title": "$:/language/Buttons/EditorHeight/Hint",
"text": "Choose the height of the text editor"
},
"$:/language/Buttons/Excise/Caption": {
"title": "$:/language/Buttons/Excise/Caption",
"text": "excise"
},
"$:/language/Buttons/Excise/Caption/Excise": {
"title": "$:/language/Buttons/Excise/Caption/Excise",
"text": "Perform excision"
},
"$:/language/Buttons/Excise/Caption/MacroName": {
"title": "$:/language/Buttons/Excise/Caption/MacroName",
"text": "Macro name:"
},
"$:/language/Buttons/Excise/Caption/NewTitle": {
"title": "$:/language/Buttons/Excise/Caption/NewTitle",
"text": "Title of new tiddler:"
},
"$:/language/Buttons/Excise/Caption/Replace": {
"title": "$:/language/Buttons/Excise/Caption/Replace",
"text": "Replace excised text with:"
},
"$:/language/Buttons/Excise/Caption/Replace/Macro": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Macro",
"text": "macro"
},
"$:/language/Buttons/Excise/Caption/Replace/Link": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Link",
"text": "link"
},
"$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
"text": "transclusion"
},
"$:/language/Buttons/Excise/Caption/Tag": {
"title": "$:/language/Buttons/Excise/Caption/Tag",
"text": "Tag new tiddler with the title of this tiddler"
},
"$:/language/Buttons/Excise/Caption/TiddlerExists": {
"title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
"text": "Warning: tiddler already exists"
},
"$:/language/Buttons/Excise/Hint": {
"title": "$:/language/Buttons/Excise/Hint",
"text": "Excise the selected text into a new tiddler"
},
"$:/language/Buttons/Heading1/Caption": {
"title": "$:/language/Buttons/Heading1/Caption",
"text": "heading 1"
},
"$:/language/Buttons/Heading1/Hint": {
"title": "$:/language/Buttons/Heading1/Hint",
"text": "Apply heading level 1 formatting to lines containing selection"
},
"$:/language/Buttons/Heading2/Caption": {
"title": "$:/language/Buttons/Heading2/Caption",
"text": "heading 2"
},
"$:/language/Buttons/Heading2/Hint": {
"title": "$:/language/Buttons/Heading2/Hint",
"text": "Apply heading level 2 formatting to lines containing selection"
},
"$:/language/Buttons/Heading3/Caption": {
"title": "$:/language/Buttons/Heading3/Caption",
"text": "heading 3"
},
"$:/language/Buttons/Heading3/Hint": {
"title": "$:/language/Buttons/Heading3/Hint",
"text": "Apply heading level 3 formatting to lines containing selection"
},
"$:/language/Buttons/Heading4/Caption": {
"title": "$:/language/Buttons/Heading4/Caption",
"text": "heading 4"
},
"$:/language/Buttons/Heading4/Hint": {
"title": "$:/language/Buttons/Heading4/Hint",
"text": "Apply heading level 4 formatting to lines containing selection"
},
"$:/language/Buttons/Heading5/Caption": {
"title": "$:/language/Buttons/Heading5/Caption",
"text": "heading 5"
},
"$:/language/Buttons/Heading5/Hint": {
"title": "$:/language/Buttons/Heading5/Hint",
"text": "Apply heading level 5 formatting to lines containing selection"
},
"$:/language/Buttons/Heading6/Caption": {
"title": "$:/language/Buttons/Heading6/Caption",
"text": "heading 6"
},
"$:/language/Buttons/Heading6/Hint": {
"title": "$:/language/Buttons/Heading6/Hint",
"text": "Apply heading level 6 formatting to lines containing selection"
},
"$:/language/Buttons/Italic/Caption": {
"title": "$:/language/Buttons/Italic/Caption",
"text": "italic"
},
"$:/language/Buttons/Italic/Hint": {
"title": "$:/language/Buttons/Italic/Hint",
"text": "Apply italic formatting to selection"
},
"$:/language/Buttons/LineWidth/Caption": {
"title": "$:/language/Buttons/LineWidth/Caption",
"text": "line width"
},
"$:/language/Buttons/LineWidth/Hint": {
"title": "$:/language/Buttons/LineWidth/Hint",
"text": "Set line width for painting"
},
"$:/language/Buttons/Link/Caption": {
"title": "$:/language/Buttons/Link/Caption",
"text": "link"
},
"$:/language/Buttons/Link/Hint": {
"title": "$:/language/Buttons/Link/Hint",
"text": "Create wikitext link"
},
"$:/language/Buttons/ListBullet/Caption": {
"title": "$:/language/Buttons/ListBullet/Caption",
"text": "bulleted list"
},
"$:/language/Buttons/ListBullet/Hint": {
"title": "$:/language/Buttons/ListBullet/Hint",
"text": "Apply bulleted list formatting to lines containing selection"
},
"$:/language/Buttons/ListNumber/Caption": {
"title": "$:/language/Buttons/ListNumber/Caption",
"text": "numbered list"
},
"$:/language/Buttons/ListNumber/Hint": {
"title": "$:/language/Buttons/ListNumber/Hint",
"text": "Apply numbered list formatting to lines containing selection"
},
"$:/language/Buttons/MonoBlock/Caption": {
"title": "$:/language/Buttons/MonoBlock/Caption",
"text": "monospaced block"
},
"$:/language/Buttons/MonoBlock/Hint": {
"title": "$:/language/Buttons/MonoBlock/Hint",
"text": "Apply monospaced block formatting to lines containing selection"
},
"$:/language/Buttons/MonoLine/Caption": {
"title": "$:/language/Buttons/MonoLine/Caption",
"text": "monospaced"
},
"$:/language/Buttons/MonoLine/Hint": {
"title": "$:/language/Buttons/MonoLine/Hint",
"text": "Apply monospaced character formatting to selection"
},
"$:/language/Buttons/Opacity/Caption": {
"title": "$:/language/Buttons/Opacity/Caption",
"text": "opacity"
},
"$:/language/Buttons/Opacity/Hint": {
"title": "$:/language/Buttons/Opacity/Hint",
"text": "Set painting opacity"
},
"$:/language/Buttons/Paint/Caption": {
"title": "$:/language/Buttons/Paint/Caption",
"text": "paint colour"
},
"$:/language/Buttons/Paint/Hint": {
"title": "$:/language/Buttons/Paint/Hint",
"text": "Set painting colour"
},
"$:/language/Buttons/Picture/Caption": {
"title": "$:/language/Buttons/Picture/Caption",
"text": "picture"
},
"$:/language/Buttons/Picture/Hint": {
"title": "$:/language/Buttons/Picture/Hint",
"text": "Insert picture"
},
"$:/language/Buttons/Preview/Caption": {
"title": "$:/language/Buttons/Preview/Caption",
"text": "preview"
},
"$:/language/Buttons/Preview/Hint": {
"title": "$:/language/Buttons/Preview/Hint",
"text": "Show preview pane"
},
"$:/language/Buttons/PreviewType/Caption": {
"title": "$:/language/Buttons/PreviewType/Caption",
"text": "preview type"
},
"$:/language/Buttons/PreviewType/Hint": {
"title": "$:/language/Buttons/PreviewType/Hint",
"text": "Choose preview type"
},
"$:/language/Buttons/Quote/Caption": {
"title": "$:/language/Buttons/Quote/Caption",
"text": "quote"
},
"$:/language/Buttons/Quote/Hint": {
"title": "$:/language/Buttons/Quote/Hint",
"text": "Apply quoted text formatting to lines containing selection"
},
"$:/language/Buttons/Size/Caption": {
"title": "$:/language/Buttons/Size/Caption",
"text": "image size"
},
"$:/language/Buttons/Size/Caption/Height": {
"title": "$:/language/Buttons/Size/Caption/Height",
"text": "Height:"
},
"$:/language/Buttons/Size/Caption/Resize": {
"title": "$:/language/Buttons/Size/Caption/Resize",
"text": "Resize image"
},
"$:/language/Buttons/Size/Caption/Width": {
"title": "$:/language/Buttons/Size/Caption/Width",
"text": "Width:"
},
"$:/language/Buttons/Size/Hint": {
"title": "$:/language/Buttons/Size/Hint",
"text": "Set image size"
},
"$:/language/Buttons/Stamp/Caption": {
"title": "$:/language/Buttons/Stamp/Caption",
"text": "stamp"
},
"$:/language/Buttons/Stamp/Caption/New": {
"title": "$:/language/Buttons/Stamp/Caption/New",
"text": "Add your own"
},
"$:/language/Buttons/Stamp/Hint": {
"title": "$:/language/Buttons/Stamp/Hint",
"text": "Insert a preconfigured snippet of text"
},
"$:/language/Buttons/Stamp/New/Title": {
"title": "$:/language/Buttons/Stamp/New/Title",
"text": "Name as shown in menu"
},
"$:/language/Buttons/Stamp/New/Text": {
"title": "$:/language/Buttons/Stamp/New/Text",
"text": "Text of snippet. (Remember to add a descriptive title in the caption field)."
},
"$:/language/Buttons/Strikethrough/Caption": {
"title": "$:/language/Buttons/Strikethrough/Caption",
"text": "strikethrough"
},
"$:/language/Buttons/Strikethrough/Hint": {
"title": "$:/language/Buttons/Strikethrough/Hint",
"text": "Apply strikethrough formatting to selection"
},
"$:/language/Buttons/Subscript/Caption": {
"title": "$:/language/Buttons/Subscript/Caption",
"text": "subscript"
},
"$:/language/Buttons/Subscript/Hint": {
"title": "$:/language/Buttons/Subscript/Hint",
"text": "Apply subscript formatting to selection"
},
"$:/language/Buttons/Superscript/Caption": {
"title": "$:/language/Buttons/Superscript/Caption",
"text": "superscript"
},
"$:/language/Buttons/Superscript/Hint": {
"title": "$:/language/Buttons/Superscript/Hint",
"text": "Apply superscript formatting to selection"
},
"$:/language/Buttons/Underline/Caption": {
"title": "$:/language/Buttons/Underline/Caption",
"text": "underline"
},
"$:/language/Buttons/Underline/Hint": {
"title": "$:/language/Buttons/Underline/Hint",
"text": "Apply underline formatting to selection"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Advanced"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Internal information about this TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Appearance"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Ways to customise the appearance of your TiddlyWiki."
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Animation duration:"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Basics"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Use [[double square brackets]] for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Default tiddlers:"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Choose which tiddlers are displayed at startup:"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "Hello! Current language:"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Title of new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Tags for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Number of overridden shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Number of shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtitle:"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Number of system tiddlers:"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Number of tags:"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Number of tiddlers:"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Title of this ~TiddlyWiki:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Username for signing edits:"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki version:"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Editor Types"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "These tiddlers determine which editor is used to edit specific tiddler types."
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Type"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Info"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Information about this TiddlyWiki"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
"text": "Type shortcut here"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
"text": "add shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
"text": "Keyboard Shortcuts"
},
"$:/language/ControlPanel/KeyboardShortcuts/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
"text": "Manage keyboard shortcut assignments"
},
"$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
"text": "No keyboard shortcuts assigned"
},
"$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
"text": "remove keyboard shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
"text": "All platforms"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
"text": "Macintosh platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
"text": "Non-Macintosh platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
"text": "Linux platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
"text": "Non-Linux platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
"text": "Windows platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
"text": "Non-Windows platforms only"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Loaded Modules"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Palette"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "clone"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "It is recommended that you clone this shadow palette before editing it"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "This shadow palette has been modified"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "Editing"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "reset"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "hide editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Current palette:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "show editor"
},
"$:/language/ControlPanel/Parsing/Caption": {
"title": "$:/language/ControlPanel/Parsing/Caption",
"text": "Parsing"
},
"$:/language/ControlPanel/Parsing/Hint": {
"title": "$:/language/ControlPanel/Parsing/Hint",
"text": "Here you can globally disable individual wiki parser rules. Take care as disabling some parser rules can prevent ~TiddlyWiki functioning correctly (you can restore normal operation with [[safe mode|http://tiddlywiki.com/#SafeMode]] )"
},
"$:/language/ControlPanel/Parsing/Block/Caption": {
"title": "$:/language/ControlPanel/Parsing/Block/Caption",
"text": "Block Parse Rules"
},
"$:/language/ControlPanel/Parsing/Inline/Caption": {
"title": "$:/language/ControlPanel/Parsing/Inline/Caption",
"text": "Inline Parse Rules"
},
"$:/language/ControlPanel/Parsing/Pragma/Caption": {
"title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
"text": "Pragma Parse Rules"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "Get more plugins"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "Install plugins from the official library"
},
"$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint",
"text": "This plugin is already installed at version <$text text=<<installedVersion>>/>"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "disable"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Disable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(disabled)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "None"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "enable"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Enable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Install/Caption": {
"title": "$:/language/ControlPanel/Plugins/Install/Caption",
"text": "install"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "Currently installed plugins:"
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "Languages"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "Language pack plugins"
},
"$:/language/ControlPanel/Plugins/NoInfoFound/Hint": {
"title": "$:/language/ControlPanel/Plugins/NoInfoFound/Hint",
"text": "No ''\"<$text text=<<currentTab>>/>\"'' found"
},
"$:/language/ControlPanel/Plugins/NoInformation/Hint": {
"title": "$:/language/ControlPanel/Plugins/NoInformation/Hint",
"text": "No information provided"
},
"$:/language/ControlPanel/Plugins/NotInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/NotInstalled/Hint",
"text": "This plugin is not currently installed"
},
"$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
"text": "open plugin library"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Reinstall/Caption": {
"title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
"text": "reinstall"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "Themes"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "Theme plugins"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/Heading": {
"title": "$:/language/ControlPanel/Saving/Heading",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Advanced Settings"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Backup Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Backups"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Upload Filename"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Password"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "Server URL"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Upload Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Wiki Name"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "Autosave"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "Do not save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Automatically save changes during editing"
},
"$:/language/ControlPanel/Settings/CamelCase/Caption": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
"text": "Camel Case Wiki Links"
},
"$:/language/ControlPanel/Settings/CamelCase/Hint": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
"text": "You can globally disable automatic linking of ~CamelCase phrases. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/CamelCase/Description": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Description",
"text": "Enable automatic ~CamelCase linking"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Settings"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Hint",
"text": "Enable or disable the editor toolbar:"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Description": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Description",
"text": "Show editor toolbar"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "These settings let you customise the behaviour of TiddlyWiki."
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Navigation Address Bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Behaviour of the browser address bar when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "Do not update the address bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Include the target tiddler"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Include the target tiddler and the current story sequence"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Navigation History"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Update browser history when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "Do not update history"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Update history"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
"text": "Performance Instrumentation"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
"text": "Displays performance statistics in the browser developer console. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
"text": "Enable performance instrumentation"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "Toolbar Button Style"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "Choose the style for toolbar buttons:"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "Borderless"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "Boxed"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "Rounded"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Toolbar Buttons"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Default toolbar button appearance:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Include icon"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Include text"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "Default Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "Specify which sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "Tiddler Opening Behaviour"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "Navigation from //within// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "Navigation from //outside// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "Open above the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "Open below the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "Open at the top of the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "Open at the bottom of the story river"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "Tiddler Titles"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "Optionally display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "Do not display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "Display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Caption",
"text": "Wiki Links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Hint",
"text": "Choose whether to link to tiddlers that do not exist yet"
},
"$:/language/ControlPanel/Settings/MissingLinks/Description": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Description",
"text": "Enable links to missing tiddlers"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Story View"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Current view:"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Theme"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Current theme:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Tiddler Fields"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Toolbars"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Edit Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in edit mode"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Select which toolbar buttons are displayed"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Page Toolbar"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Choose which buttons are displayed on the main page toolbar"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint",
"text": "Choose which buttons are displayed in the editor toolbar. Note that some buttons will only appear when editing tiddlers of a certain type"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "View Toolbar"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in view mode"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Download full wiki"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "st"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "nd"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "rd"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "th"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "th"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "th"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "th"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "th"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "th"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "th"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "th"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "th"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "th"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "th"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "th"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "th"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "th"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "th"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "th"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "th"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "st"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "nd"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "rd"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "th"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "th"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "th"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "th"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "th"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "th"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "th"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "st"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "Sunday"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "Monday"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "Tuesday"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "Wednesday"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "Thursday"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "Friday"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "Saturday"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "January"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "February"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "March"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "April"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "May"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "June"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "July"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "August"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "September"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "October"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "November"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "December"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "am"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "pm"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Sun"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Mon"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Tue"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Wed"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Thu"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Fri"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Sat"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Jan"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "Feb"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "Mar"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Apr"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "May"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "Jun"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "Jul"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Aug"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "Sep"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "Oct"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "Nov"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Dec"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> days from now"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> hours from now"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> minutes from now"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> months from now"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 second from now"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> seconds from now"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> years from now"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> days ago"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> hours ago"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> minutes ago"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> months ago"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 second ago"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> seconds ago"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> years ago"
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animations that may be used with the RevealWidget."
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Commands that can be executed under Node.js."
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Data to be inserted into `$tw.config`."
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Individual filter operator methods."
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Global data to be inserted into `$tw`."
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands for the ''is'' filter operator."
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript macro definitions."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Parsers for different content types."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Savers handle different methods for saving files from the browser."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Startup functions."
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Story views customise the animation and behaviour of list widgets."
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Converts different content types into tiddlers."
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Defines the behaviour of an individual tiddler field."
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Adds methods to the `$tw.Tiddler` prototype."
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Applies upgrade processing to tiddlers during an upgrade/import."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Adds methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Adds Node.js-specific methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Widgets encapsulate DOM rendering and refreshing."
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Adds methods to `$tw.Wiki`."
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Individual parser rules for the main WikiText parser."
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "Alert background"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "Alert border"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "Alert highlight"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "Alert muted foreground"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "General background"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "Blockquote bar"
},
"$:/language/Docs/PaletteColours/button-background": {
"title": "$:/language/Docs/PaletteColours/button-background",
"text": "Default button background"
},
"$:/language/Docs/PaletteColours/button-border": {
"title": "$:/language/Docs/PaletteColours/button-border",
"text": "Default button border"
},
"$:/language/Docs/PaletteColours/button-foreground": {
"title": "$:/language/Docs/PaletteColours/button-foreground",
"text": "Default button foreground"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "Unsaved changes indicator"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "Code background"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "Code border"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "Code foreground"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "Download button background"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "Download button foreground"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "Dragger background"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "Dragger foreground"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "Dropdown background"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "Dropdown border"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "Dropdown tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "Dropdown tab background"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "Dropzone background"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "External link background hover"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "External link background visited"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "External link background"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "External link foreground hover"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "External link foreground visited"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "External link foreground"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "General foreground"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "Message box background"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "Message box border"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "Message box foreground"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "Modal backdrop"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "Modal background"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "Modal border"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "Modal footer background"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "Modal footer border"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "Modal header border"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "General muted foreground"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "Notification background"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "Notification border"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "Page background"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "Preformatted code background"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "Preformatted code border"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "General primary"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "Sidebar button foreground"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "Sidebar controls foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "Sidebar controls foreground"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "Sidebar foreground shadow"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "Sidebar foreground"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "Sidebar muted foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "Sidebar muted foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "Sidebar tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "Sidebar tab background"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "Sidebar tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "Sidebar tab border"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "Sidebar tab divider"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "Sidebar tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "Sidebar tab foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "Sidebar tiddler link foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "Sidebar tiddler link foreground"
},
"$:/language/Docs/PaletteColours/site-title-foreground": {
"title": "$:/language/Docs/PaletteColours/site-title-foreground",
"text": "Site title foreground"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "Static alert foreground"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "Tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "Tab background"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "Tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "Tab border"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "Tab divider"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "Tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "Tab foreground"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "Table border"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "Table footer background"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "Table header background"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "Tag background"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "Tag foreground"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "Tiddler background"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "Tiddler border"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "Tiddler controls foreground hover"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "Tiddler controls foreground for selected controls"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "Tiddler controls foreground"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "Tiddler editor background"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "Tiddler editor border image"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "Tiddler editor border"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "Tiddler editor background for even fields"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "Tiddler editor background for odd fields"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "Tiddler info panel background"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "Tiddler info panel border"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "Tiddler info panel tab background"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "Tiddler link background"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "Tiddler link foreground"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "Tiddler subtitle foreground"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "Tiddler title foreground"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "Toolbar 'new tiddler' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "Toolbar 'options' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "Toolbar 'save' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "Toolbar 'info' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "Toolbar 'edit' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "Toolbar 'close' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "Toolbar 'delete' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "Toolbar 'cancel' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "Toolbar 'done' button foreground"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "Untagged pill background"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "Very muted foreground"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "This is an external tiddler stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Type the text for this tiddler"
},
"$:/language/EditTemplate/Body/Preview/Type/Output": {
"title": "$:/language/EditTemplate/Body/Preview/Type/Output",
"text": "output"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "remove field"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Remove field"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "field name"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Add a new field:"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "field value"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "System fields"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "User fields"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "This is a shadow tiddler. Any changes you make will override the default version from the plugin <<pluginLink>>"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "This is a modified shadow tiddler. You can revert to the default version in the plugin <<pluginLink>> by deleting this tiddler"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "tag name"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "tag list"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Show tag list"
},
"$:/language/EditTemplate/Title/BadCharacterWarning": {
"title": "$:/language/EditTemplate/Title/BadCharacterWarning",
"text": "Warning: avoid using any of the characters <<bad-chars>> in tiddler titles"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "content type list"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Show content type list"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "delete content type"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Delete content type"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "content type"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Type:"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "Static HTML"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON file"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV file"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "\".tid\" file"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "The full URI of an external image tiddler"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "The name of the bag from which a tiddler came"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "The text to be displayed on a tab or button"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "The CSS color value associated with a tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "The date a tiddler was created"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "The name of the person who created a tiddler"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "For a plugin, lists the dependent plugin titles"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "The descriptive text for a plugin, or a modal dialogue"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "For draft tiddlers, contains the proposed new title of the tiddler"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "The footer text for a wizard"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "A temporary storage field used in [[$:/core/templates/static.content]]"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "The title of the tiddler containing the icon associated with a tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "An ordered list of tiddler titles associated with a tiddler"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "The date and time at which a tiddler was last modified"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "The tiddler title associated with the person who last modified a tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "The human readable name associated with a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "A numerical value indicating the priority of a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "The type of plugin in a plugin tiddler"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "The revision of the tiddler held at the server"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "Date of a TiddlyWiki release"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "The source URL associated with a tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "The subtitle text for a wizard"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "A list of tags associated with a tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "The body text of a tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "The unique name of a tiddler"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "The content type of a tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Version information for a plugin"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "All tiddlers except system tiddlers"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Recently modified tiddlers, including system tiddlers"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Recently modified tiddlers"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "All tags except system tags"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Missing tiddlers"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Draft tiddlers"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Orphan tiddlers"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "System tiddlers"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Shadow tiddlers"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Overridden shadow tiddlers"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "System tags"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "Non wiki-text tiddlers"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is important to make sure that you can reliably save changes. See http://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Automatically run configured commands",
"text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Clear a password for subsequent crypto operations",
"text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Lists the available editions of TiddlyWiki",
"text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Display help for TiddlyWiki commands",
"text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Initialise a new wiki folder",
"text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Load tiddlers from a file",
"text": "Load tiddlers from 2.x.x TiddlyWiki files (`.html`), `.tiddler`, `.tid`, `.json` or other files\n\n```\n--load <filepath>\n```\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Construct library plugin required by upgrade process",
"text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "No such help item"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Set the base output directory for subsequent commands",
"text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Set a password for subsequent crypto operations",
"text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n''Note'': This should not be used for serving TiddlyWiki with password protection. Instead, see the password option under the [[ServerCommand]].\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Render an individual tiddler as a specified ContentType",
"text": "Render an individual tiddler as a specified ContentType, defaulting to `text/html` and save it to the specified filename. Optionally a template can be specified, in which case the template tiddler is rendered with the \"currentTiddler\" variable set to the tiddler that is being rendered (the first parameter value).\n\n```\n--rendertiddler <title> <filename> [<type>] [<template>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Render tiddlers matching a filter to a specified ContentType",
"text": "Render a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the ''noclean'' flag is specified. The target directory is recursively created if it is missing.\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Saves a raw tiddler to a file",
"text": "Saves an individual tiddler in its raw text or binary format to the specified filename.\n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Saves a group of raw tiddlers to a directory",
"text": "Saves a group of tiddlers in their raw text or binary format to the specified directory.\n\n```\n--savetiddlers <filter> <pathname> [\"noclean\"]\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nThe output directory is cleared of existing files before saving the specified files. The deletion can be disabled by specifying the ''noclean'' flag.\n\nAny missing directories in the pathname are automatically created.\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Provides an HTTP server interface to TiddlyWiki",
"text": "The server built in to TiddlyWiki5 is very simple. Although compatible with TiddlyWeb it doesn't support many of the features needed for robust Internet-facing usage.\n\nAt the root, it serves a rendering of a specified tiddler. Away from the root, it serves individual tiddlers encoded in JSON, and supports the basic HTTP operations for `GET`, `PUT` and `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\nThe parameters are:\n\n* ''port'' - port number to serve from (defaults to \"8080\")\n* ''roottiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''rendertype'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''servetype'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''pathprefix'' - optional prefix for paths\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation isn't suitable for general use.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password:\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port.\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepares external tiddlers for use",
"text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''rendertype'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Unpack the payload tiddlers from a plugin",
"text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Triggers verbose output mode",
"text": "Triggers verbose output, useful for debugging\n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Displays the version number of TiddlyWiki",
"text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
},
"$:/language/Import/Imported/Hint": {
"title": "$:/language/Import/Imported/Hint",
"text": "The following tiddlers were imported:"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Cancel"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "These tiddlers are ready to import:"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Import"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Select"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Status"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Title"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Blocked incompatible or obsolete plugin"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Blocked temporary state tiddler"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Blocked system tiddler"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Migrated theme tweak from <$text text=<<from>>/>"
},
"$:/language/AboveStory/ClassicPlugin/Warning": {
"title": "$:/language/AboveStory/ClassicPlugin/Warning",
"text": "It looks like you are trying to load a plugin designed for ~TiddlyWiki Classic. Please note that [[these plugins do not work with TiddlyWiki version 5.x.x|http://tiddlywiki.com/#TiddlyWikiClassic]]. ~TiddlyWiki Classic plugins detected:"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "This tiddler contains binary data"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See http://tiddlywiki.com/static/Upgrading.html for more details."
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "upgrade"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "close all"
},
"$:/language/ColourPicker/Recent": {
"title": "$:/language/ColourPicker/Recent",
"text": "Recent:"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
},
"$:/language/Count": {
"title": "$:/language/Count",
"text": "count"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "New Tiddler"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Drop here (or use the 'Escape' key to cancel)"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "Cancel"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Set a new password for this TiddlyWiki"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "Username"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "Password"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "Repeat password"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "Passwords do not match"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "Set password"
},
"$:/language/Error/Caption": {
"title": "$:/language/Error/Caption",
"text": "Error"
},
"$:/language/Error/Filter": {
"title": "$:/language/Error/Filter",
"text": "Filter error"
},
"$:/language/Error/FilterSyntax": {
"title": "$:/language/Error/FilterSyntax",
"text": "Syntax error in filter expression"
},
"$:/language/Error/IsFilterOperator": {
"title": "$:/language/Error/IsFilterOperator",
"text": "Filter Error: Unknown operand for the 'is' filter operator"
},
"$:/language/Error/LoadingPluginLibrary": {
"title": "$:/language/Error/LoadingPluginLibrary",
"text": "Error loading plugin library"
},
"$:/language/Error/RecursiveTransclusion": {
"title": "$:/language/Error/RecursiveTransclusion",
"text": "Recursive transclusion error in transclude widget"
},
"$:/language/Error/RetrievingSkinny": {
"title": "$:/language/Error/RetrievingSkinny",
"text": "Error retrieving skinny tiddler list"
},
"$:/language/Error/SavingToTWEdit": {
"title": "$:/language/Error/SavingToTWEdit",
"text": "Error saving to TWEdit"
},
"$:/language/Error/WhileSaving": {
"title": "$:/language/Error/WhileSaving",
"text": "Error while saving"
},
"$:/language/Error/XMLHttpRequest": {
"title": "$:/language/Error/XMLHttpRequest",
"text": "XMLHttpRequest error code"
},
"$:/language/InternalJavaScriptError/Title": {
"title": "$:/language/InternalJavaScriptError/Title",
"text": "Internal JavaScript Error"
},
"$:/language/InternalJavaScriptError/Hint": {
"title": "$:/language/InternalJavaScriptError/Hint",
"text": "Well, this is embarrassing. It is recommended that you restart TiddlyWiki by refreshing your browser"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
},
"$:/language/LazyLoadingWarning": {
"title": "$:/language/LazyLoadingWarning",
"text": "<p>Loading external text from ''<$text text={{!!_canonical_uri}}/>''</p><p>If this message doesn't disappear you may be using a browser that doesn't support external text in this configuration. See http://tiddlywiki.com/#ExternalText</p>"
},
"$:/language/LoginToTiddlySpace": {
"title": "$:/language/LoginToTiddlySpace",
"text": "Login to TiddlySpace"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" - click {{$:/core/images/edit-button}} to create"
},
"$:/language/No": {
"title": "$:/language/No",
"text": "No"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "Official ~TiddlyWiki Plugin Library"
},
"$:/language/OfficialPluginLibrary/Hint": {
"title": "$:/language/OfficialPluginLibrary/Hint",
"text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team."
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to plugins to take effect"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DDth MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "This is a system tiddler"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Colour"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "Count"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icon"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Info"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Tag"
},
"$:/language/Tiddler/DateFormat": {
"title": "$:/language/Tiddler/DateFormat",
"text": "DDth MMM YYYY at hh12:0mmam"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "You have unsaved changes in TiddlyWiki"
},
"$:/language/Yes": {
"title": "$:/language/Yes",
"text": "Yes"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/SavingChanges.html",
"text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DDth MMM YYYY"
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Journal"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "Saved wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "Starting to save wiki"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "List"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filter"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Search via a [[filter expression|http://tiddlywiki.com/static/Filters.html]]"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches/All": {
"title": "$:/language/Search/Matches/All",
"text": "All matches:"
},
"$:/language/Search/Matches/Title": {
"title": "$:/language/Search/Matches/Title",
"text": "Title matches:"
},
"$:/language/Search/Search": {
"title": "$:/language/Search/Search",
"text": "Search"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Shadows"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Search for shadow tiddlers"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Standard"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Search for standard tiddlers"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "System"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Search for system tiddlers"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "All"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contents"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Drafts"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Missing"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "More"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Open"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Orphans"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "Recent"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Shadows"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "System"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Tags"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "untagged"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Tools"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Types"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "My ~TiddlyWiki"
},
"$:/language/Snippets/ListByTag": {
"title": "$:/language/Snippets/ListByTag",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "List of tiddlers by tag",
"text": "<<list-links \"[tag[task]sort[title]]\">>\n"
},
"$:/language/Snippets/MacroDefinition": {
"title": "$:/language/Snippets/MacroDefinition",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Macro definition",
"text": "\\define macroName(param1:\"default value\",param2)\nText of the macro\n\\end\n"
},
"$:/language/Snippets/Table4x3": {
"title": "$:/language/Snippets/Table4x3",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table with 4 columns by 3 rows",
"text": "|! |!Alpha |!Beta |!Gamma |!Delta |\n|!One | | | | |\n|!Two | | | | |\n|!Three | | | | |\n"
},
"$:/language/Snippets/TableOfContents": {
"title": "$:/language/Snippets/TableOfContents",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table of Contents",
"text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
},
"$:/language/ThemeTweaks/ThemeTweaks": {
"title": "$:/language/ThemeTweaks/ThemeTweaks",
"text": "Theme Tweaks"
},
"$:/language/ThemeTweaks/ThemeTweaks/Hint": {
"title": "$:/language/ThemeTweaks/ThemeTweaks/Hint",
"text": "You can tweak certain aspects of the ''Vanilla'' theme."
},
"$:/language/ThemeTweaks/Options": {
"title": "$:/language/ThemeTweaks/Options",
"text": "Options"
},
"$:/language/ThemeTweaks/Options/SidebarLayout": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout",
"text": "Sidebar layout"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid",
"text": "Fixed story, fluid sidebar"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed",
"text": "Fluid story, fixed sidebar"
},
"$:/language/ThemeTweaks/Options/StickyTitles": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles",
"text": "Sticky titles"
},
"$:/language/ThemeTweaks/Options/StickyTitles/Hint": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles/Hint",
"text": "Causes tiddler titles to \"stick\" to the top of the browser window. Caution: Does not work at all with Chrome, and causes some layout issues in Firefox"
},
"$:/language/ThemeTweaks/Options/CodeWrapping": {
"title": "$:/language/ThemeTweaks/Options/CodeWrapping",
"text": "Wrap long lines in code blocks"
},
"$:/language/ThemeTweaks/Settings": {
"title": "$:/language/ThemeTweaks/Settings",
"text": "Settings"
},
"$:/language/ThemeTweaks/Settings/FontFamily": {
"title": "$:/language/ThemeTweaks/Settings/FontFamily",
"text": "Font family"
},
"$:/language/ThemeTweaks/Settings/CodeFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/CodeFontFamily",
"text": "Code font family"
},
"$:/language/ThemeTweaks/Settings/BackgroundImage": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImage",
"text": "Page background image"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment",
"text": "Page background image attachment"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll",
"text": "Scroll with tiddlers"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed",
"text": "Fixed to window"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize",
"text": "Page background image size"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto",
"text": "Auto"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover",
"text": "Cover"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain",
"text": "Contain"
},
"$:/language/ThemeTweaks/Metrics": {
"title": "$:/language/ThemeTweaks/Metrics",
"text": "Sizes"
},
"$:/language/ThemeTweaks/Metrics/FontSize": {
"title": "$:/language/ThemeTweaks/Metrics/FontSize",
"text": "Font size"
},
"$:/language/ThemeTweaks/Metrics/LineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/LineHeight",
"text": "Line height"
},
"$:/language/ThemeTweaks/Metrics/BodyFontSize": {
"title": "$:/language/ThemeTweaks/Metrics/BodyFontSize",
"text": "Font size for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/BodyLineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/BodyLineHeight",
"text": "Line height for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft",
"text": "Story left position"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint",
"text": "how far the left margin of the story river<br>(tiddler area) is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryTop": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop",
"text": "Story top position"
},
"$:/language/ThemeTweaks/Metrics/StoryTop/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop/Hint",
"text": "how far the top margin of the story river<br>is from the top of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryRight": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight",
"text": "Story right"
},
"$:/language/ThemeTweaks/Metrics/StoryRight/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight/Hint",
"text": "how far the left margin of the sidebar <br>is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth",
"text": "Story width"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint",
"text": "the overall width of the story river"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth",
"text": "Tiddler width"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint",
"text": "within the story river"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint",
"text": "Sidebar breakpoint"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint",
"text": "the minimum page width at which the story<br>river and sidebar will appear side by side"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth",
"text": "Sidebar width"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint",
"text": "the width of the sidebar in fluid-fixed layout"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Advanced"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "none"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Plugin Details"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "This plugin contains the following shadow tiddlers:"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Shadow Status"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "It is overridden by an ordinary tiddler"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Fields"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "List"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "This tiddler does not have a list"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "Listed"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "This tiddler is not listed by any others"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "References"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "No tiddlers link to this one"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Tagging"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "No tiddlers are tagged with this one"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Tools"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript code",
"name": "application/javascript",
"group": "Developer"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON data",
"name": "application/json",
"group": "Developer"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"group": "Developer"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF image",
"name": "image/gif",
"group": "Image"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"group": "Image"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG image",
"name": "image/png",
"group": "Image"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"group": "Image"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"group": "Image"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Static stylesheet",
"name": "text/css",
"group": "Developer"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML markup",
"name": "text/html",
"group": "Text"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Plain text",
"name": "text/plain",
"group": "Text"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Text"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Text"
},
"$:/languages/en-GB/icon": {
"title": "$:/languages/en-GB/icon",
"type": "image/svg+xml",
"text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
},
"$:/languages/en-GB": {
"title": "$:/languages/en-GB",
"name": "en-GB",
"description": "English (British)",
"author": "JeremyRuston",
"core-version": ">=5.0.0\"",
"text": "Stub pseudo-plugin for the default language"
},
"$:/core/modules/commander.js": {
"text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
"title": "$:/core/modules/commander.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/commands/build.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/build.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/clearpassword.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/clearpassword.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/editions.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\" \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/editions.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/help.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/help.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/init.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/init.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/load.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar ext = path.extname(self.params[0]);\n\tfs.readFile(this.params[0],$tw.utils.getTypeEncoding(ext),function(err,data) {\n\t\tif (err) {\n\t\t\tself.callback(err);\n\t\t} else {\n\t\t\tvar fields = {title: self.params[0]},\n\t\t\t\ttype = path.extname(self.params[0]);\n\t\t\tvar tiddlers = self.commander.wiki.deserializeTiddlers(type,data,fields);\n\t\t\tif(!tiddlers) {\n\t\t\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t\t\t} else {\n\t\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddlers[t]));\n\t\t\t\t}\n\t\t\t\tself.callback(null);\t\n\t\t\t}\n\t\t}\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/load.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/makelibrary.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/makelibrary.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/output.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/output.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/password.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/password.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tvariables = {};\n\t$tw.utils.createFileDirectories(filename);\n\tif(template) {\n\t\tvariables.currentTiddler = title;\n\t\ttitle = template;\n\t}\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title,{variables: variables}),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savelibrarytiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerDataCached(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler,null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{text: undefined, readme: readmeContent, icon: iconContent}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savelibrarytiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar type = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t\t$tw.utils.createFileDirectories(filename);\n\t\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\t\tself.callback(err);\n\t\t});\n\t} else {\n\t\treturn \"Missing tiddler: \" + title;\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\tdeleteDirectory = (this.params[2] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\thttp = require(\"http\");\n}\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\n/*\nA simple HTTP server with regexp-based routes\n*/\nfunction SimpleServer(options) {\n\tthis.routes = options.routes || [];\n\tthis.wiki = options.wiki;\n\tthis.variables = options.variables || {};\n}\n\nSimpleServer.prototype.set = function(obj) {\n\tvar self = this;\n\t$tw.utils.each(obj,function(value,name) {\n\t\tself.variables[name] = value;\n\t});\n};\n\nSimpleServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nSimpleServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nSimpleServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"pathprefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length);\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nSimpleServer.prototype.checkCredentials = function(request,incomingUsername,incomingPassword) {\n\tvar header = request.headers.authorization || \"\",\n\t\ttoken = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tusername = parts[0],\n\t\tpassword = parts[1];\n\tif(incomingUsername === username && incomingPassword === password) {\n\t\treturn \"ALLOWED\";\n\t} else {\n\t\treturn \"DENIED\";\n\t}\n};\n\nSimpleServer.prototype.listen = function(port,host) {\n\tvar self = this;\n\thttp.createServer(function(request,response) {\n\t\t// Compose the state object\n\t\tvar state = {};\n\t\tstate.wiki = self.wiki;\n\t\tstate.server = self;\n\t\tstate.urlInfo = url.parse(request.url);\n\t\t// Find the route that matches this path\n\t\tvar route = self.findMatchingRoute(request,state);\n\t\t// Check for the username and password if we've got one\n\t\tvar username = self.get(\"username\"),\n\t\t\tpassword = self.get(\"password\");\n\t\tif(username && password) {\n\t\t\t// Check they match\n\t\t\tif(self.checkCredentials(request,username,password) !== \"ALLOWED\") {\n\t\t\t\tvar servername = state.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\";\n\t\t\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + servername + '\"'\n\t\t\t\t});\n\t\t\t\tresponse.end();\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t// Return a 404 if we didn't find a route\n\t\tif(!route) {\n\t\t\tresponse.writeHead(404);\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t\t// Set the encoding for the incoming request\n\t\t// TODO: Presumably this would need tweaking if we supported PUTting binary tiddlers\n\t\trequest.setEncoding(\"utf8\");\n\t\t// Dispatch the appropriate method\n\t\tswitch(request.method) {\n\t\t\tcase \"GET\": // Intentional fall-through\n\t\t\tcase \"DELETE\":\n\t\t\t\troute.handler(request,response,state);\n\t\t\t\tbreak;\n\t\t\tcase \"PUT\":\n\t\t\t\tvar data = \"\";\n\t\t\t\trequest.on(\"data\",function(chunk) {\n\t\t\t\t\tdata += chunk.toString();\n\t\t\t\t});\n\t\t\t\trequest.on(\"end\",function() {\n\t\t\t\t\tstate.data = data;\n\t\t\t\t\troute.handler(request,response,state);\n\t\t\t\t});\n\t\t\t\tbreak;\n\t\t}\n\t}).listen(port,host);\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n\t// Set up server\n\tthis.server = new SimpleServer({\n\t\twiki: this.commander.wiki\n\t});\n\t// Add route handlers\n\tthis.server.addRoute({\n\t\tmethod: \"PUT\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\tfields = JSON.parse(state.data);\n\t\t\t// Pull up any subfields in the `fields` object\n\t\t\tif(fields.fields) {\n\t\t\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\t\t\tfields[name] = field;\n\t\t\t\t});\n\t\t\t\tdelete fields.fields;\n\t\t\t}\n\t\t\t// Remove any revision field\n\t\t\tif(fields.revision) {\n\t\t\t\tdelete fields.revision;\n\t\t\t}\n\t\t\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title},state.wiki.getModificationFields()));\n\t\t\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\t\t\tresponse.writeHead(204, \"OK\",{\n\t\t\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"DELETE\",\n\t\tpath: /^\\/bags\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]);\n\t\t\tstate.wiki.deleteTiddler(title);\n\t\t\tresponse.writeHead(204, \"OK\", {\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"serveType\")});\n\t\t\tvar text = state.wiki.renderTiddler(state.server.get(\"renderType\"),state.server.get(\"rootTiddler\"));\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/status$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar text = JSON.stringify({\n\t\t\t\tusername: state.server.get(\"username\"),\n\t\t\t\tspace: {\n\t\t\t\t\trecipe: \"default\"\n\t\t\t\t},\n\t\t\t\ttiddlywiki_version: $tw.version\n\t\t\t});\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/favicon.ico$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\t\t\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\t\t\tresponse.end(buffer,\"base64\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers.json$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar tiddlers = [];\n\t\t\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\t\t\tvar tiddlerFields = {};\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tif(name !== \"text\") {\n\t\t\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\ttiddlers.push(tiddlerFields);\n\t\t\t});\n\t\t\tvar text = JSON.stringify(tiddlers);\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\ttiddler = state.wiki.getTiddler(title),\n\t\t\t\ttiddlerFields = {},\n\t\t\t\tknownFields = [\n\t\t\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t\t\t];\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\t\t\ttiddlerFields[name] = value;\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t\t\t} else {\n\t\t\t\tresponse.writeHead(404);\n\t\t\t\tresponse.end();\n\t\t\t}\n\t\t}\n\t});\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\tvar port = this.params[0] || \"8080\",\n\t\trootTiddler = this.params[1] || \"$:/core/save/all\",\n\t\trenderType = this.params[2] || \"text/plain\",\n\t\tserveType = this.params[3] || \"text/html\",\n\t\tusername = this.params[4],\n\t\tpassword = this.params[5],\n\t\thost = this.params[6] || \"127.0.0.1\",\n\t\tpathprefix = this.params[7];\n\tthis.server.set({\n\t\trootTiddler: rootTiddler,\n\t\trenderType: renderType,\n\t\tserveType: serveType,\n\t\tusername: username,\n\t\tpassword: password,\n\t\tpathprefix: pathprefix\n\t});\n\tthis.server.listen(port,host);\n\tconsole.log(\"Serving on \" + host + \":\" + port);\n\tconsole.log(\"(press ctrl-C to exit)\");\n\t// Warn if required plugins are missing\n\tif(!$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/tiddlyweb\") || !$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/filesystem\")) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/server.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/setfield.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/setfield.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/unpackplugin.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerDataCached(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/unpackplugin.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/verbose.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n \" + $tw.boot.logMessages.join(\"\\n \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/verbose.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/version.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/version.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/config.js": {
"text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter: \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
"title": "$:/core/modules/config.js",
"type": "application/javascript",
"module-type": "config"
},
"$:/core/modules/deserializers.js": {
"text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming = JSON.parse(text),\n\t\tresults = [];\n\tif($tw.utils.isArray(incoming)) {\n\t\tfor(var t=0; t<incoming.length; t++) {\n\t\t\tvar incomingFields = incoming[t],\n\t\t\t\tfields = {};\n\t\t\tfor(var f in incomingFields) {\n\t\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t\t}\n\t\t\t}\n\t\t\tresults.push(fields);\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"title": "$:/core/modules/deserializers.js",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/core/modules/editor/engines/framed.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/engines/framed.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea within an iframe. This is done so that the selection is preserved even when clicking away from the textarea\n\n\\*/\n(function(){\n\n/*jslint node: true,browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction FramedEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create our hidden dummy text area for reading styles\n\tthis.dummyTextArea = this.widget.document.createElement(\"textarea\");\n\tif(this.widget.editClass) {\n\t\tthis.dummyTextArea.className = this.widget.editClass;\n\t}\n\tthis.dummyTextArea.setAttribute(\"hidden\",\"true\");\n\tthis.parentNode.insertBefore(this.dummyTextArea,this.nextSibling);\n\tthis.widget.domNodes.push(this.dummyTextArea);\n\t// Create the iframe\n\tthis.iframeNode = this.widget.document.createElement(\"iframe\");\n\tthis.parentNode.insertBefore(this.iframeNode,this.nextSibling);\n\tthis.iframeDoc = this.iframeNode.contentWindow.document;\n\t// (Firefox requires us to put some empty content in the iframe)\n\tthis.iframeDoc.open();\n\tthis.iframeDoc.write(\"\");\n\tthis.iframeDoc.close();\n\t// Style the iframe\n\tthis.iframeNode.className = this.dummyTextArea.className;\n\tthis.iframeNode.style.border = \"none\";\n\tthis.iframeNode.style.padding = \"0\";\n\tthis.iframeNode.style.resize = \"none\";\n\tthis.iframeDoc.body.style.margin = \"0\";\n\tthis.iframeDoc.body.style.padding = \"0\";\n\tthis.widget.domNodes.push(this.iframeNode);\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.iframeDoc.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.iframeDoc.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\t// Copy the styles from the dummy textarea\n\tthis.copyStyles();\n\t// Add event listeners\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"input\",handlerObject: this,handlerMethod: \"handleInputEvent\"},\n\t\t{name: \"keydown\",handlerObject: this.widget,handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.iframeDoc.body.appendChild(this.domNode);\n}\n\n/*\nCopy styles from the dummy text area to the textarea in the iframe\n*/\nFramedEngine.prototype.copyStyles = function() {\n\t// Copy all styles\n\t$tw.utils.copyStyles(this.dummyTextArea,this.domNode);\n\t// Override the ones that should not be set the same as the dummy textarea\n\tthis.domNode.style.display = \"block\";\n\tthis.domNode.style.width = \"100%\";\n\tthis.domNode.style.margin = \"0\";\n\t// In Chrome setting -webkit-text-fill-color overrides the placeholder text colour\n\tthis.domNode.style[\"-webkit-text-fill-color\"] = \"currentcolor\";\n};\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nFramedEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode) {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nFramedEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nFramedEngine.prototype.fixHeight = function() {\n\t// Make sure styles are updated\n\tthis.copyStyles();\n\t// Adjust height\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\tvar newHeight = $tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t\tthis.iframeNode.style.height = (newHeight + 14) + \"px\"; // +14 for the border on the textarea\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t\tthis.iframeNode.style.height = (fixedHeight + 14) + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nFramedEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nFramedEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nFramedEngine.prototype.createTextOperation = function() {\n\tvar operation = {\n\t\ttext: this.domNode.value,\n\t\tselStart: this.domNode.selectionStart,\n\t\tselEnd: this.domNode.selectionEnd,\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nFramedEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t\t// Attempt to use a execCommand to modify the value of the control\n\t\tif(this.iframeDoc.queryCommandSupported(\"insertText\") && this.iframeDoc.queryCommandSupported(\"delete\") && !$tw.browser.isFirefox) {\n\t\t\tthis.domNode.focus();\n\t\t\tthis.domNode.setSelectionRange(operation.cutStart,operation.cutEnd);\n\t\t\tif(operation.replacement === \"\") {\n\t\t\t\tthis.iframeDoc.execCommand(\"delete\",false,\"\");\n\t\t\t} else {\n\t\t\t\tthis.iframeDoc.execCommand(\"insertText\",false,operation.replacement);\n\t\t\t}\n\t\t} else {\n\t\t\tthis.domNode.value = newText;\n\t\t}\n\t\tthis.domNode.focus();\n\t\tthis.domNode.setSelectionRange(operation.newSelStart,operation.newSelEnd);\n\t}\n\tthis.domNode.focus();\n\treturn newText;\n};\n\nexports.FramedEngine = FramedEngine;\n\n})();\n",
"title": "$:/core/modules/editor/engines/framed.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/engines/simple.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/engines/simple.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction SimpleEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.widget.document.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.widget.document.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nSimpleEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode) {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nSimpleEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nSimpleEngine.prototype.fixHeight = function() {\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\t$tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nSimpleEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nSimpleEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"focus\" event\n*/\nSimpleEngine.prototype.handleFocusEvent = function(event) {\n\tif(this.widget.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNode,\n\t\t\ttitle: this.widget.editFocusPopup,\n\t\t\twiki: this.widget.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nSimpleEngine.prototype.createTextOperation = function() {\n\treturn null;\n};\n\n/*\nExecute a text operation\n*/\nSimpleEngine.prototype.executeTextOperation = function(operation) {\n};\n\nexports.SimpleEngine = SimpleEngine;\n\n})();\n",
"title": "$:/core/modules/editor/engines/simple.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/factory.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/factory.js\ntype: application/javascript\nmodule-type: library\n\nFactory for constructing text editor widgets with specified engines for the toolbar and non-toolbar cases\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\n// Configuration tiddlers\nvar HEIGHT_MODE_TITLE = \"$:/config/TextEditor/EditorHeight/Mode\";\nvar ENABLE_TOOLBAR_TITLE = \"$:/config/TextEditor/EnableToolbar\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nfunction editTextWidgetFactory(toolbarEngine,nonToolbarEngine) {\n\n\tvar EditTextWidget = function(parseTreeNode,options) {\n\t\t// Initialise the editor operations if they've not been done already\n\t\tif(!this.editorOperations) {\n\t\t\tEditTextWidget.prototype.editorOperations = {};\n\t\t\t$tw.modules.applyMethods(\"texteditoroperation\",this.editorOperations);\n\t\t}\n\t\tthis.initialise(parseTreeNode,options);\n\t};\n\n\t/*\n\tInherit from the base widget class\n\t*/\n\tEditTextWidget.prototype = new Widget();\n\n\t/*\n\tRender this widget into the DOM\n\t*/\n\tEditTextWidget.prototype.render = function(parent,nextSibling) {\n\t\t// Save the parent dom node\n\t\tthis.parentDomNode = parent;\n\t\t// Compute our attributes\n\t\tthis.computeAttributes();\n\t\t// Execute our logic\n\t\tthis.execute();\n\t\t// Create the wrapper for the toolbar and render its content\n\t\tif(this.editShowToolbar) {\n\t\t\tthis.toolbarNode = this.document.createElement(\"div\");\n\t\t\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\t\t\tparent.insertBefore(this.toolbarNode,nextSibling);\n\t\t\tthis.renderChildren(this.toolbarNode,null);\n\t\t\tthis.domNodes.push(this.toolbarNode);\n\t\t}\n\t\t// Create our element\n\t\tvar editInfo = this.getEditInfo(),\n\t\t\tEngine = this.editShowToolbar ? toolbarEngine : nonToolbarEngine;\n\t\tthis.engine = new Engine({\n\t\t\t\twidget: this,\n\t\t\t\tvalue: editInfo.value,\n\t\t\t\ttype: editInfo.type,\n\t\t\t\tparentNode: parent,\n\t\t\t\tnextSibling: nextSibling\n\t\t\t});\n\t\t// Call the postRender hook\n\t\tif(this.postRender) {\n\t\t\tthis.postRender();\n\t\t}\n\t\t// Fix height\n\t\tthis.engine.fixHeight();\n\t\t// Focus if required\n\t\tif(this.editFocus === \"true\" || this.editFocus === \"yes\") {\n\t\t\tthis.engine.focus();\n\t\t}\n\t\t// Add widget message listeners\n\t\tthis.addEventListeners([\n\t\t\t{type: \"tm-edit-text-operation\", handler: \"handleEditTextOperationMessage\"}\n\t\t]);\n\t};\n\n\t/*\n\tGet the tiddler being edited and current value\n\t*/\n\tEditTextWidget.prototype.getEditInfo = function() {\n\t\t// Get the edit value\n\t\tvar self = this,\n\t\t\tvalue,\n\t\t\ttype = \"text/plain\",\n\t\t\tupdate;\n\t\tif(this.editIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\t\tupdate = function(value) {\n\t\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t\t}\n\t\t\t};\n\t\t} else {\n\t\t\t// Get the current tiddler and the field name\n\t\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\t\tif(tiddler) {\n\t\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\t\tif(this.editField === \"text\") {\n\t\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\t\tswitch(this.editField) {\n\t\t\t\t\tcase \"text\":\n\t\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"title\":\n\t\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tvalue = \"\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\t\tvalue = this.editDefault;\n\t\t\t\t}\n\t\t\t}\n\t\t\tupdate = function(value) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\t\tupdateFields = {\n\t\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t\t};\n\t\t\t\tupdateFields[self.editField] = value;\n\t\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t\t};\n\t\t}\n\t\tif(this.editType) {\n\t\t\ttype = this.editType;\n\t\t}\n\t\treturn {value: value || \"\", type: type, update: update};\n\t};\n\n\t/*\n\tHandle an edit text operation message from the toolbar\n\t*/\n\tEditTextWidget.prototype.handleEditTextOperationMessage = function(event) {\n\t\t// Prepare information about the operation\n\t\tvar operation = this.engine.createTextOperation();\n\t\t// Invoke the handler for the selected operation\n\t\tvar handler = this.editorOperations[event.param];\n\t\tif(handler) {\n\t\t\thandler.call(this,event,operation);\n\t\t}\n\t\t// Execute the operation via the engine\n\t\tvar newText = this.engine.executeTextOperation(operation);\n\t\t// Fix the tiddler height and save changes\n\t\tthis.engine.fixHeight();\n\t\tthis.saveChanges(newText);\n\t};\n\n\t/*\n\tCompute the internal state of the widget\n\t*/\n\tEditTextWidget.prototype.execute = function() {\n\t\t// Get our parameters\n\t\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t\tthis.editField = this.getAttribute(\"field\",\"text\");\n\t\tthis.editIndex = this.getAttribute(\"index\");\n\t\tthis.editDefault = this.getAttribute(\"default\");\n\t\tthis.editClass = this.getAttribute(\"class\");\n\t\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t\tthis.editSize = this.getAttribute(\"size\");\n\t\tthis.editRows = this.getAttribute(\"rows\");\n\t\tthis.editAutoHeight = this.wiki.getTiddlerText(HEIGHT_MODE_TITLE,\"auto\");\n\t\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",this.editAutoHeight === \"auto\" ? \"yes\" : \"no\") === \"yes\";\n\t\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\t\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\t\tthis.editFocus = this.getAttribute(\"focus\");\n\t\t// Get the default editor element tag and type\n\t\tvar tag,type;\n\t\tif(this.editField === \"text\") {\n\t\t\ttag = \"textarea\";\n\t\t} else {\n\t\t\ttag = \"input\";\n\t\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\t\ttag = fieldModule.editTag;\n\t\t\t}\n\t\t\tif(fieldModule && fieldModule.editType) {\n\t\t\t\ttype = fieldModule.editType;\n\t\t\t}\n\t\t\ttype = type || \"text\";\n\t\t}\n\t\t// Get the rest of our parameters\n\t\tthis.editTag = this.getAttribute(\"tag\",tag);\n\t\tthis.editType = this.getAttribute(\"type\",type);\n\t\t// Make the child widgets\n\t\tthis.makeChildWidgets();\n\t\t// Determine whether to show the toolbar\n\t\tthis.editShowToolbar = this.wiki.getTiddlerText(ENABLE_TOOLBAR_TITLE,\"yes\");\n\t\tthis.editShowToolbar = (this.editShowToolbar === \"yes\") && !!(this.children && this.children.length > 0);\n\t};\n\n\t/*\n\tSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n\t*/\n\tEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\t\tvar changedAttributes = this.computeAttributes();\n\t\t// Completely rerender if any of our attributes have changed\n\t\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup || changedAttributes.rows || changedTiddlers[HEIGHT_MODE_TITLE] || changedTiddlers[ENABLE_TOOLBAR_TITLE]) {\n\t\t\tthis.refreshSelf();\n\t\t\treturn true;\n\t\t} else if(changedTiddlers[this.editTitle]) {\n\t\t\tvar editInfo = this.getEditInfo();\n\t\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\t}\n\t\tthis.engine.fixHeight();\n\t\tif(this.editShowToolbar) {\n\t\t\treturn this.refreshChildren(changedTiddlers);\t\t\t\n\t\t} else {\n\t\t\treturn false;\n\t\t}\n\t};\n\n\t/*\n\tUpdate the editor with new text. This method is separate from updateEditorDomNode()\n\tso that subclasses can override updateEditor() and still use updateEditorDomNode()\n\t*/\n\tEditTextWidget.prototype.updateEditor = function(text,type) {\n\t\tthis.updateEditorDomNode(text,type);\n\t};\n\n\t/*\n\tUpdate the editor dom node with new text\n\t*/\n\tEditTextWidget.prototype.updateEditorDomNode = function(text,type) {\n\t\tthis.engine.setText(text,type);\n\t};\n\n\t/*\n\tSave changes back to the tiddler store\n\t*/\n\tEditTextWidget.prototype.saveChanges = function(text) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tif(text !== editInfo.value) {\n\t\t\teditInfo.update(text);\n\t\t}\n\t};\n\n\t/*\n\tHandle a dom \"keydown\" event, which we'll bubble up to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.handleKeydownEvent = function(event) {\n\t\t// Check for a keyboard shortcut\n\t\tif(this.toolbarNode) {\n\t\t\tvar shortcutElements = this.toolbarNode.querySelectorAll(\"[data-tw-keyboard-shortcut]\");\n\t\t\tfor(var index=0; index<shortcutElements.length; index++) {\n\t\t\t\tvar el = shortcutElements[index],\n\t\t\t\t\tshortcutData = el.getAttribute(\"data-tw-keyboard-shortcut\"),\n\t\t\t\t\tkeyInfoArray = $tw.keyboardManager.parseKeyDescriptors(shortcutData,{\n\t\t\t\t\t\twiki: this.wiki\n\t\t\t\t\t});\n\t\t\t\tif($tw.keyboardManager.checkKeyDescriptors(event,keyInfoArray)) {\n\t\t\t\t\tvar clickEvent = this.document.createEvent(\"Events\");\n\t\t\t\t clickEvent.initEvent(\"click\",true,false);\n\t\t\t\t el.dispatchEvent(clickEvent);\n\t\t\t\t\tevent.preventDefault();\n\t\t\t\t\tevent.stopPropagation();\n\t\t\t\t\treturn true;\t\t\t\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t// Propogate the event to the container\n\t\tif(this.propogateKeydownEvent(event)) {\n\t\t\t// Ignore the keydown if it was already handled\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise, process the keydown normally\n\t\treturn false;\n\t};\n\n\t/*\n\tPropogate keydown events to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.propogateKeydownEvent = function(event) {\n\t\tvar newEvent = this.document.createEventObject ? this.document.createEventObject() : this.document.createEvent(\"Events\");\n\t\tif(newEvent.initEvent) {\n\t\t\tnewEvent.initEvent(\"keydown\", true, true);\n\t\t}\n\t\tnewEvent.keyCode = event.keyCode;\n\t\tnewEvent.which = event.which;\n\t\tnewEvent.metaKey = event.metaKey;\n\t\tnewEvent.ctrlKey = event.ctrlKey;\n\t\tnewEvent.altKey = event.altKey;\n\t\tnewEvent.shiftKey = event.shiftKey;\n\t\treturn !this.parentDomNode.dispatchEvent(newEvent);\n\t};\n\n\treturn EditTextWidget;\n\n}\n\nexports.editTextWidgetFactory = editTextWidgetFactory;\n\n})();\n",
"title": "$:/core/modules/editor/factory.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/operations/bitmap/clear.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/clear.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to clear the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"clear\"] = function(event) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.globalAlpha = 1;\n\tctx.fillStyle = event.paramObject.colour || \"white\";\n\tctx.fillRect(0,0,this.canvasDomNode.width,this.canvasDomNode.height);\n\t// Save changes\n\tthis.strokeEnd();\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/bitmap/clear.js",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/bitmap/resize.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/resize.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to resize the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"resize\"] = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(event.paramObject.width || this.canvasDomNode.width,10),\n\t\tnewHeight = parseInt(event.paramObject.height || this.canvasDomNode.height,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newHeight > 0 && !(newWidth === this.currCanvas.width && newHeight === this.currCanvas.height)) {\n\t\tthis.changeCanvasSize(newWidth,newHeight);\n\t}\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/bitmap/resize.js",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/text/excise.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/excise.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to excise the selection to a new tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"excise\"] = function(event,operation) {\n\tvar editTiddler = this.wiki.getTiddler(this.editTitle),\n\t\teditTiddlerTitle = this.editTitle;\n\tif(editTiddler && editTiddler.fields[\"draft.of\"]) {\n\t\teditTiddlerTitle = editTiddler.fields[\"draft.of\"];\n\t}\n\tvar excisionTitle = event.paramObject.title || this.wiki.generateNewTitle(\"New Excision\");\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\tthis.wiki.getModificationFields(),\n\t\t{\n\t\t\ttitle: excisionTitle,\n\t\t\ttext: operation.selection,\n\t\t\ttags: event.paramObject.tagnew === \"yes\" ? [editTiddlerTitle] : []\n\t\t}\n\t));\n\toperation.replacement = excisionTitle;\n\tswitch(event.paramObject.type || \"transclude\") {\n\t\tcase \"transclude\":\n\t\t\toperation.replacement = \"{{\" + operation.replacement+ \"}}\";\n\t\t\tbreak;\n\t\tcase \"link\":\n\t\t\toperation.replacement = \"[[\" + operation.replacement+ \"]]\";\n\t\t\tbreak;\n\t\tcase \"macro\":\n\t\t\toperation.replacement = \"<<\" + (event.paramObject.macro || \"translink\") + \" \\\"\\\"\\\"\" + operation.replacement + \"\\\"\\\"\\\">>\";\n\t\t\tbreak;\n\t}\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/excise.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/make-link.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/make-link.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to make a link\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"make-link\"] = function(event,operation) {\n\tif(operation.selection) {\n\t\toperation.replacement = \"[[\" + operation.selection + \"|\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t} else {\n\t\toperation.replacement = \"[[\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t}\n\toperation.newSelStart = operation.selStart + operation.replacement.length;\n\toperation.newSelEnd = operation.newSelStart;\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/make-link.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/prefix-lines.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/prefix-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to add a prefix to the selected lines\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"prefix-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Compose the required prefix\n\tvar prefix = $tw.utils.repeat(event.paramObject.character,event.paramObject.count);\n\t// Process each line\n\tvar lines = operation.text.substring(operation.cutStart,operation.cutEnd).split(/\\r?\\n/mg);\n\t$tw.utils.each(lines,function(line,index) {\n\t\t// Remove and count any existing prefix characters\n\t\tvar count = 0;\n\t\twhile(line.charAt(0) === event.paramObject.character) {\n\t\t\tline = line.substring(1);\n\t\t\tcount++;\n\t\t}\n\t\t// Remove any whitespace\n\t\twhile(line.charAt(0) === \" \") {\n\t\t\tline = line.substring(1);\n\t\t}\n\t\t// We're done if we removed the exact required prefix, otherwise add it\n\t\tif(count !== event.paramObject.count) {\n\t\t\t// Apply the prefix\n\t\t\tline = prefix + \" \" + line;\n\t\t}\n\t\t// Save the modified line\n\t\tlines[index] = line;\n\t});\n\t// Stitch the replacement text together and set the selection\n\toperation.replacement = lines.join(\"\\n\");\n\tif(lines.length === 1) {\n\t\toperation.newSelStart = operation.cutStart + operation.replacement.length;\n\t\toperation.newSelEnd = operation.newSelStart;\n\t} else {\n\t\toperation.newSelStart = operation.cutStart;\n\t\toperation.newSelEnd = operation.newSelStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/prefix-lines.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-all.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-all.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the entire text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-all\"] = function(event,operation) {\n\toperation.cutStart = 0;\n\toperation.cutEnd = operation.text.length;\n\toperation.replacement = event.paramObject.text;\n\toperation.newSelStart = 0;\n\toperation.newSelEnd = operation.replacement.length;\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/replace-all.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-selection.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the selection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-selection\"] = function(event,operation) {\n\toperation.replacement = event.paramObject.text;\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/replace-selection.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-lines.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selected lines with a prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Add the prefix and suffix\n\toperation.replacement = event.paramObject.prefix + \"\\n\" +\n\t\t\t\toperation.text.substring(operation.cutStart,operation.cutEnd) + \"\\n\" +\n\t\t\t\tevent.paramObject.suffix + \"\\n\";\n\toperation.newSelStart = operation.cutStart + event.paramObject.prefix.length + 1;\n\toperation.newSelEnd = operation.newSelStart + (operation.cutEnd - operation.cutStart);\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/wrap-lines.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-selection.js": {
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selection with the specified prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-selection\"] = function(event,operation) {\n\tif(operation.selStart === operation.selEnd) {\n\t\t// No selection; check if we're within the prefix/suffix\n\t\tif(operation.text.substring(operation.selStart - event.paramObject.prefix.length,operation.selStart + event.paramObject.suffix.length) === event.paramObject.prefix + event.paramObject.suffix) {\n\t\t\t// Remove the prefix and suffix unless they comprise the entire text\n\t\t\tif(operation.selStart > event.paramObject.prefix.length || (operation.selEnd + event.paramObject.suffix.length) < operation.text.length ) {\n\t\t\t\toperation.cutStart = operation.selStart - event.paramObject.prefix.length;\n\t\t\t\toperation.cutEnd = operation.selEnd + event.paramObject.suffix.length;\n\t\t\t\toperation.replacement = \"\";\n\t\t\t\toperation.newSelStart = operation.cutStart;\n\t\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t\t}\n\t\t} else {\n\t\t\t// Wrap the cursor instead\n\t\t\toperation.cutStart = operation.selStart;\n\t\t\toperation.cutEnd = operation.selEnd;\n\t\t\toperation.replacement = event.paramObject.prefix + event.paramObject.suffix;\n\t\t\toperation.newSelStart = operation.selStart + event.paramObject.prefix.length;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t}\n\t} else if(operation.text.substring(operation.selStart,operation.selStart + event.paramObject.prefix.length) === event.paramObject.prefix && operation.text.substring(operation.selEnd - event.paramObject.suffix.length,operation.selEnd) === event.paramObject.suffix) {\n\t\t// Prefix and suffix are already present, so remove them\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = operation.selection.substring(event.paramObject.prefix.length,operation.selection.length - event.paramObject.suffix.length);\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t} else {\n\t\t// Add the prefix and suffix\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = event.paramObject.prefix + operation.selection + event.paramObject.suffix;\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/editor/operations/text/wrap-selection.js",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/filters/addprefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/addsuffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addsuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/after.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/after.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/all/current.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/current.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/missing.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/missing.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/orphans.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/orphans.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/shadows.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/shadows.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/tiddlers.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/all.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/backlinks.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/backlinks.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/before.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/before.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/commands.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/commands.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/days.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/days.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a specified date field within a specified date interval.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.days = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\tdayInterval = (parseInt(operator.operand,10)||0),\n\t\tdayIntervalSign = $tw.utils.sign(dayInterval),\n\t\ttargetTimeStamp = (new Date()).setHours(0,0,0,0) + 1000*60*60*24*dayInterval,\n\t\tisWithinDays = function(dateField) {\n\t\t\tvar sign = $tw.utils.sign(targetTimeStamp - (new Date(dateField)).setHours(0,0,0,0));\n\t\t\treturn sign === 0 || sign === dayIntervalSign;\n\t\t};\n\n\tif(operator.prefix === \"!\") {\n\t\ttargetTimeStamp = targetTimeStamp - 1000*60*60*24*dayIntervalSign;\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(!isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/days.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/each.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field.\nWith suffix \"list\", selects all tiddlers that are values in a specified list field.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results =[] ,\n\t\tvalue,values = {},\n\t\tfield = operator.operand || \"title\";\n\tif(operator.suffix !== \"list-item\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvalue = (field === \"title\") ? title : tiddler.getFieldString(field);\n\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(\n\t\t\t\t\toptions.wiki.getTiddlerList(title,field),\n\t\t\t\t\tfunction(value) {\n\t\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\t\tresults.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/each.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/eachday.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/eachday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editiondescription.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/editiondescription.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editions.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/editions.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/field.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/field.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/fields.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/fields.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/get.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/get.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/getindex.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/getindex.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/has.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand) || tiddler.fields[operator.operand] === \"\"))) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && !(tiddler.fields[operator.operand] === \"\" || tiddler.fields[operator.operand].length === 0)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/has.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/haschanged.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/haschanged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/indexes.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerDataCached(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/indexes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/is/current.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/current.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/image.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/image.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/missing.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/missing.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/orphan.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/orphan.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/shadow.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/shadow.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/system.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/system.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tag.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tag.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tiddler.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tvar isFilterOperator = isFilterOperators[operator.operand];\n\tif(isFilterOperator) {\n\t\treturn isFilterOperator(source,operator.prefix,options);\n\t} else {\n\t\treturn [$tw.language.getString(\"Error/IsFilterOperator\")];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/is.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/limit.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/limit.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/links.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/links.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/list.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/list.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listed.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/listed.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listops.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
"title": "$:/core/modules/filters/listops.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/modules.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/modules.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/moduletypes.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/moduletypes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/next.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/next.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/plugintiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerDataCached(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/plugintiddlers.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/prefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/prefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/previous.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/previous.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/regexp.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/regexp.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removeprefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removeprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removesuffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removesuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sameday.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tvar isSameDay = function(dateField) {\n\t\t\treturn (new Date(dateField)).setHours(0,0,0,0) === targetDate;\n\t\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tif(isSameDay($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sameday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/search.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffix) {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: operator.suffix\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/search.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/shadowsource.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/shadowsource.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sort.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sort.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/splitbefore.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/splitbefore.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/storyviews.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/storyviews.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/suffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/suffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tag.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && !tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tag.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tagging.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tagging.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tags.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar tags = {};\n\tsource(function(tiddler,title) {\n\t\tvar t, length;\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\tfor(t=0, length=tiddler.fields.tags.length; t<length; t++) {\n\t\t\t\ttags[tiddler.fields.tags[t]] = true;\n\t\t\t}\n\t\t}\n\t});\n\treturn Object.keys(tags);\n};\n\n})();\n",
"title": "$:/core/modules/filters/tags.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/title.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/title.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/untagged.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/untagged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/wikiparserrules.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/wikiparserrules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the wiki parser rules in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.wikiparserrules = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types.wikirule,function(mod) {\n\t\tvar exp = mod.exports;\n\t\tif(exp.types[operator.operand]) {\n\t\t\tresults.push(exp.name);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/wikiparserrules.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/x-listops.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/x-listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nExtended filter operators to manipulate the current list.\n\n\\*/\n(function () {\n\n /*jslint node: true, browser: true */\n /*global $tw: false */\n \"use strict\";\n\n /*\n Fetch titles from the current list\n */\n var prepare_results = function (source) {\n var results = [];\n source(function (tiddler, title) {\n results.push(title);\n });\n return results;\n };\n\n /*\n Moves a number of items from the tail of the current list before the item named in the operand\n */\n exports.putbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1;\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list after the item named in the operand\n */\n exports.putafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1;\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index + 1).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Replaces the item named in the operand with a number of items from the tail of the current list\n */\n exports.replace = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1;\n return (index === -1) ?\n results.slice(0, -count) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list to the head of the list\n */\n exports.putfirst = function (source, operator) {\n var results = prepare_results(source),\n count = parseInt(operator.suffix) || 1;\n return results.slice(-count).concat(results.slice(0, -count));\n };\n\n /*\n Moves a number of items from the head of the current list to the tail of the list\n */\n exports.putlast = function (source, operator) {\n var results = prepare_results(source),\n count = parseInt(operator.suffix) || 1;\n return results.slice(count).concat(results.slice(0, count));\n };\n\n /*\n Moves the item named in the operand a number of places forward or backward in the list\n */\n exports.move = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1,\n marker = results.splice(index, 1);\n return results.slice(0, index + count).concat(marker).concat(results.slice(index + count));\n };\n\n /*\n Returns the items from the current list that are after the item named in the operand\n */\n exports.allafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index === -1 || index > (results.length - 2)) ? [] :\n (operator.suffix) ? results.slice(index) :\n results.slice(index + 1);\n };\n\n /*\n Returns the items from the current list that are before the item named in the operand\n */\n exports.allbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index <= 0) ? [] :\n (operator.suffix) ? results.slice(0, index + 1) :\n results.slice(0, index);\n };\n\n /*\n Appends the items listed in the operand array to the tail of the current list\n */\n exports.append = function (source, operator) {\n var append = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || append.length;\n return (append.length === 0) ? results :\n (operator.prefix) ? results.concat(append.slice(-count)) :\n results.concat(append.slice(0, count));\n };\n\n /*\n Prepends the items listed in the operand array to the head of the current list\n */\n exports.prepend = function (source, operator) {\n var prepend = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || prepend.length;\n return (prepend.length === 0) ? results :\n (operator.prefix) ? prepend.slice(-count).concat(results) :\n prepend.slice(0, count).concat(results);\n };\n\n /*\n Returns all items from the current list except the items listed in the operand array\n */\n exports.remove = function (source, operator) {\n var array = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || array.length,\n p,\n len,\n index;\n len = array.length - 1;\n for (p = 0; p < count; ++p) {\n if (operator.prefix) {\n index = results.indexOf(array[len - p]);\n } else {\n index = results.indexOf(array[p]);\n }\n if (index !== -1) {\n results.splice(index, 1);\n }\n }\n return results;\n };\n\n /*\n Returns all items from the current list sorted in the order of the items in the operand array\n */\n exports.sortby = function (source, operator) {\n var results = prepare_results(source);\n if (!results || results.length < 2) {\n return results;\n }\n var lookup = $tw.utils.parseStringArray(operator.operand, \"true\");\n results.sort(function (a, b) {\n return lookup.indexOf(a) - lookup.indexOf(b);\n });\n return results;\n };\n\n /*\n Removes all duplicate items from the current list\n */\n exports.unique = function (source, operator) {\n var results = prepare_results(source);\n var set = results.reduce(function (a, b) {\n if (a.indexOf(b) < 0) {\n a.push(b);\n }\n return a;\n }, []);\n return set;\n };\n})();\n",
"title": "$:/core/modules/filters/x-listops.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters.js": {
"text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar operator, operand, bracketPos, curlyBracketPos;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tvar nextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\t\t\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t\t\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\t\t\t\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow $tw.language.getString(\"Error/FilterSyntax\");\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [$tw.language.getString(\"Error/Filter\") + \": \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter\",function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/filters.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/info/platform.js": {
"text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"title": "$:/core/modules/info/platform.js",
"type": "application/javascript",
"module-type": "info"
},
"$:/core/modules/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/keyboard.js\ntype: application/javascript\nmodule-type: global\n\nKeyboard handling utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"cancel\": 3,\n\t\"help\": 6,\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"clear\": 12,\n\t\"return\": 13,\n\t\"enter\": 13,\n\t\"pause\": 19,\n\t\"escape\": 27,\n\t\"space\": 32,\n\t\"page_up\": 33,\n\t\"page_down\": 34,\n\t\"end\": 35,\n\t\"home\": 36,\n\t\"left\": 37,\n\t\"up\": 38,\n\t\"right\": 39,\n\t\"down\": 40,\n\t\"printscreen\": 44,\n\t\"insert\": 45,\n\t\"delete\": 46,\n\t\"0\": 48,\n\t\"1\": 49,\n\t\"2\": 50,\n\t\"3\": 51,\n\t\"4\": 52,\n\t\"5\": 53,\n\t\"6\": 54,\n\t\"7\": 55,\n\t\"8\": 56,\n\t\"9\": 57,\n\t\"firefoxsemicolon\": 59,\n\t\"firefoxequals\": 61,\n\t\"a\": 65,\n\t\"b\": 66,\n\t\"c\": 67,\n\t\"d\": 68,\n\t\"e\": 69,\n\t\"f\": 70,\n\t\"g\": 71,\n\t\"h\": 72,\n\t\"i\": 73,\n\t\"j\": 74,\n\t\"k\": 75,\n\t\"l\": 76,\n\t\"m\": 77,\n\t\"n\": 78,\n\t\"o\": 79,\n\t\"p\": 80,\n\t\"q\": 81,\n\t\"r\": 82,\n\t\"s\": 83,\n\t\"t\": 84,\n\t\"u\": 85,\n\t\"v\": 86,\n\t\"w\": 87,\n\t\"x\": 88,\n\t\"y\": 89,\n\t\"z\": 90,\n\t\"numpad0\": 96,\n\t\"numpad1\": 97,\n\t\"numpad2\": 98,\n\t\"numpad3\": 99,\n\t\"numpad4\": 100,\n\t\"numpad5\": 101,\n\t\"numpad6\": 102,\n\t\"numpad7\": 103,\n\t\"numpad8\": 104,\n\t\"numpad9\": 105,\n\t\"multiply\": 106,\n\t\"add\": 107,\n\t\"separator\": 108,\n\t\"subtract\": 109,\n\t\"decimal\": 110,\n\t\"divide\": 111,\n\t\"f1\": 112,\n\t\"f2\": 113,\n\t\"f3\": 114,\n\t\"f4\": 115,\n\t\"f5\": 116,\n\t\"f6\": 117,\n\t\"f7\": 118,\n\t\"f8\": 119,\n\t\"f9\": 120,\n\t\"f10\": 121,\n\t\"f11\": 122,\n\t\"f12\": 123,\n\t\"f13\": 124,\n\t\"f14\": 125,\n\t\"f15\": 126,\n\t\"f16\": 127,\n\t\"f17\": 128,\n\t\"f18\": 129,\n\t\"f19\": 130,\n\t\"f20\": 131,\n\t\"f21\": 132,\n\t\"f22\": 133,\n\t\"f23\": 134,\n\t\"f24\": 135,\n\t\"firefoxminus\": 173,\n\t\"semicolon\": 186,\n\t\"equals\": 187,\n\t\"comma\": 188,\n\t\"dash\": 189,\n\t\"period\": 190,\n\t\"slash\": 191,\n\t\"backquote\": 192,\n\t\"openbracket\": 219,\n\t\"backslash\": 220,\n\t\"closebracket\": 221,\n\t\"quote\": 222\n};\n\nfunction KeyboardManager(options) {\n\tvar self = this;\n\toptions = options || \"\";\n\t// Save the named key hashmap\n\tthis.namedKeys = namedKeys;\n\t// Create a reverse mapping of code to keyname\n\tthis.keyNames = [];\n\t$tw.utils.each(namedKeys,function(keyCode,name) {\n\t\tself.keyNames[keyCode] = name.substr(0,1).toUpperCase() + name.substr(1);\n\t});\n\t// Save the platform-specific name of the \"meta\" key\n\tthis.metaKeyName = $tw.platform.isMac ? \"cmd-\" : \"win-\";\n}\n\n/*\nReturn an array of keycodes for the modifier keys ctrl, shift, alt, meta\n*/\nKeyboardManager.prototype.getModifierKeys = function() {\n\treturn [\n\t\t16, // Shift\n\t\t17, // Ctrl\n\t\t18, // Alt\n\t\t20, // CAPS LOCK\n\t\t91, // Meta (left)\n\t\t93, // Meta (right)\n\t\t224 // Meta (Firefox)\n\t]\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n\tmetaKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nKeyboardManager.prototype.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(/\\+|\\-/),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false,\n\t\t\tmetaKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase(),\n\t\t\tc = s.charCodeAt(0);\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\" || s === \"cmd\" || s === \"win\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(this.namedKeys[s]) {\n\t\t\tinfo.keyCode = this.namedKeys[s];\n\t\t}\n\t}\n\tif(info.keyCode) {\n\t\treturn info;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nParse a list of key descriptors into an array of keyInfo objects. The key descriptors can be passed as an array of strings or a space separated string\n*/\nKeyboardManager.prototype.parseKeyDescriptors = function(keyDescriptors,options) {\n\tvar self = this;\n\toptions = options || {};\n\toptions.stack = options.stack || [];\n\tvar wiki = options.wiki || $tw.wiki;\n\tif(typeof keyDescriptors === \"string\" && keyDescriptors === \"\") {\n\t\treturn [];\n\t}\n\tif(!$tw.utils.isArray(keyDescriptors)) {\n\t\tkeyDescriptors = keyDescriptors.split(\" \");\n\t}\n\tvar result = [];\n\t$tw.utils.each(keyDescriptors,function(keyDescriptor) {\n\t\t// Look for a named shortcut\n\t\tif(keyDescriptor.substr(0,2) === \"((\" && keyDescriptor.substr(-2,2) === \"))\") {\n\t\t\tif(options.stack.indexOf(keyDescriptor) === -1) {\n\t\t\t\toptions.stack.push(keyDescriptor);\n\t\t\t\tvar name = keyDescriptor.substring(2,keyDescriptor.length - 2),\n\t\t\t\t\tlookupName = function(configName) {\n\t\t\t\t\t\tvar keyDescriptors = wiki.getTiddlerText(\"$:/config/\" + configName + \"/\" + name);\n\t\t\t\t\t\tif(keyDescriptors) {\n\t\t\t\t\t\t\tresult.push.apply(result,self.parseKeyDescriptors(keyDescriptors,options));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t\tlookupName(\"shortcuts\");\n\t\t\t\tlookupName($tw.platform.isMac ? \"shortcuts-mac\" : \"shortcuts-not-mac\");\n\t\t\t\tlookupName($tw.platform.isWindows ? \"shortcuts-windows\" : \"shortcuts-not-windows\");\n\t\t\t\tlookupName($tw.platform.isLinux ? \"shortcuts-linux\" : \"shortcuts-not-linux\");\n\t\t\t}\n\t\t} else {\n\t\t\tresult.push(self.parseKeyDescriptor(keyDescriptor));\n\t\t}\n\t});\n\treturn result;\n};\n\nKeyboardManager.prototype.getPrintableShortcuts = function(keyInfoArray) {\n\tvar self = this,\n\t\tresult = [];\n\t$tw.utils.each(keyInfoArray,function(keyInfo) {\n\t\tif(keyInfo) {\n\t\t\tresult.push((keyInfo.ctrlKey ? \"ctrl-\" : \"\") + \n\t\t\t\t (keyInfo.shiftKey ? \"shift-\" : \"\") + \n\t\t\t\t (keyInfo.altKey ? \"alt-\" : \"\") + \n\t\t\t\t (keyInfo.metaKey ? self.metaKeyName : \"\") + \n\t\t\t\t (self.keyNames[keyInfo.keyCode]));\n\t\t}\n\t});\n\treturn result;\n}\n\nKeyboardManager.prototype.checkKeyDescriptor = function(event,keyInfo) {\n\treturn keyInfo &&\n\t\t\tevent.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === keyInfo.metaKey;\n};\n\nKeyboardManager.prototype.checkKeyDescriptors = function(event,keyInfoArray) {\n\tfor(var t=0; t<keyInfoArray.length; t++) {\n\t\tif(this.checkKeyDescriptor(event,keyInfoArray[t])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\nexports.KeyboardManager = KeyboardManager;\n\n})();\n",
"title": "$:/core/modules/keyboard.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/language.js": {
"text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a wikified translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\n/*\nReturn a raw, unwikified translateable string. The title is automatically prefixed with \"$:/language/\"\n*/\nLanguage.prototype.getRawString = function(title) {\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.getTiddlerText(title);\n};\n\nexports.Language = Language;\n\n})();\n",
"title": "$:/core/modules/language.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/macros/changecount.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"title": "$:/core/modules/macros/changecount.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/contrastcolour.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
"title": "$:/core/modules/macros/contrastcolour.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/csvtiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
"title": "$:/core/modules/macros/csvtiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/displayshortcuts.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/displayshortcuts.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to display a list of keyboard shortcuts in human readable form. Notably, it resolves named shortcuts like `((bold))` to the underlying keystrokes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"displayshortcuts\";\n\nexports.params = [\n\t{name: \"shortcuts\"},\n\t{name: \"prefix\"},\n\t{name: \"separator\"},\n\t{name: \"suffix\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(shortcuts,prefix,separator,suffix) {\n\tvar shortcutArray = $tw.keyboardManager.getPrintableShortcuts($tw.keyboardManager.parseKeyDescriptors(shortcuts,{\n\t\twiki: this.wiki\n\t}));\n\tif(shortcutArray.length > 0) {\n\t\tshortcutArray.sort(function(a,b) {\n\t\t return a.toLowerCase().localeCompare(b.toLowerCase());\n\t\t})\n\t\treturn prefix + shortcutArray.join(separator) + suffix;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/macros/displayshortcuts.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/dumpvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/dumpvariables.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to dump all active variable values\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"dumpvariables\";\n\nexports.params = [\n];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\tvar output = [\"|!Variable |!Value |\"],\n\t\tvariables = [], variable;\n\tfor(variable in this.variables) {\n\t\tvariables.push(variable);\n\t}\n\tvariables.sort();\n\tfor(var index=0; index<variables.length; index++) {\n\t\tvar variable = variables[index];\n\t\toutput.push(\"|\" + variable + \" |<input size=50 value=<<\" + variable + \">>/> |\")\n\t}\n\treturn output.join(\"\\n\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/dumpvariables.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\tvar tiddlers = this.wiki.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"title": "$:/core/modules/macros/jsontiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert a string of text to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\treturn $tw.utils.makeDataUri(text,type);\n};\n\n})();\n",
"title": "$:/core/modules/macros/makedatauri.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/now.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/now.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/qualify.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"title": "$:/core/modules/macros/qualify.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/resolvepath.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
"title": "$:/core/modules/macros/resolvepath.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/version.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
"title": "$:/core/modules/macros/version.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/parsers/audioparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/audioparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/csvparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/csvparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/htmlparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/htmlparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/imageparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.tag = \"embed\";\n\t\t}\n\t} else if(text) {\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t\t\telement.tag = \"embed\";\n\t\t} else if(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"application/pdf\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/imageparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/utils/parseutils.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar p = pos,c;\n\twhile(true) {\n\t\tc = source.charAt(p);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tp++;\n\t\t} else {\n\t\t\tbreak;\n\t\t}\n\t}\n\tif(p === pos) {\n\t\treturn null;\n\t} else {\n\t\treturn {\n\t\t\ttype: \"whitespace\",\n\t\t\tstart: pos,\n\t\t\tend: p\n\t\t}\n\t}\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar c;\n\twhile(true) {\n\t\tc = source.charAt(pos);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tpos++;\n\t\t} else {\n\t\t\treturn pos;\n\t\t}\n\t}\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for an indirect value\n\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\tif(indirectValue) {\n\t\t\t\tpos = indirectValue.end;\n\t\t\t\tnode.type = \"indirect\";\n\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for a unquoted value\n\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\tif(unquotedValue) {\n\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/utils/parseutils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/parsers/textparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/textparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/videoparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/videoparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"video\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"video/mp4\"] = AudioParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/videoparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/dash.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/entity.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: ©\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/extlink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: http://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/heading.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/html.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/image.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[http://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [http://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [http://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|http://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/image.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/list.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /(\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"set\",\n\t\tattributes: {\n\t\t\tname: {type: \"string\", value: this.match[1]},\n\t\t\tvalue: {type: \"string\", value: text}\n\t\t},\n\t\tchildren: [],\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[http://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|http://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\tnode.attributes.rel = {type: \"string\", value: \"noopener noreferrer\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/rules.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/syslink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?\\$:\\/[a-zA-Z0-9/.\\-_]+/mg;\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/table.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/wikiparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\t{type: \"macro\", macro: <TBD>} - indirect through a macro invocation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\tvar self = this;\n\t// Check for an externally linked tiddler\n\tif($tw.browser && (text || \"\") === \"\" && options._canonical_uri) {\n\t\tthis.loadRemoteTiddler(options._canonical_uri);\n\t\ttext = $tw.language.getRawString(\"LazyLoadingWarning\");\n\t}\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.pragmaRuleClasses,\"$:/config/WikiParserRules/Pragmas/\");\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.blockRuleClasses,\"$:/config/WikiParserRules/Block/\");\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.inlineRuleClasses,\"$:/config/WikiParserRules/Inline/\");\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = [];\n\tvar topBranch = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\ttopBranch.push.apply(topBranch,this.parseInlineRun());\n\t} else {\n\t\ttopBranch.push.apply(topBranch,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\n*/\nWikiParser.prototype.loadRemoteTiddler = function(url) {\n\tvar self = this;\n\t$tw.utils.httpRequest({\n\t\turl: url,\n\t\ttype: \"GET\",\n\t\tcallback: function(err,data) {\n\t\t\tif(!err) {\n\t\t\t\tvar tiddlers = self.wiki.deserializeTiddlers(\".tid\",data,self.wiki.getCreationFields());\n\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\ttiddler[\"_canonical_uri\"] = url;\n\t\t\t\t});\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tself.wiki.addTiddlers(tiddlers);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\n*/\nWikiParser.prototype.setupRules = function(proto,configPrefix) {\n\tvar self = this;\n\tif(!$tw.safemode) {\n\t\t$tw.utils.each(proto,function(object,name) {\n\t\t\tif(self.wiki.getTiddlerText(configPrefix + name,\"enable\") !== \"enable\") {\n\t\t\t\tdelete proto[name];\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar currentTreeBranch = this.tree;\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\tvar subTree = nextMatch.rule.parse();\n\t\tif(subTree.length > 0) {\n\t\t\t// Quick hack; we only cope with a single parse tree node being returned, which is true at the moment\n\t\t\tcurrentTreeBranch.push.apply(currentTreeBranch,subTree);\n\t\t\tsubTree[0].children = [];\n\t\t\tcurrentTreeBranch = subTree[0].children;\n\t\t}\n\t}\n\treturn currentTreeBranch;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t// Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,nextMatch.matchIndex)});\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,terminatorMatch.index)});\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,inlineRuleMatch.matchIndex)});\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/pluginswitcher.js": {
"text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
"title": "$:/core/modules/pluginswitcher.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/saver-handler.js": {
"text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tthis.numChanges = 0;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(callback) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\tcallback(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\",\n\t\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert($tw.language.getString(\"Error/WhileSaving\") + \":\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
"title": "$:/core/modules/saver-handler.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/savers/andtidwiki.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/andtidwiki.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/download.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\tfilename = document.location.pathname.substr(p+1);\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tlink.setAttribute(\"target\",\"_blank\");\n\tlink.setAttribute(\"rel\",\"noopener noreferrer\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/download.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/fsosaver.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/fsosaver.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/manualdownload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/manualdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/msdownload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/msdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/put.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/put.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by performing a PUT request to the server\n\nWorks with any server which accepts a PUT request\nto the current URL, such as a WebDAV server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar PutSaver = function(wiki) {\n\tthis.wiki = wiki;\n\tvar self = this;\n\t// Async server probe. Until probe finishes, save will fail fast\n\t// See also https://github.com/Jermolene/TiddlyWiki5/issues/2276\n\tvar req = new XMLHttpRequest();\n\treq.open(\"OPTIONS\",encodeURI(document.location.protocol + \"//\" + document.location.hostname + \":\" + document.location.port + document.location.pathname));\n\treq.onload = function() {\n\t\t// Check DAV header http://www.webdav.org/specs/rfc2518.html#rfc.section.9.1\n\t\tself.serverAcceptsPuts = (this.status === 200 && !!this.getResponseHeader('dav'));\n\t};\n\treq.send();\n};\n\nPutSaver.prototype.save = function(text,method,callback) {\n\tif (!this.serverAcceptsPuts) {\n\t\treturn false;\n\t}\n\tvar req = new XMLHttpRequest();\n\t// TODO: store/check ETags if supported by server, to protect against overwrites\n\t// Prompt: Do you want to save over this? Y/N\n\t// Merging would be ideal, and may be possible using future generic merge flow\n\treq.onload = function() {\n\t\tif (this.status === 200 || this.status === 201) {\n\t\t\tcallback(null); // success\n\t\t}\n\t\telse {\n\t\t\tcallback(this.responseText); // fail\n\t\t}\n\t};\n\treq.open(\"PUT\", encodeURI(window.location.href));\n\treq.setRequestHeader(\"Content-Type\", \"text/html;charset=UTF-8\");\n\treq.send(text);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nPutSaver.prototype.info = {\n\tname: \"put\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn /^https?:/.test(location.protocol);\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new PutSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/put.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyfox.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyfox.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyie.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyie.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/twedit.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback($tw.language.getString(\"Error/SavingToTWEdit\") + \": \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
"title": "$:/core/modules/savers/twedit.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/upload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback($tw.language.getString(\"Error/Caption\") + \":\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/upload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/browser-messaging.js": {
"text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\"),\n\t\t\tiframeInfo = {\n\t\t\t\turl: url,\n\t\t\t\tstatus: \"loading\",\n\t\t\t\tdomNode: iframe\n\t\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\tconsole.log(\"browser-messaging: \",document.location.toString())\n\t\tconsole.log(\"browser-messaging: Received message from\",event.origin);\n\t\tconsole.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
"title": "$:/core/modules/browser-messaging.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/commands.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
"title": "$:/core/modules/startup/commands.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/favicon.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/favicon.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/info.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
"title": "$:/core/modules/startup/info.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/load-modules.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
"title": "$:/core/modules/startup/load-modules.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/password.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/startup/password.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/render.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n\t})();\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = DRAFT_TIDDLER_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
"title": "$:/core/modules/startup/render.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/rootwidget.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the notification mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tif(document[fullscreen._fullscreenElement]) {\n\t\t\t\tdocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tdocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup/rootwidget.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup.js": {
"text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE = \"$:/config/Performance/Instrumentation\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\t// Minimal browser detection\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t\t$tw.browser.isFirefox = !!document.mozFullScreenEnabled;\n\t}\n\t// Platform detection\n\t$tw.platform = {};\n\tif($tw.browser) {\n\t\t$tw.platform.isMac = /Mac/.test(navigator.platform);\n\t\t$tw.platform.isWindows = /win/i.test(navigator.platform);\n\t\t$tw.platform.isLinux = /Linux/i.test(navigator.appVersion);\n\t} else {\n\t\tswitch(require(\"os\").platform()) {\n\t\t\tcase \"darwin\":\n\t\t\t\t$tw.platform.isMac = true;\n\t\t\t\tbreak;\n\t\t\tcase \"win32\":\n\t\t\t\t$tw.platform.isWindows = true;\n\t\t\t\tbreak;\n\t\t\tcase \"freebsd\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t\tcase \"linux\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t}\n\t}\n\t// Initialise version\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance($tw.wiki.getTiddlerText(PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE,\"no\") === \"yes\");\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-US\"\n\t\t]\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Kick off the keyboard manager\n\t$tw.keyboardManager = new $tw.KeyboardManager();\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget = new widget.widget({\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},{\n\t\t\twiki: $tw.wiki,\n\t\t\tdocument: document\n\t\t});\n\t}\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({wiki: $tw.wiki, dirtyTracking: !$tw.syncadaptor});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/story.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers();\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\t\t\t\t\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permalink\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permaview\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t// Invoke any hooks that want to change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// If a target tiddler was specified add it to the history stack\n\tif(target && target !== \"\") {\n\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t}\n\t\t$tw.wiki.addToHistory(target);\n\t} else if(storyList.length > 0) {\n\t\t$tw.wiki.addToHistory(storyList[0]);\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\tif(options.updateAddressBar !== \"no\") {\n\t\t// Get the story and the history stack\n\t\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\t\ttargetTiddler = \"\";\n\t\tif(options.targetTiddler) {\n\t\t\ttargetTiddler = options.targetTiddler;\n\t\t} else {\n\t\t\t// The target tiddler is the one at the top of the stack\n\t\t\tif(historyList.length > 0) {\n\t\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t\t}\n\t\t\t// Blank the target tiddler if it isn't present in the story\n\t\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\t\ttargetTiddler = \"\";\n\t\t\t}\n\t\t}\n\t\t// Assemble the location hash\n\t\tif(options.updateAddressBar === \"permalink\") {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t} else {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t}\n\t\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\t\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\t\tif(options.updateHistory === \"yes\") {\n\t\t\t\t// Assign the location hash so that history is updated\n\t\t\t\twindow.location.hash = $tw.locationHash;\n\t\t\t} else {\n\t\t\t\t// We use replace so that browser history isn't affected\n\t\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t\t}\n\t\t}\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/story.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/windows.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\",\n\t\t\tvariables = $tw.utils.extend({},paramObject,{currentTiddler: title});\n\t\t// Open the window\n\t\tvar srcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = title;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{document: $tw.fakeDocument, variables: variables}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: variables});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
"title": "$:/core/modules/startup/windows.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/story.js": {
"text": "/*\\\ntitle: $:/core/modules/story.js\ntype: application/javascript\nmodule-type: global\n\nLightweight object for managing interactions with the story and history lists.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nConstruct Story object with options:\nwiki: reference to wiki object to use to resolve tiddler titles\nstoryTitle: title of story list tiddler\nhistoryTitle: title of history list tiddler\n*/\nfunction Story(options) {\n\toptions = options || {};\n\tthis.wiki = options.wiki || $tw.wiki;\n\tthis.storyTitle = options.storyTitle || \"$:/StoryList\";\n\tthis.historyTitle = options.historyTitle || \"$:/HistoryList\";\n};\n\nStory.prototype.navigateTiddler = function(navigateTo,navigateFromTitle,navigateFromClientRect) {\n\tthis.addToStory(navigateTo,navigateFromTitle);\n\tthis.addToHistory(navigateTo,navigateFromClientRect);\n};\n\nStory.prototype.getStoryList = function() {\n\treturn this.wiki.getTiddlerList(this.storyTitle) || [];\n};\n\nStory.prototype.addToStory = function(navigateTo,navigateFromTitle,options) {\n\toptions = options || {};\n\tvar storyList = this.getStoryList();\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(navigateTo);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(navigateFromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(options.openLinkFromInsideRiver) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(options.openLinkFromOutsideRiver === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,navigateTo);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\nStory.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList},\n\t\tthis.wiki.getModificationFields()\n\t));\n};\n\nStory.prototype.addToHistory = function(navigateTo,navigateFromClientRect) {\n\tvar titles = $tw.utils.isArray(navigateTo) ? navigateTo : [navigateTo];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: navigateFromClientRect});\n\t});\n\tthis.wiki.setTiddlerData(this.historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\nStory.prototype.storyCloseTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCloseAllTiddlers = function() {\n// TBD\n};\n\nStory.prototype.storyCloseOtherTiddlers = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyEditTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyDeleteTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storySaveTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCancelTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyNewTiddler = function(targetTitle) {\n// TBD\n};\n\nexports.Story = Story;\n\n\n})();\n",
"title": "$:/core/modules/story.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/storyviews/classic.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"title": "$:/core/modules/storyviews/classic.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/pop.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"title": "$:/core/modules/storyviews/pop.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/zoomin.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerDataCached(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx = zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty = zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
"title": "$:/core/modules/storyviews/zoomin.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/syncer.js": {
"text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\"));\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\tself.handleLazyLoadEvent(title);\n\t});\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nConstants\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title),\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t});\n};\n\n/*\nCreate an tiddlerInfo structure if it doesn't already exist\n*/\nSyncer.prototype.createTiddlerInfo = function(title) {\n\tif(!$tw.utils.hop(this.tiddlerInfo,title)) {\n\t\tthis.tiddlerInfo[title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1,\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t}\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(this.wiki.getTiddler(tiddlerFields.title),tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title),\n\t\thasBeenLazyLoaded: true\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t} else {\n\t\t\t\tself.wiki.deleteTiddler(self.titleUserName);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert($tw.language.getString(\"Error/RetrievingSkinny\") + \":\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Don't lazy load the same tiddler twice\n\tvar info = this.tiddlerInfo[title];\n\tif(!info || !info.hasBeenLazyLoaded) {\n\t\tthis.createTiddlerInfo(title);\n\t\tthis.tiddlerInfo[title].hasBeenLazyLoaded = true;\n\t\t// Queue up a sync task to load this tiddler\n\t\tthis.enqueueSyncTask({\n\t\t\ttype: \"load\",\n\t\t\ttitle: title\n\t\t});\t\t\n\t}\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: $tw.language.getString(\"LoginToTiddlySpace\"),\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tthis.createTiddlerInfo(task.title);\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if the sync adaptor is fully initialised and we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif(this.syncadaptor.isReady() && this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
"title": "$:/core/modules/syncer.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n/*\nCompare two tiddlers for equality\ntiddler: the tiddler to compare\nexcludeFields: array of field names to exclude from the comparison\n*/\nexports.isEqual = function(tiddler,excludeFields) {\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\treturn false;\n\t}\n\texcludeFields = excludeFields || [];\n\tvar self = this,\n\t\tdifferences = []; // Fields that have differences\n\t// Add to the differences array\n\tfunction addDifference(fieldName) {\n\t\t// Check for this field being excluded\n\t\tif(excludeFields.indexOf(fieldName) === -1) {\n\t\t\t// Save the field as a difference\n\t\t\t$tw.utils.pushTop(differences,fieldName);\n\t\t}\n\t}\n\t// Returns true if the two values of this field are equal\n\tfunction isFieldValueEqual(fieldName) {\n\t\tvar valueA = self.fields[fieldName],\n\t\t\tvalueB = tiddler.fields[fieldName];\n\t\t// Check for identical string values\n\t\tif(typeof(valueA) === \"string\" && typeof(valueB) === \"string\" && valueA === valueB) {\n\t\t\treturn true;\n\t\t}\n\t\t// Check for identical array values\n\t\tif($tw.utils.isArray(valueA) && $tw.utils.isArray(valueB) && $tw.utils.isArrayEqual(valueA,valueB)) {\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise the fields must be different\n\t\treturn false;\n\t}\n\t// Compare our fields\n\tfor(var fieldName in this.fields) {\n\t\tif(!isFieldValueEqual(fieldName)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// There's a difference for every field in the other tiddler that we don't have\n\tfor(fieldName in tiddler.fields) {\n\t\tif(!(fieldName in this.fields)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// Return whether there were any differences\n\treturn differences.length === 0;\n};\n\n})();\n",
"title": "$:/core/modules/tiddler.js",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/core/modules/upgraders/plugins.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/plugins.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/system.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/system.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/themetweaks.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerDataCached(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/themetweaks.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/utils/crypto.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/crypto.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/animations/slide.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/animations/slide.js",
"type": "application/javascript",
"module-type": "animation"
},
"$:/core/modules/utils/dom/animator.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
"title": "$:/core/modules/utils/dom/animator.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/browser.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif($tw.browser && document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/browser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/csscolorparser.js": {
"text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) { // Clamp to integer 0 .. 255.\n i = Math.round(i); // Seems to be what Chrome does (vs truncation).\n return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) { // Clamp to float 0.0 .. 1.0.\n return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) { // int or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_byte(parseFloat(str) / 100 * 255);\n return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) { // float or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_float(parseFloat(str) / 100);\n return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n if (h < 0) h += 1;\n else if (h > 1) h -= 1;\n\n if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n if (h * 2 < 1) return m2;\n if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n return m1;\n}\n\nfunction parseCSSColor(css_str) {\n // Remove all whitespace, not compliant, but should just be more accepting.\n var str = css_str.replace(/ /g, '').toLowerCase();\n\n // Color keywords (and transparent) lookup.\n if (str in kCSSColorTable) return kCSSColorTable[str].slice(); // dup.\n\n // #abc and #abc123 syntax.\n if (str[0] === '#') {\n if (str.length === 4) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xfff)) return null; // Covers NaN.\n return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n (iv & 0xf0) | ((iv & 0xf0) >> 4),\n (iv & 0xf) | ((iv & 0xf) << 4),\n 1];\n } else if (str.length === 7) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xffffff)) return null; // Covers NaN.\n return [(iv & 0xff0000) >> 16,\n (iv & 0xff00) >> 8,\n iv & 0xff,\n 1];\n }\n\n return null;\n }\n\n var op = str.indexOf('('), ep = str.indexOf(')');\n if (op !== -1 && ep + 1 === str.length) {\n var fname = str.substr(0, op);\n var params = str.substr(op+1, ep-(op+1)).split(',');\n var alpha = 1; // To allow case fallthrough.\n switch (fname) {\n case 'rgba':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'rgb':\n if (params.length !== 3) return null;\n return [parse_css_int(params[0]),\n parse_css_int(params[1]),\n parse_css_int(params[2]),\n alpha];\n case 'hsla':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'hsl':\n if (params.length !== 3) return null;\n var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360; // 0 .. 1\n // NOTE(deanm): According to the CSS spec s/l should only be\n // percentages, but we don't bother and let float or percentage.\n var s = parse_css_float(params[1]);\n var l = parse_css_float(params[2]);\n var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n var m1 = l * 2 - m2;\n return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n alpha];\n default:\n return null;\n }\n }\n\n return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
"title": "$:/core/modules/utils/dom/csscolorparser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the first parent element that has scrollbars or use the body as fallback.\n*/\nexports.getScrollContainer = function(el) {\n\tvar doc = el.ownerDocument;\n\twhile(el.parentNode) {\t\n\t\tel = el.parentNode;\n\t\tif(el.scrollTop) {\n\t\t\treturn el;\n\t\t}\n\t}\n\treturn doc.body;\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function() {\n\tif(\"scrollX\" in window) {\n\t\treturn {x: window.scrollX, y: window.scrollY};\n\t} else {\n\t\treturn {x: document.documentElement.scrollLeft, y: document.documentElement.scrollTop};\n\t}\n};\n\n/*\nAdjust the height of a textarea to fit its content, preserving scroll position, and return the height\n*/\nexports.resizeTextAreaToFit = function(domNode,minHeight) {\n\t// Get the scroll container and register the current scroll position\n\tvar container = $tw.utils.getScrollContainer(domNode),\n\t\tscrollTop = container.scrollTop;\n // Measure the specified minimum height\n\tdomNode.style.height = minHeight;\n\tvar measuredHeight = domNode.offsetHeight;\n\t// Set its height to auto so that it snaps to the correct height\n\tdomNode.style.height = \"auto\";\n\t// Calculate the revised height\n\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,measuredHeight);\n\t// Only try to change the height if it has changed\n\tif(newHeight !== domNode.offsetHeight) {\n\t\tdomNode.style.height = newHeight + \"px\";\n\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t$tw.utils.forceLayout(domNode);\n\t\t// Set the container to the position we registered at the beginning\n\t\tcontainer.scrollTop = scrollTop;\n\t}\n\treturn newHeight;\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\ttry {\n\t\tif(window.localStorage) {\n\t\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t\t}\n\t} catch(e) {\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\ttry {\n\t\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n\t} catch(e) {\n\t\treturn \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n/*\nGet the computed styles applied to an element as an array of strings of individual CSS properties\n*/\nexports.getComputedStyles = function(domNode) {\n\tvar textAreaStyles = window.getComputedStyle(domNode,null),\n\t\tstyleDefs = [],\n\t\tname;\n\tfor(var t=0; t<textAreaStyles.length; t++) {\n\t\tname = textAreaStyles[t];\n\t\tstyleDefs.push(name + \": \" + textAreaStyles.getPropertyValue(name) + \";\");\n\t}\n\treturn styleDefs;\n};\n\n/*\nApply a set of styles passed as an array of strings of individual CSS properties\n*/\nexports.setStyles = function(domNode,styleDefs) {\n\tdomNode.style.cssText = styleDefs.join(\"\");\n};\n\n/*\nCopy the computed styles from a source element to a destination element\n*/\nexports.copyStyles = function(srcDomNode,dstDomNode) {\n\t$tw.utils.setStyles(dstDomNode,$tw.utils.getComputedStyles(srcDomNode));\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/http.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this.responseText,this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback($tw.language.getString(\"Error/XMLHttpRequest\") + \": \" + this.status);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\ttry {\n\t\trequest.send(data);\n\t} catch(e) {\n\t\toptions.callback(e);\n\t}\n\treturn request;\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/http.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities; now deprecated. Instead, use $tw.keyboardManager\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n[\"parseKeyDescriptor\",\"checkKeyDescriptor\"].forEach(function(method) {\n\texports[method] = function() {\n\t\tif($tw.keyboardManager) {\n\t\t\treturn $tw.keyboardManager[method].apply($tw.keyboardManager,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\treturn null\n\t\t}\n\t};\n});\n\n})();\n",
"title": "$:/core/modules/utils/dom/keyboard.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/modal.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = document.createElement(\"div\"),\n\t\tmodalBackdrop = document.createElement(\"div\"),\n\t\tmodalWrapper = document.createElement(\"div\"),\n\t\tmodalHeader = document.createElement(\"div\"),\n\t\theaderTitle = document.createElement(\"h3\"),\n\t\tmodalBody = document.createElement(\"div\"),\n\t\tmodalLink = document.createElement(\"a\"),\n\t\tmodalFooter = document.createElement(\"div\"),\n\t\tmodalFooterHelp = document.createElement(\"span\"),\n\t\tmodalFooterButtons = document.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(document.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = document.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.setAttribute(\"rel\",\"noopener noreferrer\");\n\t\tlink.appendChild(document.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: $tw.language.getString(\"Buttons/Close/Caption\")\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + window.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\twindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tdocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tdocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tif($tw.pageContainer) {\n\t\t$tw.utils.toggleClass($tw.pageContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"title": "$:/core/modules/utils/dom/modal.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/notifier.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{parentWidget: $tw.rootWidget, document: document, variables: variables});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
"title": "$:/core/modules/utils/dom/notifier.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/popup.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = this.findPopup(options.title);\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.findPopup = function(title) {\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\treturn index;\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\t// Store the popup details if not already there\n\tif(this.findPopup(options.title) === -1) {\n\t\tthis.popups.push({\n\t\t\ttitle: options.title,\n\t\t\twiki: options.wiki,\n\t\t\tdomNode: options.domNode\n\t\t});\n\t}\n\t// Set the state tiddler\n\toptions.wiki.setTextReference(options.title,\n\t\t\t\"(\" + options.domNode.offsetLeft + \",\" + options.domNode.offsetTop + \",\" + \n\t\t\t\toptions.domNode.offsetWidth + \",\" + options.domNode.offsetHeight + \")\");\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
"title": "$:/core/modules/utils/dom/popup.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/scroller.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\t// Now get ready to scroll the body\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = $tw.utils.getScrollPosition();\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar clientBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\ttop: clientBounds.top + scrollPosition.y,\n\t\t\twidth: clientBounds.width,\n\t\t\theight: clientBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t// targetPos/targetSize - position and size of the target element\n\t// currentPos/currentSize - position and size of the current scroll viewport\n\t// returns: new position of the scroll viewport\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to it's top/left\n\t\t\tif(targetPos <= currentPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\tnewPos = targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\tnewPos = currentPos;\n\t\t\t}\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,window.innerWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,window.innerHeight);\n\t// Only scroll if the position has changed\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\twindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"title": "$:/core/modules/utils/dom/scroller.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/edition-info.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
"title": "$:/core/modules/utils/edition-info.js",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/fakedom.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text;\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 3;\n\t}\n});\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nObject.defineProperty(TW_Element.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 1;\n\t}\n});\n\nTW_Element.prototype.getAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot getAttribute on a raw TW_Element\";\n\t}\n\treturn this.attributes[name];\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value;\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"childNodes\", {\n\tget: function() {\n\t\treturn this.children;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"tagName\", {\n\tget: function() {\n\t\treturn this.tag || \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this.style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this.style) {\n\t\t\t\tstyle.push(s + \":\" + this.style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\")\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get textContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get formattedTextContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
"title": "$:/core/modules/utils/fakedom.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/filesystem.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = new Buffer(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n/*\nRecursively delete a tree of empty directories\n*/\nexports.deleteEmptyDirs = function(dirpath,callback) {\n\tvar self = this;\n\tfs.readdir(dirpath,function(err,files) {\n\t\tif(err) {\n\t\t\treturn callback(err);\n\t\t}\n\t\tif(files.length > 0) {\n\t\t\treturn callback(null);\n\t\t}\n\t\tfs.rmdir(dirpath,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.deleteEmptyDirs(path.dirname(dirpath),callback);\n\t\t});\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/utils/filesystem.js",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/logger.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName) {\n\tthis.componentName = componentName || \"\";\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)));\n\t}\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\t// Prepare the text of the alert\n\tvar text = Array.prototype.join.call(arguments,\" \");\n\t// Create alert tiddlers in the browser\n\tif($tw.browser) {\n\t\t// Check if there is an existing alert with the same text and the same component\n\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\talertFields,\n\t\t\texistingCount,\n\t\t\tself = this;\n\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t}\n\t\t});\n\t\tif(alertFields) {\n\t\t\texistingCount = alertFields.count || 1;\n\t\t} else {\n\t\t\talertFields = {\n\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\ttext: text,\n\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\tcomponent: this.componentName\n\t\t\t};\n\t\t\texistingCount = 0;\n\t\t}\n\t\talertFields.modified = new Date();\n\t\tif(++existingCount > 1) {\n\t\t\talertFields.count = existingCount;\n\t\t} else {\n\t\t\talertFields.count = undefined;\n\t\t}\n\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t// Log the alert as well\n\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t} else {\n\t\t// Print an orange message to the console if not in the browser\n\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
"title": "$:/core/modules/utils/logger.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/parsetree.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n/*\nHelper to get the text of a parse tree node or array of nodes\n*/\nexports.getParseTreeText = function getParseTreeText(tree) {\n\tvar output = [];\n\tif($tw.utils.isArray(tree)) {\n\t\t$tw.utils.each(tree,function(node) {\n\t\t\toutput.push(getParseTreeText(node));\n\t\t});\n\t} else {\n\t\tif(tree.type === \"text\") {\n\t\t\toutput.push(tree.text);\n\t\t}\n\t\tif(tree.children) {\n\t\t\treturn getParseTreeText(tree.children);\n\t\t}\n\t}\n\treturn output.join(\"\");\n};\n\n})();\n",
"title": "$:/core/modules/utils/parsetree.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/performance.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap of current values of measurements\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n}\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tself.measures = {};\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime).toFixed(2) + \"ms\");\n\t\t\tfor(var m in self.measures) {\n\t\t\t\tself.logger.log(\"+\" + m + \": \" + self.measures[m].toFixed(2) + \"ms\");\n\t\t\t}\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments),\n\t\t\t\tvalue = self.measures[name] || 0;\n\t\t\tself.measures[name] = value + $tw.utils.timer(startTime);\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
"title": "$:/core/modules/utils/performance.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/pluginmaker.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\n\" + $tw.language.getString(\"Error/Caption\") + \": \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
"title": "$:/core/modules/utils/pluginmaker.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/utils.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\tconsole.log($tw.node ? \"\\x1b[1;33m\" + text + \"\\x1b[0m\" : text);\n};\n\n/*\nRepeats a string\n*/\nexports.repeat = function(str,count) {\n\tvar result = \"\";\n\tfor(var t=0;t<count;t++) {\n\t\tresult += str;\n\t}\n\treturn result;\n};\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nFind the line break preceding a given position in a string\nReturns position immediately after that line break, or the start of the string\n*/\nexports.findPrecedingLineBreak = function(text,pos) {\n\tvar result = text.lastIndexOf(\"\\n\",pos - 1);\n\tif(result === -1) {\n\t\tresult = 0;\n\t} else {\n\t\tresult++;\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nFind the line break following a given position in a string\n*/\nexports.findFollowingLineBreak = function(text,pos) {\n\t// Cut to just past the following line break, or to the end of the text\n\tvar result = text.indexOf(\"\\n\",pos);\n\tif(result === -1) {\n\t\tresult = text.length;\n\t} else {\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\treturn Object.keys(object || {}).length;\n};\n\n/*\nCheck if an array is equal by value and by reference.\n*/\nexports.isArrayEqual = function(array1,array2) {\n\tif(array1 === array2) {\n\t\treturn true;\n\t}\n\tarray1 = array1 || [];\n\tarray2 = array2 || [];\n\tif(array1.length !== array2.length) {\n\t\treturn false;\n\t}\n\treturn array1.every(function(value,index) {\n\t\treturn value === array2[index];\n\t});\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify (assumed to be free of duplicates)\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\n\t\tif(value.length !== 0) {\n\t\t\tif(array.length !== 0) {\n\t\t\t\tif(value.length < array.length) {\n\t\t\t\t\tfor(t=0; t<value.length; t++) {\n\t\t\t\t\t\tp = array.indexOf(value[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(p,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tfor(t=array.length-1; t>=0; t--) {\n\t\t\t\t\t\tp = value.indexOf(array[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(t,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Push the values on top of the main array\n\t\t\tarray.push.apply(array,value);\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t\tarray.push(value);\n\t}\n\treturn array;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.deepFreeze = function deepFreeze(object) {\n\tvar property, key;\n\tObject.freeze(object);\n\tfor(key in object) {\n\t\tproperty = object[key];\n\t\tif($tw.utils.hop(object,key) && (typeof property === \"object\") && !Object.isFrozen(property)) {\n\t\t\tdeepFreeze(property);\n\t\t}\n\t}\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar n = Math.floor((dt.getTime()-new Date(dt.getFullYear(),0,1) + 3600000) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\", duration: 365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\", duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\", duration: 24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\", duration: 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration: 60 * 1000},\n\t\t{name: \"Seconds\", duration: 1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&\", < to \"<\", > to \">\", \" to \""\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&\").replace(/</mg,\"<\").replace(/>/mg,\">\").replace(/\\\"/mg,\""\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar converter = String.fromCodePoint || String.fromCharCode,\n\t\te = s.substr(1,s.length-2); // Strip the & and the ;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\treturn converter(parseInt(e.substr(2),16));\t\n\t\t} else {\n\t\t\treturn converter(parseInt(e.substr(1),10));\n\t\t}\n\t} else {\n\t\tvar c = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn converter(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /^(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn (new Buffer(string64,\"base64\")).toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\t\t\n\t\tm = r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n/*\nUseful for finding out the fully escaped CSS selector equivalent to a given tag. For example:\n\n$tw.utils.tagToCssSelector(\"$:/tags/Stylesheet\") --> tc-tagged-\\%24\\%3A\\%2Ftags\\%2FStylesheet\n*/\nexports.tagToCssSelector = function(tagName) {\n\treturn \"tc-tagged-\" + encodeURIComponent(tagName).replace(/[!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^`{\\|}~,]/mg,function(c) {\n\t\treturn \"\\\\\" + c;\n\t});\n};\n\n\n/*\nIE does not have sign function\n*/\nexports.sign = Math.sign || function(x) {\n\tx = +x; // convert to a number\n\tif (x === 0 || isNaN(x)) {\n\t\treturn x;\n\t}\n\treturn x > 0 ? 1 : -1;\n};\n\n/*\nIE does not have an endsWith function\n*/\nexports.strEndsWith = function(str,ending,position) {\n\tif(str.endsWith) {\n\t\treturn str.endsWith(ending,position);\n\t} else {\n\t\tif (typeof position !== 'number' || !isFinite(position) || Math.floor(position) !== position || position > str.length) {\n\t\t\tposition = str.length;\n\t\t}\n\t\tposition -= str.length;\n\t\tvar lastIndex = str.indexOf(ending, position);\n\t\treturn lastIndex !== -1 && lastIndex === position;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/utils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/widgets/action-deletefield.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {};\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t}\n\t\t});\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getModificationFields(),tiddler,removeFields,this.wiki.getCreationFields()));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletefield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletetiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletetiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-listops.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-listops.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to apply list operations to any tiddler field (defaults to the 'list' field of the current tiddler)\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar ActionListopsWidget = function(parseTreeNode, options) {\n\tthis.initialise(parseTreeNode, options);\n};\n/**\n * Inherit from the base widget class\n */\nActionListopsWidget.prototype = new Widget();\n/**\n * Render this widget into the DOM\n */\nActionListopsWidget.prototype.render = function(parent, nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n/**\n * Compute the internal state of the widget\n */\nActionListopsWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.target = this.getAttribute(\"$tiddler\", this.getVariable(\n\t\t\"currentTiddler\"));\n\tthis.filter = this.getAttribute(\"$filter\");\n\tthis.subfilter = this.getAttribute(\"$subfilter\");\n\tthis.listField = this.getAttribute(\"$field\", \"list\");\n\tthis.listIndex = this.getAttribute(\"$index\");\n\tthis.filtertags = this.getAttribute(\"$tags\");\n};\n/**\n * \tRefresh the widget by ensuring our attributes are up to date\n */\nActionListopsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.$tiddler || changedAttributes.$filter ||\n\t\tchangedAttributes.$subfilter || changedAttributes.$field ||\n\t\tchangedAttributes.$index || changedAttributes.$tags) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n/**\n * \tInvoke the action associated with this widget\n */\nActionListopsWidget.prototype.invokeAction = function(triggeringWidget,\n\tevent) {\n\t//Apply the specified filters to the lists\n\tvar field = this.listField,\n\t\tindex,\n\t\ttype = \"!!\",\n\t\tlist = this.listField;\n\tif(this.listIndex) {\n\t\tfield = undefined;\n\t\tindex = this.listIndex;\n\t\ttype = \"##\";\n\t\tlist = this.listIndex;\n\t}\n\tif(this.filter) {\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(this.filter, this)));\n\t}\n\tif(this.subfilter) {\n\t\tvar subfilter = \"[list[\" + this.target + type + list + \"]] \" + this.subfilter;\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(subfilter, this)));\n\t}\n\tif(this.filtertags) {\n\t\tvar tagfilter = \"[list[\" + this.target + \"!!tags]] \" + this.filtertags;\n\t\tthis.wiki.setText(this.target, \"tags\", undefined, $tw.utils.stringifyList(\n\t\t\tthis.wiki.filterTiddlers(tagfilter, this)));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-listops\"] = ActionListopsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-listops.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-navigate.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-navigate.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-sendmessage.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\")\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-sendmessage.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-setfield.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\toptions = {};\n\toptions.suppressTimestamp = !this.actionTimestamp;\n\tif((typeof this.actionField == \"string\") || (typeof this.actionIndex == \"string\") || (typeof this.actionValue == \"string\")) {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue,options);\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute,options);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-setfield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/browse.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\t// Nw.js supports \"nwsaveas\" to force a \"save as\" dialogue that allows a new or existing file to be selected\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Nw.js supports \"webkitdirectory\" to allow a directory to be selected\n\tif(this.webkitdirectory) {\n\t\tdomNode.setAttribute(\"webkitdirectory\",this.webkitdirectory);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,function(tiddlerFieldsArray) {\n\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n\tthis.webkitdirectory = this.getAttribute(\"webkitdirectory\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/browse.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/button.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = this.popup && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif(this.set && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(this,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.actions) {\n\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n return this.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\t$tw.popup.triggerPopup({\n\t\tdomNode: this.domNodes[0],\n\t\ttitle: this.popup,\n\t\twiki: this.wiki\n\t});\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup])) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/button.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/checkbox.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value = tiddler.fields[this.checkboxField] || this.checkboxDefault || \"\";\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag);\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tvar value = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();",
"title": "$:/core/modules/widgets/checkbox.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/codeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/codeblock.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/count.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/count.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/dropzone.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nDropZoneWidget.prototype.enterDrag = function() {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// We count enter/leave events\n\tthis.dragEnterCount = (this.dragEnterCount || 0) + 1;\n\t// If we're entering for the first time we need to apply highlighting\n\tif(this.dragEnterCount === 1) {\n\t\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.leaveDrag = function() {\n\t// Reduce the enter count\n\tthis.dragEnterCount = (this.dragEnterCount || 0) - 1;\n\t// Remove highlighting if we're leaving externally\n\tif(this.dragEnterCount <= 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\tthis.enterDrag();\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag();\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tthis.leaveDrag();\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Reset the enter count\n\tthis.dragEnterCount = 0;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = this.wiki.readFiles(dataTransfer.files,function(tiddlerFieldsArray) {\n\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t});\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\tthis.importData(dataTransfer);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.importData = function(dataTransfer) {\n\t// Try each provided data type in turn\n\tfor(var t=0; t<this.importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || this.importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = this.importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.convertToFields(data);\n\t\t\t\tif(!tiddlerFields.title) {\n\t\t\t\t\ttiddlerFields.title = this.wiki.generateNewTitle(\"Untitled\");\n\t\t\t\t}\n\t\t\t\tthis.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nDropZoneWidget.prototype.importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, convertToFields: function(data) {\n\t\treturn JSON.parse(data);\n\t}},\n\t{type: \"URL\", IECompatible: true, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/plain\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"Text\", IECompatible: true, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}}\n];\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/dropzone.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-binary.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-binary.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-bitmap.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 600,\n\tDEFAULT_IMAGE_HEIGHT = 370;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\",\n\tLINE_OPACITY_TITLE = \"$:/config/BitmapEditor/Opacity\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\t// Initialise the editor operations if they've not been done already\n\tif(!this.editorOperations) {\n\t\tEditBitmapWidget.prototype.editorOperations = {};\n\t\t$tw.modules.applyMethods(\"bitmapeditoroperation\",this.editorOperations);\n\t}\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the wrapper for the toolbar and render its content\n\tthis.toolbarNode = this.document.createElement(\"div\");\n\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\tparent.insertBefore(this.toolbarNode,nextSibling);\n\tthis.domNodes.push(this.toolbarNode);\n\t// Create the on-screen canvas\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Render toolbar child widgets\n\tthis.renderChildren(this.toolbarNode,null);\n\t// // Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n\t// Add widget message listeners\n\tthis.addEventListeners([\n\t\t{type: \"tm-edit-bitmap-operation\", handler: \"handleEditBitmapOperationMessage\"}\n\t]);\n};\n\n/*\nHandle an edit bitmap operation message from the toolbar\n*/\nEditBitmapWidget.prototype.handleEditBitmapOperationMessage = function(event) {\n\t// Invoke the handler\n\tvar handler = this.editorOperations[event.param];\n\tif(handler) {\n\t\thandler.call(this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nJust refresh the toolbar\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nSet the bitmap size variables and refresh the toolbar\n*/\nEditBitmapWidget.prototype.refreshToolbar = function() {\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Refresh each of our child widgets\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.refreshSelf();\n\t});\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.globalAlpha = parseFloat(this.wiki.getTiddlerText(LINE_OPACITY_TITLE,\"1.0\"));\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseFloat(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"));\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getModificationFields(),tiddler,update,this.wiki.getCreationFields()));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-bitmap.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-shortcut.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-shortcut.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display an editable keyboard shortcut\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditShortcutWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditShortcutWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditShortcutWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.inputNode = this.document.createElement(\"input\");\n\t// Assign classes\n\tif(this.shortcutClass) {\n\t\tthis.inputNode.className = this.shortcutClass;\t\t\n\t}\n\t// Assign other attributes\n\tif(this.shortcutStyle) {\n\t\tthis.inputNode.setAttribute(\"style\",this.shortcutStyle);\n\t}\n\tif(this.shortcutTooltip) {\n\t\tthis.inputNode.setAttribute(\"title\",this.shortcutTooltip);\n\t}\n\tif(this.shortcutPlaceholder) {\n\t\tthis.inputNode.setAttribute(\"placeholder\",this.shortcutPlaceholder);\n\t}\n\tif(this.shortcutAriaLabel) {\n\t\tthis.inputNode.setAttribute(\"aria-label\",this.shortcutAriaLabel);\n\t}\n\t// Assign the current shortcut\n\tthis.updateInputNode();\n\t// Add event handlers\n\t$tw.utils.addEventListeners(this.inputNode,[\n\t\t{name: \"keydown\", handlerObject: this, handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Link into the DOM\n\tparent.insertBefore(this.inputNode,nextSibling);\n\tthis.domNodes.push(this.inputNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditShortcutWidget.prototype.execute = function() {\n\tthis.shortcutTiddler = this.getAttribute(\"tiddler\");\n\tthis.shortcutField = this.getAttribute(\"field\");\n\tthis.shortcutIndex = this.getAttribute(\"index\");\n\tthis.shortcutPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.shortcutDefault = this.getAttribute(\"default\",\"\");\n\tthis.shortcutClass = this.getAttribute(\"class\");\n\tthis.shortcutStyle = this.getAttribute(\"style\");\n\tthis.shortcutTooltip = this.getAttribute(\"tooltip\");\n\tthis.shortcutAriaLabel = this.getAttribute(\"aria-label\");\n};\n\n/*\nUpdate the value of the input node\n*/\nEditShortcutWidget.prototype.updateInputNode = function() {\n\tif(this.shortcutField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.shortcutTiddler);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,this.shortcutField)) {\n\t\t\tthis.inputNode.value = tiddler.getFieldString(this.shortcutField);\n\t\t} else {\n\t\t\tthis.inputNode.value = this.shortcutDefault;\n\t\t}\n\t} else if(this.shortcutIndex) {\n\t\tthis.inputNode.value = this.wiki.extractTiddlerDataItem(this.shortcutTiddler,this.shortcutIndex,this.shortcutDefault);\n\t} else {\n\t\tthis.inputNode.value = this.wiki.getTiddlerText(this.shortcutTiddler,this.shortcutDefault);\n\t}\n};\n\n/*\nHandle a dom \"keydown\" event\n*/\nEditShortcutWidget.prototype.handleKeydownEvent = function(event) {\n\t// Ignore shift, ctrl, meta, alt\n\tif(event.keyCode && $tw.keyboardManager.getModifierKeys().indexOf(event.keyCode) === -1) {\n\t\t// Get the shortcut text representation\n\t\tvar value = $tw.keyboardManager.getPrintableShortcuts([{\n\t\t\tctrlKey: event.ctrlKey,\n\t\t\tshiftKey: event.shiftKey,\n\t\t\taltKey: event.altKey,\n\t\t\tmetaKey: event.metaKey,\n\t\t\tkeyCode: event.keyCode\n\t\t}]);\n\t\tif(value.length > 0) {\n\t\t\tthis.wiki.setText(this.shortcutTiddler,this.shortcutField,this.shortcutIndex,value[0]);\n\t\t}\n\t\t// Ignore the keydown if it was already handled\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn true;\t\t\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget needed re-rendering\n*/\nEditShortcutWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.placeholder || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.style || changedAttributes.tooltip || changedAttributes[\"aria-label\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.shortcutTiddler]) {\n\t\tthis.updateInputNode();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports[\"edit-shortcut\"] = EditShortcutWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-shortcut.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-text.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tFramedEngine = require(\"$:/core/modules/editor/engines/framed.js\").FramedEngine,\n\tSimpleEngine = require(\"$:/core/modules/editor/engines/simple.js\").SimpleEngine;\n\nexports[\"edit-text\"] = editTextWidgetFactory(FramedEngine,SimpleEngine);\n\n})();\n",
"title": "$:/core/modules/widgets/edit-text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder}\n\t\t},\n\t\tchildren: this.parseTreeNode.children\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/element.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/element.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/encrypt.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/encrypt.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/entity.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar entityString = this.getAttribute(\"entity\",this.parseTreeNode.entity || \"\"),\n\t\ttextNode = this.document.createTextNode($tw.utils.entityDecode(entityString));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.entity) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/entity.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fieldmangler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t} else if(typeof event.param === \"string\" && event.param.trim() !== \"\" && this.mangleTitle.trim() !== \"\") {\n\t\tvar tag = [];\n\t\ttag.push(event.param.trim());\n\t\tthis.wiki.addTiddler({title: this.mangleTitle, tags: tag});\t\t\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fieldmangler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fields.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = row.replace(\"$name$\",fieldName);\n\t\t\t\trow = row.replace(\"$value$\",value);\n\t\t\t\trow = row.replace(\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fields.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/image.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t} else {\n\t\t\t\t// Just trigger loading of the tiddler\n\t\t\t\tthis.wiki.getTiddlerText(this.imageSource);\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/image.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/importvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/importvariables.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.keyboardManager.checkKeyDescriptors(event,self.keyInfoArray)) {\n\t\t\tself.invokeActions(self,event);\n\t\t\tif(self.actions) {\n\t\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t\t}\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/keyboard.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/link.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar MISSING_LINK_CONFIG_TITLE = \"$:/config/MissingLinks\";\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true,\n\t\tmissingLinksEnabled = !(this.hideMissingLinks && this.isMissing && !this.isShadow);\n\t// Render the link if required\n\tif(useWikiLinks && missingLinksEnabled) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.linkClasses) {\n\t\tclasses.push(this.linkClasses);\n\t}\n\tclasses.push(\"tc-tiddlylink\");\n\tif(this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t}\n\tif(this.isMissing && !this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t} else {\n\t\tif(!this.isMissing) {\n\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t}\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Set an href\n\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\",\n\t\twikiLinkText = wikiLinkTemplate.replace(\"$uri_encoded$\",encodeURIComponent(this.to));\n\twikiLinkText = wikiLinkText.replace(\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.addEventListeners(domNode,[\n\t\t\t{name: \"dragstart\", handlerObject: this, handlerMethod: \"handleDragStartEvent\"},\n\t\t\t{name: \"dragend\", handlerObject: this, handlerMethod: \"handleDragEndEvent\"}\n\t\t]);\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t}\n\tevent.stopPropagation();\n\treturn false;\n};\n\nLinkWidget.prototype.handleDragStartEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\tif(this.to) {\n\t\t\t$tw.dragInProgress = true;\n\t\t\t// Set the dragging class on the element being dragged\n\t\t\t$tw.utils.addClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t\t// Create the drag image elements\n\t\t\tthis.dragImage = this.document.createElement(\"div\");\n\t\t\tthis.dragImage.className = \"tc-tiddler-dragger\";\n\t\t\tvar inner = this.document.createElement(\"div\");\n\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\tinner.appendChild(this.document.createTextNode(this.to));\n\t\t\tthis.dragImage.appendChild(inner);\n\t\t\tthis.document.body.appendChild(this.dragImage);\n\t\t\t// Astoundingly, we need to cover the dragger up: http://www.kryogenix.org/code/browser/custom-drag-image.html\n\t\t\tvar cover = this.document.createElement(\"div\");\n\t\t\tcover.className = \"tc-tiddler-dragger-cover\";\n\t\t\tcover.style.left = (inner.offsetLeft - 16) + \"px\";\n\t\t\tcover.style.top = (inner.offsetTop - 16) + \"px\";\n\t\t\tcover.style.width = (inner.offsetWidth + 32) + \"px\";\n\t\t\tcover.style.height = (inner.offsetHeight + 32) + \"px\";\n\t\t\tthis.dragImage.appendChild(cover);\n\t\t\t// Set the data transfer properties\n\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t// First the image\n\t\t\tdataTransfer.effectAllowed = \"copy\";\n\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\tdataTransfer.setDragImage(this.dragImage.firstChild,-16,-16);\n\t\t\t}\n\t\t\t// Then the data\n\t\t\tdataTransfer.clearData();\n\t\t\tvar jsonData = this.wiki.getTiddlerAsJson(this.to),\n\t\t\t\ttextData = this.wiki.getTiddlerText(this.to,\"\"),\n\t\t\t\ttitle = (new RegExp(\"^\" + $tw.config.textPrimitives.wikiLink + \"$\",\"mg\")).exec(this.to) ? this.to : \"[[\" + this.to + \"]]\";\n\t\t\t// IE doesn't like these content types\n\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\tdataTransfer.setData(\"text/plain\",title);\n\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t}\n\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\tdataTransfer.setData(\"Text\",title);\n\t\t\tevent.stopPropagation();\n\t\t} else {\n\t\t\tevent.preventDefault();\n\t\t}\n\t}\n};\n\nLinkWidget.prototype.handleDragEndEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\t$tw.dragInProgress = false;\n\t\t// Remove the dragging class on the element being dragged\n\t\t$tw.utils.removeClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t// Delete the drag image element\n\t\tif(this.dragImage) {\n\t\t\tthis.dragImage.parentNode.removeChild(this.dragImage);\n\t\t}\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\tthis.hideMissingLinks = ($tw.wiki.getTiddlerText(MISSING_LINK_CONFIG_TITLE,\"yes\") === \"no\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip || changedTiddlers[MISSING_LINK_CONFIG_TITLE]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/link.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/linkcatcher.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\tthis.catchActions = this.getAttribute(\"actions\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(this.catchTo) {\n\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.catchMessage && this.parentWidget) {\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: this.catchMessage,\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\tif(this.catchSet) {\n\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t}\n\tif(this.catchActions) {\n\t\tthis.invokeActionString(this.catchActions,this);\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/linkcatcher.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/list.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerDataCached(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
"title": "$:/core/modules/widgets/list.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/macrocall.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar text = this.getVariable(this.parseTreeNode.name || this.getAttribute(\"$name\"),{params: params}),\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/macrocall.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/navigator.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"},\n\t\t{type: \"tm-fold-tiddler\", handler: \"handleFoldTiddlerEvent\"},\n\t\t{type: \"tm-fold-other-tiddlers\", handler: \"handleFoldOtherTiddlersEvent\"},\n\t\t{type: \"tm-fold-all-tiddlers\", handler: \"handleFoldAllTiddlersEvent\"},\n\t\t{type: \"tm-unfold-all-tiddlers\", handler: \"handleUnfoldAllTiddlersEvent\"},\n\t\t{type: \"tm-rename-tiddler\", handler: \"handleRenameTiddlerEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tvar storyList = this.getStoryList();\n\t// Quit if we cannot get hold of the story list\n\tif(!storyList) {\n\t\treturn;\n\t}\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(title);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(fromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(this.getAttribute(\"openLinkFromInsideRiver\",\"below\")) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,title);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title);\n\t// Update the story and history if required\n\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\tvar draftTitle = draftTiddler.fields.title,\n\t\t\tstoryList = this.getStoryList();\n\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\tthis.saveStoryList(storyList);\n\t\treturn false;\n\t}\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Delete this tiddler\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle;\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\";\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Create the new tiddler and pass it through the th-saving-tiddler hook\n\t\t\t\tvar newTiddler = new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields());\n\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-saving-tiddler\",newTiddler);\n\t\t\t\tthis.wiki.addTiddler(newTiddler);\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\tif(originalTiddler) {\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t\t} else {\n\t\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\t}\n\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags)\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\texistingTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\t\t\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\tvar self = this;\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\t\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\t\t\n\t}\n\treturn false;\n};\n\n// \nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerDataCached(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push($tw.language.getString(\"Import/Imported/Hint\") + \"\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(tiddlerFields));\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: event.param,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([event.param]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nNavigatorWidget.prototype.handleFoldTiddlerEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {};\n\tif(paramObject.foldedState) {\n\t\tvar foldedState = this.wiki.getTiddlerText(paramObject.foldedState,\"show\") === \"show\" ? \"hide\" : \"show\";\n\t\tthis.wiki.setText(paramObject.foldedState,\"text\",null,foldedState);\n\t}\n};\n\nNavigatorWidget.prototype.handleFoldOtherTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,event.param === title ? \"show\" : \"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleFoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleUnfoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"show\");\n\t});\n};\n\nNavigatorWidget.prototype.handleRenameTiddlerEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tfrom = paramObject.from || event.tiddlerTitle,\n\t\tto = paramObject.to;\n\t$tw.wiki.renameTiddler(from,to);\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/navigator.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/password.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/password.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nRadio widget\n\nWill set a field to the selected value:\n\n```\n\t<$radio field=\"myfield\" value=\"check 1\">one</$radio>\n\t<$radio field=\"myfield\" value=\"check 2\">two</$radio>\n\t<$radio field=\"myfield\" value=\"check 3\">three</$radio>\n```\n\n|Parameter |Description |h\n|tiddler |Name of the tiddler in which the field should be set. Defaults to current tiddler |\n|field |The name of the field to be set |\n|value |The value to set |\n|class |Optional class name(s) |\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.radioClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(this.getValue() == this.radioValue) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.radioTitle);\n\treturn tiddler && tiddler.getFieldString(this.radioField);\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),{title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\tif(this.radioClass !== \"\") {\n\t\tthis.radioClass += \" \";\n\t}\n\tthis.radioClass += \"tc-radio\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/radio.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/raw.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/raw.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/reveal.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = (this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTitle = this.state;\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state = this.stateTitle ? this.wiki.getTextReference(this.stateTitle,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.readMatchState(state);\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.readMatchState(state);\n\t\t\tthis.isOpen = !this.isOpen;\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.readMatchState = function(state) {\n\tthis.isOpen = state === this.text;\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes[\"default\"] || changedAttributes.animate) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false,\n\t\t\tcurrentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\trefreshed = true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n }});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/reveal.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/scrollable.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/scrollable.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/select.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\t// Get the new value and assign it to the tiddler\n\tif(this.selectMultiple == false) {\n\t\tvar value = this.getSelectDomNode().value;\n\t} else {\n\t\tvar value = this.getSelectValues()\n\t\t\t\tvalue = $tw.utils.stringifyList(value);\n\t}\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n\t// Trigger actions\n\tif(this.selectActions) {\n\t\tthis.invokeActionString(this.selectActions,this,event);\n\t}\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tif (this.selectMultiple) {\n\t\tvalue = value === undefined ? \"\" : value;\n\t\tvar select = this.getSelectDomNode();\n\t\tvar values = Array.isArray(value) ? value : $tw.utils.parseStringArray(value);\n\t\tfor(var i=0; i < select.children.length; i++){\n\t\t\tif(values.indexOf(select.children[i].value) != -1) {\n\t\t\t\tselect.children[i].selected = true;\n\t\t\t}\n\t\t}\n\t\t\n\t} else {\n\t\tvar domNode = this.getSelectDomNode();\n\t\tif(domNode.value !== value) {\n\t\t\tdomNode.value = value;\n\t\t}\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n// Return an array of the selected opion values\n// select is an HTML select element\nSelectWidget.prototype.getSelectValues = function() {\n\tvar select, result, options, opt;\n\tselect = this.getSelectDomNode();\n\tresult = [];\n\toptions = select && select.options;\n\tfor (var i=0; i<options.length; i++) {\n\t\topt = options[i];\n\t\tif (opt.selected) {\n\t\t\tresult.push(opt.value || opt.text);\n\t\t}\n\t}\n\treturn result;\n}\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectActions = this.getAttribute(\"actions\");\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\tthis.selectMultiple = this.getAttribute(\"multiple\", false);\n\tthis.selectSize = this.getAttribute(\"size\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tif(this.selectMultiple) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"multiple\",\"multiple\");\n\t}\n\tif(this.selectSize) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"size\",this.selectSize);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/select.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/set.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tthis.setVariable(this.setName,this.getValue(),this.parseTreeNode.params);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nGet the value to be assigned\n*/\nSetWidget.prototype.getValue = function() {\n\tvar value = this.setValue;\n\tif(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(!this.setValue) {\n\t\t\tvalue = $tw.utils.stringifyList(results);\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t} else if(!value && this.setEmptyValue) {\n\t\tvalue = this.setEmptyValue;\n\t}\n\treturn value;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.value || changedAttributes.emptyValue ||\n\t (this.setFilter && this.getValue() != this.variables[this.setName].value)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/set.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/text.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/tiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/transclude.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: $tw.language.getString(\"Error/RecursiveTransclusion\")}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/transclude.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/vars.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/vars.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/view.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified();\n\t\t\tbreak;\n\t\tcase \"plainwikified\":\n\t\t\tthis.text = this.getValueAsPlainWikified();\n\t\t\tbreak;\n\t\tcase \"htmlencodedplainwikified\":\n\t\t\tthis.text = this.getValueAsHtmlEncodedPlainWikified();\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function() {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this});\n};\n\nViewWidget.prototype.getValueAsPlainWikified = function() {\n\treturn this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this});\n};\n\nViewWidget.prototype.getValueAsHtmlEncodedPlainWikified = function() {\n\treturn $tw.utils.htmlEncode(this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this}));\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/view.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/widget.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\n*/\nWidget.prototype.setVariable = function(name,value,params) {\n\tthis.variables[name] = {value: value, params: params};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n*/\nWidget.prototype.getVariable = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value;\n\t\t// Substitute any parameters specified in the definition\n\t\tvalue = this.substituteVariableParameters(value,variable.params,actualParams);\n\t\tvalue = this.substituteVariableReferences(value);\n\t\treturn value;\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn this.evaluateMacroModule(name,actualParams,options.defaultValue);\n};\n\nWidget.prototype.substituteVariableParameters = function(text,formalParams,actualParams) {\n\tif(formalParams) {\n\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\tparamInfo, paramValue;\n\t\t// Step through each of the parameters in the macro definition\n\t\tfor(var p=0; p<formalParams.length; p++) {\n\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\tparamInfo = formalParams[p];\n\t\t\tparamValue = undefined;\n\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\tnextAnonParameter++;\n\t\t\t}\n\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t}\n\t\t\t// If we've still not got a value, use the default, if any\n\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t// Replace any instances of this parameter\n\t\t\ttext = text.replace(new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(paramInfo.name) + \"\\\\$\",\"mg\"),paramValue);\n\t\t}\n\t}\n\treturn text;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tthis.qualifiers = this.qualifiers || Object.create(null);\n\tname = name || \"transclusion\";\n\tif(this.qualifiers[name]) {\n\t\treturn this.qualifiers[name];\n\t} else {\n\t\tvar output = [],\n\t\t\tnode = this;\n\t\twhile(node && node.parentWidget) {\n\t\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\t\toutput.push(node.getVariable(name));\n\t\t\t}\n\t\t\tnode = node.parentWidget;\n\t\t}\n\t\tvar value = $tw.utils.hashString(output.join(\"\"));\n\t\tthis.qualifiers[name] = value;\n\t\treturn value;\n\t}\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.refresh(changedTiddlers) || refreshed;\n\t});\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction && child.invokeAction(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n/*\nInvoke the action widgets defined in a string\n*/\nWidget.prototype.invokeActionString = function(actions,triggeringWidget,event) {\n\tactions = actions || \"\";\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",actions,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document\n\t\t}),\n\t\twidgetNode = this.wiki.makeWidget(parser,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document\n\t\t});\n\tvar container = this.document.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn widgetNode.invokeActions(this,event);\n};\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
"title": "$:/core/modules/widgets/widget.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/wikify.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/wikify.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to wikify text into a variable\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar WikifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nWikifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nWikifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWikifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.wikifyName = this.getAttribute(\"name\");\n\tthis.wikifyText = this.getAttribute(\"text\");\n\tthis.wikifyType = this.getAttribute(\"type\");\n\tthis.wikifyMode = this.getAttribute(\"mode\",\"block\");\n\tthis.wikifyOutput = this.getAttribute(\"output\",\"text\");\n\t// Create the parse tree\n\tthis.wikifyParser = this.wiki.parseText(this.wikifyType,this.wikifyText,{\n\t\t\tparseAsInline: this.wikifyMode === \"inline\"\n\t\t});\n\t// Create the widget tree \n\tthis.wikifyWidgetNode = this.wiki.makeWidget(this.wikifyParser,{\n\t\t\tdocument: $tw.fakeDocument,\n\t\t\tparentWidget: this\n\t\t});\n\t// Render the widget tree to the container\n\tthis.wikifyContainer = $tw.fakeDocument.createElement(\"div\");\n\tthis.wikifyWidgetNode.render(this.wikifyContainer,null);\n\tthis.wikifyResult = this.getResult();\n\t// Set context variable\n\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nReturn the result string\n*/\nWikifyWidget.prototype.getResult = function() {\n\tvar result;\n\tswitch(this.wikifyOutput) {\n\t\tcase \"text\":\n\t\t\tresult = this.wikifyContainer.textContent;\n\t\t\tbreak;\n\t\tcase \"html\":\n\t\t\tresult = this.wikifyContainer.innerHTML;\n\t\t\tbreak;\n\t\tcase \"parsetree\":\n\t\t\tresult = JSON.stringify(this.wikifyParser.tree,0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t\tcase \"widgettree\":\n\t\t\tresult = JSON.stringify(this.getWidgetTree(),0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t}\n\treturn result;\n};\n\n/*\nReturn a string of the widget tree\n*/\nWikifyWidget.prototype.getWidgetTree = function() {\n\tvar copyNode = function(widgetNode,resultNode) {\n\t\t\tvar type = widgetNode.parseTreeNode.type;\n\t\t\tresultNode.type = type;\n\t\t\tswitch(type) {\n\t\t\t\tcase \"element\":\n\t\t\t\t\tresultNode.tag = widgetNode.parseTreeNode.tag;\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"text\":\n\t\t\t\t\tresultNode.text = widgetNode.parseTreeNode.text;\n\t\t\t\t\tbreak;\t\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.attributes || {}).length > 0) {\n\t\t\t\tresultNode.attributes = {};\n\t\t\t\t$tw.utils.each(widgetNode.attributes,function(attr,attrName) {\n\t\t\t\t\tresultNode.attributes[attrName] = widgetNode.getAttribute(attrName);\n\t\t\t\t});\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.children || {}).length > 0) {\n\t\t\t\tresultNode.children = [];\n\t\t\t\t$tw.utils.each(widgetNode.children,function(widgetChildNode) {\n\t\t\t\t\tvar node = {};\n\t\t\t\t\tresultNode.children.push(node);\n\t\t\t\t\tcopyNode(widgetChildNode,node);\n\t\t\t\t});\n\t\t\t}\n\t\t},\n\t\tresults = {};\n\tcopyNode(this.wikifyWidgetNode,results);\n\treturn results;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWikifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh ourselves entirely if any of our attributes have changed\n\tif(changedAttributes.name || changedAttributes.text || changedAttributes.type || changedAttributes.mode || changedAttributes.output) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\t// Refresh the widget tree\n\t\tif(this.wikifyWidgetNode.refresh(changedTiddlers)) {\n\t\t\t// Check if there was any change\n\t\t\tvar result = this.getResult();\n\t\t\tif(result !== this.wikifyResult) {\n\t\t\t\t// If so, save the change\n\t\t\t\tthis.wikifyResult = result;\n\t\t\t\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t\t\t\t// Refresh each of our child widgets\n\t\t\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\t\t\tchildWidget.refreshSelf();\n\t\t\t\t});\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\t// Just refresh the children\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.wikify = WikifyWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/wikify.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/wiki-bulkops.js": {
"text": "/*\\\ntitle: $:/core/modules/wiki-bulkops.js\ntype: application/javascript\nmodule-type: wikimethod\n\nBulk tiddler operations such as rename.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRename a tiddler, and relink any tags or lists that reference it.\n*/\nexports.renameTiddler = function(fromTitle,toTitle) {\n\tvar self = this;\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\t// Rename the tiddler itself\n\t\tvar tiddler = this.getTiddler(fromTitle);\n\t\tthis.addTiddler(new $tw.Tiddler(tiddler,{title: toTitle},this.getModificationFields()));\n\t\tthis.deleteTiddler(fromTitle);\n\t\t// Rename any tags or lists that reference it\n\t\tthis.each(function(tiddler,title) {\n\t\t\tvar tags = (tiddler.fields.tags || []).slice(0),\n\t\t\t\tlist = (tiddler.fields.list || []).slice(0),\n\t\t\t\tisModified = false;\n\t\t\t// Rename tags\n\t\t\t$tw.utils.each(tags,function (title,index) {\n\t\t\t\tif(title === fromTitle) {\n\t\t\t\t\ttags[index] = toTitle;\n\t\t\t\t\tisModified = true;\n\t\t\t\t}\n\t\t\t});\n\t\t\t// Rename lists\n\t\t\t$tw.utils.each(list,function (title,index) {\n\t\t\t\tif(title === fromTitle) {\n\t\t\t\t\tlist[index] = toTitle;\n\t\t\t\t\tisModified = true;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif(isModified) {\n\t\t\t\tself.addTiddler(new $tw.Tiddler(tiddler,{tags: tags, list: list},self.getModificationFields()));\n\t\t\t}\n\t\t});\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/wiki-bulkops.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/wiki.js": {
"text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\";\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value,options) {\n\toptions = options || {};\n\tvar creationFields = options.suppressTimestamp ? {} : this.getCreationFields(),\n\t\tmodificationFields = options.suppressTimestamp ? {} : this.getModificationFields();\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tif(value !== undefined) {\n\t\t\tdata[index] = value;\n\t\t} else {\n\t\t\tdelete data[index];\n\t\t}\n\t\tthis.setTiddlerData(title,data,modificationFields);\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(creationFields,tiddler,fields,modificationFields));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type] || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tvar fields = {\n\t\t\tcreated: new Date()\n\t\t},\n\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\tif(creator) {\n\t\tfields.creator = creator;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tvar fields = Object.create(null),\n\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\tfields.modified = new Date();\n\tif(modifier) {\n\t\tfields.modifier = modifier;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a sorted array of tiddler titles. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t (isDescending ? y - x : x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\tvar currPos = titles.indexOf(title),\n\t\t\t\tnewPos = -1,\n\t\t\t\ttiddler = this.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerDataCached(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n\nNote that the same value is returned for repeated calls for the same tiddler data. The value is frozen to prevent modification; otherwise modifications would be visible to all callers\n*/\nexports.getTiddlerDataCached = function(titleOrTiddler,defaultData) {\n\tvar self = this,\n\t\ttiddler = titleOrTiddler;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler) {\n\t\treturn this.getCacheForTiddler(tiddler.fields.title,\"data\",function() {\n\t\t\t// Return the frozen value\n\t\t\tvar value = self.getTiddlerData(tiddler.fields.title,defaultData);\n\t\t\t$tw.utils.deepFreeze(value);\n\t\t\treturn value;\n\t\t});\n\t} else {\n\t\treturn defaultData;\n\t}\n};\n\n/*\nAlternative, uncached version of getTiddlerDataCached(). The return value can be mutated freely and reused\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerData(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\tthis.caches = this.caches || Object.create(null);\n\tvar caches = this.caches[title];\n\tif(caches && caches[cacheName]) {\n\t\treturn caches[cacheName];\n\t} else {\n\t\tif(!caches) {\n\t\t\tcaches = Object.create(null);\n\t\t\tthis.caches[title] = caches;\n\t\t}\n\t\tcaches[cacheName] = initializer();\n\t\treturn caches[cacheName];\n\t}\n};\n\n// Clear all caches associated with a particular tiddler, or, if the title is null, clear all the caches for all the tiddlers\nexports.clearCache = function(title) {\n\tif(title) {\n\t\tthis.caches = this.caches || Object.create(null);\n\t\tif($tw.utils.hop(this.caches,title)) {\n\t\t\tdelete this.caches[title];\n\t\t}\n\t} else {\n\t\tthis.caches = Object.create(null);\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.parseText = function(type,text,options) {\n\ttext = text || \"\";\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"inlineParseTree\" : \"blockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type || \"text/vnd.tiddlywiki\",tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTree = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"transclude\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttiddler: {\n\t\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: title}},\n\t\t\t\tisBlock: !options.parseAsInline}]}\n\t]};\n\tif(options.field) {\n\t\tparseTree.tree[0].children[0].attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTree.tree[0].children[0].attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTree.tree[0].children[0].children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTree,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tliteral: If true, searches for literal string, rather than separate search terms\n\tfield: If specified, restricts the search to the specified field\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tmatch;\n\t\tfor(var t=0; t<searchTermsRegExps.length; t++) {\n\t\t\tmatch = false;\n\t\t\tif(options.field) {\n\t\t\t\tmatch = searchTermsRegExps[t].test(tiddler.getFieldString(options.field));\n\t\t\t} else {\n\t\t\t\t// Search title, tags and body\n\t\t\t\tif(contentTypeInfo.encoding === \"utf8\") {\n\t\t\t\t\tmatch = match || searchTermsRegExps[t].test(tiddler.fields.text);\n\t\t\t\t}\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.join(\"\\0\") : \"\";\n\t\t\t\tmatch = match || searchTermsRegExps[t].test(tags) || searchTermsRegExps[t].test(tiddler.fields.title);\n\t\t\t}\n\t\t\tif(!match) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\treturn true;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,callback) {\n\tvar result = [],\n\t\toutstanding = files.length;\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t});\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,callback) {\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\t// Deserialise the file contents\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\t// Are we binary?\n\t\tif(isBinary) {\n\t\t\t// The base64 section starts after the first comma in the data URI\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttiddlerFields.text = text.substr(commaPos+1);\n\t\t\t\tcallback([tiddlerFields]);\n\t\t\t}\n\t\t} else {\n\t\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\t\tif(encryptedJson) {\n\t\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t});\n\t\t\t} else {\n\t\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields));\n\t\t\t}\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified.\nIf the original tiddler doesn't exist, create a vanilla tiddler variable,\nto check if additional fields have been added.\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]) || new $tw.Tiddler({text:\"\", tags:[]}),\n\t\ttitleModified = tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"];\n\treturn titleModified || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\tvar story = new $tw.Story({wiki: this, historyTitle: historyTitle});\n\tstory.addToHistory(title,fromPageRect);\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/wiki.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/palettes/Blanca": {
"title": "$:/palettes/Blanca",
"name": "Blanca",
"description": "A clean white palette to let you focus",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Blue": {
"title": "$:/palettes/Blue",
"name": "Blue",
"description": "A blue theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Muted": {
"title": "$:/palettes/Muted",
"name": "Muted",
"description": "Bright tiddlers on a muted background",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastLight": {
"title": "$:/palettes/ContrastLight",
"name": "Contrast (Light)",
"description": "High contrast and unambiguous (light version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastDark": {
"title": "$:/palettes/ContrastDark",
"name": "Contrast (Dark)",
"description": "High contrast and unambiguous (dark version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/DarkPhotos": {
"created": "20150402111612188",
"description": "Good with dark photo backgrounds",
"modified": "20150402112344080",
"name": "DarkPhotos",
"tags": "$:/tags/Palette",
"title": "$:/palettes/DarkPhotos",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Rocker": {
"title": "$:/palettes/Rocker",
"name": "Rocker",
"description": "A dark theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/SolarFlare": {
"title": "$:/palettes/SolarFlare",
"name": "Solar Flare",
"description": "Warm, relaxing earth colours",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n download-foreground: <<colour background>>\n dragger-foreground: <<colour background>>\n dropdown-background: <<colour background>>\n modal-background: <<colour background>>\n sidebar-foreground-shadow: <<colour background>>\n tiddler-background: <<colour background>>\n tiddler-border: <<colour background>>\n tiddler-link-background: <<colour background>>\n tab-background-selected: <<colour background>>\n dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n dragger-background: <<colour foreground>>\n tab-foreground: <<colour foreground>>\n tab-foreground-selected: <<colour tab-foreground>>\n sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n sidebar-tab-foreground: <<colour tab-foreground>>\n sidebar-button-foreground: <<colour foreground>>\n sidebar-controls-foreground: <<colour foreground>>\n sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n alert-muted-foreground: <<colour base01>>\n: base00\n code-foreground: <<colour base00>>\n message-foreground: <<colour base00>>\n tag-foreground: <<colour base00>>\n: base0\n sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n muted-foreground: <<colour base1>>\n blockquote-bar: <<colour muted-foreground>>\n dropdown-border: <<colour muted-foreground>>\n sidebar-muted-foreground: <<colour muted-foreground>>\n tiddler-title-foreground: <<colour muted-foreground>>\n site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n modal-footer-background: <<colour base2>>\n page-background: <<colour base2>>\n modal-backdrop: <<colour page-background>>\n notification-background: <<colour page-background>>\n code-background: <<colour page-background>>\n code-border: <<colour code-background>>\n pre-background: <<colour page-background>>\n pre-border: <<colour pre-background>>\n sidebar-tab-background-selected: <<colour page-background>>\n table-header-background: <<colour base2>>\n tag-background: <<colour base2>>\n tiddler-editor-background: <<colour base2>>\n tiddler-info-background: <<colour base2>>\n tiddler-info-tab-background: <<colour base2>>\n tab-background: <<colour base2>>\n dropdown-tab-background: <<colour tab-background>>\n: base3\n alert-background: <<colour base3>>\n message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n alert-highlight: <<colour magenta>>\n: violet\n external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n primary: <<colour blue-muted>>\n download-background: <<colour primary>>\n tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n modal-footer-border: <<colour tab-border>>\n modal-header-border: <<colour tab-border>>\n notification-border: <<colour tab-border>>\n sidebar-tab-border: <<colour tab-border>>\n tab-border-selected: <<colour tab-border>>\n sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Vanilla": {
"title": "$:/palettes/Vanilla",
"name": "Vanilla",
"description": "Pale and unobtrusive",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)http://tiddlywiki.com --> "
},
"$:/core/templates/alltiddlers.template.html": {
"title": "$:/core/templates/alltiddlers.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
},
"$:/core/templates/canonical-uri-external-image": {
"title": "$:/core/templates/canonical-uri-external-image",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/canonical-uri-external-text": {
"title": "$:/core/templates/canonical-uri-external-text",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external text files.\n\nChange the `./text/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./text/<$view field=\"title\" format=\"doubleurlencoded\"/>.tid"
},
"$:/core/templates/css-tiddler": {
"title": "$:/core/templates/css-tiddler",
"text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
},
"$:/core/templates/exporters/CsvFile": {
"title": "$:/core/templates/exporters/CsvFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/CsvFile}}",
"extension": ".csv",
"text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/JsonFile": {
"title": "$:/core/templates/exporters/JsonFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/JsonFile}}",
"extension": ".json",
"text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/StaticRiver": {
"title": "$:/core/templates/exporters/StaticRiver",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/StaticRiver}}",
"extension": ".html",
"text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
},
"$:/core/templates/exporters/StaticRiver/Content": {
"title": "$:/core/templates/exporters/StaticRiver/Content",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<<renderContent>>\n</$importvariables>\n"
},
"$:/core/templates/exporters/TidFile": {
"title": "$:/core/templates/exporters/TidFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/TidFile}}",
"extension": ".tid",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\"><<renderContent>></$importvariables>"
},
"$:/core/templates/html-div-tiddler": {
"title": "$:/core/templates/html-div-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
},
"$:/core/templates/html-tiddler": {
"title": "$:/core/templates/html-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
},
"$:/core/templates/javascript-tiddler": {
"title": "$:/core/templates/javascript-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
},
"$:/core/templates/module-tiddler": {
"title": "$:/core/templates/module-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
},
"$:/core/templates/plain-text-tiddler": {
"title": "$:/core/templates/plain-text-tiddler",
"text": "<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/raw-static-tiddler": {
"title": "$:/core/templates/raw-static-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as static HTML\n\n--><$view field=\"text\" format=\"plainwikified\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/empty": {
"title": "$:/core/save/empty",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-all": {
"title": "$:/core/save/lazy-all",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-images": {
"title": "$:/core/save/lazy-images",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/templates/single.tiddler.window": {
"title": "$:/core/templates/single.tiddler.window",
"text": "<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"tempCurrentTiddler\" value=<<currentTiddler>>>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=<<tempCurrentTiddler>>>\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</$importvariables>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n"
},
"$:/core/templates/split-recipe": {
"title": "$:/core/templates/split-recipe",
"text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
},
"$:/core/templates/static-tiddler": {
"title": "$:/core/templates/static-tiddler",
"text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
},
"$:/core/templates/static.area": {
"title": "$:/core/templates/static.area",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawStaticContent]!has[draft.of]] ||$:/core/templates/raw-static-tiddler}}}\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
},
"$:/core/templates/static.content": {
"title": "$:/core/templates/static.content",
"type": "text/vnd.tiddlywiki",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|http://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
},
"$:/core/templates/static.template.css": {
"title": "$:/core/templates/static.template.css",
"text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
},
"$:/core/templates/static.template.html": {
"title": "$:/core/templates/static.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
},
"$:/core/templates/static.tiddler.html": {
"title": "$:/core/templates/static.tiddler.html",
"text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>\n</$importvariables>`\n</section>\n</body>\n</html>\n`"
},
"$:/core/templates/store.area.template.html": {
"title": "$:/core/templates/store.area.template.html",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
},
"$:/core/templates/tid-tiddler": {
"title": "$:/core/templates/tid-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/tiddler-metadata": {
"title": "$:/core/templates/tiddler-metadata",
"text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
},
"$:/core/templates/tiddlywiki5.html": {
"title": "$:/core/templates/tiddlywiki5.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=edge\" />\t\t<!-- Force IE standards mode for Intranet and HTA - should be the first meta -->\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}\n</div>\n</body>\n</html>\n"
},
"$:/core/templates/version": {
"title": "$:/core/templates/version",
"text": "<<version>>"
},
"$:/core/templates/wikified-tiddler": {
"title": "$:/core/templates/wikified-tiddler",
"text": "<$transclude />"
},
"$:/core/ui/AboveStory/tw2-plugin-check": {
"title": "$:/core/ui/AboveStory/tw2-plugin-check",
"tags": "$:/tags/AboveStory",
"text": "\\define lingo-base() $:/language/AboveStory/ClassicPlugin/\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]limit[1]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n<ul>\n\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]limit[1]]\">\n\n<li>\n\n<$link><$view field=\"title\"/></$link>\n\n</li>\n\n</$list>\n\n</ul>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/AdvancedSearch/Filter": {
"title": "$:/core/ui/AdvancedSearch/Filter",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Filter/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch/FilterButton]!has[draft.of]]\"><$transclude/></$list>\n</div>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button popup=<<qualify \"$:/state/filterDeleteDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}\n</$button>\n</$reveal>\n\n<$reveal state=<<qualify \"$:/state/filterDeleteDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<div class=\"tc-dropdown-item-plain\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\nAre you sure you wish to delete <<resultCount>> tiddler(s)?\n</$set>\n</div>\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn\">\n<$action-deletetiddler $filter={{$:/temp/advancedsearch}}/>\nDelete these tiddlers\n</$button>\n</div>\n</div>\n</div>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</span>\n\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</div>\n</$linkcatcher>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/export": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/export",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Shadows": {
"title": "$:/core/ui/AdvancedSearch/Shadows",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Shadows/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Standard": {
"title": "$:/core/ui/AdvancedSearch/Standard",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Standard/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/System": {
"title": "$:/core/ui/AdvancedSearch/System",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/System/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"icon": "$:/core/images/advanced-search-button",
"color": "#bbb",
"text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
},
"$:/core/ui/AlertTemplate": {
"title": "$:/core/ui/AlertTemplate",
"text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button class=\"tc-btn-invisible\"><$action-deletetiddler $tiddler=<<currentTiddler>>/>{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">({{$:/language/Count}}: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
},
"$:/core/ui/BinaryWarning": {
"title": "$:/core/ui/BinaryWarning",
"text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
},
"$:/core/ui/Components/tag-link": {
"title": "$:/core/ui/Components/tag-link",
"text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
},
"$:/core/ui/ControlPanel/Advanced": {
"title": "$:/core/ui/ControlPanel/Advanced",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
"text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Appearance": {
"title": "$:/core/ui/ControlPanel/Appearance",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
"text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Basics": {
"title": "$:/core/ui/ControlPanel/Basics",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Basics/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\" class=\"tc-edit-texteditor\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
},
"$:/core/ui/ControlPanel/EditorTypes": {
"title": "$:/core/ui/ControlPanel/EditorTypes",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/Info": {
"title": "$:/core/ui/ControlPanel/Info",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Info/Caption}}",
"text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/KeyboardShortcuts": {
"title": "$:/core/ui/ControlPanel/KeyboardShortcuts",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/KeyboardShortcuts/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/KeyboardShortcuts/\n\n\\define new-shortcut(title)\n<div class=\"tc-dropdown-item-plain\">\n<$edit-shortcut tiddler=\"$title$\" placeholder={{$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt}} style=\"width:auto;\"/> <$button>\n<<lingo Add/Caption>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"[{$title$}]\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"$title$\"\n/>\n</$button>\n</div>\n\\end\n\n\\define shortcut-list-item(caption)\n<td>\n</td>\n<td style=\"text-align:right;font-size:0.7em;\">\n<<lingo Platform/$caption$>>\n</td>\n<td>\n<div style=\"position:relative;\">\n<$button popup=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> class=\"tc-btn-invisible\">\n{{$:/core/images/edit-button}}\n</$button>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutTitle)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\n<$reveal state=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown tc-popup-keep\">\n<$list filter=\"[list[$(shortcutTitle)$!!text]sort[title]]\" variable=\"shortcut\" emptyMessage=\"\"\"\n<div class=\"tc-dropdown-item-plain\">\n//<<lingo NoShortcuts/Caption>>//\n</div>\n\"\"\">\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn-invisible\" tooltip=<<lingo Remove/Hint>>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"+[remove<shortcut>]\"\n/>\n×\n</$button>\n<kbd>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts=<<shortcut>>/>\n</kbd>\n</div>\n</$list>\n<hr/>\n<$macrocall $name=\"new-shortcut\" title=<<qualify \"$:/state/new-shortcut/$(shortcutTitle)$\">>/>\n</div>\n</div>\n</$reveal>\n</div>\n</td>\n\\end\n\n\\define shortcut-list(caption,prefix)\n<tr>\n<$list filter=\"[all[tiddlers+shadows][$prefix$$(shortcutName)$]]\" variable=\"shortcutTitle\">\n<<shortcut-list-item \"$caption$\">>\n</$list>\n</tr>\n\\end\n\n\\define shortcut-editor()\n<<shortcut-list \"All\" \"$:/config/shortcuts/\">>\n<<shortcut-list \"Mac\" \"$:/config/shortcuts-mac/\">>\n<<shortcut-list \"NonMac\" \"$:/config/shortcuts-not-mac/\">>\n<<shortcut-list \"Linux\" \"$:/config/shortcuts-linux/\">>\n<<shortcut-list \"NonLinux\" \"$:/config/shortcuts-not-linux/\">>\n<<shortcut-list \"Windows\" \"$:/config/shortcuts-windows/\">>\n<<shortcut-list \"NonWindows\" \"$:/config/shortcuts-not-windows/\">>\n\\end\n\n\\define shortcut-preview()\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutPrefix)$$(shortcutName)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\\end\n\n\\define shortcut-item-inner()\n<tr>\n<td>\n<$reveal type=\"nomatch\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"open\"\n/>\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"close\"\n/>\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n''<$text text=<<shortcutName>>/>''\n</td>\n<td>\n<$transclude tiddler=\"$:/config/ShortcutInfo/$(shortcutName)$\"/>\n</td>\n<td>\n<$list filter=\"$:/config/shortcuts/ $:/config/shortcuts-mac/ $:/config/shortcuts-not-mac/ $:/config/shortcuts-linux/ $:/config/shortcuts-not-linux/ $:/config/shortcuts-windows/ $:/config/shortcuts-not-windows/\" variable=\"shortcutPrefix\">\n<<shortcut-preview>>\n</$list>\n</td>\n</tr>\n<$set name=\"dropdownState\" value={{$(dropdownStateTitle)$}}>\n<$list filter=\"[<dropdownState>prefix[open]]\" variable=\"listItem\">\n<<shortcut-editor>>\n</$list>\n</$set>\n\\end\n\n\\define shortcut-item()\n<$set name=\"dropdownStateTitle\" value=<<qualify \"$:/state/dropdown/keyboardshortcut/$(shortcutName)$\">>>\n<<shortcut-item-inner>>\n</$set>\n\\end\n\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$:/config/ShortcutInfo/]]\" variable=\"shortcutName\">\n<<shortcut-item>>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/LoadedModules": {
"title": "$:/core/ui/ControlPanel/LoadedModules",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
},
"$:/core/ui/ControlPanel/Modals/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
"subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
"text": "\\define install-plugin-button()\n<$button>\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/Install/Caption}}\"\"\">\n{{$:/language/ControlPanel/Plugins/Reinstall/Caption}}\n</$list>\n</$button>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1><$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<<install-plugin-button>>\n</div>\n</div>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/NotInstalled/Hint}}\"\"\">\n<em>\n{{$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint}}\n</em>\n</$list>\n</div>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Plugins/OpenPluginLibrary}}\n</$button>\n\\end\n\n\\define display-server-assets(type)\n{{$:/language/Search/Search}}: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[description]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$list>\n\\end\n\n\\define plugin-library-listing()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<div class=\"tc-plugin-library\">\n\n!! <$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link>\n\n//<$view field=\"url\"/>//\n\n<$transclude/>\n\n<<display-server-connection>>\n</div>\n</$list>\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<div>\n<<plugin-library-listing>>\n</div>\n\n</$importvariables>\n"
},
"$:/core/ui/ControlPanel/Palette": {
"title": "$:/core/ui/ControlPanel/Palette",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Palette/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/snippets/paletteeditor}}\n\n</$reveal>\n\n"
},
"$:/core/ui/ControlPanel/Parsing": {
"title": "$:/core/ui/ControlPanel/Parsing",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/Parsing/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Parsing/\n\n\\define parsing-inner(typeCap)\n<li>\n<$checkbox tiddler=\"\"\"$:/config/WikiParserRules/$typeCap$/$(currentTiddler)$\"\"\" field=\"text\" checked=\"enable\" unchecked=\"disable\" default=\"enable\"> ''<$text text=<<currentTiddler>>/>'': </$checkbox>\n</li>\n\\end\n\n\\define parsing-outer(typeLower,typeCap)\n<ul>\n<$list filter=\"[wikiparserrules[$typeLower$]]\">\n<<parsing-inner typeCap:\"$typeCap$\">>\n</$list>\n</ul>\n\\end\n\n<<lingo Hint>>\n\n! <<lingo Pragma/Caption>>\n\n<<parsing-outer typeLower:\"pragma\" typeCap:\"Pragma\">>\n\n! <<lingo Inline/Caption>>\n\n<<parsing-outer typeLower:\"inline\" typeCap:\"Inline\">>\n\n! <<lingo Block/Caption>>\n\n<<parsing-outer typeLower:\"block\" typeCap:\"Block\">>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
"text": "<<display-server-assets language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
"text": "<<display-server-assets plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
"text": "<<display-server-assets theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Plugins/AddPlugins",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green\" style=\"background:blue;\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
"text": "<<plugin-table language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
"text": "<<plugin-table plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
"text": "<<plugin-table theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage)\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-table(type)\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">>>\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$reveal type=\"nomatch\" text=\"\" state=\"!!list\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList={{!!list}} default=\"readme\" template=\"$:/core/ui/PluginInfo\"/>\n</$reveal>\n<$reveal type=\"match\" text=\"\" state=\"!!list\">\n<<lingo NoInformation/Hint>>\n</$reveal>\n</div>\n</div>\n</$reveal>\n</$set>\n</$list>\n</$set>\n\\end\n\n{{$:/core/ui/ControlPanel/Plugins/AddPlugins}}\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Saving/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n! <<lingo TiddlySpot/Heading>>\n\n<<lingo TiddlySpot/Description>>\n\n|<<lingo TiddlySpot/UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Password>> |<$password name=\"upload\"/> |\n|<<lingo TiddlySpot/Backups>> |<<backupLink>> |\n\n''<<lingo TiddlySpot/Advanced/Heading>>''\n\n|<<lingo TiddlySpot/ServerURL>> |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo TiddlySpot/UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo TiddlySpot/BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
},
"$:/core/ui/ControlPanel/Settings/AutoSave": {
"title": "$:/core/ui/ControlPanel/Settings/AutoSave",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/AutoSave/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/AutoSave/\n\n<$link to=\"$:/config/AutoSave\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo Disabled/Description>> </$radio>\n"
},
"$:/core/buttonstyles/Borderless": {
"title": "$:/core/buttonstyles/Borderless",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
"text": "tc-btn-invisible"
},
"$:/core/buttonstyles/Boxed": {
"title": "$:/core/buttonstyles/Boxed",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
"text": "tc-btn-boxed"
},
"$:/core/buttonstyles/Rounded": {
"title": "$:/core/buttonstyles/Rounded",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
"text": "tc-btn-rounded"
},
"$:/core/ui/ControlPanel/Settings/CamelCase": {
"title": "$:/core/ui/ControlPanel/Settings/CamelCase",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/CamelCase/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/CamelCase/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/WikiParserRules/Inline/wikilink\" field=\"text\" checked=\"enable\" unchecked=\"disable\" default=\"enable\"> <$link to=\"$:/config/WikiParserRules/Inline/wikilink\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
"caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Settings/EditorToolbar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/EditorToolbar/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/TextEditor/EnableToolbar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/TextEditor/EnableToolbar\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
"title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n <option value=\"above\"><<lingo \"OpenAbove\">></option>\n <option value=\"below\"><<lingo \"OpenBelow\">></option>\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/MissingLinks": {
"title": "$:/core/ui/ControlPanel/Settings/MissingLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/MissingLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/MissingLinks/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/MissingLinks\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/MissingLinks\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationHistory": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation": {
"title": "$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/PerformanceInstrumentation/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Performance/Instrumentation\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Performance/Instrumentation\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/TitleLinks": {
"title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings": {
"title": "$:/core/ui/ControlPanel/Settings",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Settings/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/StoryView": {
"title": "$:/core/ui/ControlPanel/StoryView",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
"text": "{{$:/snippets/viewswitcher}}\n"
},
"$:/core/ui/ControlPanel/Theme": {
"title": "$:/core/ui/ControlPanel/Theme",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Theme/Caption}}",
"text": "{{$:/snippets/themeswitcher}}\n"
},
"$:/core/ui/ControlPanel/TiddlerFields": {
"title": "$:/core/ui/ControlPanel/TiddlerFields",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
},
"$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-title()\n$:/config/EditorToolbarButtons/Visibility/$(listItem)$\n\\end\n\n\\define toolbar-button()\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"> <$transclude tiddler={{$(listItem)$!!icon}}/> <$transclude tiddler=<<listItem>> field=\"caption\"/> -- <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i></$checkbox>\n\\end\n\n{{$:/language/ControlPanel/Toolbars/EditorToolbar/Hint}}\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<<toolbar-button>>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/Toolbars/PageControls": {
"title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars": {
"title": "$:/core/ui/ControlPanel/Toolbars",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
"text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
},
"$:/ControlPanel": {
"title": "$:/ControlPanel",
"icon": "$:/core/images/options-button",
"color": "#bbb",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
},
"$:/core/ui/DefaultSearchResultList": {
"title": "$:/core/ui/DefaultSearchResultList",
"tags": "$:/tags/SearchResults",
"caption": "{{$:/language/Search/DefaultResults/Caption}}",
"text": "\\define searchResultList()\n//<small>{{$:/language/Search/Matches/Title}}</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>{{$:/language/Search/Matches/All}}</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n\\end\n<<searchResultList>>\n"
},
"$:/core/ui/EditTemplate/body/preview/output": {
"title": "$:/core/ui/EditTemplate/body/preview/output",
"tags": "$:/tags/EditPreview",
"caption": "{{$:/language/EditTemplate/Body/Preview/Type/Output}}",
"text": "<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n"
},
"$:/core/ui/EditTemplate/body/editor": {
"title": "$:/core/ui/EditTemplate/body/editor",
"text": "<$edit\n\n field=\"text\"\n class=\"tc-edit-texteditor\"\n placeholder={{$:/language/EditTemplate/Body/Placeholder}}\n\n><$set\n\n name=\"targetTiddler\"\n value=<<currentTiddler>>\n\n><$list\n\n filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]]\"\n\n><$reveal\n\n type=\"nomatch\"\n state=<<config-visibility-title>>\n text=\"hide\"\n class=\"tc-text-editor-toolbar-item-wrapper\"\n\n><$transclude\n\n tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\"\n mode=\"inline\"\n\n/></$reveal></$list></$set></$edit>\n"
},
"$:/core/ui/EditTemplate/body/toolbar/button": {
"title": "$:/core/ui/EditTemplate/body/toolbar/button",
"text": "\\define toolbar-button-icon()\n<$list\n\n filter=\"[all[current]!has[custom-icon]]\"\n variable=\"no-custom-icon\"\n\n><$transclude\n\n tiddler={{!!icon}}\n\n/></$list>\n\\end\n\n\\define toolbar-button-tooltip()\n{{!!description}}<$macrocall $name=\"displayshortcuts\" $output=\"text/plain\" shortcuts={{!!shortcuts}} prefix=\"` - [\" separator=\"] [\" suffix=\"]`\"/>\n\\end\n\n\\define toolbar-button()\n<$list\n\n filter={{!!condition}}\n variable=\"list-condition\"\n\n><$wikify\n\n name=\"tooltip-text\"\n text=<<toolbar-button-tooltip>>\n mode=\"inline\"\n output=\"text\"\n\n><$list\n\n filter=\"[all[current]!has[dropdown]]\"\n variable=\"no-dropdown\"\n\n><$button\n\n class=\"tc-btn-invisible $(buttonClasses)$\"\n tooltip=<<tooltip-text>>\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button></$list><$list\n\n filter=\"[all[current]has[dropdown]]\"\n variable=\"dropdown\"\n\n><$set\n\n name=\"dropdown-state\"\n value=<<qualify \"$:/state/EditorToolbarDropdown\">>\n\n><$button\n\n popup=<<dropdown-state>>\n class=\"tc-popup-keep tc-btn-invisible $(buttonClasses)$\"\n selectedClass=\"tc-selected\"\n tooltip=<<tooltip-text>>\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button><$reveal\n\n state=<<dropdown-state>>\n type=\"popup\"\n position=\"below\"\n animate=\"yes\"\n tag=\"span\"\n\n><div\n\n class=\"tc-drop-down tc-popup-keep\"\n\n><$transclude\n\n tiddler={{!!dropdown}}\n mode=\"block\"\n\n/></div></$reveal></$set></$list></$wikify></$list>\n\\end\n\n\\define toolbar-button-outer()\n<$set\n\n name=\"buttonClasses\"\n value={{!!button-classes}}\n\n><<toolbar-button>></$set>\n\\end\n\n<<toolbar-button-outer>>"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Body/\n\\define config-visibility-title()\n$:/config/EditorToolbarButtons/Visibility/$(currentTiddler)$\n\\end\n<$list filter=\"[is[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\"></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[is[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<div class=\"tc-tiddler-preview\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n<div class=\"tc-tiddler-preview-preview\">\n\n<$transclude tiddler={{$:/state/editpreviewtype}} mode=\"inline\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/preview/output\" mode=\"inline\"/>\n\n</$transclude>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/EditTemplate/controls": {
"title": "$:/core/ui/EditTemplate/controls",
"tags": "$:/tags/EditTemplate",
"text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
},
"$:/core/ui/EditTemplate/fields": {
"title": "$:/core/ui/EditTemplate/fields",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field-inner()\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button>\n<$action-sendmessage $message=\"tm-add-field\" $name=<<name>> $value=<<value>>/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n\\end\n\n\\define new-field()\n<$set name=\"name\" value={{$:/temp/newfieldname}}>\n<$set name=\"value\" value={{$:/temp/newfieldvalue}}>\n<<new-field-inner>>\n</$set>\n</$set>\n\\end\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>>\n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span>\n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"$:/temp/newfieldname\">\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$list filter=\"[!is[shadow]!is[system]fields[]sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n\n"
},
"$:/core/ui/EditTemplate/shadow": {
"title": "$:/core/ui/EditTemplate/shadow",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n\\define pluginLinkBody()\n<$link to=\"\"\"$(pluginTitle)$\"\"\">\n<$text text=\"\"\"$(pluginTitle)$\"\"\"/>\n</$link>\n\\end\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">×</$button>\n</span>\n</$vars>\n\\end\n\\define tag-body(colour,palette)\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}}/>\n\\end\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\">\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}}/>\n</$list>\n\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$button message=\"tm-add-tag\" param={{$:/temp/NewTagName}} set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n<<lingo Tags/Add/Button>>\n</$button>\n</span>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$linkcatcher set=\"$:/temp/NewTagName\" setTo=\"\" message=\"tm-add-tag\">\n<$list filter=\"[tags[]!is[system]search:title{$:/temp/NewTagName}sort[]]\">\n{{||$:/core/ui/Components/tag-link}}\n</$list>\n<hr>\n<$list filter=\"[tags[]is[system]search:title{$:/temp/NewTagName}sort[]]\">\n{{||$:/core/ui/Components/tag-link}}\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n</$fieldmangler>\n</div>"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$vars pattern=\"\"\"[\\|\\[\\]{}]\"\"\" bad-chars=\"\"\"`| [ ] { }`\"\"\">\n\n<$list filter=\"[is[current]regexp:draft.title<pattern>]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/language/EditTemplate/Title/BadCharacterWarning}}\n\n</div>\n\n</$list>\n\n</$vars>\n\n<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\"/>\n"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/core/ui/EditTemplate/type",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\"/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>>>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"((cancel-edit-tiddler))\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"((save-tiddler))\" message=\"tm-save-tiddler\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</div>\n"
},
"$:/core/ui/Buttons/cancel": {
"title": "$:/core/ui/Buttons/cancel",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
"description": "{{$:/language/Buttons/Cancel/Hint}}",
"text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/delete": {
"title": "$:/core/ui/Buttons/delete",
"tags": "$:/tags/EditToolbar $:/tags/ViewToolbar",
"caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
"description": "{{$:/language/Buttons/Delete/Hint}}",
"text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save": {
"title": "$:/core/ui/Buttons/save",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
"description": "{{$:/language/Buttons/Save/Hint}}",
"text": "<$fieldmangler><$button tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button>\n</$fieldmangler>\n"
},
"$:/core/ui/EditorToolbar/bold": {
"title": "$:/core/ui/EditorToolbar/bold",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/bold",
"caption": "{{$:/language/Buttons/Bold/Caption}}",
"description": "{{$:/language/Buttons/Bold/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((bold))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"''\"\n\tsuffix=\"''\"\n/>\n"
},
"$:/core/ui/EditorToolbar/clear-dropdown": {
"title": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": "''{{$:/language/Buttons/Clear/Hint}}''\n\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"clear\"\n\tcolour=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n\n</div>\n"
},
"$:/core/ui/EditorToolbar/clear": {
"title": "$:/core/ui/EditorToolbar/clear",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/erase",
"caption": "{{$:/language/Buttons/Clear/Caption}}",
"description": "{{$:/language/Buttons/Clear/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/editor-height-dropdown": {
"title": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/EditorHeight/\n''<<lingo Hint>>''\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"auto\"> {{$:/core/images/auto-height}} <<lingo Caption/Auto>></$radio>\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"fixed\"> {{$:/core/images/fixed-height}} <<lingo Caption/Fixed>> <$edit-text tag=\"input\" tiddler=\"$:/config/TextEditor/EditorHeight/Height\" default=\"100px\"/></$radio>\n"
},
"$:/core/ui/EditorToolbar/editor-height": {
"title": "$:/core/ui/EditorToolbar/editor-height",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/fixed-height",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/EditorHeight/Caption}}",
"description": "{{$:/language/Buttons/EditorHeight/Hint}}",
"condition": "[<targetTiddler>!is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n{{$:/core/images/fixed-height}}\n</$reveal>\n<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n{{$:/core/images/auto-height}}\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/excise-dropdown": {
"title": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Excise/\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<<lingo Caption/NewTitle>> <$edit-text tag=\"input\" tiddler=\"$config-title$/new-title\" default=\"\" focus=\"true\"/>\n\n<$set name=\"new-title\" value={{$config-title$/new-title}}>\n<$list filter=\"\"\"[<new-title>is[tiddler]]\"\"\">\n<div class=\"tc-error\">\n<<lingo Caption/TiddlerExists>>\n</div>\n</$list>\n</$set>\n\n<$checkbox tiddler=\"\"\"$config-title$/tagnew\"\"\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"false\"> <<lingo Caption/Tag>></$checkbox>\n\n<<lingo Caption/Replace>> <$select tiddler=\"\"\"$config-title$/type\"\"\" default=\"transclude\">\n<option value=\"link\"><<lingo Caption/Replace/Link>></option>\n<option value=\"transclude\"><<lingo Caption/Replace/Transclusion>></option>\n<option value=\"macro\"><<lingo Caption/Replace/Macro>></option>\n</$select>\n\n<$reveal state=\"\"\"$config-title$/type\"\"\" type=\"match\" text=\"macro\">\n<<lingo Caption/MacroName>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/macro-title\"\"\" default=\"translink\"/>\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"excise\"\n\ttitle={{$config-title$/new-title}}\n\ttype={{$config-title$/type}}\n\tmacro={{$config-title$/macro-title}}\n\ttagnew={{$config-title$/tagnew}}\n/>\n<$action-deletetiddler\n\t$tiddler=<<qualify \"$:/state/Excise/NewTitle\">>\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Excise>>\n</$button>\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Excise/\">>/>\n"
},
"$:/core/ui/EditorToolbar/excise": {
"title": "$:/core/ui/EditorToolbar/excise",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/excise",
"caption": "{{$:/language/Buttons/Excise/Caption}}",
"description": "{{$:/language/Buttons/Excise/Hint}}",
"condition": "[<targetTiddler>!is[image]]",
"shortcuts": "((excise))",
"dropdown": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/heading-1": {
"title": "$:/core/ui/EditorToolbar/heading-1",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-1",
"caption": "{{$:/language/Buttons/Heading1/Caption}}",
"description": "{{$:/language/Buttons/Heading1/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((heading-1))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-2": {
"title": "$:/core/ui/EditorToolbar/heading-2",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-2",
"caption": "{{$:/language/Buttons/Heading2/Caption}}",
"description": "{{$:/language/Buttons/Heading2/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-2))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"2\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-3": {
"title": "$:/core/ui/EditorToolbar/heading-3",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-3",
"caption": "{{$:/language/Buttons/Heading3/Caption}}",
"description": "{{$:/language/Buttons/Heading3/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-3))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"3\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/core/ui/EditorToolbar/heading-4",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-4",
"caption": "{{$:/language/Buttons/Heading4/Caption}}",
"description": "{{$:/language/Buttons/Heading4/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-4))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"4\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/core/ui/EditorToolbar/heading-5",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-5",
"caption": "{{$:/language/Buttons/Heading5/Caption}}",
"description": "{{$:/language/Buttons/Heading5/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-5))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"5\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/core/ui/EditorToolbar/heading-6",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-6",
"caption": "{{$:/language/Buttons/Heading6/Caption}}",
"description": "{{$:/language/Buttons/Heading6/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-6))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"6\"\n/>\n"
},
"$:/core/ui/EditorToolbar/italic": {
"title": "$:/core/ui/EditorToolbar/italic",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/italic",
"caption": "{{$:/language/Buttons/Italic/Caption}}",
"description": "{{$:/language/Buttons/Italic/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((italic))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"//\"\n\tsuffix=\"//\"\n/>\n"
},
"$:/core/ui/EditorToolbar/line-width-dropdown": {
"title": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/LineWidth/\n\n\\define toolbar-line-width-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(line-width)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/LineWidth\"\n\t$value=\"$(line-width)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; margin: 4px calc(80px - $(line-width)$); background-color: #000; width: calc(100px + $(line-width)$ * 2); height: $(line-width)$; border-radius: 120px; vertical-align: middle;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(line-width)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/LineWidth\" type=\"match\" text=\"\"\"$(line-width)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/LineWidths}} variable=\"line-width\">\n\n<<toolbar-line-width-inner>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/line-width": {
"title": "$:/core/ui/EditorToolbar/line-width",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/line-width",
"caption": "{{$:/language/Buttons/LineWidth/Caption}}",
"description": "{{$:/language/Buttons/LineWidth/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/LineWidth}}/>"
},
"$:/core/ui/EditorToolbar/link-dropdown": {
"title": "$:/core/ui/EditorToolbar/link-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Link/\n\n\\define link-actions()\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"make-link\"\n\ttext={{$(linkTiddler)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<searchTiddler>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<linkTiddler>>\n/>\n\\end\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<$vars searchTiddler=\"\"\"$config-title$/search\"\"\" linkTiddler=\"\"\"$config-title$/link\"\"\">\n\n<$edit-text tiddler=<<searchTiddler>> type=\"search\" tag=\"input\" focus=\"true\" placeholder={{$:/language/Search/Search}} default=\"\"/>\n<$reveal tag=\"span\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-setfield $tiddler=<<searchTiddler>> text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n\n<$reveal tag=\"div\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n\n<$linkcatcher actions=<<link-actions>> to=<<linkTiddler>>>\n\n{{$:/core/ui/SearchResults}}\n\n</$linkcatcher>\n\n</$reveal>\n\n</$vars>\n\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Link/\">>/>\n"
},
"$:/core/ui/EditorToolbar/link": {
"title": "$:/core/ui/EditorToolbar/link",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/link",
"caption": "{{$:/language/Buttons/Link/Caption}}",
"description": "{{$:/language/Buttons/Link/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((link))",
"dropdown": "$:/core/ui/EditorToolbar/link-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/list-bullet": {
"title": "$:/core/ui/EditorToolbar/list-bullet",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-bullet",
"caption": "{{$:/language/Buttons/ListBullet/Caption}}",
"description": "{{$:/language/Buttons/ListBullet/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-bullet))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"*\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/list-number": {
"title": "$:/core/ui/EditorToolbar/list-number",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-number",
"caption": "{{$:/language/Buttons/ListNumber/Caption}}",
"description": "{{$:/language/Buttons/ListNumber/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-number))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-block": {
"title": "$:/core/ui/EditorToolbar/mono-block",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-block",
"caption": "{{$:/language/Buttons/MonoBlock/Caption}}",
"description": "{{$:/language/Buttons/MonoBlock/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((mono-block))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n```\"\n\tsuffix=\"```\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-line": {
"title": "$:/core/ui/EditorToolbar/mono-line",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-line",
"caption": "{{$:/language/Buttons/MonoLine/Caption}}",
"description": "{{$:/language/Buttons/MonoLine/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((mono-line))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"`\"\n\tsuffix=\"`\"\n/>\n"
},
"$:/core/ui/EditorToolbar/more-dropdown": {
"title": "$:/core/ui/EditorToolbar/more-dropdown",
"text": "\\define config-title()\n$:/config/EditorToolbarButtons/Visibility/$(toolbarItem)$\n\\end\n\n\\define conditional-button()\n<$list filter={{$(toolbarItem)$!!condition}} variable=\"condition\">\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\" mode=\"inline\"/> <$transclude tiddler=<<toolbarItem>> field=\"description\"/>\n</$list>\n\\end\n\n<div class=\"tc-text-editor-toolbar-more\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]] -[[$:/core/ui/EditorToolbar/more]]\">\n<$reveal type=\"match\" state=<<config-visibility-title>> text=\"hide\" tag=\"div\">\n<<conditional-button>>\n</$reveal>\n</$list>\n</div>\n"
},
"$:/core/ui/EditorToolbar/more": {
"title": "$:/core/ui/EditorToolbar/more",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/down-arrow",
"caption": "{{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"condition": "[<targetTiddler>]",
"dropdown": "$:/core/ui/EditorToolbar/more-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/opacity-dropdown": {
"title": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Opacity/\n\n\\define toolbar-opacity-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(opacity)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Opacity\"\n\t$value=\"$(opacity)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(current-paint-colour)$; opacity: $(opacity)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(opacity)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/Opacity\" type=\"match\" text=\"\"\"$(opacity)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n\\define toolbar-opacity()\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/Opacities}} variable=\"opacity\">\n\n<<toolbar-opacity-inner>>\n\n</$list>\n\\end\n\n<$set name=\"current-paint-colour\" value={{$:/config/BitmapEditor/Colour}}>\n\n<$set name=\"current-opacity\" value={{$:/config/BitmapEditor/Opacity}}>\n\n<<toolbar-opacity>>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/EditorToolbar/opacity": {
"title": "$:/core/ui/EditorToolbar/opacity",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/opacity",
"caption": "{{$:/language/Buttons/Opacity/Caption}}",
"description": "{{$:/language/Buttons/Opacity/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/Opacity}}/>\n"
},
"$:/core/ui/EditorToolbar/paint-dropdown": {
"title": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "''{{$:/language/Buttons/Paint/Hint}}''\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Colour\"\n\t$value=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/paint": {
"title": "$:/core/ui/EditorToolbar/paint",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/paint",
"caption": "{{$:/language/Buttons/Paint/Caption}}",
"description": "{{$:/language/Buttons/Paint/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "\\define toolbar-paint()\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(colour-picker-value)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\\end\n<$set name=\"colour-picker-value\" value={{$:/config/BitmapEditor/Colour}}>\n<<toolbar-paint>>\n</$set>\n"
},
"$:/core/ui/EditorToolbar/picture-dropdown": {
"title": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": "\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n''{{$:/language/Buttons/Picture/Hint}}''\n\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext=<<replacement-text>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/picture": {
"title": "$:/core/ui/EditorToolbar/picture",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/picture",
"caption": "{{$:/language/Buttons/Picture/Caption}}",
"description": "{{$:/language/Buttons/Picture/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((picture))",
"dropdown": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/preview-type-dropdown": {
"title": "$:/core/ui/EditorToolbar/preview-type-dropdown",
"text": "\\define preview-type-button()\n<$button tag=\"a\">\n\n<$action-setfield $tiddler=\"$:/state/editpreviewtype\" $value=\"$(previewType)$\"/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$transclude tiddler=<<previewType>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<previewType>> field=\"title\" mode=\"inline\"/>\n\n</$transclude> \n\n<$reveal tag=\"span\" state=\"$:/state/editpreviewtype\" type=\"match\" text=<<previewType>> default=\"$:/core/ui/EditTemplate/body/preview/output\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]]\" variable=\"previewType\">\n\n<<preview-type-button>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/preview-type": {
"title": "$:/core/ui/EditorToolbar/preview-type",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/chevron-down",
"caption": "{{$:/language/Buttons/PreviewType/Caption}}",
"description": "{{$:/language/Buttons/PreviewType/Hint}}",
"condition": "[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]butfirst[]limit[1]]",
"button-classes": "tc-text-editor-toolbar-item-adjunct",
"dropdown": "$:/core/ui/EditorToolbar/preview-type-dropdown"
},
"$:/core/ui/EditorToolbar/preview": {
"title": "$:/core/ui/EditorToolbar/preview",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/preview-open",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/Preview/Caption}}",
"description": "{{$:/language/Buttons/Preview/Hint}}",
"condition": "[<targetTiddler>]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((preview))",
"text": "<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-open}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"no\"/>\n</$reveal>\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-closed}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"yes\"/>\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/quote": {
"title": "$:/core/ui/EditorToolbar/quote",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/quote",
"caption": "{{$:/language/Buttons/Quote/Caption}}",
"description": "{{$:/language/Buttons/Quote/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((quote))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n<<<\"\n\tsuffix=\"<<<\"\n/>\n"
},
"$:/core/ui/EditorToolbar/size-dropdown": {
"title": "$:/core/ui/EditorToolbar/size-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Size/\n\n\\define toolbar-button-size-preset(config-title)\n<$set name=\"width\" filter=\"$(sizePair)$ +[first[]]\">\n\n<$set name=\"height\" filter=\"$(sizePair)$ +[last[]]\">\n\n<$button tag=\"a\">\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n\t$value=<<width>>\n/>\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n\t$value=<<height>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/presets-popup\"\"\"\n/>\n\n<$text text=<<width>>/> × <$text text=<<height>>/>\n\n</$button>\n\n</$set>\n\n</$set>\n\\end\n\n\\define toolbar-button-size(config-title)\n''{{$:/language/Buttons/Size/Hint}}''\n\n<<lingo Caption/Width>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-width\"\"\" default=<<tv-bitmap-editor-width>> focus=\"true\" size=\"8\"/> <<lingo Caption/Height>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-height\"\"\" default=<<tv-bitmap-editor-height>> size=\"8\"/> <$button popup=\"\"\"$config-title$/presets-popup\"\"\" class=\"tc-btn-invisible tc-popup-keep\" style=\"width: auto; display: inline-block; background-colour: inherit;\" selectedClass=\"tc-selected\">\n{{$:/core/images/down-arrow}}\n</$button>\n\n<$reveal tag=\"span\" state=\"\"\"$config-title$/presets-popup\"\"\" type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down tc-popup-keep\">\n\n<$list filter={{$:/config/BitmapEditor/ImageSizes}} variable=\"sizePair\">\n\n<$macrocall $name=\"toolbar-button-size-preset\" config-title=\"$config-title$\"/>\n\n</$list>\n\n</div>\n\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"resize\"\n\twidth={{$config-title$/new-width}}\n\theight={{$config-title$/new-height}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Resize>>\n</$button>\n\\end\n\n<$macrocall $name=\"toolbar-button-size\" config-title=<<qualify \"$:/state/Size/\">>/>\n"
},
"$:/core/ui/EditorToolbar/size": {
"title": "$:/core/ui/EditorToolbar/size",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/size",
"caption": "{{$:/language/Buttons/Size/Caption}}",
"description": "{{$:/language/Buttons/Size/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/size-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/stamp-dropdown": {
"title": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": "\\define toolbar-button-stamp-inner()\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext={{$(snippetTitle)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$view tiddler=<<snippetTitle>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<snippetTitle>> field=\"title\" mode=\"inline\"/>\n\n</$view>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TextEditor/Snippet]!has[draft.of]sort[caption]]\" variable=\"snippetTitle\">\n\n<<toolbar-button-stamp-inner>>\n\n</$list>\n\n----\n\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-new-tiddler\"\n\ttags=\"$:/tags/TextEditor/Snippet\"\n\tcaption={{$:/language/Buttons/Stamp/New/Title}}\n\ttext={{$:/language/Buttons/Stamp/New/Text}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<em>\n\n<$text text={{$:/language/Buttons/Stamp/Caption/New}}/>\n\n</em>\n\n</$button>\n"
},
"$:/core/ui/EditorToolbar/stamp": {
"title": "$:/core/ui/EditorToolbar/stamp",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/stamp",
"caption": "{{$:/language/Buttons/Stamp/Caption}}",
"description": "{{$:/language/Buttons/Stamp/Hint}}",
"condition": "[<targetTiddler>!is[image]]",
"shortcuts": "((stamp))",
"dropdown": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/strikethrough": {
"title": "$:/core/ui/EditorToolbar/strikethrough",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/strikethrough",
"caption": "{{$:/language/Buttons/Strikethrough/Caption}}",
"description": "{{$:/language/Buttons/Strikethrough/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((strikethrough))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"~~\"\n\tsuffix=\"~~\"\n/>\n"
},
"$:/core/ui/EditorToolbar/subscript": {
"title": "$:/core/ui/EditorToolbar/subscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/subscript",
"caption": "{{$:/language/Buttons/Subscript/Caption}}",
"description": "{{$:/language/Buttons/Subscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((subscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\",,\"\n\tsuffix=\",,\"\n/>\n"
},
"$:/core/ui/EditorToolbar/superscript": {
"title": "$:/core/ui/EditorToolbar/superscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/superscript",
"caption": "{{$:/language/Buttons/Superscript/Caption}}",
"description": "{{$:/language/Buttons/Superscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((superscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"^^\"\n\tsuffix=\"^^\"\n/>\n"
},
"$:/core/ui/EditorToolbar/underline": {
"title": "$:/core/ui/EditorToolbar/underline",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/underline",
"caption": "{{$:/language/Buttons/Underline/Caption}}",
"description": "{{$:/language/Buttons/Underline/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((underline))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"__\"\n\tsuffix=\"__\"\n/>\n"
},
"$:/core/Filters/AllTags": {
"title": "$:/core/Filters/AllTags",
"tags": "$:/tags/Filter",
"filter": "[tags[]!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTags}}",
"text": ""
},
"$:/core/Filters/AllTiddlers": {
"title": "$:/core/Filters/AllTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTiddlers}}",
"text": ""
},
"$:/core/Filters/Drafts": {
"title": "$:/core/Filters/Drafts",
"tags": "$:/tags/Filter",
"filter": "[has[draft.of]sort[title]]",
"description": "{{$:/language/Filters/Drafts}}",
"text": ""
},
"$:/core/Filters/Missing": {
"title": "$:/core/Filters/Missing",
"tags": "$:/tags/Filter",
"filter": "[all[missing]sort[title]]",
"description": "{{$:/language/Filters/Missing}}",
"text": ""
},
"$:/core/Filters/Orphans": {
"title": "$:/core/Filters/Orphans",
"tags": "$:/tags/Filter",
"filter": "[all[orphans]sort[title]]",
"description": "{{$:/language/Filters/Orphans}}",
"text": ""
},
"$:/core/Filters/OverriddenShadowTiddlers": {
"title": "$:/core/Filters/OverriddenShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[shadow]]",
"description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentSystemTiddlers": {
"title": "$:/core/Filters/RecentSystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentSystemTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentTiddlers": {
"title": "$:/core/Filters/RecentTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentTiddlers}}",
"text": ""
},
"$:/core/Filters/ShadowTiddlers": {
"title": "$:/core/Filters/ShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[all[shadows]sort[title]]",
"description": "{{$:/language/Filters/ShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/SystemTags": {
"title": "$:/core/Filters/SystemTags",
"tags": "$:/tags/Filter",
"filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTags}}",
"text": ""
},
"$:/core/Filters/SystemTiddlers": {
"title": "$:/core/Filters/SystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTiddlers}}",
"text": ""
},
"$:/core/Filters/TypedTiddlers": {
"title": "$:/core/Filters/TypedTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Filters/TypedTiddlers}}",
"text": ""
},
"$:/core/ui/ImportListing": {
"title": "$:/core/ui/ImportListing",
"text": "\\define lingo-base() $:/language/Import/\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n<table>\n<tbody>\n<tr>\n<th>\n<<lingo Listing/Select/Caption>>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" state=<<previewPopupState>>>\n<$transclude subtiddler=<<payloadTiddler>> mode=\"block\"/>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
},
"$:/core/ui/MissingTemplate": {
"title": "$:/core/ui/MissingTemplate",
"text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
},
"$:/core/ui/MoreSideBar/All": {
"title": "$:/core/ui/MoreSideBar/All",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/All/Caption}}",
"text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Drafts/Caption}}",
"text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Missing/Caption}}",
"text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Orphans/Caption}}",
"text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Recent": {
"title": "$:/core/ui/MoreSideBar/Recent",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/MoreSideBar/Shadows": {
"title": "$:/core/ui/MoreSideBar/Shadows",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Shadows/Caption}}",
"text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/System/Caption}}",
"text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Tags": {
"title": "$:/core/ui/MoreSideBar/Tags",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Tags/Caption}}",
"text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Types/Caption}}",
"text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/core/ui/Buttons/advanced-search": {
"title": "$:/core/ui/Buttons/advanced-search",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
"description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/close-all": {
"title": "$:/core/ui/Buttons/close-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
"description": "{{$:/language/Buttons/CloseAll/Hint}}",
"text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/control-panel": {
"title": "$:/core/ui/Buttons/control-panel",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
"description": "{{$:/language/Buttons/ControlPanel/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/encryption": {
"title": "$:/core/ui/Buttons/encryption",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
"description": "{{$:/language/Buttons/Encryption/Hint}}",
"text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/export-page": {
"title": "$:/core/ui/Buttons/export-page",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
"description": "{{$:/language/Buttons/ExportPage/Hint}}",
"text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
},
"$:/core/ui/Buttons/fold-all": {
"title": "$:/core/ui/Buttons/fold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/fold-all-button}} {{$:/language/Buttons/FoldAll/Caption}}",
"description": "{{$:/language/Buttons/FoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/FoldAll/Hint}} aria-label={{$:/language/Buttons/FoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/full-screen": {
"title": "$:/core/ui/Buttons/full-screen",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
"description": "{{$:/language/Buttons/FullScreen/Hint}}",
"text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/home": {
"title": "$:/core/ui/Buttons/home",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
"description": "{{$:/language/Buttons/Home/Hint}}",
"text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/import": {
"title": "$:/core/ui/Buttons/import",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
"description": "{{$:/language/Buttons/Import/Hint}}",
"text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
},
"$:/core/ui/Buttons/language": {
"title": "$:/core/ui/Buttons/language",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
"description": "{{$:/language/Buttons/Language/Hint}}",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down tc-drop-down-language-chooser\">\n<$linkcatcher to=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$link>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/language\" text=<<currentTiddler>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/language\" text=<<currentTiddler>>>\n \n</$reveal>\n</span>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/more-page-actions": {
"title": "$:/core/ui/Buttons/more-page-actions",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-image": {
"title": "$:/core/ui/Buttons/new-image",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-image-button}} {{$:/language/Buttons/NewImage/Caption}}",
"description": "{{$:/language/Buttons/NewImage/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/NewImage/Hint}} aria-label={{$:/language/Buttons/NewImage/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" type=\"image/jpeg\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-image-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewImage/Caption}}/></span>\n</$list>\n</$button>\n"
},
"$:/core/ui/Buttons/new-journal": {
"title": "$:/core/ui/Buttons/new-journal",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
"description": "{{$:/language/Buttons/NewJournal/Hint}}",
"text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=\"$(journalTags)$\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<<journalButton>>\n</$set></$set>"
},
"$:/core/ui/Buttons/new-tiddler": {
"title": "$:/core/ui/Buttons/new-tiddler",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
"description": "{{$:/language/Buttons/NewTiddler/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/palette": {
"title": "$:/core/ui/Buttons/palette",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
"description": "{{$:/language/Buttons/Palette/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/refresh": {
"title": "$:/core/ui/Buttons/refresh",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
"description": "{{$:/language/Buttons/Refresh/Hint}}",
"text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save-wiki": {
"title": "$:/core/ui/Buttons/save-wiki",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
"description": "{{$:/language/Buttons/SaveWiki/Hint}}",
"text": "<$button message=\"tm-save-wiki\" param={{$:/config/SaveWikiButton/Template}} tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
},
"$:/core/ui/Buttons/storyview": {
"title": "$:/core/ui/Buttons/storyview",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
"description": "{{$:/language/Buttons/StoryView/Hint}}",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/view\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$link to=<<storyview>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/view\" text=<<storyview>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/view\" text=<<storyview>>>\n \n</$reveal>\n</span>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/></$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/tag-manager": {
"title": "$:/core/ui/Buttons/tag-manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
"description": "{{$:/language/Buttons/TagManager/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/theme": {
"title": "$:/core/ui/Buttons/theme",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
"description": "{{$:/language/Buttons/Theme/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\" variable=\"themeTitle\">\n<$link to=<<themeTitle>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/theme\" text=<<themeTitle>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/theme\" text=<<themeTitle>>>\n \n</$reveal>\n</span>\n<$view tiddler=<<themeTitle>> field=\"name\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/unfold-all": {
"title": "$:/core/ui/Buttons/unfold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/unfold-all-button}} {{$:/language/Buttons/UnfoldAll/Caption}}",
"description": "{{$:/language/Buttons/UnfoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/UnfoldAll/Hint}} aria-label={{$:/language/Buttons/UnfoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-unfold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/UnfoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/PageTemplate/pagecontrols": {
"title": "$:/core/ui/PageTemplate/pagecontrols",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$reveal>\n</$list>\n</div>\n\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PageTemplate/alerts": {
"title": "$:/core/ui/PageTemplate/alerts",
"tags": "$:/tags/PageTemplate",
"text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
},
"$:/core/ui/PageTemplate/pluginreloadwarning": {
"title": "$:/core/ui/PageTemplate/pluginreloadwarning",
"tags": "$:/tags/PageTemplate",
"text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[has[plugin-type]haschanged[]!plugin-type[import]limit[1]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/PageTemplate/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\" animate=\"yes\">\n\n<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n\n<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n\n{{||$:/core/ui/PageTemplate/pagecontrols}}\n\n<$transclude tiddler=\"$:/core/ui/SideBarLists\" mode=\"inline\"/>\n\n</$reveal>\n\n</div>\n\n</$scrollable>"
},
"$:/core/ui/PageTemplate/story": {
"title": "$:/core/ui/PageTemplate/story",
"tags": "$:/tags/PageTemplate",
"text": "<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
},
"$:/core/ui/PageTemplate/topleftbar": {
"title": "$:/core/ui/PageTemplate/topleftbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate/toprightbar": {
"title": "$:/core/ui/PageTemplate/toprightbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate": {
"title": "$:/core/ui/PageTemplate",
"text": "\\define containerClasses()\ntc-page-container tc-page-view-$(themeTitle)$ tc-language-$(languageTitle)$\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=\"\">\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}}>\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PluginInfo": {
"title": "$:/core/ui/PluginInfo",
"text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\n{{$:/language/ControlPanel/Plugin/NoInfoFound/Hint}}\n</$transclude>\n</$transclude>\n</$transclude>\n"
},
"$:/core/ui/SearchResults": {
"title": "$:/core/ui/SearchResults",
"text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n\n</$list>\n\n</div>\n"
},
"$:/core/ui/SideBar/More": {
"title": "$:/core/ui/SideBar/More",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/More/Caption}}",
"text": "<div class=\"tc-more-sidebar\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Tags\" \"$:/state/tab/moresidebar\" \"tc-vertical\">>\n</div>\n"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Open/Caption}}",
"text": "\\define lingo-base() $:/language/CloseAll/\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">×</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n\n</$list>\n\n<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\n"
},
"$:/core/ui/SideBar/Recent": {
"title": "$:/core/ui/SideBar/Recent",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/SideBar/Tools": {
"title": "$:/core/ui/SideBar/Tools",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/SideBarLists": {
"title": "$:/core/ui/SideBarLists",
"text": "<div class=\"tc-sidebar-lists\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}} focusPopup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-popup-handle\"/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n<$button popup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-btn-invisible\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search{$(searchTiddler)$}]\"/>\"\"\">\n{{$:/core/images/down-arrow}} {{$:/language/Search/Matches}}\n</$set>\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown-wrapper\" state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown tc-search-drop-down tc-popup-handle\" state=<<qualify \"$:/state/popup/search-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n\n{{$:/core/ui/SearchResults}}\n\n</$reveal>\n\n</$reveal>\n\n</$set>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" />\n\n</div>\n"
},
"$:/TagManager": {
"title": "$:/TagManager",
"icon": "$:/core/images/tag-button",
"color": "#bbb",
"text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/icon/$title$\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/icon/$title$\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$title$!!icon\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define qualifyTitle(title)\n$title$$(currentTiddler)$\n\\end\n\\define toggleButton(state)\n<$reveal state=\"$state$\" type=\"match\" text=\"closed\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$state$\" type=\"match\" text=\"open\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td><$transclude tiddler=\"$:/core/ui/TagTemplate\"/></td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state=<<qualifyTitle \"$:/state/tag-manager/\">> /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal state=<<qualifyTitle \"$:/state/tag-manager/\">> type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td>\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-tag-label\" style=<<tag-styles>>>\n<$transclude tiddler={{!!icon}}/> <$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\" class=\"tc-drop-down\"><$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TagDropdown]!has[draft.of]]\" variable=\"listItem\"> \n<$transclude tiddler=<<listItem>>/> \n</$list> \n<hr>\n<$list filter=\"[all[current]tagging[]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</$reveal>\n</$vars>\n\\end\n\n\\define tag-body(colour,palette)\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}}/>\n</span>\n\\end\n\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}}/>\n"
},
"$:/core/ui/TiddlerFieldTemplate": {
"title": "$:/core/ui/TiddlerFieldTemplate",
"text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
},
"$:/core/ui/TiddlerFields": {
"title": "$:/core/ui/TiddlerFields",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
},
"$:/core/ui/TiddlerInfo/Advanced": {
"title": "$:/core/ui/TiddlerInfo/Advanced",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
"text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Fields": {
"title": "$:/core/ui/TiddlerInfo/Fields",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
"text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
},
"$:/core/ui/TiddlerInfo/List": {
"title": "$:/core/ui/TiddlerInfo/List",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/List/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Listed": {
"title": "$:/core/ui/TiddlerInfo/Listed",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/References": {
"title": "$:/core/ui/TiddlerInfo/References",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/References/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Tagging": {
"title": "$:/core/ui/TiddlerInfo/Tagging",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Tools": {
"title": "$:/core/ui/TiddlerInfo/Tools",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/TiddlerInfo": {
"title": "$:/core/ui/TiddlerInfo",
"text": "<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
},
"$:/core/ui/TopBar/menu": {
"title": "$:/core/ui/TopBar/menu",
"tags": "$:/tags/TopRightBar",
"text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
},
"$:/core/ui/UntaggedTemplate": {
"title": "$:/core/ui/UntaggedTemplate",
"text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/body": {
"title": "$:/core/ui/ViewTemplate/body",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" class=\"tc-tiddler-body\" type=\"nomatch\" state=<<folded-state>> text=\"hide\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/classic": {
"title": "$:/core/ui/ViewTemplate/classic",
"tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/import": {
"title": "$:/core/ui/ViewTemplate/import",
"tags": "$:/tags/ViewTemplate",
"text": "\\define lingo-base() $:/language/Import/\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n{{||$:/core/ui/ImportListing}}\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/plugin": {
"title": "$:/core/ui/ViewTemplate/plugin",
"tags": "$:/tags/ViewTemplate",
"text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n\n{{||$:/core/ui/TiddlerInfo/Advanced/PluginInfo}}\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n</$reveal>"
},
"$:/core/ui/ViewTemplate/title": {
"title": "$:/core/ui/ViewTemplate/title",
"tags": "$:/tags/ViewTemplate",
"text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo\"/>\n\n</$reveal>\n</div>"
},
"$:/core/ui/ViewTemplate/unfold": {
"title": "$:/core/ui/ViewTemplate/unfold",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" type=\"nomatch\" state=\"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar\" text=\"hide\">\n<$reveal tag=\"div\" type=\"nomatch\" state=<<folded-state>> text=\"hide\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=\"tc-fold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-up}}\n</$button>\n</$reveal>\n<$reveal tag=\"div\" type=\"nomatch\" state=<<folded-state>> text=\"show\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=\"tc-unfold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-down}}\n</$button>\n</$reveal>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$\n\\end\n\\define folded-state()\n$:/state/folded/$(currentTiddler)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><$set name=\"tiddlerInfoState\" value=<<qualify \"$:/state/popup/tiddler-info\">>><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$set></$set>\n"
},
"$:/core/ui/Buttons/clone": {
"title": "$:/core/ui/Buttons/clone",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
"description": "{{$:/language/Buttons/Clone/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Clone/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close-others": {
"title": "$:/core/ui/Buttons/close-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
"description": "{{$:/language/Buttons/CloseOthers/Hint}}",
"text": "<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseOthers/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close": {
"title": "$:/core/ui/Buttons/close",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
"description": "{{$:/language/Buttons/Close/Hint}}",
"text": "<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Close/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/edit": {
"title": "$:/core/ui/Buttons/edit",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
"description": "{{$:/language/Buttons/Edit/Hint}}",
"text": "<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Edit/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/export-tiddler": {
"title": "$:/core/ui/Buttons/export-tiddler",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
"description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
"text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
},
"$:/core/ui/Buttons/fold-bar": {
"title": "$:/core/ui/Buttons/fold-bar",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/language/Buttons/Fold/FoldBar/Caption}}",
"description": "{{$:/language/Buttons/Fold/FoldBar/Hint}}",
"text": "<!-- This dummy toolbar button is here to allow visibility of the fold-bar to be controlled as if it were a toolbar button -->"
},
"$:/core/ui/Buttons/fold-others": {
"title": "$:/core/ui/Buttons/fold-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-others-button}} {{$:/language/Buttons/FoldOthers/Caption}}",
"description": "{{$:/language/Buttons/FoldOthers/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/FoldOthers/Hint}} aria-label={{$:/language/Buttons/FoldOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-other-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FoldOthers/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/fold": {
"title": "$:/core/ui/Buttons/fold",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-button}} {{$:/language/Buttons/Fold/Caption}}",
"description": "{{$:/language/Buttons/Fold/Hint}}",
"text": "<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" default=\"show\"><$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Fold/Caption}}/>\n</span>\n</$list>\n</$button></$reveal><$reveal type=\"match\" state=<<folded-state>> text=\"hide\" default=\"show\"><$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Unfold/Caption}}/>\n</span>\n</$list>\n</$button></$reveal>"
},
"$:/core/ui/Buttons/info": {
"title": "$:/core/ui/Buttons/info",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
"description": "{{$:/language/Buttons/Info/Hint}}",
"text": "<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Info/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/core/ui/Buttons/more-tiddler-actions",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-here": {
"title": "$:/core/ui/Buttons/new-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
"description": "{{$:/language/Buttons/NewHere/Hint}}",
"text": "\\define newHereButtonTags()\n[[$(currentTiddler)$]]\n\\end\n\\define newHereButton()\n<$button tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<newHereButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
},
"$:/core/ui/Buttons/new-journal-here": {
"title": "$:/core/ui/Buttons/new-journal-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
"description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
"text": "\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournalHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set></$set></$set>"
},
"$:/core/ui/Buttons/open-window": {
"title": "$:/core/ui/Buttons/open-window",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
"description": "{{$:/language/Buttons/OpenWindow/Hint}}",
"text": "<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/OpenWindow/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permalink": {
"title": "$:/core/ui/Buttons/permalink",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
"description": "{{$:/language/Buttons/Permalink/Hint}}",
"text": "<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permalink/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permaview": {
"title": "$:/core/ui/Buttons/permaview",
"tags": "$:/tags/ViewToolbar $:/tags/PageControls",
"caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
"description": "{{$:/language/Buttons/Permaview/Hint}}",
"text": "<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permaview/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/DefaultTiddlers": {
"title": "$:/DefaultTiddlers",
"text": "GettingStarted\n"
},
"$:/temp/advancedsearch": {
"title": "$:/temp/advancedsearch",
"text": ""
},
"$:/snippets/allfields": {
"title": "$:/snippets/allfields",
"text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
},
"$:/config/AnimationDuration": {
"title": "$:/config/AnimationDuration",
"text": "400"
},
"$:/config/AutoSave": {
"title": "$:/config/AutoSave",
"text": "yes"
},
"$:/config/BitmapEditor/Colour": {
"title": "$:/config/BitmapEditor/Colour",
"text": "#444"
},
"$:/config/BitmapEditor/ImageSizes": {
"title": "$:/config/BitmapEditor/ImageSizes",
"text": "[[62px 100px]] [[100px 62px]] [[124px 200px]] [[200px 124px]] [[248px 400px]] [[371px 600px]] [[400px 248px]] [[556px 900px]] [[600px 371px]] [[742px 1200px]] [[900px 556px]] [[1200px 742px]]"
},
"$:/config/BitmapEditor/LineWidth": {
"title": "$:/config/BitmapEditor/LineWidth",
"text": "3px"
},
"$:/config/BitmapEditor/LineWidths": {
"title": "$:/config/BitmapEditor/LineWidths",
"text": "0.25px 0.5px 1px 2px 3px 4px 6px 8px 10px 16px 20px 28px 40px 56px 80px"
},
"$:/config/BitmapEditor/Opacities": {
"title": "$:/config/BitmapEditor/Opacities",
"text": "0.01 0.025 0.05 0.075 0.1 0.15 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0"
},
"$:/config/BitmapEditor/Opacity": {
"title": "$:/config/BitmapEditor/Opacity",
"text": "1.0"
},
"$:/config/DefaultSidebarTab": {
"title": "$:/config/DefaultSidebarTab",
"text": "$:/core/ui/SideBar/Open"
},
"$:/config/Drafts/TypingTimeout": {
"title": "$:/config/Drafts/TypingTimeout",
"text": "400"
},
"$:/config/EditTemplateFields/Visibility/title": {
"title": "$:/config/EditTemplateFields/Visibility/title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/tags": {
"title": "$:/config/EditTemplateFields/Visibility/tags",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/text": {
"title": "$:/config/EditTemplateFields/Visibility/text",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/creator": {
"title": "$:/config/EditTemplateFields/Visibility/creator",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/created": {
"title": "$:/config/EditTemplateFields/Visibility/created",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modified": {
"title": "$:/config/EditTemplateFields/Visibility/modified",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modifier": {
"title": "$:/config/EditTemplateFields/Visibility/modifier",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/type": {
"title": "$:/config/EditTemplateFields/Visibility/type",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.title": {
"title": "$:/config/EditTemplateFields/Visibility/draft.title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.of": {
"title": "$:/config/EditTemplateFields/Visibility/draft.of",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/revision": {
"title": "$:/config/EditTemplateFields/Visibility/revision",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/bag": {
"title": "$:/config/EditTemplateFields/Visibility/bag",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6",
"text": "hide"
},
"$:/config/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpeg": {
"title": "$:/config/EditorTypeMappings/image/jpeg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpg": {
"title": "$:/config/EditorTypeMappings/image/jpg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/png": {
"title": "$:/config/EditorTypeMappings/image/png",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/x-icon": {
"title": "$:/config/EditorTypeMappings/image/x-icon",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "text"
},
"$:/config/MissingLinks": {
"title": "$:/config/MissingLinks",
"text": "yes"
},
"$:/config/Navigation/UpdateAddressBar": {
"title": "$:/config/Navigation/UpdateAddressBar",
"text": "no"
},
"$:/config/Navigation/UpdateHistory": {
"title": "$:/config/Navigation/UpdateHistory",
"text": "no"
},
"$:/config/OfficialPluginLibrary": {
"title": "$:/config/OfficialPluginLibrary",
"tags": "$:/tags/PluginLibrary",
"url": "http://tiddlywiki.com/library/v5.1.13/index.html",
"caption": "{{$:/language/OfficialPluginLibrary}}",
"text": "{{$:/language/OfficialPluginLibrary/Hint}}\n"
},
"$:/config/Navigation/openLinkFromInsideRiver": {
"title": "$:/config/Navigation/openLinkFromInsideRiver",
"text": "below"
},
"$:/config/Navigation/openLinkFromOutsideRiver": {
"title": "$:/config/Navigation/openLinkFromOutsideRiver",
"text": "top"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all",
"text": "hide"
},
"$:/config/Performance/Instrumentation": {
"title": "$:/config/Performance/Instrumentation",
"text": "no"
},
"$:/config/SaveWikiButton/Template": {
"title": "$:/config/SaveWikiButton/Template",
"text": "$:/core/save/all"
},
"$:/config/SaverFilter": {
"title": "$:/config/SaverFilter",
"text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/Search/AutoFocus": {
"title": "$:/config/Search/AutoFocus",
"text": "true"
},
"$:/config/SearchResults/Default": {
"title": "$:/config/SearchResults/Default",
"text": "$:/core/ui/DefaultSearchResultList"
},
"$:/config/ShortcutInfo/bold": {
"title": "$:/config/ShortcutInfo/bold",
"text": "{{$:/language/Buttons/Bold/Hint}}"
},
"$:/config/ShortcutInfo/cancel-edit-tiddler": {
"title": "$:/config/ShortcutInfo/cancel-edit-tiddler",
"text": "{{$:/language/Buttons/Cancel/Hint}}"
},
"$:/config/ShortcutInfo/excise": {
"title": "$:/config/ShortcutInfo/excise",
"text": "{{$:/language/Buttons/Excise/Hint}}"
},
"$:/config/ShortcutInfo/heading-1": {
"title": "$:/config/ShortcutInfo/heading-1",
"text": "{{$:/language/Buttons/Heading1/Hint}}"
},
"$:/config/ShortcutInfo/heading-2": {
"title": "$:/config/ShortcutInfo/heading-2",
"text": "{{$:/language/Buttons/Heading2/Hint}}"
},
"$:/config/ShortcutInfo/heading-3": {
"title": "$:/config/ShortcutInfo/heading-3",
"text": "{{$:/language/Buttons/Heading3/Hint}}"
},
"$:/config/ShortcutInfo/heading-4": {
"title": "$:/config/ShortcutInfo/heading-4",
"text": "{{$:/language/Buttons/Heading4/Hint}}"
},
"$:/config/ShortcutInfo/heading-5": {
"title": "$:/config/ShortcutInfo/heading-5",
"text": "{{$:/language/Buttons/Heading5/Hint}}"
},
"$:/config/ShortcutInfo/heading-6": {
"title": "$:/config/ShortcutInfo/heading-6",
"text": "{{$:/language/Buttons/Heading6/Hint}}"
},
"$:/config/ShortcutInfo/italic": {
"title": "$:/config/ShortcutInfo/italic",
"text": "{{$:/language/Buttons/Italic/Hint}}"
},
"$:/config/ShortcutInfo/link": {
"title": "$:/config/ShortcutInfo/link",
"text": "{{$:/language/Buttons/Link/Hint}}"
},
"$:/config/ShortcutInfo/list-bullet": {
"title": "$:/config/ShortcutInfo/list-bullet",
"text": "{{$:/language/Buttons/ListBullet/Hint}}"
},
"$:/config/ShortcutInfo/list-number": {
"title": "$:/config/ShortcutInfo/list-number",
"text": "{{$:/language/Buttons/ListNumber/Hint}}"
},
"$:/config/ShortcutInfo/mono-block": {
"title": "$:/config/ShortcutInfo/mono-block",
"text": "{{$:/language/Buttons/MonoBlock/Hint}}"
},
"$:/config/ShortcutInfo/mono-line": {
"title": "$:/config/ShortcutInfo/mono-line",
"text": "{{$:/language/Buttons/MonoLine/Hint}}"
},
"$:/config/ShortcutInfo/picture": {
"title": "$:/config/ShortcutInfo/picture",
"text": "{{$:/language/Buttons/Picture/Hint}}"
},
"$:/config/ShortcutInfo/preview": {
"title": "$:/config/ShortcutInfo/preview",
"text": "{{$:/language/Buttons/Preview/Hint}}"
},
"$:/config/ShortcutInfo/quote": {
"title": "$:/config/ShortcutInfo/quote",
"text": "{{$:/language/Buttons/Quote/Hint}}"
},
"$:/config/ShortcutInfo/save-tiddler": {
"title": "$:/config/ShortcutInfo/save-tiddler",
"text": "{{$:/language/Buttons/Save/Hint}}"
},
"$:/config/ShortcutInfo/stamp": {
"title": "$:/config/ShortcutInfo/stamp",
"text": "{{$:/language/Buttons/Stamp/Hint}}"
},
"$:/config/ShortcutInfo/strikethrough": {
"title": "$:/config/ShortcutInfo/strikethrough",
"text": "{{$:/language/Buttons/Strikethrough/Hint}}"
},
"$:/config/ShortcutInfo/subscript": {
"title": "$:/config/ShortcutInfo/subscript",
"text": "{{$:/language/Buttons/Subscript/Hint}}"
},
"$:/config/ShortcutInfo/superscript": {
"title": "$:/config/ShortcutInfo/superscript",
"text": "{{$:/language/Buttons/Superscript/Hint}}"
},
"$:/config/ShortcutInfo/underline": {
"title": "$:/config/ShortcutInfo/underline",
"text": "{{$:/language/Buttons/Underline/Hint}}"
},
"$:/config/SyncFilter": {
"title": "$:/config/SyncFilter",
"text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status/]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/TextEditor/EditorHeight/Height": {
"title": "$:/config/TextEditor/EditorHeight/Height",
"text": "400px"
},
"$:/config/TextEditor/EditorHeight/Mode": {
"title": "$:/config/TextEditor/EditorHeight/Mode",
"text": "auto"
},
"$:/config/TiddlerInfo/Default": {
"title": "$:/config/TiddlerInfo/Default",
"text": "$:/core/ui/TiddlerInfo/Fields"
},
"$:/config/Tiddlers/TitleLinks": {
"title": "$:/config/Tiddlers/TitleLinks",
"text": "no"
},
"$:/config/Toolbar/ButtonClass": {
"title": "$:/config/Toolbar/ButtonClass",
"text": "tc-btn-invisible"
},
"$:/config/Toolbar/Icons": {
"title": "$:/config/Toolbar/Icons",
"text": "yes"
},
"$:/config/Toolbar/Text": {
"title": "$:/config/Toolbar/Text",
"text": "no"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
"text": "show"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others",
"text": "hide"
},
"$:/config/shortcuts-mac/bold": {
"title": "$:/config/shortcuts-mac/bold",
"text": "meta-B"
},
"$:/config/shortcuts-mac/italic": {
"title": "$:/config/shortcuts-mac/italic",
"text": "meta-I"
},
"$:/config/shortcuts-mac/underline": {
"title": "$:/config/shortcuts-mac/underline",
"text": "meta-U"
},
"$:/config/shortcuts-not-mac/bold": {
"title": "$:/config/shortcuts-not-mac/bold",
"text": "ctrl-B"
},
"$:/config/shortcuts-not-mac/italic": {
"title": "$:/config/shortcuts-not-mac/italic",
"text": "ctrl-I"
},
"$:/config/shortcuts-not-mac/underline": {
"title": "$:/config/shortcuts-not-mac/underline",
"text": "ctrl-U"
},
"$:/config/shortcuts/cancel-edit-tiddler": {
"title": "$:/config/shortcuts/cancel-edit-tiddler",
"text": "escape"
},
"$:/config/shortcuts/excise": {
"title": "$:/config/shortcuts/excise",
"text": "ctrl-E"
},
"$:/config/shortcuts/heading-1": {
"title": "$:/config/shortcuts/heading-1",
"text": "ctrl-1"
},
"$:/config/shortcuts/heading-2": {
"title": "$:/config/shortcuts/heading-2",
"text": "ctrl-2"
},
"$:/config/shortcuts/heading-3": {
"title": "$:/config/shortcuts/heading-3",
"text": "ctrl-3"
},
"$:/config/shortcuts/heading-4": {
"title": "$:/config/shortcuts/heading-4",
"text": "ctrl-4"
},
"$:/config/shortcuts/heading-5": {
"title": "$:/config/shortcuts/heading-5",
"text": "ctrl-5"
},
"$:/config/shortcuts/heading-6": {
"title": "$:/config/shortcuts/heading-6",
"text": "ctrl-6"
},
"$:/config/shortcuts/link": {
"title": "$:/config/shortcuts/link",
"text": "ctrl-L"
},
"$:/config/shortcuts/list-bullet": {
"title": "$:/config/shortcuts/list-bullet",
"text": "ctrl-shift-L"
},
"$:/config/shortcuts/list-number": {
"title": "$:/config/shortcuts/list-number",
"text": "ctrl-shift-N"
},
"$:/config/shortcuts/mono-block": {
"title": "$:/config/shortcuts/mono-block",
"text": "ctrl-shift-M"
},
"$:/config/shortcuts/mono-line": {
"title": "$:/config/shortcuts/mono-line",
"text": "ctrl-M"
},
"$:/config/shortcuts/picture": {
"title": "$:/config/shortcuts/picture",
"text": "ctrl-shift-I"
},
"$:/config/shortcuts/preview": {
"title": "$:/config/shortcuts/preview",
"text": "alt-P"
},
"$:/config/shortcuts/quote": {
"title": "$:/config/shortcuts/quote",
"text": "ctrl-Q"
},
"$:/config/shortcuts/save-tiddler": {
"title": "$:/config/shortcuts/save-tiddler",
"text": "ctrl+enter"
},
"$:/config/shortcuts/stamp": {
"title": "$:/config/shortcuts/stamp",
"text": "ctrl-S"
},
"$:/config/shortcuts/strikethrough": {
"title": "$:/config/shortcuts/strikethrough",
"text": "ctrl-T"
},
"$:/config/shortcuts/subscript": {
"title": "$:/config/shortcuts/subscript",
"text": "ctrl-shift-B"
},
"$:/config/shortcuts/superscript": {
"title": "$:/config/shortcuts/superscript",
"text": "ctrl-shift-P"
},
"$:/config/WikiParserRules/Inline/wikilink": {
"title": "$:/config/WikiParserRules/Inline/wikilink",
"text": "enable"
},
"$:/snippets/currpalettepreview": {
"title": "$:/snippets/currpalettepreview",
"text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch(colour)\n<$set name=\"swatchColour\" value={{##$colour$}}>\n<div class=\"tc-swatch\" style=<<swatchStyle>>/>\n</$set>\n\\end\n<div class=\"tc-swatches-horiz\">\n<<swatch foreground>>\n<<swatch background>>\n<<swatch muted-foreground>>\n<<swatch primary>>\n<<swatch page-background>>\n<<swatch tab-background>>\n<<swatch tiddler-info-background>>\n</div>\n"
},
"$:/snippets/download-wiki-button": {
"title": "$:/snippets/download-wiki-button",
"text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
},
"$:/language": {
"title": "$:/language",
"text": "$:/languages/en-GB"
},
"$:/snippets/languageswitcher": {
"title": "$:/snippets/languageswitcher",
"text": "{{$:/language/ControlPanel/Basics/Language/Prompt}} <$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/core/macros/CSS": {
"title": "$:/core/macros/CSS",
"tags": "$:/tags/Macro",
"text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n -webkit-transition: $transition$;\n -moz-transition: $transition$;\n transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n -webkit-transform-origin: $origin$;\n -moz-transform-origin: $origin$;\n transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n"
},
"$:/core/macros/colour-picker": {
"title": "$:/core/macros/colour-picker",
"tags": "$:/tags/Macro",
"text": "\\define colour-picker-update-recent()\n<$action-listops\n\t$tiddler=\"$:/config/ColourPicker/Recent\"\n\t$subfilter=\"$(colour-picker-value)$ [list[$:/config/ColourPicker/Recent]remove[$(colour-picker-value)$]] +[limit[8]]\"\n/>\n\\end\n\n\\define colour-picker-inner(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(colour-picker-value)$\"\"\">\n\n$(colour-picker-update-recent)$\n\n$actions$\n\n<div style=\"background-color: $(colour-picker-value)$; width: 100%; height: 100%; border-radius: 50%;\"/>\n\n</$button>\n\\end\n\n\\define colour-picker-recent-inner(actions)\n<$set name=\"colour-picker-value\" value=\"$(recentColour)$\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\\end\n\n\\define colour-picker-recent(actions)\n{{$:/language/ColourPicker/Recent}} <$list filter=\"[list[$:/config/ColourPicker/Recent]]\" variable=\"recentColour\">\n<$macrocall $name=\"colour-picker-recent-inner\" actions=\"\"\"$actions$\"\"\"/></$list>\n\\end\n\n\\define colour-picker(actions)\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker-recent\" actions=\"\"\"$actions$\"\"\"/>\n\n---\n\n<$list filter=\"LightPink Pink Crimson LavenderBlush PaleVioletRed HotPink DeepPink MediumVioletRed Orchid Thistle Plum Violet Magenta Fuchsia DarkMagenta Purple MediumOrchid DarkViolet DarkOrchid Indigo BlueViolet MediumPurple MediumSlateBlue SlateBlue DarkSlateBlue Lavender GhostWhite Blue MediumBlue MidnightBlue DarkBlue Navy RoyalBlue CornflowerBlue LightSteelBlue LightSlateGrey SlateGrey DodgerBlue AliceBlue SteelBlue LightSkyBlue SkyBlue DeepSkyBlue LightBlue PowderBlue CadetBlue Azure LightCyan PaleTurquoise Cyan Aqua DarkTurquoise DarkSlateGrey DarkCyan Teal MediumTurquoise LightSeaGreen Turquoise Aquamarine MediumAquamarine MediumSpringGreen MintCream SpringGreen MediumSeaGreen SeaGreen Honeydew LightGreen PaleGreen DarkSeaGreen LimeGreen Lime ForestGreen Green DarkGreen Chartreuse LawnGreen GreenYellow DarkOliveGreen YellowGreen OliveDrab Beige LightGoldenrodYellow Ivory LightYellow Yellow Olive DarkKhaki LemonChiffon PaleGoldenrod Khaki Gold Cornsilk Goldenrod DarkGoldenrod FloralWhite OldLace Wheat Moccasin Orange PapayaWhip BlanchedAlmond NavajoWhite AntiqueWhite Tan BurlyWood Bisque DarkOrange Linen Peru PeachPuff SandyBrown Chocolate SaddleBrown Seashell Sienna LightSalmon Coral OrangeRed DarkSalmon Tomato MistyRose Salmon Snow LightCoral RosyBrown IndianRed Red Brown FireBrick DarkRed Maroon White WhiteSmoke Gainsboro LightGrey Silver DarkGrey Grey DimGrey Black\" variable=\"colour-picker-value\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\n---\n\n<$edit-text tiddler=\"$:/config/ColourPicker/New\" tag=\"input\" default=\"\" placeholder=\"\"/> \n<$edit-text tiddler=\"$:/config/ColourPicker/New\" type=\"color\" tag=\"input\"/>\n<$set name=\"colour-picker-value\" value={{$:/config/ColourPicker/New}}>\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\n</div>\n\n\\end\n"
},
"$:/core/macros/export": {
"title": "$:/core/macros/export",
"tags": "$:/tags/Macro",
"text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
},
"$:/core/macros/image-picker": {
"title": "$:/core/macros/image-picker",
"tags": "$:/tags/Macro",
"text": "\\define image-picker-inner(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(imageTitle)$\"\"\">\n\n$actions$\n\n<$transclude tiddler=<<imageTitle>>/>\n\n</$button>\n\\end\n\n\\define image-picker(actions,subfilter:\"\")\n<div class=\"tc-image-chooser\">\n\n<$list filter=\"[all[shadows+tiddlers]is[image]$subfilter$!has[draft.of]] -[type[application/pdf]] +[sort[title]]\" variable=\"imageTitle\">\n\n<$macrocall $name=\"image-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n\n</$list>\n\n</div>\n\n\\end\n\n"
},
"$:/core/macros/lingo": {
"title": "$:/core/macros/lingo",
"tags": "$:/tags/Macro",
"text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
},
"$:/core/macros/list": {
"title": "$:/core/macros/list",
"tags": "$:/tags/Macro",
"text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\")\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\">\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n"
},
"$:/core/macros/tabs": {
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\"><$set name=\"save-currentTiddler\" value=<<currentTiddler>>><$tiddler tiddler=<<currentTab>>><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\" tooltip={{!!tooltip}}>\n<$tiddler tiddler=<<save-currentTiddler>>>\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$set></$tiddler></$button></$tiddler></$set></$list>\n</div>\n<div class=\"tc-tab-divider $class$\"/>\n<div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tag": {
"title": "$:/core/macros/tag",
"tags": "$:/tags/Macro",
"text": "\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
},
"$:/core/macros/thumbnails": {
"title": "$:/core/macros/thumbnails",
"tags": "$:/tags/Macro",
"text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div>\n</div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
},
"$:/core/macros/timeline": {
"created": "20141212105914482",
"modified": "20141212110330815",
"tags": "$:/tags/Macro",
"title": "$:/core/macros/timeline",
"type": "text/vnd.tiddlywiki",
"text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n of the same name if you need to change \n how titles are displayed on the timeline \n -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
},
"$:/core/macros/toc": {
"title": "$:/core/macros/toc",
"tags": "$:/tags/Macro",
"text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$set>\n\\end\n\n\\define toc-body(rootTag,tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc\">\n<$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\"\"\">\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n<<toc-caption>>\n</$list>\n<$list filter=\"\"\"[all[current]] -[[$rootTag$]]\"\"\">\n<$macrocall $name=\"toc-body\" rootTag=\"\"\"$rootTag$\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$list>\n</li>\n</$set>\n</$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter)\n<<toc-body rootTag:\"\"\"$tag$\"\"\" tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc/$tag$-$(currentTiddler)$\"\"\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc/$tag$-$(currentTiddler)$\"\"\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-expandable-empty-message()\n<<toc-linked-expandable-body tag:\"\"\"$(tag)$\"\"\" sort:\"\"\"$(sort)$\"\"\" itemClassFilter:\"\"\"$(itemClassFilter)$\"\"\">>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter)\n<$vars tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\">\n<ol class=\"tc-toc toc-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=<<toc-expandable-empty-message>>>\n<<toc-unlinked-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n</$list>\n</$list>\n</ol>\n</$vars>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc/$tag$-$(currentTiddler)$\"\"\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</$list>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc/$tag$-$(currentTiddler)$\"\"\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n</$list>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"\"\"toc-selective-expandable\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-selective-expandable-empty-message()\n<<toc-linked-selective-expandable-body tag:\"\"\"$(tag)$\"\"\" sort:\"\"\"$(sort)$\"\"\" itemClassFilter:\"\"\"$(itemClassFilter)$\"\"\">>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter)\n<$vars tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\">\n<ol class=\"tc-toc toc-selective-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=<<toc-selective-expandable-empty-message>>>\n<<toc-unlinked-selective-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"$itemClassFilter$\"\"\">>\n</$list>\n</$list>\n</ol>\n</$vars>\n\\end\n\n\\define toc-tabbed-selected-item-filter(selectedTiddler)\n[all[current]field:title{$selectedTiddler$}]\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{$selectedTiddler$}}>\n<div class=\"tc-tabbed-table-of-contents\">\n<$linkcatcher to=\"$selectedTiddler$\">\n<div class=\"tc-table-of-contents\">\n<$macrocall $name=\"toc-selective-expandable\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=<<toc-tabbed-selected-item-filter selectedTiddler:\"\"\"$selectedTiddler$\"\"\">>/>\n</div>\n</$linkcatcher>\n<div class=\"tc-tabbed-table-of-contents-content\">\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"nomatch\" text=\"\">\n<$transclude mode=\"block\" tiddler=\"$template$\">\n<h1><<toc-caption>></h1>\n<$transclude mode=\"block\">$missingText$</$transclude>\n</$transclude>\n</$reveal>\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"match\" text=\"\">\n$unselectedText$\n</$reveal>\n</div>\n</div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=\"\"\"$selectedTiddler$\"\"\">\n<$macrocall $name=\"toc-tabbed-external-nav\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" selectedTiddler=\"\"\"$selectedTiddler$\"\"\" unselectedText=\"\"\"$unselectedText$\"\"\" missingText=\"\"\"$missingText$\"\"\" template=\"\"\"$template$\"\"\"/>\n</$linkcatcher>\n\\end\n\n"
},
"$:/core/macros/translink": {
"title": "$:/core/macros/translink",
"tags": "$:/tags/Macro",
"text": "\\define translink(title,mode:\"block\")\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: black; foreground; white;\">\n<$link to=\"\"\"$title$\"\"\">\n<$text text=\"\"\"$title$\"\"\"/>\n</$link>\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: white; foreground; black;\">\n<$transclude tiddler=\"\"\"$title$\"\"\" mode=\"$mode$\">\n\"<$text text=\"\"\"$title$\"\"\"/>\" is missing\n</$transclude>\n</div>\n</div>\n\\end\n"
},
"$:/snippets/minilanguageswitcher": {
"title": "$:/snippets/minilanguageswitcher",
"text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/minithemeswitcher": {
"title": "$:/snippets/minithemeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/modules": {
"title": "$:/snippets/modules",
"text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
},
"$:/palette": {
"title": "$:/palette",
"text": "$:/palettes/Vanilla"
},
"$:/snippets/paletteeditor": {
"title": "$:/snippets/paletteeditor",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<table>\n<tbody>\n<$list filter=\"[all[current]indexes[]]\" variable=\"colourName\">\n<tr>\n<td>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<$edit-text index=<<colourName>> tag=\"input\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n</$set>\n"
},
"$:/snippets/palettepreview": {
"title": "$:/snippets/palettepreview",
"text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n<$transclude tiddler=\"$:/snippets/currpalettepreview\"/>\n</$set>\n"
},
"$:/snippets/paletteswitcher": {
"title": "$:/snippets/paletteswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n<div class=\"tc-prompt\">\n<<lingo Prompt>> <$view tiddler={{$:/palette}} field=\"name\"/>\n</div>\n\n<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[description]]\"><div class=\"tc-chooser-item\"><$link to={{!!title}}><div><$reveal state=\"$:/palette\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/palette\" type=\"nomatch\" text={{!!title}}> </$reveal> ''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/></div><$transclude tiddler=\"$:/snippets/currpalettepreview\"/></$link></div>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/temp/search": {
"title": "$:/temp/search",
"text": ""
},
"$:/tags/AdvancedSearch": {
"title": "$:/tags/AdvancedSearch",
"list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
},
"$:/tags/AdvancedSearch/FilterButton": {
"title": "$:/tags/AdvancedSearch/FilterButton",
"list": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown $:/core/ui/AdvancedSearch/Filter/FilterButtons/clear $:/core/ui/AdvancedSearch/Filter/FilterButtons/export $:/core/ui/AdvancedSearch/Filter/FilterButtons/delete"
},
"$:/tags/ControlPanel": {
"title": "$:/tags/ControlPanel",
"list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
},
"$:/tags/ControlPanel/Info": {
"title": "$:/tags/ControlPanel/Info",
"list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
},
"$:/tags/ControlPanel/Plugins": {
"title": "$:/tags/ControlPanel/Plugins",
"list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
},
"$:/tags/EditTemplate": {
"title": "$:/tags/EditTemplate",
"list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
},
"$:/tags/EditToolbar": {
"title": "$:/tags/EditToolbar",
"list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
},
"$:/tags/EditorToolbar": {
"title": "$:/tags/EditorToolbar",
"list": "$:/core/ui/EditorToolbar/paint $:/core/ui/EditorToolbar/opacity $:/core/ui/EditorToolbar/line-width $:/core/ui/EditorToolbar/clear $:/core/ui/EditorToolbar/bold $:/core/ui/EditorToolbar/italic $:/core/ui/EditorToolbar/strikethrough $:/core/ui/EditorToolbar/underline $:/core/ui/EditorToolbar/superscript $:/core/ui/EditorToolbar/subscript $:/core/ui/EditorToolbar/mono-line $:/core/ui/EditorToolbar/mono-block $:/core/ui/EditorToolbar/quote $:/core/ui/EditorToolbar/list-bullet $:/core/ui/EditorToolbar/list-number $:/core/ui/EditorToolbar/heading-1 $:/core/ui/EditorToolbar/heading-2 $:/core/ui/EditorToolbar/heading-3 $:/core/ui/EditorToolbar/heading-4 $:/core/ui/EditorToolbar/heading-5 $:/core/ui/EditorToolbar/heading-6 $:/core/ui/EditorToolbar/link $:/core/ui/EditorToolbar/excise $:/core/ui/EditorToolbar/picture $:/core/ui/EditorToolbar/stamp $:/core/ui/EditorToolbar/size $:/core/ui/EditorToolbar/editor-height $:/core/ui/EditorToolbar/more $:/core/ui/EditorToolbar/preview $:/core/ui/EditorToolbar/preview-type"
},
"$:/tags/MoreSideBar": {
"title": "$:/tags/MoreSideBar",
"list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/fold-all]] [[$:/core/ui/Buttons/unfold-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/new-image]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
"text": ""
},
"$:/tags/SideBar": {
"title": "$:/tags/SideBar",
"list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
"text": ""
},
"$:/tags/TiddlerInfo": {
"title": "$:/tags/TiddlerInfo",
"list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
"text": ""
},
"$:/tags/TiddlerInfo/Advanced": {
"title": "$:/tags/TiddlerInfo/Advanced",
"list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
},
"$:/tags/ViewTemplate": {
"title": "$:/tags/ViewTemplate",
"list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/unfold]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
},
"$:/tags/ViewToolbar": {
"title": "$:/tags/ViewToolbar",
"list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]] [[$:/core/ui/Buttons/fold-others]] [[$:/core/ui/Buttons/fold]]"
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$view tiddler={{$:/theme}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}> </$reveal> <$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"type": "text/vnd.tiddlywiki",
"text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/StoryView/\n<<lingo Prompt>> <$select tiddler=\"$:/view\">\n<$list filter=\"[storyviews[]]\">\n<option><$view field=\"title\"/></option>\n</$list>\n</$select>"
}
}
}
キミキメwikiへようこそ！
UA-99023553-1
hoshimi12.com
The following tiddlers were imported: # [[t_hina_n.jpg]]
no
$:/languages/ja-JP
DDth MMM YYYY
{
"tiddlers": {
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "詳細検索"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "条件を付けて検索します"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "キャンセル"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "編集をキャンセルします"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "複製"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "tiddlerを複製します"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "閉じる"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "このtiddlerを閉じます"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "全て閉じる"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "全てのtiddlerを閉じます"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "他のtidderを閉じる"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "他のtidderを非表示にします"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "コントロールパネル"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "このWikiの設定画面を開きます"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "削除"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "tiddlerを削除します"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "編集"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "このtiddlerを編集します"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "暗号化"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "パスワードの解除"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "パスワードと暗号化を解除します"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Wikiを保存するときのパスワードの設定/解除をします"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "パスワードの設定"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "パスワードを設定してwikiを暗号化します"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "すべてエクスポート"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "すべてのtiddlerをエクスポートします。"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "tiddlerをエクスポート"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "tiddlerをエクスポート"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "tiddlerをエクスポート"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "tiddlerをエクスポート"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "フルスクリーン"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "フルスクリーンで表示、またはフルスクリーン表示を解除します"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "サイドバーを消す"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "サイドバーを非表示にします"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "ホーム"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "デフォルトtiddlerを表示します"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "インポート"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "ファイルをインポートします"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "情報"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "このtiddlerの情報を表示します"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "日本語"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "メニューの言語を選択します"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "その他のコマンド"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "その他のコマンドを表示します"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "タグ付きtiddlerの作成"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "このtiddlerのタイトルのタグを付けた、新しいtidderを作ります"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "新しい日誌"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "新しい日誌（journal tiddler）を作ります"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "タグ付き日誌の作成"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "このtiddlerのタイトルのタグを付けた、新しい日誌（journal tiddler）を作ります"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "新しいtiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "新しいtiddlerを作ります"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "パーマリンク"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "このtiddlerへ直接リンクするアドレスを、ブラウザのアドレスバーに表示します"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "パーマビュー"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "表示している全てのtiddlerへのリンクをブラウザのアドレスバーに表示視します"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "再読み込み"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "ファイルを再読み込みします"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "確定"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "編集内容を確定します"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "保存"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Wikiを保存します"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "サイドバーを表示する"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "サイドバーを表示します"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "tidder表示切替"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "tiddlerの表示方法を切り替えます"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "タグの管理"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "タグの管理画面を開きます"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "テーマ"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "表示のテーマを選択します"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "詳細設定"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "このWikiのシステム情報です。"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "表示"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "このWikiの表示方法の設定をします。"
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "アニメーション時間:"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "基本"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "タイトルに空白を含めたいときは [[二重の角カッコ]] を使用してください。そのほか <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">保存時の表示を維持</$button> することもできます。"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "デフォルト tiddler:"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "このファイルを開いたときに初期表示される tiddler を設定してください:"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "現在の言語:"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "日誌（journal tiddler）のタグ"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "日誌（journal tiddlers）のデフォルトのタイトル"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "上書きされている隠し tiddler 数:"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "隠し tiddler 数:"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "サブタイトル:"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "システム tiddler 数:"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "タグ数:"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "tiddler 数:"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "この ~TiddlyWiki のタイトル:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "編集者として表示するユーザ名:"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki バージョン:"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "エディタ"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "エディタ"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "tiddlerの種類と、それを編集するエディタの関係です。"
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "tiddlerの種類"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "情報"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "このWikiについて"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "ロード済みモジュール"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "以下は現在ロード済みのモジュールの一覧で、ソースの tiddler にリンクしています。斜体表記のものにはソースがありませんが、これは通常ブートプロセス中に設定されたものです。"
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "パレット"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "複製"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "このシャドウパレットを編集する前に複製を作成することをお勧めします。"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "編集中"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "このシャドウパレットは更新されました。"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "リセット"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "エディタを隠す"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "現在のパレット:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "エディタを表示"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "プラグイン"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "無効"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "ページを再読込したときにプラグインを無効にする。"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(無効)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "無し"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "有効"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "ページを再読込したときにプラグインを有効にする。"
},
"$:/language/ControlPanel/Plugins/Language/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Language/Prompt",
"text": "言語"
},
"$:/language/ControlPanel/Plugins/Plugin/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Plugin/Prompt",
"text": "プラグイン"
},
"$:/language/ControlPanel/Plugins/Theme/Prompt": {
"title": "$:/language/ControlPanel/Plugins/Theme/Prompt",
"text": "テーマ"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "保存"
},
"$:/language/ControlPanel/Saving/Heading": {
"title": "$:/language/ControlPanel/Saving/Heading",
"text": "保存"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "詳細設定"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "バックアップディレクトリ"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "バックアップ"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "この設定は、 http://tiddlyspot.com または互換性のあるリモートサーバーへ保存する場合に使います。"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "アップロードファイル名"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//サーバーのURLには `http://<wikiname>.tiddlyspot.com/store.cgi` がデフォルトで使用されます。ほかのサーバーのアドレスを指定することもできます。//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "パスワード"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "サーバーURL"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "アップロードディレクトリ"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Wiki 名"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "自動保存:"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "自動的に保存しない。"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "自動的に保存する。"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "自動的に保存するかどうかの設定"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "設定"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "TiddlyWikiの動作を設定します。"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "ナビゲーションアドレスバー"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "ナビゲーションアドレスバーの動作:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "アドレスバーを変更しない。"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "tiddlerをアドレスに含める。"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "開くtiddlerと、現在開いているtiddlerをアドレスに含める。"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "操作履歴"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "tiddlerを操作したときのブラウザの履歴の設定:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "履歴を残さない。"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "履歴を残す。"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "ボタンの表示"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "ツールバーのボタンの表示の設定:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "アイコンを表示する。"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "テキストを表示する。"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "表示スタイル"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "現在の表示スタイル:"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "テーマ"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "現在のテーマ:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Tiddlerフィールド"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "以下はこの TiddlyWiki で使用されているすべての tiddler フィールド の一覧です（システム tiddler も含みますが、隠し tiddler は含んでいません）。"
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "ツールバー"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "編集画面"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "編集画面で表示するボタンを選んでください。"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "ツールバーに表示するボタンを選んでください。"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "サイドバー"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "サイドバーに表示するボタンを選んでください。"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "閲覧画面"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "閲覧画面に表示するボタンを選んでください。"
},
"$:/language/ControlPanel/Tools/Caption": {
"title": "$:/language/ControlPanel/Tools/Caption",
"text": "ツール"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "全てウィキをダウンロードする"
},
"$:/language/ControlPanel/Tools/Export/AllAsStaticHTML/Caption": {
"title": "$:/language/ControlPanel/Tools/Export/AllAsStaticHTML/Caption",
"text": "すべての tiddler を含む閲覧用 HTML としてダウンロードする"
},
"$:/language/ControlPanel/Tools/Export/Heading": {
"title": "$:/language/ControlPanel/Tools/Export/Heading",
"text": "エクスポート"
},
"$:/core/ja-JP/readme": {
"title": "$:/core/ja-JP/readme",
"text": "このプラグインには、下記から成るTiddlyWiliのコアコンポーネントが含まれています。：\n\n* JavaScript モジュール\n* アイコン\n* TiddlyWikiの表示に必要なテンプレート\n* コアに使用される各言語の文字列の英語（\"en-GB\"）表現\n"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "日"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "日"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "日"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "日"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "日"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "日"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "日"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "日"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "日"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "日"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "日"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "日"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "日"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "日"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "日"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "日"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "日"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "日"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "日"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "日"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "日"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "日"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "日"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "日"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "日"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "日"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "日"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "日"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "日"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "日"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "日"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "日曜"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "月曜"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "火曜"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "水曜"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "木曜"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "金曜"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "土曜"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "睦月"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "神無月"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "霜月"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "師走"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "如月"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "弥生"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "卯月"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "皐月"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "水無月"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "文月"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "葉月"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "長月"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "午前"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "午後"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "日"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "月"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "火"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "水"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "木"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "金"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "土"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "１月"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "１０月"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "１１月"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "１２月"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "２月"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "３月"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "４月"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "５月"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "６月"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "７月"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "８月"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "９月"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> 日後"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> 時間後"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> 分後"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> か月後"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 秒後"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> 秒後"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> 年後"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> 日前"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> 時間前"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> 分前"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> か月前"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 秒前"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> 秒前"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> 年前"
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "アニメーション。通常は RevealWidget で使用されるモジュール。"
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Node.js で実行できるコマンド。"
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "`$tw.config` に格納されるデータ。"
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "個々のフィルタ操作用メソッドモジュール。"
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "`$tw` に格納されるグローバルデータ。"
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "フィルタ ''is'' メソッドのオペランドモジュール。"
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript マクロの定義モジュール。"
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "各種 ContentType のパーサモジュール。"
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "ファイル保存メソッドモジュール。ブラウザによる差異を吸収する。"
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "初回実行ファンクションモジュール。"
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "リストウィジェットのアニメーションや振る舞いをカスタマイズするモジュール。"
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "tiddler を他の ContentType に変換するモジュール。"
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "個々の tiddler フィールドの振る舞いを定義するモジュール。"
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "`$tw.Tiddler` の prototype にメソッドを追加するモジュール。"
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "アップグレードやインポート中にtiddlerのアップグレード処理を追加するモジュール。"
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "`$tw.utils` にメソッドを追加するモジュール。"
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "`$tw.utils` に Node.js 特有のメソッドを追加するモジュール。"
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "DOM の描画や操作をひとまとめにしたウィジェットモジュール。"
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "`$tw.Wiki` にメソッドを追加するモジュール。"
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "メインの WikiText パーサのための個々の解析ルールモジュール。"
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "アラートの背景"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "アラートの枠線"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "アラートのハイライト"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "抑えたアラートの前景"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "標準の背景"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "引用線"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "コードの背景"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "コードの枠線"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "コードの前景"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "未保存の表示"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "ダウンロードボタンの背景"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "ダウンロードボタンの前景"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "ドラッグの背景"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "ドラッグの前景"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "ドロップダウンの背景"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "ドロップダウンの前景"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "ドロップダウンタブの背景"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "選択状態のドロップダウンタブの背景"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "ドロップ領域の背景"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "外部リンクの背景"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "外部リンクの背景（ホバー）"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "外部リンクの背景（既訪）"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "外部リンクの前景"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "外部リンクの前景（ホバー）"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "外部リンクの前景（既訪）"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "標準の前景"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "メッセージボックスの背景"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "メッセージボックスの枠線"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "メッセージボックスの前景"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "モーダルウィンドウの影"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "モーダルウィンドウの背景"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "モーダルウィンドウの枠線"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "モーダルフッタの背景"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "モーダルフッタの枠線"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "モーダルヘッダの枠線"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "抑えた前景"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "通知領域の背景"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "通知領域の枠線"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "ページの背景"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "整形済みコードの背景"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "整形済みコードの枠線"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "標準の前景"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "サイドバーボタンの前景"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "サイドバーコントロールの前景"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "サイドバーコントロールの前景（ホバー）"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "サイドバーの前景"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "サイドバー前景の影"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "サイドバーの抑えた前景"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "サイドバーの抑えた前景（ホバー）"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "サイドバータブの背景"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "サイドバータブの背景（選択済）"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "サイドバータブの枠線"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "サイドバータブの枠線（選択済）"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "サイドバータブの分割線"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "サイドバータブの前景"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "サイドバータブの前景（選択済）"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "サイドバーtiddlerリンクの前景"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "サイドバーtiddlerリンクの前景（ホバー）"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "固定アラート前景"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "タブの背景"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "タブの背景（選択済）"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "タブの枠線"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "タブの枠線（選択済）"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "タブの分割線"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "タブの前景"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "タブの前景（選択済）"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "テーブルの枠線"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "テーブルフッタの背景"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "テーブルヘッダの背景"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "タグの背景"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "タグの前景"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "tiddlerの背景"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "tiddlerの前景"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "tiddler部品の前景"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "tiddler部品の前景（ホバー）"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "tiddler部品の前景（選択済）"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "tiddlerエディタの背景"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "tiddlerエディタの枠線"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "tiddlerエディタの枠線イメージ"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "tiddlerエディタの背景（偶数フィールド）"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "tiddlerエディタの背景（奇数フィールド）"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "tiddlerインフォパネルの背景"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "tiddlerインフォパネルの枠線"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "tiddlerインフォパネルタブの背景"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "tiddlerリンクの背景"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "tiddlerリンクの前景"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "tiddlerサブタイトルの前景"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "tiddlerタイトルの前景"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "ツールバー「キャンセル」ボタンの前景"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "ツールバー「閉じる」ボタンの前景"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "ツールバー「削除」ボタンの前景"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "ツールバー「確定」ボタンの前景"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "ツールバー「編集」ボタンの前景"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "ツールバー「情報」ボタンの前景"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "ツールバー「新規Tiddler」ボタンの前景"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "ツールバー「オプション」ボタンの前景"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "ツールバー「保存」ボタンの前景"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "未タグ背景"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "きわめて控えめな前景"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "このtiddlerは外部のTiddlyWikiのファイルに保存されています。タグやフィールドの編集はできますが、実際の外部コンテンツを直接編集することはできません。"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "ここに tiddler の本文を入力してください。"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "fieldを削除"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "fieldを削除"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "追加"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "フィールド名"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "新しいフィールドを追加:"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "フィールドの値"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "このshadow tiddlerは編集されたものです。このtiddlerを削除すると、ものとshaddow tiddlerが有効になります。"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "これはshadow tiddlerです。変更すると上書きされます。"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "追加"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "タグ名"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "タグ一覧"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "タグ一覧を表示"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "コンテンツタイプを削除"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "コンテンツタイプを削除"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "コンテンツタイプ一覧"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "コンテンツタイプ一覧を表示"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "種類"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Tiddlerの種類:"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "静的HTMLファイルとして構成される一連のtiddler"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "外部画像tiddlerのURI"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "tiddlerの由来となったbagの名前"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "タブやボタンに表示されるテキスト"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "tiddler に使用される CSS カラーの値"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "[[アラート tiddler|AlertMechanism]] の原因となったコンポーネントの名前"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "tiddler が作成された日付"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "tiddler の作成者名"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "[[history list|HistoryMechanism]] のトップにある tiddler をキャッシュするために使用される"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "プラグインが依存する他のプラグインのリスト"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "プラグインなどの説明文"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "それがドラフト tiddler であるときのタイトル"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "ドラフト tiddler が正式版になったときに使用される予定のタイトル"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "ウィザードのフッタ部テキスト"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "[[$:/core/templates/static.content]] で使用される一時保管用フィールド"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "紐付けられているアイコン tiddler のタイトル"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "\"yes\" となっている場合、その tiddler は JavaScript ライブラリとして保存されなければならない"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "そのtiddlerに紐付くtiddler名の順序付きリスト"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "このフィールドが設定されたtiddlerは、順序付きリストでこのフィールドに記載の名前のtiddlerの後ろに並ぶ。"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "このフィールドが設定されたtiddlerは、順序付きリストでこのフィールドに記載の名前のtiddlerの前に並ぶ。ただし空文字列が指定されていた場合は順序付きリストの先頭になる。"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "その tiddler の最終更新日時"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "その tiddler を最後に更新したユーザ名"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "人が読める形のプラグイン tiddler 名"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "プラグインの優先度を示す数値"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "プラグインの種別"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "TiddlyWiki のリリース日付"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "サーバー上の tiddler のリビジョン"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "その tiddler のソース URL"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "ウィザードのサブタイトル"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "その tiddler に付けられたタグのリスト"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "tiddler の本文"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "tiddler の一意となる名称"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "その tiddler の種別"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "プラグインのバージョン情報"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "システムタグを除くすべてのタグ"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "システムtiddler を除くすべてのtiddler"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "ドラフト状態のtiddler"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "未作成のtiddler"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "孤立状態のtiddler"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "上書きされている隠しtiddler"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "最近更新されたtiddler（システムtiddlerを含む）"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "最近更新されたtiddler"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "隠しtiddler"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "システムタグ"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "システムtiddler"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n~TiddlyWikiにようこそ。これは個人で使えるWeb ノートです。\n\n作業を開始する前に保存機能が正しく使えるかどうかをご確認ください。 - 詳細は http://tiddlywiki.com/ の説明をご覧ください。\n\nそれでは始めましょう:\n\n* サイドバーにある「＋」ボタンで新しいtiddlerを作成します。\n* サイドバーにある「歯車」ボタンで コントロールパネル を開いて、このWikiに対する設定ができます。\n** 「基本」タブのデフォルトtiddlerを変更することで、Wikiを開くたびにこのメッセージが表示されないようにできます。\n* 変更を保存するにはサイドバーの「ダウンロード」ボタンを押してください。\n* 書式に関する詳細は WikiText を参照してください。\n\n!! この~TiddlyWikiを設定\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "設定されたコマンドを自動実行",
"text": "現在のwikiの指定したターゲット（target）をビルドします。もしターゲットを指定しない場合は、ビルド可能な全てのターゲットをビルドします。\n\n```\n--build <target> [<target> ...]\n```\n\nビルドターゲットは、wikiフォルダのtiddlywiki.infoに定義されます。\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "続けて暗号化するためのパスワードの解除",
"text": "続けて暗号化するために、パスワードを解除します。\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"description": "",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\n使用方法: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\n使用可能なコマンド:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\n各コマンドの詳細なヘルプを見たい場合は:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "使用可能なTiddlyWikiのエディションの一覧を表示",
"text": "使用可能なTiddlyWikiのエディションの名称と説明の一覧を表示する。`--init`コマンドで特定のエディションの新しいwikiを作成できる。```--editions```"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "TiddlyWikiコマンドのヘルプを表示",
"text": "コマンドのヘルプを表示します:\n\n```\n--help [<command>]\n```\n\nコマンド名が指定されなければ、使用可能なコマンドの一覧が表示されます。\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "空の[[Wikiフォルダ|WikiFolders]] を初期化",
"text": "空の [[Wikiフォルダ|WikiFolders]] を初期化し、その中に指定したエディションの内容をコピーします。\n\n```\n--init <edition> [<edition> ...]\n```\n\n使用例:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\n備考:\n\n* 必要ならば Wiki フォルダが新たに作成されます。\n* デフォルトのエディションは ''empty'' です。\n* wiki フォルダが空ではない場合、init コマンドは失敗します。\n* init コマンドは指定エディションの `tiddlywiki.info` ファイルに指定されている `includeWikis` は除外します。\n* 複数のエディションを指定した場合、先に指定したエディションに含まれているファイルは、後に指定したエディションに同名のファイルが含まれていると上書きされます。つまり最終的な `tiddlywiki.info` は最後に指定したエディションのものが使用されます。\n* `--editions` で使用できるエディションの一覧を表示します。\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "ファイルからtiddlerを読み込み",
"text": "tiddler を TiddlyWiki Ver.2 のファイル (`.html`), `.tiddler`, `.tid`, `.json` などから読み込みます。\n\n```\n--load <filepath>\n```\n\n暗号化された TiddlyWiki ファイルから読み込むためには、最初に password コマンドでパスワードを指定する必要があります。\n\n使用例:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nなお、既に読み込まれたプラグインより古いバージョンのプラグインは読み込みません。\n\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "アップグレード処理に必要なライブラリプラグインを生成",
"text": "アップグレードに使用する`$:/UpgradeLibrary` tiddlerを作成します。\n\nアップグレード用のライブラリの書式は、libraryというタイプの一般的なプラグインtiddlerです。ライブラリには、TiddlyWiki5リポジトリに含まれている各プラグイン、テーマ、および言語パックが含まれています。\n\nこのコマンドは、内部的に使用することを想定したものです。アップグレードをカスタムの方法で実行するユーザーだけに関連するものです。\n\n```\n--makelibrary <title>\n```\n\n引数titleの規定値は、`$:/UpgradeLibrary`です。\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"description": "",
"text": "この項目のヘルプはありません\n"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "次に実行するコマンドの出力ディレクトリの設定",
"text": "\n次に実行するコマンドのために、出力の基準となるディレクトリを設定します。規定の出力ディレクトリは、編集ディレクトリの`output`という名前のサブディレクトリです。\n\n```\n--output <pathname>\n```\n\nもしpathnameに相対パスを指定した場合は、作業ディレクトリからの相対パスとなります。たとえば、`--output .`と指定した場合は、出力ディレクトリは現在の作業ディレクトリとなります。\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "暗号化のパスワードの設定",
"text": "\n暗号化に使用するパスワードを設定します。\n\n```\n--password <password>\n```\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "個々の tiddler を指定した ContentType で出力",
"text": "個々の tiddler を指定した ContentType で出力します。デフォルトは `text/html` で、指定されたファイル名で内容を保存します。\n\n```\n--rendertiddler <title> <filename> [<type>]\n```\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "フィルタパターンを指定してマッチする tiddler を指定した ContentTypeで出力",
"text": "フィルタパターンを指定してマッチする tiddler を指定した ContentType（デフォルトは`text/html`）と拡張子（デフォルトは`.html`）で出力します。 \n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>]\n```\n\n使用例:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "rawテキストのtiddlerをファイルに保存",
"text": "個別の tiddler を raw テキストあるいはバイナリフォーマットにて、指定したファイル名に保存します。\n\n```\n--savetiddler <title> <filename>\n```\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "rawテキストのtiddlerのグループをディレクトリに保存",
"text": "tiddler のグループを raw テキストあるいはバイナリフォーマットにて、指定したファイル名に保存します。```--savetiddlers <filter> <pathname>```デフォルトでは、パス名はエディションのディレクトリ配下にある`output`ディレクトリです。`--output`コマンドで異なる出力先を指定できます。ディレクトリ名が存在しない場合は自動的に作成されます。"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "TiddlyWikiにHTTPサーバのインターフェースを提供",
"text": "TiddlyWiki5 に組み込まれているサーバー機能は非常にシンプルなものです。TiddlyWeb との互換性はありますが、インターネット上で安定して公開するために必要となるいくつもの機能がサポートされていません。\n\nroot 階層では指定された tiddler のレンダリングを行います。root 階層以外では JSON エンコードされた個々の tiddler や、一般的な HTTP 操作（`GET`, `PUT`, `DELETE`）をサポートします。\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host>\n```\n\n以下のパラメータがあります:\n\n* ''port'' - 待ち受けるポート番号（デフォルトは \"8080\"）\n* ''roottiddler'' - root階層になる tiddler（デフォルトは \"$:/core/save/all\"）\n* ''rendertype'' - root tiddler がレンダリングされるときの ContentType（デフォルトは \"text/plain\"）\n* ''servetype'' - root tiddler がリクエストされるときの ContentType（デフォルトは \"text/html\"）\n* ''username'' - 編集した tiddler を保存する際のデフォルトユーザ名\n* ''password'' - ベーシック認証用のパスワード\n* ''host'' - サーバーとなるホスト名（デフォルトは \"127.0.0.1\" つまり \"localhost\"）\n\npassword パラメータが指定された場合ブラウザはユーザ名とパスワードを尋ねるようになります。なお、このパスワードはネットワーク上を平文で流れるため、この実装はインターネット上に公開するような一般的な使用には適していないことに注意してください。\n\n使用例:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\n同時に複数の TiddlyWiki サーバーを起動したい場合は、それぞれに別々のポート番号を割り当てる必要があります。\n\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "tiddlerを使用する準備",
"text": "//注意 このコマンドは実験的なもので、今後変更される可能性があります。//\n\nテンプレートtiddlerの内容を、複数のtiddlerの指定のフィールドに設定する。\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nパラメータ：\n\n* \"filter\" - コマンドの対象となるtiddler\n* \"fieldname\" - 変更するフィールド（規定値は\"text\"）\n* \"templatetitle\" - 指定のフィールドに転記する元になるtiddler。もし空白あるはtiddlerが存在しない場合は、指定したフィールドは削除される。\n* \"rendertype\" - テキストの種類（規定値は\"text/plain\"。\"text/html\"にするとHTMLタグを含められる。）\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "プラグインに含まれているtiddlerの取り出し",
"text": "プラグインに格納されているtiddlerを取り出し、一般的なtiddlerとして出力します。\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "詳細出力モード",
"text": "詳細出力を有効にする。デバッグ時に有用。```--verbose```"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "TiddlyWikiのバージョン番号を表示",
"text": "TiddlyWiki のバージョン番号を表示する\n\n```\n--version\n```\n"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "キャンセル"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "インポートの準備ができたtiddler:"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "インポート"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "選択"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "ステータス"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "タイトル"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "ブロックされた、互換性のないまたは廃止されたプラグイン"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "ブロックされたプラグイン（インポートされる<<incoming>>プラグインが存在している<<existing>>プラグインより古いため）"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "<<incoming>> から <<upgraded>>にアップグレードされたプラグイン"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "ブロックされた一時tiddler"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "ブロックされたシステムtiddler"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "<$text text=<<from>>/> から移動したtheme tweak"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "このtiddlerにはバイナリデータが含まれています。"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "この tiddler はクラシックスタイルのTiddlyWikiフォーマットで書かれています。このフォーマットはTiddlyWiki5との完全な互換性はありません。詳しくは http://tiddlywiki.com/static/Upgrading.html を参照してください。"
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "アップグレード"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "すべて閉じる"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "本当にこのtiddler \"<$text text=<<title>>/>\" の編集内容を取り消しますか？"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "本当にこのtiddler \"<$text text=<<title>>/>\" を削除しますか?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "隠しtiddlerを編集します。将来のアップグレードで互換性がとれなくなるかもしれません。本当にこのtiddler \"<$text text=<<title>>/>\" を編集しますか？"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "本当にこの tiddler \"<$text text=<<title>>/>\" を上書きしますか?"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "ドロップしてください。（止めるには、キャンセルをクリックしてください。）"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "パスワードを削除すると暗号化も解除されますが、本当にパスワードを削除しますか？"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "パスワードを入力してください。"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "フィールド名に不正な文字が使われています \"<$text text=<<fieldName>>/>\". フィールド名に使用できるのは英小文字かアンダースコア(`_`)、ハイフン(`-`)、ピリオド(`.`)のみです。"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "未作成の tiddler \"<$text text=<<currentTiddler>>/>\" - クリック {{$:/core/images/edit-button}} して作成"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "YYYY-MM-DD"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "これはシステム tiddler です"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "色"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "アイコン"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "情報"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "タグ"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "保存していない編集内容があります。"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "変更のダウンロード",
"footer": "<$button message=\"tm-close-tiddler\">閉じる</$button>",
"help": "http://tiddlywiki.com/static/DownloadingChanges.html",
"text": "このブラウザは手動での保存しかできません。\n\n編集済みの wiki を保存するには下記のリンクを右クリックし「ファイルをダウンロード」あるいは「ファイルを保存」を選択し、保存先とファイル名を指定してください。\n\n//コントロールキー(Windowsの場合)あるいは Option/alt キー(Mac OS Xの場合)を押しながらリンクをクリックすることですぐに保存が可能です。このときフォルダー名やファイル名を尋ねられることはありませんが、ブラウザが自動的に判りにくい名前を付けてしまうので、保存後にわかりやすい名前（拡張子 .htmlを含む）を付けた方が良いでしょう。//\n\nスマートフォンではダウンロードはできません。代わりにリンクをブックマークしてください。そしてそのブックマークをデスクトップ機へ同期してください。\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "作業内容を保存する",
"footer": "<$button message=\"tm-close-tiddler\">閉じる</$button>",
"help": "http://tiddlywiki.com/static/SavingChanges.html",
"text": "この wiki への変更内容を ~TiddlyWiki HTML ファイルとして保存する必要があります。\n\n!!! デスクトップブラウザの場合\n\n# ''ファイル'' メニューから ''名前を付けて保存'' を選択します\n# 保存場所とファイル名を指定します\n#* 一部のブラウザでは保存のときに ''Webページ HTMLのみ'' などといった形式を選択しなければいけない場合があります\n# タブを閉じます\n\n!!! スマートフォンブラウザの場合\n\n# このページをブックマークします\n#* すでに iCloud や Google Sync が設定済みならばブックマークは自動的にデスクトップ機に同期されます。デスクトップ機で改めてブックマークを開き、上記の手順で保存してください\n# タブを閉じます\n\n//モバイルサファリでそのブックマークを開くとこのメッセージが再度表示されます。下にある「閉じる」ボタンでその先に進めます。//\n"
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Journal"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "YYYY年MM月DD日(ddd)"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "wikiを保存しました"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "wikiを保存します"
},
"$:/language/Search/Advanced/Matches": {
"title": "$:/language/Search/Advanced/Matches",
"text": "//<small><<resultCount>> 件一致</small>//"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "List"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "フィルタ"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "[[フィルタ|http://tiddlywiki.com/static/Filters.html]]で検索します。 "
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> 件一致</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> 件一致</small>//"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "隠し"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "隠しtiddlerを検索します。"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> 件一致</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "一般"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "一般のtiddlerを検索します。"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> 件一致</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "システム"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "システムtiddlerを検索します。"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> 件一致</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "全て"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "目次"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "ドラフト"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "未作成"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "詳しく"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "表示中"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "被参照無し"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "最近の更新"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "隠し"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "システム"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "タグ別"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "タグ無し"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "ツール"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "種類別"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "私の~TiddlyWiki"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "詳細"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "なし"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "プラグイン詳細"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "このプラグインは次の隠しtiddlerを含んでいます :"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "隠しステータス"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "この tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> は隠し tiddler ではありません"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "通常の tiddler に上書きされています"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "この tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> は隠し tiddler です"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "プラグイン <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link> で定義されています"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "フィールド"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "リスト"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "リストはありません。"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "被リスト"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "このtiddlerを参照するリストはありません。"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "参照"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "他のtiddlerから参照されていません。"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "この名でタグ付"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "この名でタグ付けされたtiddlerはありません。"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "ツール"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScriptコード",
"name": "application/javascript",
"group": "Developer"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON データ",
"name": "application/json",
"group": "Developer"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "データ辞書",
"name": "application/x-tiddler-dictionary",
"group": "Developer"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF画像",
"name": "image/gif",
"group": "Image"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG画像",
"name": "image/jpeg",
"group": "Image"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG画像",
"name": "image/png",
"group": "Image"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "SVG形式画像",
"name": "image/svg+xml",
"group": "Image"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "アイコンファイル（ICOフォーマット）",
"name": "image/x-icon",
"group": "Image"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "CSSスタイルシート",
"name": "text/css",
"group": "Image"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML",
"name": "text/html",
"group": "Text"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "プレーンテキスト",
"name": "text/plain",
"group": "Text"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5形式",
"name": "text/vnd.tiddlywiki",
"group": "Text"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki クラシック",
"name": "text/x-tiddlywiki",
"group": "Text"
},
"$:/languages/ja-JP/icon": {
"title": "$:/languages/ja-JP/icon",
"type": "image/svg+xml",
"text": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"900\" height=\"600\">\n<rect fill=\"#a0a0a0\" height=\"600\" width=\"900\"/>\n<rect fill=\"#fff\" x=\"6\" y=\"6\" width=\"888\" height=\"588\"/>\n<circle fill=\"#be0026\" cx=\"450\" cy=\"300\" r=\"180\"/>\n</svg>"
}
}
}
{
"tiddlers": {
"$:/config/EditorTypeMappings/application/javascript": {
"title": "$:/config/EditorTypeMappings/application/javascript",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/application/json": {
"title": "$:/config/EditorTypeMappings/application/json",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/application/x-tiddler-dictionary": {
"title": "$:/config/EditorTypeMappings/application/x-tiddler-dictionary",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/css": {
"title": "$:/config/EditorTypeMappings/text/css",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/html": {
"title": "$:/config/EditorTypeMappings/text/html",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/plain": {
"title": "$:/config/EditorTypeMappings/text/plain",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/x-markdown": {
"title": "$:/config/EditorTypeMappings/text/x-markdown",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/x-tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/x-tiddlywiki",
"text": "codemirror"
},
"$:/config/CodeMirror": {
"title": "$:/config/CodeMirror",
"type": "application/json",
"text": "{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/mode/multiplex.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/css/css.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/htmlembedded/htmlembedded.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/htmlmixed/htmlmixed.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/markdown/markdown.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/meta.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js\"\n ],\n \"configuration\": {\n \"matchBrackets\": true,\n \"showCursorWhenSelecting\": true\n }\n}"
},
"$:/plugins/tiddlywiki/codemirror/edit-codemirror.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/codemirror/edit-codemirror.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-codemirror widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tCodeMirrorEngine = require(\"$:/plugins/tiddlywiki/codemirror/engine.js\").CodeMirrorEngine;\n\nexports[\"edit-codemirror\"] = editTextWidgetFactory(CodeMirrorEngine,CodeMirrorEngine);\n\n})();\n",
"title": "$:/plugins/tiddlywiki/codemirror/edit-codemirror.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/tiddlywiki/codemirror/engine.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/codemirror/engine.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a CodeMirror instance\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CODEMIRROR_OPTIONS = \"$:/config/CodeMirror\",\n\tHEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\"\n\n// Install CodeMirror\nif($tw.browser && !window.CodeMirror) {\n\twindow.CodeMirror = require(\"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js\");\n\t// Install required CodeMirror plugins\n\tvar configOptions = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}),\n\t\treq = configOptions.require;\n\tif(req) {\n\t\tif($tw.utils.isArray(req)) {\n\t\t\tfor(var index=0; index<req.length; index++) {\n\t\t\t\trequire(req[index]);\n\t\t\t}\n\t\t} else {\n\t\t\trequire(req);\n\t\t}\n\t}\n}\n\nfunction CodeMirrorEngine(options) {\n\t// Save our options\n\tvar self = this;\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create the wrapper DIV\n\tthis.domNode = this.widget.document.createElement(\"div\");\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\tthis.domNode.style.display = \"inline-block\";\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n\t// Get the configuration options for the CodeMirror object\n\tvar config = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}).configuration || {};\n\tif(!(\"lineWrapping\" in config)) {\n\t\tconfig.lineWrapping = true;\n\t}\n\tif(!(\"lineNumbers\" in config)) {\n\t\tconfig.lineNumbers = true;\n\t}\n\tconfig.mode = options.type;\n\tconfig.value = options.value;\n\t// Create the CodeMirror instance\n\tthis.cm = window.CodeMirror(function(cmDomNode) {\n\t\t// Note that this is a synchronous callback that is called before the constructor returns\n\t\tself.domNode.appendChild(cmDomNode);\n\t},config);\n\t// Set up a change event handler\n\tthis.cm.on(\"change\",function() {\n\t\tself.widget.saveChanges(self.getText());\n\t});\n\tthis.cm.on(\"drop\",function(cm,event) {\n\t\tevent.stopPropagation(); // Otherwise TW's dropzone widget sees the drop event\n\t\treturn false;\n\t});\n\tthis.cm.on(\"keydown\",function(cm,event) {\n\t\treturn self.widget.handleKeydownEvent.call(self.widget,event);\n\t});\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nCodeMirrorEngine.prototype.setText = function(text,type) {\n\tthis.cm.setOption(\"mode\",type);\n\tif(!this.cm.hasFocus()) {\n\t\tthis.cm.setValue(text);\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nCodeMirrorEngine.prototype.getText = function() {\n\treturn this.cm.getValue();\n};\n\n/*\nFix the height of textarea to fit content\n*/\nCodeMirrorEngine.prototype.fixHeight = function() {\n\tif(this.widget.editAutoHeight) {\n\t\t// Resize to fit\n\t\tthis.cm.setSize(null,null);\n\t} else {\n\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\tthis.cm.setSize(null,fixedHeight);\n\t}\n};\n\n/*\nFocus the engine node\n*/\nCodeMirrorEngine.prototype.focus = function() {\n\tthis.cm.focus();\n}\n\n/*\nCreate a blank structure representing a text operation\n*/\nCodeMirrorEngine.prototype.createTextOperation = function() {\n\tvar selections = this.cm.listSelections();\n\tif(selections.length > 0) {\n\t\tvar anchorPos = this.cm.indexFromPos(selections[0].anchor),\n\t\t\theadPos = this.cm.indexFromPos(selections[0].head);\n\t}\n\tvar operation = {\n\t\ttext: this.cm.getValue(),\n\t\tselStart: Math.min(anchorPos,headPos),\n\t\tselEnd: Math.max(anchorPos,headPos),\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nCodeMirrorEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tthis.cm.replaceRange(operation.replacement,this.cm.posFromIndex(operation.cutStart),this.cm.posFromIndex(operation.cutEnd));\n\t\tthis.cm.setSelection(this.cm.posFromIndex(operation.newSelStart),this.cm.posFromIndex(operation.newSelEnd));\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t}\n\tthis.cm.focus();\n\treturn newText;\n};\n\nexports.CodeMirrorEngine = CodeMirrorEngine;\n\n})();\n",
"title": "$:/plugins/tiddlywiki/codemirror/engine.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// This is CodeMirror (http://codemirror.net), a code editor\n// implemented in JavaScript on top of the browser's DOM.\n//\n// You can find some technical background for some of the code below\n// at http://marijnhaverbeke.nl/blog/#cm-internals .\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n module.exports = mod();\n else if (typeof define == \"function\" && define.amd) // AMD\n return define([], mod);\n else // Plain browser env\n (this || window).CodeMirror = mod();\n})(function() {\n \"use strict\";\n\n // BROWSER SNIFFING\n\n // Kludges for bugs and behavior differences that can't be feature\n // detected are enabled based on userAgent etc sniffing.\n var userAgent = navigator.userAgent;\n var platform = navigator.platform;\n\n var gecko = /gecko\\/\\d/i.test(userAgent);\n var ie_upto10 = /MSIE \\d/.test(userAgent);\n var ie_11up = /Trident\\/(?:[7-9]|\\d{2,})\\..*rv:(\\d+)/.exec(userAgent);\n var ie = ie_upto10 || ie_11up;\n var ie_version = ie && (ie_upto10 ? document.documentMode || 6 : ie_11up[1]);\n var webkit = /WebKit\\//.test(userAgent);\n var qtwebkit = webkit && /Qt\\/\\d+\\.\\d+/.test(userAgent);\n var chrome = /Chrome\\//.test(userAgent);\n var presto = /Opera\\//.test(userAgent);\n var safari = /Apple Computer/.test(navigator.vendor);\n var mac_geMountainLion = /Mac OS X 1\\d\\D([8-9]|\\d\\d)\\D/.test(userAgent);\n var phantom = /PhantomJS/.test(userAgent);\n\n var ios = /AppleWebKit/.test(userAgent) && /Mobile\\/\\w+/.test(userAgent);\n // This is woefully incomplete. Suggestions for alternative methods welcome.\n var mobile = ios || /Android|webOS|BlackBerry|Opera Mini|Opera Mobi|IEMobile/i.test(userAgent);\n var mac = ios || /Mac/.test(platform);\n var windows = /win/i.test(platform);\n\n var presto_version = presto && userAgent.match(/Version\\/(\\d*\\.\\d*)/);\n if (presto_version) presto_version = Number(presto_version[1]);\n if (presto_version && presto_version >= 15) { presto = false; webkit = true; }\n // Some browsers use the wrong event properties to signal cmd/ctrl on OS X\n var flipCtrlCmd = mac && (qtwebkit || presto && (presto_version == null || presto_version < 12.11));\n var captureRightClick = gecko || (ie && ie_version >= 9);\n\n // Optimize some code when these features are not used.\n var sawReadOnlySpans = false, sawCollapsedSpans = false;\n\n // EDITOR CONSTRUCTOR\n\n // A CodeMirror instance represents an editor. This is the object\n // that user code is usually dealing with.\n\n function CodeMirror(place, options) {\n if (!(this instanceof CodeMirror)) return new CodeMirror(place, options);\n\n this.options = options = options ? copyObj(options) : {};\n // Determine effective options based on given values and defaults.\n copyObj(defaults, options, false);\n setGuttersForLineNumbers(options);\n\n var doc = options.value;\n if (typeof doc == \"string\") doc = new Doc(doc, options.mode, null, options.lineSeparator);\n this.doc = doc;\n\n var input = new CodeMirror.inputStyles[options.inputStyle](this);\n var display = this.display = new Display(place, doc, input);\n display.wrapper.CodeMirror = this;\n updateGutters(this);\n themeChanged(this);\n if (options.lineWrapping)\n this.display.wrapper.className += \" CodeMirror-wrap\";\n if (options.autofocus && !mobile) display.input.focus();\n initScrollbars(this);\n\n this.state = {\n keyMaps: [], // stores maps added by addKeyMap\n overlays: [], // highlighting overlays, as added by addOverlay\n modeGen: 0, // bumped when mode/overlay changes, used to invalidate highlighting info\n overwrite: false,\n delayingBlurEvent: false,\n focused: false,\n suppressEdits: false, // used to disable editing during key handlers when in readOnly mode\n pasteIncoming: false, cutIncoming: false, // help recognize paste/cut edits in input.poll\n selectingText: false,\n draggingText: false,\n highlight: new Delayed(), // stores highlight worker timeout\n keySeq: null, // Unfinished key sequence\n specialChars: null\n };\n\n var cm = this;\n\n // Override magic textarea content restore that IE sometimes does\n // on our hidden textarea on reload\n if (ie && ie_version < 11) setTimeout(function() { cm.display.input.reset(true); }, 20);\n\n registerEventHandlers(this);\n ensureGlobalHandlers();\n\n startOperation(this);\n this.curOp.forceUpdate = true;\n attachDoc(this, doc);\n\n if ((options.autofocus && !mobile) || cm.hasFocus())\n setTimeout(bind(onFocus, this), 20);\n else\n onBlur(this);\n\n for (var opt in optionHandlers) if (optionHandlers.hasOwnProperty(opt))\n optionHandlers[opt](this, options[opt], Init);\n maybeUpdateLineNumberWidth(this);\n if (options.finishInit) options.finishInit(this);\n for (var i = 0; i < initHooks.length; ++i) initHooks[i](this);\n endOperation(this);\n // Suppress optimizelegibility in Webkit, since it breaks text\n // measuring on line wrapping boundaries.\n if (webkit && options.lineWrapping &&\n getComputedStyle(display.lineDiv).textRendering == \"optimizelegibility\")\n display.lineDiv.style.textRendering = \"auto\";\n }\n\n // DISPLAY CONSTRUCTOR\n\n // The display handles the DOM integration, both for input reading\n // and content drawing. It holds references to DOM nodes and\n // display-related state.\n\n function Display(place, doc, input) {\n var d = this;\n this.input = input;\n\n // Covers bottom-right square when both scrollbars are present.\n d.scrollbarFiller = elt(\"div\", null, \"CodeMirror-scrollbar-filler\");\n d.scrollbarFiller.setAttribute(\"cm-not-content\", \"true\");\n // Covers bottom of gutter when coverGutterNextToScrollbar is on\n // and h scrollbar is present.\n d.gutterFiller = elt(\"div\", null, \"CodeMirror-gutter-filler\");\n d.gutterFiller.setAttribute(\"cm-not-content\", \"true\");\n // Will contain the actual code, positioned to cover the viewport.\n d.lineDiv = elt(\"div\", null, \"CodeMirror-code\");\n // Elements are added to these to represent selection and cursors.\n d.selectionDiv = elt(\"div\", null, null, \"position: relative; z-index: 1\");\n d.cursorDiv = elt(\"div\", null, \"CodeMirror-cursors\");\n // A visibility: hidden element used to find the size of things.\n d.measure = elt(\"div\", null, \"CodeMirror-measure\");\n // When lines outside of the viewport are measured, they are drawn in this.\n d.lineMeasure = elt(\"div\", null, \"CodeMirror-measure\");\n // Wraps everything that needs to exist inside the vertically-padded coordinate system\n d.lineSpace = elt(\"div\", [d.measure, d.lineMeasure, d.selectionDiv, d.cursorDiv, d.lineDiv],\n null, \"position: relative; outline: none\");\n // Moved around its parent to cover visible view.\n d.mover = elt(\"div\", [elt(\"div\", [d.lineSpace], \"CodeMirror-lines\")], null, \"position: relative\");\n // Set to the height of the document, allowing scrolling.\n d.sizer = elt(\"div\", [d.mover], \"CodeMirror-sizer\");\n d.sizerWidth = null;\n // Behavior of elts with overflow: auto and padding is\n // inconsistent across browsers. This is used to ensure the\n // scrollable area is big enough.\n d.heightForcer = elt(\"div\", null, null, \"position: absolute; height: \" + scrollerGap + \"px; width: 1px;\");\n // Will contain the gutters, if any.\n d.gutters = elt(\"div\", null, \"CodeMirror-gutters\");\n d.lineGutter = null;\n // Actual scrollable element.\n d.scroller = elt(\"div\", [d.sizer, d.heightForcer, d.gutters], \"CodeMirror-scroll\");\n d.scroller.setAttribute(\"tabIndex\", \"-1\");\n // The element in which the editor lives.\n d.wrapper = elt(\"div\", [d.scrollbarFiller, d.gutterFiller, d.scroller], \"CodeMirror\");\n\n // Work around IE7 z-index bug (not perfect, hence IE7 not really being supported)\n if (ie && ie_version < 8) { d.gutters.style.zIndex = -1; d.scroller.style.paddingRight = 0; }\n if (!webkit && !(gecko && mobile)) d.scroller.draggable = true;\n\n if (place) {\n if (place.appendChild) place.appendChild(d.wrapper);\n else place(d.wrapper);\n }\n\n // Current rendered range (may be bigger than the view window).\n d.viewFrom = d.viewTo = doc.first;\n d.reportedViewFrom = d.reportedViewTo = doc.first;\n // Information about the rendered lines.\n d.view = [];\n d.renderedView = null;\n // Holds info about a single rendered line when it was rendered\n // for measurement, while not in view.\n d.externalMeasured = null;\n // Empty space (in pixels) above the view\n d.viewOffset = 0;\n d.lastWrapHeight = d.lastWrapWidth = 0;\n d.updateLineNumbers = null;\n\n d.nativeBarWidth = d.barHeight = d.barWidth = 0;\n d.scrollbarsClipped = false;\n\n // Used to only resize the line number gutter when necessary (when\n // the amount of lines crosses a boundary that makes its width change)\n d.lineNumWidth = d.lineNumInnerWidth = d.lineNumChars = null;\n // Set to true when a non-horizontal-scrolling line widget is\n // added. As an optimization, line widget aligning is skipped when\n // this is false.\n d.alignWidgets = false;\n\n d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n\n // Tracks the maximum line length so that the horizontal scrollbar\n // can be kept static when scrolling.\n d.maxLine = null;\n d.maxLineLength = 0;\n d.maxLineChanged = false;\n\n // Used for measuring wheel scrolling granularity\n d.wheelDX = d.wheelDY = d.wheelStartX = d.wheelStartY = null;\n\n // True when shift is held down.\n d.shift = false;\n\n // Used to track whether anything happened since the context menu\n // was opened.\n d.selForContextMenu = null;\n\n d.activeTouch = null;\n\n input.init(d);\n }\n\n // STATE UPDATES\n\n // Used to get the editor into a consistent state again when options change.\n\n function loadMode(cm) {\n cm.doc.mode = CodeMirror.getMode(cm.options, cm.doc.modeOption);\n resetModeState(cm);\n }\n\n function resetModeState(cm) {\n cm.doc.iter(function(line) {\n if (line.stateAfter) line.stateAfter = null;\n if (line.styles) line.styles = null;\n });\n cm.doc.frontier = cm.doc.first;\n startWorker(cm, 100);\n cm.state.modeGen++;\n if (cm.curOp) regChange(cm);\n }\n\n function wrappingChanged(cm) {\n if (cm.options.lineWrapping) {\n addClass(cm.display.wrapper, \"CodeMirror-wrap\");\n cm.display.sizer.style.minWidth = \"\";\n cm.display.sizerWidth = null;\n } else {\n rmClass(cm.display.wrapper, \"CodeMirror-wrap\");\n findMaxLine(cm);\n }\n estimateLineHeights(cm);\n regChange(cm);\n clearCaches(cm);\n setTimeout(function(){updateScrollbars(cm);}, 100);\n }\n\n // Returns a function that estimates the height of a line, to use as\n // first approximation until the line becomes visible (and is thus\n // properly measurable).\n function estimateHeight(cm) {\n var th = textHeight(cm.display), wrapping = cm.options.lineWrapping;\n var perLine = wrapping && Math.max(5, cm.display.scroller.clientWidth / charWidth(cm.display) - 3);\n return function(line) {\n if (lineIsHidden(cm.doc, line)) return 0;\n\n var widgetsHeight = 0;\n if (line.widgets) for (var i = 0; i < line.widgets.length; i++) {\n if (line.widgets[i].height) widgetsHeight += line.widgets[i].height;\n }\n\n if (wrapping)\n return widgetsHeight + (Math.ceil(line.text.length / perLine) || 1) * th;\n else\n return widgetsHeight + th;\n };\n }\n\n function estimateLineHeights(cm) {\n var doc = cm.doc, est = estimateHeight(cm);\n doc.iter(function(line) {\n var estHeight = est(line);\n if (estHeight != line.height) updateLineHeight(line, estHeight);\n });\n }\n\n function themeChanged(cm) {\n cm.display.wrapper.className = cm.display.wrapper.className.replace(/\\s*cm-s-\\S+/g, \"\") +\n cm.options.theme.replace(/(^|\\s)\\s*/g, \" cm-s-\");\n clearCaches(cm);\n }\n\n function guttersChanged(cm) {\n updateGutters(cm);\n regChange(cm);\n setTimeout(function(){alignHorizontally(cm);}, 20);\n }\n\n // Rebuild the gutter elements, ensure the margin to the left of the\n // code matches their width.\n function updateGutters(cm) {\n var gutters = cm.display.gutters, specs = cm.options.gutters;\n removeChildren(gutters);\n for (var i = 0; i < specs.length; ++i) {\n var gutterClass = specs[i];\n var gElt = gutters.appendChild(elt(\"div\", null, \"CodeMirror-gutter \" + gutterClass));\n if (gutterClass == \"CodeMirror-linenumbers\") {\n cm.display.lineGutter = gElt;\n gElt.style.width = (cm.display.lineNumWidth || 1) + \"px\";\n }\n }\n gutters.style.display = i ? \"\" : \"none\";\n updateGutterSpace(cm);\n }\n\n function updateGutterSpace(cm) {\n var width = cm.display.gutters.offsetWidth;\n cm.display.sizer.style.marginLeft = width + \"px\";\n }\n\n // Compute the character length of a line, taking into account\n // collapsed ranges (see markText) that might hide parts, and join\n // other lines onto it.\n function lineLength(line) {\n if (line.height == 0) return 0;\n var len = line.text.length, merged, cur = line;\n while (merged = collapsedSpanAtStart(cur)) {\n var found = merged.find(0, true);\n cur = found.from.line;\n len += found.from.ch - found.to.ch;\n }\n cur = line;\n while (merged = collapsedSpanAtEnd(cur)) {\n var found = merged.find(0, true);\n len -= cur.text.length - found.from.ch;\n cur = found.to.line;\n len += cur.text.length - found.to.ch;\n }\n return len;\n }\n\n // Find the longest line in the document.\n function findMaxLine(cm) {\n var d = cm.display, doc = cm.doc;\n d.maxLine = getLine(doc, doc.first);\n d.maxLineLength = lineLength(d.maxLine);\n d.maxLineChanged = true;\n doc.iter(function(line) {\n var len = lineLength(line);\n if (len > d.maxLineLength) {\n d.maxLineLength = len;\n d.maxLine = line;\n }\n });\n }\n\n // Make sure the gutters options contains the element\n // \"CodeMirror-linenumbers\" when the lineNumbers option is true.\n function setGuttersForLineNumbers(options) {\n var found = indexOf(options.gutters, \"CodeMirror-linenumbers\");\n if (found == -1 && options.lineNumbers) {\n options.gutters = options.gutters.concat([\"CodeMirror-linenumbers\"]);\n } else if (found > -1 && !options.lineNumbers) {\n options.gutters = options.gutters.slice(0);\n options.gutters.splice(found, 1);\n }\n }\n\n // SCROLLBARS\n\n // Prepare DOM reads needed to update the scrollbars. Done in one\n // shot to minimize update/measure roundtrips.\n function measureForScrollbars(cm) {\n var d = cm.display, gutterW = d.gutters.offsetWidth;\n var docH = Math.round(cm.doc.height + paddingVert(cm.display));\n return {\n clientHeight: d.scroller.clientHeight,\n viewHeight: d.wrapper.clientHeight,\n scrollWidth: d.scroller.scrollWidth, clientWidth: d.scroller.clientWidth,\n viewWidth: d.wrapper.clientWidth,\n barLeft: cm.options.fixedGutter ? gutterW : 0,\n docHeight: docH,\n scrollHeight: docH + scrollGap(cm) + d.barHeight,\n nativeBarWidth: d.nativeBarWidth,\n gutterWidth: gutterW\n };\n }\n\n function NativeScrollbars(place, scroll, cm) {\n this.cm = cm;\n var vert = this.vert = elt(\"div\", [elt(\"div\", null, null, \"min-width: 1px\")], \"CodeMirror-vscrollbar\");\n var horiz = this.horiz = elt(\"div\", [elt(\"div\", null, null, \"height: 100%; min-height: 1px\")], \"CodeMirror-hscrollbar\");\n place(vert); place(horiz);\n\n on(vert, \"scroll\", function() {\n if (vert.clientHeight) scroll(vert.scrollTop, \"vertical\");\n });\n on(horiz, \"scroll\", function() {\n if (horiz.clientWidth) scroll(horiz.scrollLeft, \"horizontal\");\n });\n\n this.checkedZeroWidth = false;\n // Need to set a minimum width to see the scrollbar on IE7 (but must not set it on IE8).\n if (ie && ie_version < 8) this.horiz.style.minHeight = this.vert.style.minWidth = \"18px\";\n }\n\n NativeScrollbars.prototype = copyObj({\n update: function(measure) {\n var needsH = measure.scrollWidth > measure.clientWidth + 1;\n var needsV = measure.scrollHeight > measure.clientHeight + 1;\n var sWidth = measure.nativeBarWidth;\n\n if (needsV) {\n this.vert.style.display = \"block\";\n this.vert.style.bottom = needsH ? sWidth + \"px\" : \"0\";\n var totalHeight = measure.viewHeight - (needsH ? sWidth : 0);\n // A bug in IE8 can cause this value to be negative, so guard it.\n this.vert.firstChild.style.height =\n Math.max(0, measure.scrollHeight - measure.clientHeight + totalHeight) + \"px\";\n } else {\n this.vert.style.display = \"\";\n this.vert.firstChild.style.height = \"0\";\n }\n\n if (needsH) {\n this.horiz.style.display = \"block\";\n this.horiz.style.right = needsV ? sWidth + \"px\" : \"0\";\n this.horiz.style.left = measure.barLeft + \"px\";\n var totalWidth = measure.viewWidth - measure.barLeft - (needsV ? sWidth : 0);\n this.horiz.firstChild.style.width =\n (measure.scrollWidth - measure.clientWidth + totalWidth) + \"px\";\n } else {\n this.horiz.style.display = \"\";\n this.horiz.firstChild.style.width = \"0\";\n }\n\n if (!this.checkedZeroWidth && measure.clientHeight > 0) {\n if (sWidth == 0) this.zeroWidthHack();\n this.checkedZeroWidth = true;\n }\n\n return {right: needsV ? sWidth : 0, bottom: needsH ? sWidth : 0};\n },\n setScrollLeft: function(pos) {\n if (this.horiz.scrollLeft != pos) this.horiz.scrollLeft = pos;\n if (this.disableHoriz) this.enableZeroWidthBar(this.horiz, this.disableHoriz);\n },\n setScrollTop: function(pos) {\n if (this.vert.scrollTop != pos) this.vert.scrollTop = pos;\n if (this.disableVert) this.enableZeroWidthBar(this.vert, this.disableVert);\n },\n zeroWidthHack: function() {\n var w = mac && !mac_geMountainLion ? \"12px\" : \"18px\";\n this.horiz.style.height = this.vert.style.width = w;\n this.horiz.style.pointerEvents = this.vert.style.pointerEvents = \"none\";\n this.disableHoriz = new Delayed;\n this.disableVert = new Delayed;\n },\n enableZeroWidthBar: function(bar, delay) {\n bar.style.pointerEvents = \"auto\";\n function maybeDisable() {\n // To find out whether the scrollbar is still visible, we\n // check whether the element under the pixel in the bottom\n // left corner of the scrollbar box is the scrollbar box\n // itself (when the bar is still visible) or its filler child\n // (when the bar is hidden). If it is still visible, we keep\n // it enabled, if it's hidden, we disable pointer events.\n var box = bar.getBoundingClientRect();\n var elt = document.elementFromPoint(box.left + 1, box.bottom - 1);\n if (elt != bar) bar.style.pointerEvents = \"none\";\n else delay.set(1000, maybeDisable);\n }\n delay.set(1000, maybeDisable);\n },\n clear: function() {\n var parent = this.horiz.parentNode;\n parent.removeChild(this.horiz);\n parent.removeChild(this.vert);\n }\n }, NativeScrollbars.prototype);\n\n function NullScrollbars() {}\n\n NullScrollbars.prototype = copyObj({\n update: function() { return {bottom: 0, right: 0}; },\n setScrollLeft: function() {},\n setScrollTop: function() {},\n clear: function() {}\n }, NullScrollbars.prototype);\n\n CodeMirror.scrollbarModel = {\"native\": NativeScrollbars, \"null\": NullScrollbars};\n\n function initScrollbars(cm) {\n if (cm.display.scrollbars) {\n cm.display.scrollbars.clear();\n if (cm.display.scrollbars.addClass)\n rmClass(cm.display.wrapper, cm.display.scrollbars.addClass);\n }\n\n cm.display.scrollbars = new CodeMirror.scrollbarModel[cm.options.scrollbarStyle](function(node) {\n cm.display.wrapper.insertBefore(node, cm.display.scrollbarFiller);\n // Prevent clicks in the scrollbars from killing focus\n on(node, \"mousedown\", function() {\n if (cm.state.focused) setTimeout(function() { cm.display.input.focus(); }, 0);\n });\n node.setAttribute(\"cm-not-content\", \"true\");\n }, function(pos, axis) {\n if (axis == \"horizontal\") setScrollLeft(cm, pos);\n else setScrollTop(cm, pos);\n }, cm);\n if (cm.display.scrollbars.addClass)\n addClass(cm.display.wrapper, cm.display.scrollbars.addClass);\n }\n\n function updateScrollbars(cm, measure) {\n if (!measure) measure = measureForScrollbars(cm);\n var startWidth = cm.display.barWidth, startHeight = cm.display.barHeight;\n updateScrollbarsInner(cm, measure);\n for (var i = 0; i < 4 && startWidth != cm.display.barWidth || startHeight != cm.display.barHeight; i++) {\n if (startWidth != cm.display.barWidth && cm.options.lineWrapping)\n updateHeightsInViewport(cm);\n updateScrollbarsInner(cm, measureForScrollbars(cm));\n startWidth = cm.display.barWidth; startHeight = cm.display.barHeight;\n }\n }\n\n // Re-synchronize the fake scrollbars with the actual size of the\n // content.\n function updateScrollbarsInner(cm, measure) {\n var d = cm.display;\n var sizes = d.scrollbars.update(measure);\n\n d.sizer.style.paddingRight = (d.barWidth = sizes.right) + \"px\";\n d.sizer.style.paddingBottom = (d.barHeight = sizes.bottom) + \"px\";\n d.heightForcer.style.borderBottom = sizes.bottom + \"px solid transparent\"\n\n if (sizes.right && sizes.bottom) {\n d.scrollbarFiller.style.display = \"block\";\n d.scrollbarFiller.style.height = sizes.bottom + \"px\";\n d.scrollbarFiller.style.width = sizes.right + \"px\";\n } else d.scrollbarFiller.style.display = \"\";\n if (sizes.bottom && cm.options.coverGutterNextToScrollbar && cm.options.fixedGutter) {\n d.gutterFiller.style.display = \"block\";\n d.gutterFiller.style.height = sizes.bottom + \"px\";\n d.gutterFiller.style.width = measure.gutterWidth + \"px\";\n } else d.gutterFiller.style.display = \"\";\n }\n\n // Compute the lines that are visible in a given viewport (defaults\n // the the current scroll position). viewport may contain top,\n // height, and ensure (see op.scrollToPos) properties.\n function visibleLines(display, doc, viewport) {\n var top = viewport && viewport.top != null ? Math.max(0, viewport.top) : display.scroller.scrollTop;\n top = Math.floor(top - paddingTop(display));\n var bottom = viewport && viewport.bottom != null ? viewport.bottom : top + display.wrapper.clientHeight;\n\n var from = lineAtHeight(doc, top), to = lineAtHeight(doc, bottom);\n // Ensure is a {from: {line, ch}, to: {line, ch}} object, and\n // forces those lines into the viewport (if possible).\n if (viewport && viewport.ensure) {\n var ensureFrom = viewport.ensure.from.line, ensureTo = viewport.ensure.to.line;\n if (ensureFrom < from) {\n from = ensureFrom;\n to = lineAtHeight(doc, heightAtLine(getLine(doc, ensureFrom)) + display.wrapper.clientHeight);\n } else if (Math.min(ensureTo, doc.lastLine()) >= to) {\n from = lineAtHeight(doc, heightAtLine(getLine(doc, ensureTo)) - display.wrapper.clientHeight);\n to = ensureTo;\n }\n }\n return {from: from, to: Math.max(to, from + 1)};\n }\n\n // LINE NUMBERS\n\n // Re-align line numbers and gutter marks to compensate for\n // horizontal scrolling.\n function alignHorizontally(cm) {\n var display = cm.display, view = display.view;\n if (!display.alignWidgets && (!display.gutters.firstChild || !cm.options.fixedGutter)) return;\n var comp = compensateForHScroll(display) - display.scroller.scrollLeft + cm.doc.scrollLeft;\n var gutterW = display.gutters.offsetWidth, left = comp + \"px\";\n for (var i = 0; i < view.length; i++) if (!view[i].hidden) {\n if (cm.options.fixedGutter && view[i].gutter)\n view[i].gutter.style.left = left;\n var align = view[i].alignable;\n if (align) for (var j = 0; j < align.length; j++)\n align[j].style.left = left;\n }\n if (cm.options.fixedGutter)\n display.gutters.style.left = (comp + gutterW) + \"px\";\n }\n\n // Used to ensure that the line number gutter is still the right\n // size for the current document size. Returns true when an update\n // is needed.\n function maybeUpdateLineNumberWidth(cm) {\n if (!cm.options.lineNumbers) return false;\n var doc = cm.doc, last = lineNumberFor(cm.options, doc.first + doc.size - 1), display = cm.display;\n if (last.length != display.lineNumChars) {\n var test = display.measure.appendChild(elt(\"div\", [elt(\"div\", last)],\n \"CodeMirror-linenumber CodeMirror-gutter-elt\"));\n var innerW = test.firstChild.offsetWidth, padding = test.offsetWidth - innerW;\n display.lineGutter.style.width = \"\";\n display.lineNumInnerWidth = Math.max(innerW, display.lineGutter.offsetWidth - padding) + 1;\n display.lineNumWidth = display.lineNumInnerWidth + padding;\n display.lineNumChars = display.lineNumInnerWidth ? last.length : -1;\n display.lineGutter.style.width = display.lineNumWidth + \"px\";\n updateGutterSpace(cm);\n return true;\n }\n return false;\n }\n\n function lineNumberFor(options, i) {\n return String(options.lineNumberFormatter(i + options.firstLineNumber));\n }\n\n // Computes display.scroller.scrollLeft + display.gutters.offsetWidth,\n // but using getBoundingClientRect to get a sub-pixel-accurate\n // result.\n function compensateForHScroll(display) {\n return display.scroller.getBoundingClientRect().left - display.sizer.getBoundingClientRect().left;\n }\n\n // DISPLAY DRAWING\n\n function DisplayUpdate(cm, viewport, force) {\n var display = cm.display;\n\n this.viewport = viewport;\n // Store some values that we'll need later (but don't want to force a relayout for)\n this.visible = visibleLines(display, cm.doc, viewport);\n this.editorIsHidden = !display.wrapper.offsetWidth;\n this.wrapperHeight = display.wrapper.clientHeight;\n this.wrapperWidth = display.wrapper.clientWidth;\n this.oldDisplayWidth = displayWidth(cm);\n this.force = force;\n this.dims = getDimensions(cm);\n this.events = [];\n }\n\n DisplayUpdate.prototype.signal = function(emitter, type) {\n if (hasHandler(emitter, type))\n this.events.push(arguments);\n };\n DisplayUpdate.prototype.finish = function() {\n for (var i = 0; i < this.events.length; i++)\n signal.apply(null, this.events[i]);\n };\n\n function maybeClipScrollbars(cm) {\n var display = cm.display;\n if (!display.scrollbarsClipped && display.scroller.offsetWidth) {\n display.nativeBarWidth = display.scroller.offsetWidth - display.scroller.clientWidth;\n display.heightForcer.style.height = scrollGap(cm) + \"px\";\n display.sizer.style.marginBottom = -display.nativeBarWidth + \"px\";\n display.sizer.style.borderRightWidth = scrollGap(cm) + \"px\";\n display.scrollbarsClipped = true;\n }\n }\n\n // Does the actual updating of the line display. Bails out\n // (returning false) when there is nothing to be done and forced is\n // false.\n function updateDisplayIfNeeded(cm, update) {\n var display = cm.display, doc = cm.doc;\n\n if (update.editorIsHidden) {\n resetView(cm);\n return false;\n }\n\n // Bail out if the visible area is already rendered and nothing changed.\n if (!update.force &&\n update.visible.from >= display.viewFrom && update.visible.to <= display.viewTo &&\n (display.updateLineNumbers == null || display.updateLineNumbers >= display.viewTo) &&\n display.renderedView == display.view && countDirtyView(cm) == 0)\n return false;\n\n if (maybeUpdateLineNumberWidth(cm)) {\n resetView(cm);\n update.dims = getDimensions(cm);\n }\n\n // Compute a suitable new viewport (from & to)\n var end = doc.first + doc.size;\n var from = Math.max(update.visible.from - cm.options.viewportMargin, doc.first);\n var to = Math.min(end, update.visible.to + cm.options.viewportMargin);\n if (display.viewFrom < from && from - display.viewFrom < 20) from = Math.max(doc.first, display.viewFrom);\n if (display.viewTo > to && display.viewTo - to < 20) to = Math.min(end, display.viewTo);\n if (sawCollapsedSpans) {\n from = visualLineNo(cm.doc, from);\n to = visualLineEndNo(cm.doc, to);\n }\n\n var different = from != display.viewFrom || to != display.viewTo ||\n display.lastWrapHeight != update.wrapperHeight || display.lastWrapWidth != update.wrapperWidth;\n adjustView(cm, from, to);\n\n display.viewOffset = heightAtLine(getLine(cm.doc, display.viewFrom));\n // Position the mover div to align with the current scroll position\n cm.display.mover.style.top = display.viewOffset + \"px\";\n\n var toUpdate = countDirtyView(cm);\n if (!different && toUpdate == 0 && !update.force && display.renderedView == display.view &&\n (display.updateLineNumbers == null || display.updateLineNumbers >= display.viewTo))\n return false;\n\n // For big changes, we hide the enclosing element during the\n // update, since that speeds up the operations on most browsers.\n var focused = activeElt();\n if (toUpdate > 4) display.lineDiv.style.display = \"none\";\n patchDisplay(cm, display.updateLineNumbers, update.dims);\n if (toUpdate > 4) display.lineDiv.style.display = \"\";\n display.renderedView = display.view;\n // There might have been a widget with a focused element that got\n // hidden or updated, if so re-focus it.\n if (focused && activeElt() != focused && focused.offsetHeight) focused.focus();\n\n // Prevent selection and cursors from interfering with the scroll\n // width and height.\n removeChildren(display.cursorDiv);\n removeChildren(display.selectionDiv);\n display.gutters.style.height = display.sizer.style.minHeight = 0;\n\n if (different) {\n display.lastWrapHeight = update.wrapperHeight;\n display.lastWrapWidth = update.wrapperWidth;\n startWorker(cm, 400);\n }\n\n display.updateLineNumbers = null;\n\n return true;\n }\n\n function postUpdateDisplay(cm, update) {\n var viewport = update.viewport;\n\n for (var first = true;; first = false) {\n if (!first || !cm.options.lineWrapping || update.oldDisplayWidth == displayWidth(cm)) {\n // Clip forced viewport to actual scrollable area.\n if (viewport && viewport.top != null)\n viewport = {top: Math.min(cm.doc.height + paddingVert(cm.display) - displayHeight(cm), viewport.top)};\n // Updated line heights might result in the drawn area not\n // actually covering the viewport. Keep looping until it does.\n update.visible = visibleLines(cm.display, cm.doc, viewport);\n if (update.visible.from >= cm.display.viewFrom && update.visible.to <= cm.display.viewTo)\n break;\n }\n if (!updateDisplayIfNeeded(cm, update)) break;\n updateHeightsInViewport(cm);\n var barMeasure = measureForScrollbars(cm);\n updateSelection(cm);\n updateScrollbars(cm, barMeasure);\n setDocumentHeight(cm, barMeasure);\n }\n\n update.signal(cm, \"update\", cm);\n if (cm.display.viewFrom != cm.display.reportedViewFrom || cm.display.viewTo != cm.display.reportedViewTo) {\n update.signal(cm, \"viewportChange\", cm, cm.display.viewFrom, cm.display.viewTo);\n cm.display.reportedViewFrom = cm.display.viewFrom; cm.display.reportedViewTo = cm.display.viewTo;\n }\n }\n\n function updateDisplaySimple(cm, viewport) {\n var update = new DisplayUpdate(cm, viewport);\n if (updateDisplayIfNeeded(cm, update)) {\n updateHeightsInViewport(cm);\n postUpdateDisplay(cm, update);\n var barMeasure = measureForScrollbars(cm);\n updateSelection(cm);\n updateScrollbars(cm, barMeasure);\n setDocumentHeight(cm, barMeasure);\n update.finish();\n }\n }\n\n function setDocumentHeight(cm, measure) {\n cm.display.sizer.style.minHeight = measure.docHeight + \"px\";\n cm.display.heightForcer.style.top = measure.docHeight + \"px\";\n cm.display.gutters.style.height = (measure.docHeight + cm.display.barHeight + scrollGap(cm)) + \"px\";\n }\n\n // Read the actual heights of the rendered lines, and update their\n // stored heights to match.\n function updateHeightsInViewport(cm) {\n var display = cm.display;\n var prevBottom = display.lineDiv.offsetTop;\n for (var i = 0; i < display.view.length; i++) {\n var cur = display.view[i], height;\n if (cur.hidden) continue;\n if (ie && ie_version < 8) {\n var bot = cur.node.offsetTop + cur.node.offsetHeight;\n height = bot - prevBottom;\n prevBottom = bot;\n } else {\n var box = cur.node.getBoundingClientRect();\n height = box.bottom - box.top;\n }\n var diff = cur.line.height - height;\n if (height < 2) height = textHeight(display);\n if (diff > .001 || diff < -.001) {\n updateLineHeight(cur.line, height);\n updateWidgetHeight(cur.line);\n if (cur.rest) for (var j = 0; j < cur.rest.length; j++)\n updateWidgetHeight(cur.rest[j]);\n }\n }\n }\n\n // Read and store the height of line widgets associated with the\n // given line.\n function updateWidgetHeight(line) {\n if (line.widgets) for (var i = 0; i < line.widgets.length; ++i)\n line.widgets[i].height = line.widgets[i].node.parentNode.offsetHeight;\n }\n\n // Do a bulk-read of the DOM positions and sizes needed to draw the\n // view, so that we don't interleave reading and writing to the DOM.\n function getDimensions(cm) {\n var d = cm.display, left = {}, width = {};\n var gutterLeft = d.gutters.clientLeft;\n for (var n = d.gutters.firstChild, i = 0; n; n = n.nextSibling, ++i) {\n left[cm.options.gutters[i]] = n.offsetLeft + n.clientLeft + gutterLeft;\n width[cm.options.gutters[i]] = n.clientWidth;\n }\n return {fixedPos: compensateForHScroll(d),\n gutterTotalWidth: d.gutters.offsetWidth,\n gutterLeft: left,\n gutterWidth: width,\n wrapperWidth: d.wrapper.clientWidth};\n }\n\n // Sync the actual display DOM structure with display.view, removing\n // nodes for lines that are no longer in view, and creating the ones\n // that are not there yet, and updating the ones that are out of\n // date.\n function patchDisplay(cm, updateNumbersFrom, dims) {\n var display = cm.display, lineNumbers = cm.options.lineNumbers;\n var container = display.lineDiv, cur = container.firstChild;\n\n function rm(node) {\n var next = node.nextSibling;\n // Works around a throw-scroll bug in OS X Webkit\n if (webkit && mac && cm.display.currentWheelTarget == node)\n node.style.display = \"none\";\n else\n node.parentNode.removeChild(node);\n return next;\n }\n\n var view = display.view, lineN = display.viewFrom;\n // Loop over the elements in the view, syncing cur (the DOM nodes\n // in display.lineDiv) with the view as we go.\n for (var i = 0; i < view.length; i++) {\n var lineView = view[i];\n if (lineView.hidden) {\n } else if (!lineView.node || lineView.node.parentNode != container) { // Not drawn yet\n var node = buildLineElement(cm, lineView, lineN, dims);\n container.insertBefore(node, cur);\n } else { // Already drawn\n while (cur != lineView.node) cur = rm(cur);\n var updateNumber = lineNumbers && updateNumbersFrom != null &&\n updateNumbersFrom <= lineN && lineView.lineNumber;\n if (lineView.changes) {\n if (indexOf(lineView.changes, \"gutter\") > -1) updateNumber = false;\n updateLineForChanges(cm, lineView, lineN, dims);\n }\n if (updateNumber) {\n removeChildren(lineView.lineNumber);\n lineView.lineNumber.appendChild(document.createTextNode(lineNumberFor(cm.options, lineN)));\n }\n cur = lineView.node.nextSibling;\n }\n lineN += lineView.size;\n }\n while (cur) cur = rm(cur);\n }\n\n // When an aspect of a line changes, a string is added to\n // lineView.changes. This updates the relevant part of the line's\n // DOM structure.\n function updateLineForChanges(cm, lineView, lineN, dims) {\n for (var j = 0; j < lineView.changes.length; j++) {\n var type = lineView.changes[j];\n if (type == \"text\") updateLineText(cm, lineView);\n else if (type == \"gutter\") updateLineGutter(cm, lineView, lineN, dims);\n else if (type == \"class\") updateLineClasses(lineView);\n else if (type == \"widget\") updateLineWidgets(cm, lineView, dims);\n }\n lineView.changes = null;\n }\n\n // Lines with gutter elements, widgets or a background class need to\n // be wrapped, and have the extra elements added to the wrapper div\n function ensureLineWrapped(lineView) {\n if (lineView.node == lineView.text) {\n lineView.node = elt(\"div\", null, null, \"position: relative\");\n if (lineView.text.parentNode)\n lineView.text.parentNode.replaceChild(lineView.node, lineView.text);\n lineView.node.appendChild(lineView.text);\n if (ie && ie_version < 8) lineView.node.style.zIndex = 2;\n }\n return lineView.node;\n }\n\n function updateLineBackground(lineView) {\n var cls = lineView.bgClass ? lineView.bgClass + \" \" + (lineView.line.bgClass || \"\") : lineView.line.bgClass;\n if (cls) cls += \" CodeMirror-linebackground\";\n if (lineView.background) {\n if (cls) lineView.background.className = cls;\n else { lineView.background.parentNode.removeChild(lineView.background); lineView.background = null; }\n } else if (cls) {\n var wrap = ensureLineWrapped(lineView);\n lineView.background = wrap.insertBefore(elt(\"div\", null, cls), wrap.firstChild);\n }\n }\n\n // Wrapper around buildLineContent which will reuse the structure\n // in display.externalMeasured when possible.\n function getLineContent(cm, lineView) {\n var ext = cm.display.externalMeasured;\n if (ext && ext.line == lineView.line) {\n cm.display.externalMeasured = null;\n lineView.measure = ext.measure;\n return ext.built;\n }\n return buildLineContent(cm, lineView);\n }\n\n // Redraw the line's text. Interacts with the background and text\n // classes because the mode may output tokens that influence these\n // classes.\n function updateLineText(cm, lineView) {\n var cls = lineView.text.className;\n var built = getLineContent(cm, lineView);\n if (lineView.text == lineView.node) lineView.node = built.pre;\n lineView.text.parentNode.replaceChild(built.pre, lineView.text);\n lineView.text = built.pre;\n if (built.bgClass != lineView.bgClass || built.textClass != lineView.textClass) {\n lineView.bgClass = built.bgClass;\n lineView.textClass = built.textClass;\n updateLineClasses(lineView);\n } else if (cls) {\n lineView.text.className = cls;\n }\n }\n\n function updateLineClasses(lineView) {\n updateLineBackground(lineView);\n if (lineView.line.wrapClass)\n ensureLineWrapped(lineView).className = lineView.line.wrapClass;\n else if (lineView.node != lineView.text)\n lineView.node.className = \"\";\n var textClass = lineView.textClass ? lineView.textClass + \" \" + (lineView.line.textClass || \"\") : lineView.line.textClass;\n lineView.text.className = textClass || \"\";\n }\n\n function updateLineGutter(cm, lineView, lineN, dims) {\n if (lineView.gutter) {\n lineView.node.removeChild(lineView.gutter);\n lineView.gutter = null;\n }\n if (lineView.gutterBackground) {\n lineView.node.removeChild(lineView.gutterBackground);\n lineView.gutterBackground = null;\n }\n if (lineView.line.gutterClass) {\n var wrap = ensureLineWrapped(lineView);\n lineView.gutterBackground = elt(\"div\", null, \"CodeMirror-gutter-background \" + lineView.line.gutterClass,\n \"left: \" + (cm.options.fixedGutter ? dims.fixedPos : -dims.gutterTotalWidth) +\n \"px; width: \" + dims.gutterTotalWidth + \"px\");\n wrap.insertBefore(lineView.gutterBackground, lineView.text);\n }\n var markers = lineView.line.gutterMarkers;\n if (cm.options.lineNumbers || markers) {\n var wrap = ensureLineWrapped(lineView);\n var gutterWrap = lineView.gutter = elt(\"div\", null, \"CodeMirror-gutter-wrapper\", \"left: \" +\n (cm.options.fixedGutter ? dims.fixedPos : -dims.gutterTotalWidth) + \"px\");\n cm.display.input.setUneditable(gutterWrap);\n wrap.insertBefore(gutterWrap, lineView.text);\n if (lineView.line.gutterClass)\n gutterWrap.className += \" \" + lineView.line.gutterClass;\n if (cm.options.lineNumbers && (!markers || !markers[\"CodeMirror-linenumbers\"]))\n lineView.lineNumber = gutterWrap.appendChild(\n elt(\"div\", lineNumberFor(cm.options, lineN),\n \"CodeMirror-linenumber CodeMirror-gutter-elt\",\n \"left: \" + dims.gutterLeft[\"CodeMirror-linenumbers\"] + \"px; width: \"\n + cm.display.lineNumInnerWidth + \"px\"));\n if (markers) for (var k = 0; k < cm.options.gutters.length; ++k) {\n var id = cm.options.gutters[k], found = markers.hasOwnProperty(id) && markers[id];\n if (found)\n gutterWrap.appendChild(elt(\"div\", [found], \"CodeMirror-gutter-elt\", \"left: \" +\n dims.gutterLeft[id] + \"px; width: \" + dims.gutterWidth[id] + \"px\"));\n }\n }\n }\n\n function updateLineWidgets(cm, lineView, dims) {\n if (lineView.alignable) lineView.alignable = null;\n for (var node = lineView.node.firstChild, next; node; node = next) {\n var next = node.nextSibling;\n if (node.className == \"CodeMirror-linewidget\")\n lineView.node.removeChild(node);\n }\n insertLineWidgets(cm, lineView, dims);\n }\n\n // Build a line's DOM representation from scratch\n function buildLineElement(cm, lineView, lineN, dims) {\n var built = getLineContent(cm, lineView);\n lineView.text = lineView.node = built.pre;\n if (built.bgClass) lineView.bgClass = built.bgClass;\n if (built.textClass) lineView.textClass = built.textClass;\n\n updateLineClasses(lineView);\n updateLineGutter(cm, lineView, lineN, dims);\n insertLineWidgets(cm, lineView, dims);\n return lineView.node;\n }\n\n // A lineView may contain multiple logical lines (when merged by\n // collapsed spans). The widgets for all of them need to be drawn.\n function insertLineWidgets(cm, lineView, dims) {\n insertLineWidgetsFor(cm, lineView.line, lineView, dims, true);\n if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n insertLineWidgetsFor(cm, lineView.rest[i], lineView, dims, false);\n }\n\n function insertLineWidgetsFor(cm, line, lineView, dims, allowAbove) {\n if (!line.widgets) return;\n var wrap = ensureLineWrapped(lineView);\n for (var i = 0, ws = line.widgets; i < ws.length; ++i) {\n var widget = ws[i], node = elt(\"div\", [widget.node], \"CodeMirror-linewidget\");\n if (!widget.handleMouseEvents) node.setAttribute(\"cm-ignore-events\", \"true\");\n positionLineWidget(widget, node, lineView, dims);\n cm.display.input.setUneditable(node);\n if (allowAbove && widget.above)\n wrap.insertBefore(node, lineView.gutter || lineView.text);\n else\n wrap.appendChild(node);\n signalLater(widget, \"redraw\");\n }\n }\n\n function positionLineWidget(widget, node, lineView, dims) {\n if (widget.noHScroll) {\n (lineView.alignable || (lineView.alignable = [])).push(node);\n var width = dims.wrapperWidth;\n node.style.left = dims.fixedPos + \"px\";\n if (!widget.coverGutter) {\n width -= dims.gutterTotalWidth;\n node.style.paddingLeft = dims.gutterTotalWidth + \"px\";\n }\n node.style.width = width + \"px\";\n }\n if (widget.coverGutter) {\n node.style.zIndex = 5;\n node.style.position = \"relative\";\n if (!widget.noHScroll) node.style.marginLeft = -dims.gutterTotalWidth + \"px\";\n }\n }\n\n // POSITION OBJECT\n\n // A Pos instance represents a position within the text.\n var Pos = CodeMirror.Pos = function(line, ch) {\n if (!(this instanceof Pos)) return new Pos(line, ch);\n this.line = line; this.ch = ch;\n };\n\n // Compare two positions, return 0 if they are the same, a negative\n // number when a is less, and a positive number otherwise.\n var cmp = CodeMirror.cmpPos = function(a, b) { return a.line - b.line || a.ch - b.ch; };\n\n function copyPos(x) {return Pos(x.line, x.ch);}\n function maxPos(a, b) { return cmp(a, b) < 0 ? b : a; }\n function minPos(a, b) { return cmp(a, b) < 0 ? a : b; }\n\n // INPUT HANDLING\n\n function ensureFocus(cm) {\n if (!cm.state.focused) { cm.display.input.focus(); onFocus(cm); }\n }\n\n // This will be set to an array of strings when copying, so that,\n // when pasting, we know what kind of selections the copied text\n // was made out of.\n var lastCopied = null;\n\n function applyTextInput(cm, inserted, deleted, sel, origin) {\n var doc = cm.doc;\n cm.display.shift = false;\n if (!sel) sel = doc.sel;\n\n var paste = cm.state.pasteIncoming || origin == \"paste\";\n var textLines = doc.splitLines(inserted), multiPaste = null;\n // When pasing N lines into N selections, insert one line per selection\n if (paste && sel.ranges.length > 1) {\n if (lastCopied && lastCopied.join(\"\\n\") == inserted) {\n if (sel.ranges.length % lastCopied.length == 0) {\n multiPaste = [];\n for (var i = 0; i < lastCopied.length; i++)\n multiPaste.push(doc.splitLines(lastCopied[i]));\n }\n } else if (textLines.length == sel.ranges.length) {\n multiPaste = map(textLines, function(l) { return [l]; });\n }\n }\n\n // Normal behavior is to insert the new text into every selection\n for (var i = sel.ranges.length - 1; i >= 0; i--) {\n var range = sel.ranges[i];\n var from = range.from(), to = range.to();\n if (range.empty()) {\n if (deleted && deleted > 0) // Handle deletion\n from = Pos(from.line, from.ch - deleted);\n else if (cm.state.overwrite && !paste) // Handle overwrite\n to = Pos(to.line, Math.min(getLine(doc, to.line).text.length, to.ch + lst(textLines).length));\n }\n var updateInput = cm.curOp.updateInput;\n var changeEvent = {from: from, to: to, text: multiPaste ? multiPaste[i % multiPaste.length] : textLines,\n origin: origin || (paste ? \"paste\" : cm.state.cutIncoming ? \"cut\" : \"+input\")};\n makeChange(cm.doc, changeEvent);\n signalLater(cm, \"inputRead\", cm, changeEvent);\n }\n if (inserted && !paste)\n triggerElectric(cm, inserted);\n\n ensureCursorVisible(cm);\n cm.curOp.updateInput = updateInput;\n cm.curOp.typing = true;\n cm.state.pasteIncoming = cm.state.cutIncoming = false;\n }\n\n function handlePaste(e, cm) {\n var pasted = e.clipboardData && e.clipboardData.getData(\"text/plain\");\n if (pasted) {\n e.preventDefault();\n if (!cm.isReadOnly() && !cm.options.disableInput)\n runInOp(cm, function() { applyTextInput(cm, pasted, 0, null, \"paste\"); });\n return true;\n }\n }\n\n function triggerElectric(cm, inserted) {\n // When an 'electric' character is inserted, immediately trigger a reindent\n if (!cm.options.electricChars || !cm.options.smartIndent) return;\n var sel = cm.doc.sel;\n\n for (var i = sel.ranges.length - 1; i >= 0; i--) {\n var range = sel.ranges[i];\n if (range.head.ch > 100 || (i && sel.ranges[i - 1].head.line == range.head.line)) continue;\n var mode = cm.getModeAt(range.head);\n var indented = false;\n if (mode.electricChars) {\n for (var j = 0; j < mode.electricChars.length; j++)\n if (inserted.indexOf(mode.electricChars.charAt(j)) > -1) {\n indented = indentLine(cm, range.head.line, \"smart\");\n break;\n }\n } else if (mode.electricInput) {\n if (mode.electricInput.test(getLine(cm.doc, range.head.line).text.slice(0, range.head.ch)))\n indented = indentLine(cm, range.head.line, \"smart\");\n }\n if (indented) signalLater(cm, \"electricInput\", cm, range.head.line);\n }\n }\n\n function copyableRanges(cm) {\n var text = [], ranges = [];\n for (var i = 0; i < cm.doc.sel.ranges.length; i++) {\n var line = cm.doc.sel.ranges[i].head.line;\n var lineRange = {anchor: Pos(line, 0), head: Pos(line + 1, 0)};\n ranges.push(lineRange);\n text.push(cm.getRange(lineRange.anchor, lineRange.head));\n }\n return {text: text, ranges: ranges};\n }\n\n function disableBrowserMagic(field) {\n field.setAttribute(\"autocorrect\", \"off\");\n field.setAttribute(\"autocapitalize\", \"off\");\n field.setAttribute(\"spellcheck\", \"false\");\n }\n\n // TEXTAREA INPUT STYLE\n\n function TextareaInput(cm) {\n this.cm = cm;\n // See input.poll and input.reset\n this.prevInput = \"\";\n\n // Flag that indicates whether we expect input to appear real soon\n // now (after some event like 'keypress' or 'input') and are\n // polling intensively.\n this.pollingFast = false;\n // Self-resetting timeout for the poller\n this.polling = new Delayed();\n // Tracks when input.reset has punted to just putting a short\n // string into the textarea instead of the full selection.\n this.inaccurateSelection = false;\n // Used to work around IE issue with selection being forgotten when focus moves away from textarea\n this.hasSelection = false;\n this.composing = null;\n };\n\n function hiddenTextarea() {\n var te = elt(\"textarea\", null, null, \"position: absolute; padding: 0; width: 1px; height: 1em; outline: none\");\n var div = elt(\"div\", [te], null, \"overflow: hidden; position: relative; width: 3px; height: 0px;\");\n // The textarea is kept positioned near the cursor to prevent the\n // fact that it'll be scrolled into view on input from scrolling\n // our fake cursor out of view. On webkit, when wrap=off, paste is\n // very slow. So make the area wide instead.\n if (webkit) te.style.width = \"1000px\";\n else te.setAttribute(\"wrap\", \"off\");\n // If border: 0; -- iOS fails to open keyboard (issue #1287)\n if (ios) te.style.border = \"1px solid black\";\n disableBrowserMagic(te);\n return div;\n }\n\n TextareaInput.prototype = copyObj({\n init: function(display) {\n var input = this, cm = this.cm;\n\n // Wraps and hides input textarea\n var div = this.wrapper = hiddenTextarea();\n // The semihidden textarea that is focused when the editor is\n // focused, and receives input.\n var te = this.textarea = div.firstChild;\n display.wrapper.insertBefore(div, display.wrapper.firstChild);\n\n // Needed to hide big blue blinking cursor on Mobile Safari (doesn't seem to work in iOS 8 anymore)\n if (ios) te.style.width = \"0px\";\n\n on(te, \"input\", function() {\n if (ie && ie_version >= 9 && input.hasSelection) input.hasSelection = null;\n input.poll();\n });\n\n on(te, \"paste\", function(e) {\n if (signalDOMEvent(cm, e) || handlePaste(e, cm)) return\n\n cm.state.pasteIncoming = true;\n input.fastPoll();\n });\n\n function prepareCopyCut(e) {\n if (signalDOMEvent(cm, e)) return\n if (cm.somethingSelected()) {\n lastCopied = cm.getSelections();\n if (input.inaccurateSelection) {\n input.prevInput = \"\";\n input.inaccurateSelection = false;\n te.value = lastCopied.join(\"\\n\");\n selectInput(te);\n }\n } else if (!cm.options.lineWiseCopyCut) {\n return;\n } else {\n var ranges = copyableRanges(cm);\n lastCopied = ranges.text;\n if (e.type == \"cut\") {\n cm.setSelections(ranges.ranges, null, sel_dontScroll);\n } else {\n input.prevInput = \"\";\n te.value = ranges.text.join(\"\\n\");\n selectInput(te);\n }\n }\n if (e.type == \"cut\") cm.state.cutIncoming = true;\n }\n on(te, \"cut\", prepareCopyCut);\n on(te, \"copy\", prepareCopyCut);\n\n on(display.scroller, \"paste\", function(e) {\n if (eventInWidget(display, e) || signalDOMEvent(cm, e)) return;\n cm.state.pasteIncoming = true;\n input.focus();\n });\n\n // Prevent normal selection in the editor (we handle our own)\n on(display.lineSpace, \"selectstart\", function(e) {\n if (!eventInWidget(display, e)) e_preventDefault(e);\n });\n\n on(te, \"compositionstart\", function() {\n var start = cm.getCursor(\"from\");\n if (input.composing) input.composing.range.clear()\n input.composing = {\n start: start,\n range: cm.markText(start, cm.getCursor(\"to\"), {className: \"CodeMirror-composing\"})\n };\n });\n on(te, \"compositionend\", function() {\n if (input.composing) {\n input.poll();\n input.composing.range.clear();\n input.composing = null;\n }\n });\n },\n\n prepareSelection: function() {\n // Redraw the selection and/or cursor\n var cm = this.cm, display = cm.display, doc = cm.doc;\n var result = prepareSelection(cm);\n\n // Move the hidden textarea near the cursor to prevent scrolling artifacts\n if (cm.options.moveInputWithCursor) {\n var headPos = cursorCoords(cm, doc.sel.primary().head, \"div\");\n var wrapOff = display.wrapper.getBoundingClientRect(), lineOff = display.lineDiv.getBoundingClientRect();\n result.teTop = Math.max(0, Math.min(display.wrapper.clientHeight - 10,\n headPos.top + lineOff.top - wrapOff.top));\n result.teLeft = Math.max(0, Math.min(display.wrapper.clientWidth - 10,\n headPos.left + lineOff.left - wrapOff.left));\n }\n\n return result;\n },\n\n showSelection: function(drawn) {\n var cm = this.cm, display = cm.display;\n removeChildrenAndAdd(display.cursorDiv, drawn.cursors);\n removeChildrenAndAdd(display.selectionDiv, drawn.selection);\n if (drawn.teTop != null) {\n this.wrapper.style.top = drawn.teTop + \"px\";\n this.wrapper.style.left = drawn.teLeft + \"px\";\n }\n },\n\n // Reset the input to correspond to the selection (or to be empty,\n // when not typing and nothing is selected)\n reset: function(typing) {\n if (this.contextMenuPending) return;\n var minimal, selected, cm = this.cm, doc = cm.doc;\n if (cm.somethingSelected()) {\n this.prevInput = \"\";\n var range = doc.sel.primary();\n minimal = hasCopyEvent &&\n (range.to().line - range.from().line > 100 || (selected = cm.getSelection()).length > 1000);\n var content = minimal ? \"-\" : selected || cm.getSelection();\n this.textarea.value = content;\n if (cm.state.focused) selectInput(this.textarea);\n if (ie && ie_version >= 9) this.hasSelection = content;\n } else if (!typing) {\n this.prevInput = this.textarea.value = \"\";\n if (ie && ie_version >= 9) this.hasSelection = null;\n }\n this.inaccurateSelection = minimal;\n },\n\n getField: function() { return this.textarea; },\n\n supportsTouch: function() { return false; },\n\n focus: function() {\n if (this.cm.options.readOnly != \"nocursor\" && (!mobile || activeElt() != this.textarea)) {\n try { this.textarea.focus(); }\n catch (e) {} // IE8 will throw if the textarea is display: none or not in DOM\n }\n },\n\n blur: function() { this.textarea.blur(); },\n\n resetPosition: function() {\n this.wrapper.style.top = this.wrapper.style.left = 0;\n },\n\n receivedFocus: function() { this.slowPoll(); },\n\n // Poll for input changes, using the normal rate of polling. This\n // runs as long as the editor is focused.\n slowPoll: function() {\n var input = this;\n if (input.pollingFast) return;\n input.polling.set(this.cm.options.pollInterval, function() {\n input.poll();\n if (input.cm.state.focused) input.slowPoll();\n });\n },\n\n // When an event has just come in that is likely to add or change\n // something in the input textarea, we poll faster, to ensure that\n // the change appears on the screen quickly.\n fastPoll: function() {\n var missed = false, input = this;\n input.pollingFast = true;\n function p() {\n var changed = input.poll();\n if (!changed && !missed) {missed = true; input.polling.set(60, p);}\n else {input.pollingFast = false; input.slowPoll();}\n }\n input.polling.set(20, p);\n },\n\n // Read input from the textarea, and update the document to match.\n // When something is selected, it is present in the textarea, and\n // selected (unless it is huge, in which case a placeholder is\n // used). When nothing is selected, the cursor sits after previously\n // seen text (can be empty), which is stored in prevInput (we must\n // not reset the textarea when typing, because that breaks IME).\n poll: function() {\n var cm = this.cm, input = this.textarea, prevInput = this.prevInput;\n // Since this is called a *lot*, try to bail out as cheaply as\n // possible when it is clear that nothing happened. hasSelection\n // will be the case when there is a lot of text in the textarea,\n // in which case reading its value would be expensive.\n if (this.contextMenuPending || !cm.state.focused ||\n (hasSelection(input) && !prevInput && !this.composing) ||\n cm.isReadOnly() || cm.options.disableInput || cm.state.keySeq)\n return false;\n\n var text = input.value;\n // If nothing changed, bail.\n if (text == prevInput && !cm.somethingSelected()) return false;\n // Work around nonsensical selection resetting in IE9/10, and\n // inexplicable appearance of private area unicode characters on\n // some key combos in Mac (#2689).\n if (ie && ie_version >= 9 && this.hasSelection === text ||\n mac && /[\\uf700-\\uf7ff]/.test(text)) {\n cm.display.input.reset();\n return false;\n }\n\n if (cm.doc.sel == cm.display.selForContextMenu) {\n var first = text.charCodeAt(0);\n if (first == 0x200b && !prevInput) prevInput = \"\\u200b\";\n if (first == 0x21da) { this.reset(); return this.cm.execCommand(\"undo\"); }\n }\n // Find the part of the input that is actually new\n var same = 0, l = Math.min(prevInput.length, text.length);\n while (same < l && prevInput.charCodeAt(same) == text.charCodeAt(same)) ++same;\n\n var self = this;\n runInOp(cm, function() {\n applyTextInput(cm, text.slice(same), prevInput.length - same,\n null, self.composing ? \"*compose\" : null);\n\n // Don't leave long text in the textarea, since it makes further polling slow\n if (text.length > 1000 || text.indexOf(\"\\n\") > -1) input.value = self.prevInput = \"\";\n else self.prevInput = text;\n\n if (self.composing) {\n self.composing.range.clear();\n self.composing.range = cm.markText(self.composing.start, cm.getCursor(\"to\"),\n {className: \"CodeMirror-composing\"});\n }\n });\n return true;\n },\n\n ensurePolled: function() {\n if (this.pollingFast && this.poll()) this.pollingFast = false;\n },\n\n onKeyPress: function() {\n if (ie && ie_version >= 9) this.hasSelection = null;\n this.fastPoll();\n },\n\n onContextMenu: function(e) {\n var input = this, cm = input.cm, display = cm.display, te = input.textarea;\n var pos = posFromMouse(cm, e), scrollPos = display.scroller.scrollTop;\n if (!pos || presto) return; // Opera is difficult.\n\n // Reset the current text selection only if the click is done outside of the selection\n // and 'resetSelectionOnContextMenu' option is true.\n var reset = cm.options.resetSelectionOnContextMenu;\n if (reset && cm.doc.sel.contains(pos) == -1)\n operation(cm, setSelection)(cm.doc, simpleSelection(pos), sel_dontScroll);\n\n var oldCSS = te.style.cssText, oldWrapperCSS = input.wrapper.style.cssText;\n input.wrapper.style.cssText = \"position: absolute\"\n var wrapperBox = input.wrapper.getBoundingClientRect()\n te.style.cssText = \"position: absolute; width: 30px; height: 30px; top: \" + (e.clientY - wrapperBox.top - 5) +\n \"px; left: \" + (e.clientX - wrapperBox.left - 5) + \"px; z-index: 1000; background: \" +\n (ie ? \"rgba(255, 255, 255, .05)\" : \"transparent\") +\n \"; outline: none; border-width: 0; outline: none; overflow: hidden; opacity: .05; filter: alpha(opacity=5);\";\n if (webkit) var oldScrollY = window.scrollY; // Work around Chrome issue (#2712)\n display.input.focus();\n if (webkit) window.scrollTo(null, oldScrollY);\n display.input.reset();\n // Adds \"Select all\" to context menu in FF\n if (!cm.somethingSelected()) te.value = input.prevInput = \" \";\n input.contextMenuPending = true;\n display.selForContextMenu = cm.doc.sel;\n clearTimeout(display.detectingSelectAll);\n\n // Select-all will be greyed out if there's nothing to select, so\n // this adds a zero-width space so that we can later check whether\n // it got selected.\n function prepareSelectAllHack() {\n if (te.selectionStart != null) {\n var selected = cm.somethingSelected();\n var extval = \"\\u200b\" + (selected ? te.value : \"\");\n te.value = \"\\u21da\"; // Used to catch context-menu undo\n te.value = extval;\n input.prevInput = selected ? \"\" : \"\\u200b\";\n te.selectionStart = 1; te.selectionEnd = extval.length;\n // Re-set this, in case some other handler touched the\n // selection in the meantime.\n display.selForContextMenu = cm.doc.sel;\n }\n }\n function rehide() {\n input.contextMenuPending = false;\n input.wrapper.style.cssText = oldWrapperCSS\n te.style.cssText = oldCSS;\n if (ie && ie_version < 9) display.scrollbars.setScrollTop(display.scroller.scrollTop = scrollPos);\n\n // Try to detect the user choosing select-all\n if (te.selectionStart != null) {\n if (!ie || (ie && ie_version < 9)) prepareSelectAllHack();\n var i = 0, poll = function() {\n if (display.selForContextMenu == cm.doc.sel && te.selectionStart == 0 &&\n te.selectionEnd > 0 && input.prevInput == \"\\u200b\")\n operation(cm, commands.selectAll)(cm);\n else if (i++ < 10) display.detectingSelectAll = setTimeout(poll, 500);\n else display.input.reset();\n };\n display.detectingSelectAll = setTimeout(poll, 200);\n }\n }\n\n if (ie && ie_version >= 9) prepareSelectAllHack();\n if (captureRightClick) {\n e_stop(e);\n var mouseup = function() {\n off(window, \"mouseup\", mouseup);\n setTimeout(rehide, 20);\n };\n on(window, \"mouseup\", mouseup);\n } else {\n setTimeout(rehide, 50);\n }\n },\n\n readOnlyChanged: function(val) {\n if (!val) this.reset();\n },\n\n setUneditable: nothing,\n\n needsContentAttribute: false\n }, TextareaInput.prototype);\n\n // CONTENTEDITABLE INPUT STYLE\n\n function ContentEditableInput(cm) {\n this.cm = cm;\n this.lastAnchorNode = this.lastAnchorOffset = this.lastFocusNode = this.lastFocusOffset = null;\n this.polling = new Delayed();\n this.gracePeriod = false;\n }\n\n ContentEditableInput.prototype = copyObj({\n init: function(display) {\n var input = this, cm = input.cm;\n var div = input.div = display.lineDiv;\n disableBrowserMagic(div);\n\n on(div, \"paste\", function(e) {\n if (!signalDOMEvent(cm, e)) handlePaste(e, cm);\n })\n\n on(div, \"compositionstart\", function(e) {\n var data = e.data;\n input.composing = {sel: cm.doc.sel, data: data, startData: data};\n if (!data) return;\n var prim = cm.doc.sel.primary();\n var line = cm.getLine(prim.head.line);\n var found = line.indexOf(data, Math.max(0, prim.head.ch - data.length));\n if (found > -1 && found <= prim.head.ch)\n input.composing.sel = simpleSelection(Pos(prim.head.line, found),\n Pos(prim.head.line, found + data.length));\n });\n on(div, \"compositionupdate\", function(e) {\n input.composing.data = e.data;\n });\n on(div, \"compositionend\", function(e) {\n var ours = input.composing;\n if (!ours) return;\n if (e.data != ours.startData && !/\\u200b/.test(e.data))\n ours.data = e.data;\n // Need a small delay to prevent other code (input event,\n // selection polling) from doing damage when fired right after\n // compositionend.\n setTimeout(function() {\n if (!ours.handled)\n input.applyComposition(ours);\n if (input.composing == ours)\n input.composing = null;\n }, 50);\n });\n\n on(div, \"touchstart\", function() {\n input.forceCompositionEnd();\n });\n\n on(div, \"input\", function() {\n if (input.composing) return;\n if (cm.isReadOnly() || !input.pollContent())\n runInOp(input.cm, function() {regChange(cm);});\n });\n\n function onCopyCut(e) {\n if (signalDOMEvent(cm, e)) return\n if (cm.somethingSelected()) {\n lastCopied = cm.getSelections();\n if (e.type == \"cut\") cm.replaceSelection(\"\", null, \"cut\");\n } else if (!cm.options.lineWiseCopyCut) {\n return;\n } else {\n var ranges = copyableRanges(cm);\n lastCopied = ranges.text;\n if (e.type == \"cut\") {\n cm.operation(function() {\n cm.setSelections(ranges.ranges, 0, sel_dontScroll);\n cm.replaceSelection(\"\", null, \"cut\");\n });\n }\n }\n // iOS exposes the clipboard API, but seems to discard content inserted into it\n if (e.clipboardData && !ios) {\n e.preventDefault();\n e.clipboardData.clearData();\n e.clipboardData.setData(\"text/plain\", lastCopied.join(\"\\n\"));\n } else {\n // Old-fashioned briefly-focus-a-textarea hack\n var kludge = hiddenTextarea(), te = kludge.firstChild;\n cm.display.lineSpace.insertBefore(kludge, cm.display.lineSpace.firstChild);\n te.value = lastCopied.join(\"\\n\");\n var hadFocus = document.activeElement;\n selectInput(te);\n setTimeout(function() {\n cm.display.lineSpace.removeChild(kludge);\n hadFocus.focus();\n }, 50);\n }\n }\n on(div, \"copy\", onCopyCut);\n on(div, \"cut\", onCopyCut);\n },\n\n prepareSelection: function() {\n var result = prepareSelection(this.cm, false);\n result.focus = this.cm.state.focused;\n return result;\n },\n\n showSelection: function(info) {\n if (!info || !this.cm.display.view.length) return;\n if (info.focus) this.showPrimarySelection();\n this.showMultipleSelections(info);\n },\n\n showPrimarySelection: function() {\n var sel = window.getSelection(), prim = this.cm.doc.sel.primary();\n var curAnchor = domToPos(this.cm, sel.anchorNode, sel.anchorOffset);\n var curFocus = domToPos(this.cm, sel.focusNode, sel.focusOffset);\n if (curAnchor && !curAnchor.bad && curFocus && !curFocus.bad &&\n cmp(minPos(curAnchor, curFocus), prim.from()) == 0 &&\n cmp(maxPos(curAnchor, curFocus), prim.to()) == 0)\n return;\n\n var start = posToDOM(this.cm, prim.from());\n var end = posToDOM(this.cm, prim.to());\n if (!start && !end) return;\n\n var view = this.cm.display.view;\n var old = sel.rangeCount && sel.getRangeAt(0);\n if (!start) {\n start = {node: view[0].measure.map[2], offset: 0};\n } else if (!end) { // FIXME dangerously hacky\n var measure = view[view.length - 1].measure;\n var map = measure.maps ? measure.maps[measure.maps.length - 1] : measure.map;\n end = {node: map[map.length - 1], offset: map[map.length - 2] - map[map.length - 3]};\n }\n\n try { var rng = range(start.node, start.offset, end.offset, end.node); }\n catch(e) {} // Our model of the DOM might be outdated, in which case the range we try to set can be impossible\n if (rng) {\n if (!gecko && this.cm.state.focused) {\n sel.collapse(start.node, start.offset);\n if (!rng.collapsed) sel.addRange(rng);\n } else {\n sel.removeAllRanges();\n sel.addRange(rng);\n }\n if (old && sel.anchorNode == null) sel.addRange(old);\n else if (gecko) this.startGracePeriod();\n }\n this.rememberSelection();\n },\n\n startGracePeriod: function() {\n var input = this;\n clearTimeout(this.gracePeriod);\n this.gracePeriod = setTimeout(function() {\n input.gracePeriod = false;\n if (input.selectionChanged())\n input.cm.operation(function() { input.cm.curOp.selectionChanged = true; });\n }, 20);\n },\n\n showMultipleSelections: function(info) {\n removeChildrenAndAdd(this.cm.display.cursorDiv, info.cursors);\n removeChildrenAndAdd(this.cm.display.selectionDiv, info.selection);\n },\n\n rememberSelection: function() {\n var sel = window.getSelection();\n this.lastAnchorNode = sel.anchorNode; this.lastAnchorOffset = sel.anchorOffset;\n this.lastFocusNode = sel.focusNode; this.lastFocusOffset = sel.focusOffset;\n },\n\n selectionInEditor: function() {\n var sel = window.getSelection();\n if (!sel.rangeCount) return false;\n var node = sel.getRangeAt(0).commonAncestorContainer;\n return contains(this.div, node);\n },\n\n focus: function() {\n if (this.cm.options.readOnly != \"nocursor\") this.div.focus();\n },\n blur: function() { this.div.blur(); },\n getField: function() { return this.div; },\n\n supportsTouch: function() { return true; },\n\n receivedFocus: function() {\n var input = this;\n if (this.selectionInEditor())\n this.pollSelection();\n else\n runInOp(this.cm, function() { input.cm.curOp.selectionChanged = true; });\n\n function poll() {\n if (input.cm.state.focused) {\n input.pollSelection();\n input.polling.set(input.cm.options.pollInterval, poll);\n }\n }\n this.polling.set(this.cm.options.pollInterval, poll);\n },\n\n selectionChanged: function() {\n var sel = window.getSelection();\n return sel.anchorNode != this.lastAnchorNode || sel.anchorOffset != this.lastAnchorOffset ||\n sel.focusNode != this.lastFocusNode || sel.focusOffset != this.lastFocusOffset;\n },\n\n pollSelection: function() {\n if (!this.composing && !this.gracePeriod && this.selectionChanged()) {\n var sel = window.getSelection(), cm = this.cm;\n this.rememberSelection();\n var anchor = domToPos(cm, sel.anchorNode, sel.anchorOffset);\n var head = domToPos(cm, sel.focusNode, sel.focusOffset);\n if (anchor && head) runInOp(cm, function() {\n setSelection(cm.doc, simpleSelection(anchor, head), sel_dontScroll);\n if (anchor.bad || head.bad) cm.curOp.selectionChanged = true;\n });\n }\n },\n\n pollContent: function() {\n var cm = this.cm, display = cm.display, sel = cm.doc.sel.primary();\n var from = sel.from(), to = sel.to();\n if (from.line < display.viewFrom || to.line > display.viewTo - 1) return false;\n\n var fromIndex;\n if (from.line == display.viewFrom || (fromIndex = findViewIndex(cm, from.line)) == 0) {\n var fromLine = lineNo(display.view[0].line);\n var fromNode = display.view[0].node;\n } else {\n var fromLine = lineNo(display.view[fromIndex].line);\n var fromNode = display.view[fromIndex - 1].node.nextSibling;\n }\n var toIndex = findViewIndex(cm, to.line);\n if (toIndex == display.view.length - 1) {\n var toLine = display.viewTo - 1;\n var toNode = display.lineDiv.lastChild;\n } else {\n var toLine = lineNo(display.view[toIndex + 1].line) - 1;\n var toNode = display.view[toIndex + 1].node.previousSibling;\n }\n\n var newText = cm.doc.splitLines(domTextBetween(cm, fromNode, toNode, fromLine, toLine));\n var oldText = getBetween(cm.doc, Pos(fromLine, 0), Pos(toLine, getLine(cm.doc, toLine).text.length));\n while (newText.length > 1 && oldText.length > 1) {\n if (lst(newText) == lst(oldText)) { newText.pop(); oldText.pop(); toLine--; }\n else if (newText[0] == oldText[0]) { newText.shift(); oldText.shift(); fromLine++; }\n else break;\n }\n\n var cutFront = 0, cutEnd = 0;\n var newTop = newText[0], oldTop = oldText[0], maxCutFront = Math.min(newTop.length, oldTop.length);\n while (cutFront < maxCutFront && newTop.charCodeAt(cutFront) == oldTop.charCodeAt(cutFront))\n ++cutFront;\n var newBot = lst(newText), oldBot = lst(oldText);\n var maxCutEnd = Math.min(newBot.length - (newText.length == 1 ? cutFront : 0),\n oldBot.length - (oldText.length == 1 ? cutFront : 0));\n while (cutEnd < maxCutEnd &&\n newBot.charCodeAt(newBot.length - cutEnd - 1) == oldBot.charCodeAt(oldBot.length - cutEnd - 1))\n ++cutEnd;\n\n newText[newText.length - 1] = newBot.slice(0, newBot.length - cutEnd);\n newText[0] = newText[0].slice(cutFront);\n\n var chFrom = Pos(fromLine, cutFront);\n var chTo = Pos(toLine, oldText.length ? lst(oldText).length - cutEnd : 0);\n if (newText.length > 1 || newText[0] || cmp(chFrom, chTo)) {\n replaceRange(cm.doc, newText, chFrom, chTo, \"+input\");\n return true;\n }\n },\n\n ensurePolled: function() {\n this.forceCompositionEnd();\n },\n reset: function() {\n this.forceCompositionEnd();\n },\n forceCompositionEnd: function() {\n if (!this.composing || this.composing.handled) return;\n this.applyComposition(this.composing);\n this.composing.handled = true;\n this.div.blur();\n this.div.focus();\n },\n applyComposition: function(composing) {\n if (this.cm.isReadOnly())\n operation(this.cm, regChange)(this.cm)\n else if (composing.data && composing.data != composing.startData)\n operation(this.cm, applyTextInput)(this.cm, composing.data, 0, composing.sel);\n },\n\n setUneditable: function(node) {\n node.contentEditable = \"false\"\n },\n\n onKeyPress: function(e) {\n e.preventDefault();\n if (!this.cm.isReadOnly())\n operation(this.cm, applyTextInput)(this.cm, String.fromCharCode(e.charCode == null ? e.keyCode : e.charCode), 0);\n },\n\n readOnlyChanged: function(val) {\n this.div.contentEditable = String(val != \"nocursor\")\n },\n\n onContextMenu: nothing,\n resetPosition: nothing,\n\n needsContentAttribute: true\n }, ContentEditableInput.prototype);\n\n function posToDOM(cm, pos) {\n var view = findViewForLine(cm, pos.line);\n if (!view || view.hidden) return null;\n var line = getLine(cm.doc, pos.line);\n var info = mapFromLineView(view, line, pos.line);\n\n var order = getOrder(line), side = \"left\";\n if (order) {\n var partPos = getBidiPartAt(order, pos.ch);\n side = partPos % 2 ? \"right\" : \"left\";\n }\n var result = nodeAndOffsetInLineMap(info.map, pos.ch, side);\n result.offset = result.collapse == \"right\" ? result.end : result.start;\n return result;\n }\n\n function badPos(pos, bad) { if (bad) pos.bad = true; return pos; }\n\n function domToPos(cm, node, offset) {\n var lineNode;\n if (node == cm.display.lineDiv) {\n lineNode = cm.display.lineDiv.childNodes[offset];\n if (!lineNode) return badPos(cm.clipPos(Pos(cm.display.viewTo - 1)), true);\n node = null; offset = 0;\n } else {\n for (lineNode = node;; lineNode = lineNode.parentNode) {\n if (!lineNode || lineNode == cm.display.lineDiv) return null;\n if (lineNode.parentNode && lineNode.parentNode == cm.display.lineDiv) break;\n }\n }\n for (var i = 0; i < cm.display.view.length; i++) {\n var lineView = cm.display.view[i];\n if (lineView.node == lineNode)\n return locateNodeInLineView(lineView, node, offset);\n }\n }\n\n function locateNodeInLineView(lineView, node, offset) {\n var wrapper = lineView.text.firstChild, bad = false;\n if (!node || !contains(wrapper, node)) return badPos(Pos(lineNo(lineView.line), 0), true);\n if (node == wrapper) {\n bad = true;\n node = wrapper.childNodes[offset];\n offset = 0;\n if (!node) {\n var line = lineView.rest ? lst(lineView.rest) : lineView.line;\n return badPos(Pos(lineNo(line), line.text.length), bad);\n }\n }\n\n var textNode = node.nodeType == 3 ? node : null, topNode = node;\n if (!textNode && node.childNodes.length == 1 && node.firstChild.nodeType == 3) {\n textNode = node.firstChild;\n if (offset) offset = textNode.nodeValue.length;\n }\n while (topNode.parentNode != wrapper) topNode = topNode.parentNode;\n var measure = lineView.measure, maps = measure.maps;\n\n function find(textNode, topNode, offset) {\n for (var i = -1; i < (maps ? maps.length : 0); i++) {\n var map = i < 0 ? measure.map : maps[i];\n for (var j = 0; j < map.length; j += 3) {\n var curNode = map[j + 2];\n if (curNode == textNode || curNode == topNode) {\n var line = lineNo(i < 0 ? lineView.line : lineView.rest[i]);\n var ch = map[j] + offset;\n if (offset < 0 || curNode != textNode) ch = map[j + (offset ? 1 : 0)];\n return Pos(line, ch);\n }\n }\n }\n }\n var found = find(textNode, topNode, offset);\n if (found) return badPos(found, bad);\n\n // FIXME this is all really shaky. might handle the few cases it needs to handle, but likely to cause problems\n for (var after = topNode.nextSibling, dist = textNode ? textNode.nodeValue.length - offset : 0; after; after = after.nextSibling) {\n found = find(after, after.firstChild, 0);\n if (found)\n return badPos(Pos(found.line, found.ch - dist), bad);\n else\n dist += after.textContent.length;\n }\n for (var before = topNode.previousSibling, dist = offset; before; before = before.previousSibling) {\n found = find(before, before.firstChild, -1);\n if (found)\n return badPos(Pos(found.line, found.ch + dist), bad);\n else\n dist += after.textContent.length;\n }\n }\n\n function domTextBetween(cm, from, to, fromLine, toLine) {\n var text = \"\", closing = false, lineSep = cm.doc.lineSeparator();\n function recognizeMarker(id) { return function(marker) { return marker.id == id; }; }\n function walk(node) {\n if (node.nodeType == 1) {\n var cmText = node.getAttribute(\"cm-text\");\n if (cmText != null) {\n if (cmText == \"\") cmText = node.textContent.replace(/\\u200b/g, \"\");\n text += cmText;\n return;\n }\n var markerID = node.getAttribute(\"cm-marker\"), range;\n if (markerID) {\n var found = cm.findMarks(Pos(fromLine, 0), Pos(toLine + 1, 0), recognizeMarker(+markerID));\n if (found.length && (range = found[0].find()))\n text += getBetween(cm.doc, range.from, range.to).join(lineSep);\n return;\n }\n if (node.getAttribute(\"contenteditable\") == \"false\") return;\n for (var i = 0; i < node.childNodes.length; i++)\n walk(node.childNodes[i]);\n if (/^(pre|div|p)$/i.test(node.nodeName))\n closing = true;\n } else if (node.nodeType == 3) {\n var val = node.nodeValue;\n if (!val) return;\n if (closing) {\n text += lineSep;\n closing = false;\n }\n text += val;\n }\n }\n for (;;) {\n walk(from);\n if (from == to) break;\n from = from.nextSibling;\n }\n return text;\n }\n\n CodeMirror.inputStyles = {\"textarea\": TextareaInput, \"contenteditable\": ContentEditableInput};\n\n // SELECTION / CURSOR\n\n // Selection objects are immutable. A new one is created every time\n // the selection changes. A selection is one or more non-overlapping\n // (and non-touching) ranges, sorted, and an integer that indicates\n // which one is the primary selection (the one that's scrolled into\n // view, that getCursor returns, etc).\n function Selection(ranges, primIndex) {\n this.ranges = ranges;\n this.primIndex = primIndex;\n }\n\n Selection.prototype = {\n primary: function() { return this.ranges[this.primIndex]; },\n equals: function(other) {\n if (other == this) return true;\n if (other.primIndex != this.primIndex || other.ranges.length != this.ranges.length) return false;\n for (var i = 0; i < this.ranges.length; i++) {\n var here = this.ranges[i], there = other.ranges[i];\n if (cmp(here.anchor, there.anchor) != 0 || cmp(here.head, there.head) != 0) return false;\n }\n return true;\n },\n deepCopy: function() {\n for (var out = [], i = 0; i < this.ranges.length; i++)\n out[i] = new Range(copyPos(this.ranges[i].anchor), copyPos(this.ranges[i].head));\n return new Selection(out, this.primIndex);\n },\n somethingSelected: function() {\n for (var i = 0; i < this.ranges.length; i++)\n if (!this.ranges[i].empty()) return true;\n return false;\n },\n contains: function(pos, end) {\n if (!end) end = pos;\n for (var i = 0; i < this.ranges.length; i++) {\n var range = this.ranges[i];\n if (cmp(end, range.from()) >= 0 && cmp(pos, range.to()) <= 0)\n return i;\n }\n return -1;\n }\n };\n\n function Range(anchor, head) {\n this.anchor = anchor; this.head = head;\n }\n\n Range.prototype = {\n from: function() { return minPos(this.anchor, this.head); },\n to: function() { return maxPos(this.anchor, this.head); },\n empty: function() {\n return this.head.line == this.anchor.line && this.head.ch == this.anchor.ch;\n }\n };\n\n // Take an unsorted, potentially overlapping set of ranges, and\n // build a selection out of it. 'Consumes' ranges array (modifying\n // it).\n function normalizeSelection(ranges, primIndex) {\n var prim = ranges[primIndex];\n ranges.sort(function(a, b) { return cmp(a.from(), b.from()); });\n primIndex = indexOf(ranges, prim);\n for (var i = 1; i < ranges.length; i++) {\n var cur = ranges[i], prev = ranges[i - 1];\n if (cmp(prev.to(), cur.from()) >= 0) {\n var from = minPos(prev.from(), cur.from()), to = maxPos(prev.to(), cur.to());\n var inv = prev.empty() ? cur.from() == cur.head : prev.from() == prev.head;\n if (i <= primIndex) --primIndex;\n ranges.splice(--i, 2, new Range(inv ? to : from, inv ? from : to));\n }\n }\n return new Selection(ranges, primIndex);\n }\n\n function simpleSelection(anchor, head) {\n return new Selection([new Range(anchor, head || anchor)], 0);\n }\n\n // Most of the external API clips given positions to make sure they\n // actually exist within the document.\n function clipLine(doc, n) {return Math.max(doc.first, Math.min(n, doc.first + doc.size - 1));}\n function clipPos(doc, pos) {\n if (pos.line < doc.first) return Pos(doc.first, 0);\n var last = doc.first + doc.size - 1;\n if (pos.line > last) return Pos(last, getLine(doc, last).text.length);\n return clipToLen(pos, getLine(doc, pos.line).text.length);\n }\n function clipToLen(pos, linelen) {\n var ch = pos.ch;\n if (ch == null || ch > linelen) return Pos(pos.line, linelen);\n else if (ch < 0) return Pos(pos.line, 0);\n else return pos;\n }\n function isLine(doc, l) {return l >= doc.first && l < doc.first + doc.size;}\n function clipPosArray(doc, array) {\n for (var out = [], i = 0; i < array.length; i++) out[i] = clipPos(doc, array[i]);\n return out;\n }\n\n // SELECTION UPDATES\n\n // The 'scroll' parameter given to many of these indicated whether\n // the new cursor position should be scrolled into view after\n // modifying the selection.\n\n // If shift is held or the extend flag is set, extends a range to\n // include a given position (and optionally a second position).\n // Otherwise, simply returns the range between the given positions.\n // Used for cursor motion and such.\n function extendRange(doc, range, head, other) {\n if (doc.cm && doc.cm.display.shift || doc.extend) {\n var anchor = range.anchor;\n if (other) {\n var posBefore = cmp(head, anchor) < 0;\n if (posBefore != (cmp(other, anchor) < 0)) {\n anchor = head;\n head = other;\n } else if (posBefore != (cmp(head, other) < 0)) {\n head = other;\n }\n }\n return new Range(anchor, head);\n } else {\n return new Range(other || head, head);\n }\n }\n\n // Extend the primary selection range, discard the rest.\n function extendSelection(doc, head, other, options) {\n setSelection(doc, new Selection([extendRange(doc, doc.sel.primary(), head, other)], 0), options);\n }\n\n // Extend all selections (pos is an array of selections with length\n // equal the number of selections)\n function extendSelections(doc, heads, options) {\n for (var out = [], i = 0; i < doc.sel.ranges.length; i++)\n out[i] = extendRange(doc, doc.sel.ranges[i], heads[i], null);\n var newSel = normalizeSelection(out, doc.sel.primIndex);\n setSelection(doc, newSel, options);\n }\n\n // Updates a single range in the selection.\n function replaceOneSelection(doc, i, range, options) {\n var ranges = doc.sel.ranges.slice(0);\n ranges[i] = range;\n setSelection(doc, normalizeSelection(ranges, doc.sel.primIndex), options);\n }\n\n // Reset the selection to a single range.\n function setSimpleSelection(doc, anchor, head, options) {\n setSelection(doc, simpleSelection(anchor, head), options);\n }\n\n // Give beforeSelectionChange handlers a change to influence a\n // selection update.\n function filterSelectionChange(doc, sel, options) {\n var obj = {\n ranges: sel.ranges,\n update: function(ranges) {\n this.ranges = [];\n for (var i = 0; i < ranges.length; i++)\n this.ranges[i] = new Range(clipPos(doc, ranges[i].anchor),\n clipPos(doc, ranges[i].head));\n },\n origin: options && options.origin\n };\n signal(doc, \"beforeSelectionChange\", doc, obj);\n if (doc.cm) signal(doc.cm, \"beforeSelectionChange\", doc.cm, obj);\n if (obj.ranges != sel.ranges) return normalizeSelection(obj.ranges, obj.ranges.length - 1);\n else return sel;\n }\n\n function setSelectionReplaceHistory(doc, sel, options) {\n var done = doc.history.done, last = lst(done);\n if (last && last.ranges) {\n done[done.length - 1] = sel;\n setSelectionNoUndo(doc, sel, options);\n } else {\n setSelection(doc, sel, options);\n }\n }\n\n // Set a new selection.\n function setSelection(doc, sel, options) {\n setSelectionNoUndo(doc, sel, options);\n addSelectionToHistory(doc, doc.sel, doc.cm ? doc.cm.curOp.id : NaN, options);\n }\n\n function setSelectionNoUndo(doc, sel, options) {\n if (hasHandler(doc, \"beforeSelectionChange\") || doc.cm && hasHandler(doc.cm, \"beforeSelectionChange\"))\n sel = filterSelectionChange(doc, sel, options);\n\n var bias = options && options.bias ||\n (cmp(sel.primary().head, doc.sel.primary().head) < 0 ? -1 : 1);\n setSelectionInner(doc, skipAtomicInSelection(doc, sel, bias, true));\n\n if (!(options && options.scroll === false) && doc.cm)\n ensureCursorVisible(doc.cm);\n }\n\n function setSelectionInner(doc, sel) {\n if (sel.equals(doc.sel)) return;\n\n doc.sel = sel;\n\n if (doc.cm) {\n doc.cm.curOp.updateInput = doc.cm.curOp.selectionChanged = true;\n signalCursorActivity(doc.cm);\n }\n signalLater(doc, \"cursorActivity\", doc);\n }\n\n // Verify that the selection does not partially select any atomic\n // marked ranges.\n function reCheckSelection(doc) {\n setSelectionInner(doc, skipAtomicInSelection(doc, doc.sel, null, false), sel_dontScroll);\n }\n\n // Return a selection that does not partially select any atomic\n // ranges.\n function skipAtomicInSelection(doc, sel, bias, mayClear) {\n var out;\n for (var i = 0; i < sel.ranges.length; i++) {\n var range = sel.ranges[i];\n var old = sel.ranges.length == doc.sel.ranges.length && doc.sel.ranges[i];\n var newAnchor = skipAtomic(doc, range.anchor, old && old.anchor, bias, mayClear);\n var newHead = skipAtomic(doc, range.head, old && old.head, bias, mayClear);\n if (out || newAnchor != range.anchor || newHead != range.head) {\n if (!out) out = sel.ranges.slice(0, i);\n out[i] = new Range(newAnchor, newHead);\n }\n }\n return out ? normalizeSelection(out, sel.primIndex) : sel;\n }\n\n function skipAtomicInner(doc, pos, oldPos, dir, mayClear) {\n var line = getLine(doc, pos.line);\n if (line.markedSpans) for (var i = 0; i < line.markedSpans.length; ++i) {\n var sp = line.markedSpans[i], m = sp.marker;\n if ((sp.from == null || (m.inclusiveLeft ? sp.from <= pos.ch : sp.from < pos.ch)) &&\n (sp.to == null || (m.inclusiveRight ? sp.to >= pos.ch : sp.to > pos.ch))) {\n if (mayClear) {\n signal(m, \"beforeCursorEnter\");\n if (m.explicitlyCleared) {\n if (!line.markedSpans) break;\n else {--i; continue;}\n }\n }\n if (!m.atomic) continue;\n\n if (oldPos) {\n var near = m.find(dir < 0 ? 1 : -1), diff;\n if (dir < 0 ? m.inclusiveRight : m.inclusiveLeft)\n near = movePos(doc, near, -dir, near && near.line == pos.line ? line : null);\n if (near && near.line == pos.line && (diff = cmp(near, oldPos)) && (dir < 0 ? diff < 0 : diff > 0))\n return skipAtomicInner(doc, near, pos, dir, mayClear);\n }\n\n var far = m.find(dir < 0 ? -1 : 1);\n if (dir < 0 ? m.inclusiveLeft : m.inclusiveRight)\n far = movePos(doc, far, dir, far.line == pos.line ? line : null);\n return far ? skipAtomicInner(doc, far, pos, dir, mayClear) : null;\n }\n }\n return pos;\n }\n\n // Ensure a given position is not inside an atomic range.\n function skipAtomic(doc, pos, oldPos, bias, mayClear) {\n var dir = bias || 1;\n var found = skipAtomicInner(doc, pos, oldPos, dir, mayClear) ||\n (!mayClear && skipAtomicInner(doc, pos, oldPos, dir, true)) ||\n skipAtomicInner(doc, pos, oldPos, -dir, mayClear) ||\n (!mayClear && skipAtomicInner(doc, pos, oldPos, -dir, true));\n if (!found) {\n doc.cantEdit = true;\n return Pos(doc.first, 0);\n }\n return found;\n }\n\n function movePos(doc, pos, dir, line) {\n if (dir < 0 && pos.ch == 0) {\n if (pos.line > doc.first) return clipPos(doc, Pos(pos.line - 1));\n else return null;\n } else if (dir > 0 && pos.ch == (line || getLine(doc, pos.line)).text.length) {\n if (pos.line < doc.first + doc.size - 1) return Pos(pos.line + 1, 0);\n else return null;\n } else {\n return new Pos(pos.line, pos.ch + dir);\n }\n }\n\n // SELECTION DRAWING\n\n function updateSelection(cm) {\n cm.display.input.showSelection(cm.display.input.prepareSelection());\n }\n\n function prepareSelection(cm, primary) {\n var doc = cm.doc, result = {};\n var curFragment = result.cursors = document.createDocumentFragment();\n var selFragment = result.selection = document.createDocumentFragment();\n\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n if (primary === false && i == doc.sel.primIndex) continue;\n var range = doc.sel.ranges[i];\n if (range.from().line >= cm.display.viewTo || range.to().line < cm.display.viewFrom) continue;\n var collapsed = range.empty();\n if (collapsed || cm.options.showCursorWhenSelecting)\n drawSelectionCursor(cm, range.head, curFragment);\n if (!collapsed)\n drawSelectionRange(cm, range, selFragment);\n }\n return result;\n }\n\n // Draws a cursor for the given range\n function drawSelectionCursor(cm, head, output) {\n var pos = cursorCoords(cm, head, \"div\", null, null, !cm.options.singleCursorHeightPerLine);\n\n var cursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor\"));\n cursor.style.left = pos.left + \"px\";\n cursor.style.top = pos.top + \"px\";\n cursor.style.height = Math.max(0, pos.bottom - pos.top) * cm.options.cursorHeight + \"px\";\n\n if (pos.other) {\n // Secondary cursor, shown when on a 'jump' in bi-directional text\n var otherCursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor CodeMirror-secondarycursor\"));\n otherCursor.style.display = \"\";\n otherCursor.style.left = pos.other.left + \"px\";\n otherCursor.style.top = pos.other.top + \"px\";\n otherCursor.style.height = (pos.other.bottom - pos.other.top) * .85 + \"px\";\n }\n }\n\n // Draws the given range as a highlighted selection\n function drawSelectionRange(cm, range, output) {\n var display = cm.display, doc = cm.doc;\n var fragment = document.createDocumentFragment();\n var padding = paddingH(cm.display), leftSide = padding.left;\n var rightSide = Math.max(display.sizerWidth, displayWidth(cm) - display.sizer.offsetLeft) - padding.right;\n\n function add(left, top, width, bottom) {\n if (top < 0) top = 0;\n top = Math.round(top);\n bottom = Math.round(bottom);\n fragment.appendChild(elt(\"div\", null, \"CodeMirror-selected\", \"position: absolute; left: \" + left +\n \"px; top: \" + top + \"px; width: \" + (width == null ? rightSide - left : width) +\n \"px; height: \" + (bottom - top) + \"px\"));\n }\n\n function drawForLine(line, fromArg, toArg) {\n var lineObj = getLine(doc, line);\n var lineLen = lineObj.text.length;\n var start, end;\n function coords(ch, bias) {\n return charCoords(cm, Pos(line, ch), \"div\", lineObj, bias);\n }\n\n iterateBidiSections(getOrder(lineObj), fromArg || 0, toArg == null ? lineLen : toArg, function(from, to, dir) {\n var leftPos = coords(from, \"left\"), rightPos, left, right;\n if (from == to) {\n rightPos = leftPos;\n left = right = leftPos.left;\n } else {\n rightPos = coords(to - 1, \"right\");\n if (dir == \"rtl\") { var tmp = leftPos; leftPos = rightPos; rightPos = tmp; }\n left = leftPos.left;\n right = rightPos.right;\n }\n if (fromArg == null && from == 0) left = leftSide;\n if (rightPos.top - leftPos.top > 3) { // Different lines, draw top part\n add(left, leftPos.top, null, leftPos.bottom);\n left = leftSide;\n if (leftPos.bottom < rightPos.top) add(left, leftPos.bottom, null, rightPos.top);\n }\n if (toArg == null && to == lineLen) right = rightSide;\n if (!start || leftPos.top < start.top || leftPos.top == start.top && leftPos.left < start.left)\n start = leftPos;\n if (!end || rightPos.bottom > end.bottom || rightPos.bottom == end.bottom && rightPos.right > end.right)\n end = rightPos;\n if (left < leftSide + 1) left = leftSide;\n add(left, rightPos.top, right - left, rightPos.bottom);\n });\n return {start: start, end: end};\n }\n\n var sFrom = range.from(), sTo = range.to();\n if (sFrom.line == sTo.line) {\n drawForLine(sFrom.line, sFrom.ch, sTo.ch);\n } else {\n var fromLine = getLine(doc, sFrom.line), toLine = getLine(doc, sTo.line);\n var singleVLine = visualLine(fromLine) == visualLine(toLine);\n var leftEnd = drawForLine(sFrom.line, sFrom.ch, singleVLine ? fromLine.text.length + 1 : null).end;\n var rightStart = drawForLine(sTo.line, singleVLine ? 0 : null, sTo.ch).start;\n if (singleVLine) {\n if (leftEnd.top < rightStart.top - 2) {\n add(leftEnd.right, leftEnd.top, null, leftEnd.bottom);\n add(leftSide, rightStart.top, rightStart.left, rightStart.bottom);\n } else {\n add(leftEnd.right, leftEnd.top, rightStart.left - leftEnd.right, leftEnd.bottom);\n }\n }\n if (leftEnd.bottom < rightStart.top)\n add(leftSide, leftEnd.bottom, null, rightStart.top);\n }\n\n output.appendChild(fragment);\n }\n\n // Cursor-blinking\n function restartBlink(cm) {\n if (!cm.state.focused) return;\n var display = cm.display;\n clearInterval(display.blinker);\n var on = true;\n display.cursorDiv.style.visibility = \"\";\n if (cm.options.cursorBlinkRate > 0)\n display.blinker = setInterval(function() {\n display.cursorDiv.style.visibility = (on = !on) ? \"\" : \"hidden\";\n }, cm.options.cursorBlinkRate);\n else if (cm.options.cursorBlinkRate < 0)\n display.cursorDiv.style.visibility = \"hidden\";\n }\n\n // HIGHLIGHT WORKER\n\n function startWorker(cm, time) {\n if (cm.doc.mode.startState && cm.doc.frontier < cm.display.viewTo)\n cm.state.highlight.set(time, bind(highlightWorker, cm));\n }\n\n function highlightWorker(cm) {\n var doc = cm.doc;\n if (doc.frontier < doc.first) doc.frontier = doc.first;\n if (doc.frontier >= cm.display.viewTo) return;\n var end = +new Date + cm.options.workTime;\n var state = copyState(doc.mode, getStateBefore(cm, doc.frontier));\n var changedLines = [];\n\n doc.iter(doc.frontier, Math.min(doc.first + doc.size, cm.display.viewTo + 500), function(line) {\n if (doc.frontier >= cm.display.viewFrom) { // Visible\n var oldStyles = line.styles, tooLong = line.text.length > cm.options.maxHighlightLength;\n var highlighted = highlightLine(cm, line, tooLong ? copyState(doc.mode, state) : state, true);\n line.styles = highlighted.styles;\n var oldCls = line.styleClasses, newCls = highlighted.classes;\n if (newCls) line.styleClasses = newCls;\n else if (oldCls) line.styleClasses = null;\n var ischange = !oldStyles || oldStyles.length != line.styles.length ||\n oldCls != newCls && (!oldCls || !newCls || oldCls.bgClass != newCls.bgClass || oldCls.textClass != newCls.textClass);\n for (var i = 0; !ischange && i < oldStyles.length; ++i) ischange = oldStyles[i] != line.styles[i];\n if (ischange) changedLines.push(doc.frontier);\n line.stateAfter = tooLong ? state : copyState(doc.mode, state);\n } else {\n if (line.text.length <= cm.options.maxHighlightLength)\n processLine(cm, line.text, state);\n line.stateAfter = doc.frontier % 5 == 0 ? copyState(doc.mode, state) : null;\n }\n ++doc.frontier;\n if (+new Date > end) {\n startWorker(cm, cm.options.workDelay);\n return true;\n }\n });\n if (changedLines.length) runInOp(cm, function() {\n for (var i = 0; i < changedLines.length; i++)\n regLineChange(cm, changedLines[i], \"text\");\n });\n }\n\n // Finds the line to start with when starting a parse. Tries to\n // find a line with a stateAfter, so that it can start with a\n // valid state. If that fails, it returns the line with the\n // smallest indentation, which tends to need the least context to\n // parse correctly.\n function findStartLine(cm, n, precise) {\n var minindent, minline, doc = cm.doc;\n var lim = precise ? -1 : n - (cm.doc.mode.innerMode ? 1000 : 100);\n for (var search = n; search > lim; --search) {\n if (search <= doc.first) return doc.first;\n var line = getLine(doc, search - 1);\n if (line.stateAfter && (!precise || search <= doc.frontier)) return search;\n var indented = countColumn(line.text, null, cm.options.tabSize);\n if (minline == null || minindent > indented) {\n minline = search - 1;\n minindent = indented;\n }\n }\n return minline;\n }\n\n function getStateBefore(cm, n, precise) {\n var doc = cm.doc, display = cm.display;\n if (!doc.mode.startState) return true;\n var pos = findStartLine(cm, n, precise), state = pos > doc.first && getLine(doc, pos-1).stateAfter;\n if (!state) state = startState(doc.mode);\n else state = copyState(doc.mode, state);\n doc.iter(pos, n, function(line) {\n processLine(cm, line.text, state);\n var save = pos == n - 1 || pos % 5 == 0 || pos >= display.viewFrom && pos < display.viewTo;\n line.stateAfter = save ? copyState(doc.mode, state) : null;\n ++pos;\n });\n if (precise) doc.frontier = pos;\n return state;\n }\n\n // POSITION MEASUREMENT\n\n function paddingTop(display) {return display.lineSpace.offsetTop;}\n function paddingVert(display) {return display.mover.offsetHeight - display.lineSpace.offsetHeight;}\n function paddingH(display) {\n if (display.cachedPaddingH) return display.cachedPaddingH;\n var e = removeChildrenAndAdd(display.measure, elt(\"pre\", \"x\"));\n var style = window.getComputedStyle ? window.getComputedStyle(e) : e.currentStyle;\n var data = {left: parseInt(style.paddingLeft), right: parseInt(style.paddingRight)};\n if (!isNaN(data.left) && !isNaN(data.right)) display.cachedPaddingH = data;\n return data;\n }\n\n function scrollGap(cm) { return scrollerGap - cm.display.nativeBarWidth; }\n function displayWidth(cm) {\n return cm.display.scroller.clientWidth - scrollGap(cm) - cm.display.barWidth;\n }\n function displayHeight(cm) {\n return cm.display.scroller.clientHeight - scrollGap(cm) - cm.display.barHeight;\n }\n\n // Ensure the lineView.wrapping.heights array is populated. This is\n // an array of bottom offsets for the lines that make up a drawn\n // line. When lineWrapping is on, there might be more than one\n // height.\n function ensureLineHeights(cm, lineView, rect) {\n var wrapping = cm.options.lineWrapping;\n var curWidth = wrapping && displayWidth(cm);\n if (!lineView.measure.heights || wrapping && lineView.measure.width != curWidth) {\n var heights = lineView.measure.heights = [];\n if (wrapping) {\n lineView.measure.width = curWidth;\n var rects = lineView.text.firstChild.getClientRects();\n for (var i = 0; i < rects.length - 1; i++) {\n var cur = rects[i], next = rects[i + 1];\n if (Math.abs(cur.bottom - next.bottom) > 2)\n heights.push((cur.bottom + next.top) / 2 - rect.top);\n }\n }\n heights.push(rect.bottom - rect.top);\n }\n }\n\n // Find a line map (mapping character offsets to text nodes) and a\n // measurement cache for the given line number. (A line view might\n // contain multiple lines when collapsed ranges are present.)\n function mapFromLineView(lineView, line, lineN) {\n if (lineView.line == line)\n return {map: lineView.measure.map, cache: lineView.measure.cache};\n for (var i = 0; i < lineView.rest.length; i++)\n if (lineView.rest[i] == line)\n return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i]};\n for (var i = 0; i < lineView.rest.length; i++)\n if (lineNo(lineView.rest[i]) > lineN)\n return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i], before: true};\n }\n\n // Render a line into the hidden node display.externalMeasured. Used\n // when measurement is needed for a line that's not in the viewport.\n function updateExternalMeasurement(cm, line) {\n line = visualLine(line);\n var lineN = lineNo(line);\n var view = cm.display.externalMeasured = new LineView(cm.doc, line, lineN);\n view.lineN = lineN;\n var built = view.built = buildLineContent(cm, view);\n view.text = built.pre;\n removeChildrenAndAdd(cm.display.lineMeasure, built.pre);\n return view;\n }\n\n // Get a {top, bottom, left, right} box (in line-local coordinates)\n // for a given character.\n function measureChar(cm, line, ch, bias) {\n return measureCharPrepared(cm, prepareMeasureForLine(cm, line), ch, bias);\n }\n\n // Find a line view that corresponds to the given line number.\n function findViewForLine(cm, lineN) {\n if (lineN >= cm.display.viewFrom && lineN < cm.display.viewTo)\n return cm.display.view[findViewIndex(cm, lineN)];\n var ext = cm.display.externalMeasured;\n if (ext && lineN >= ext.lineN && lineN < ext.lineN + ext.size)\n return ext;\n }\n\n // Measurement can be split in two steps, the set-up work that\n // applies to the whole line, and the measurement of the actual\n // character. Functions like coordsChar, that need to do a lot of\n // measurements in a row, can thus ensure that the set-up work is\n // only done once.\n function prepareMeasureForLine(cm, line) {\n var lineN = lineNo(line);\n var view = findViewForLine(cm, lineN);\n if (view && !view.text) {\n view = null;\n } else if (view && view.changes) {\n updateLineForChanges(cm, view, lineN, getDimensions(cm));\n cm.curOp.forceUpdate = true;\n }\n if (!view)\n view = updateExternalMeasurement(cm, line);\n\n var info = mapFromLineView(view, line, lineN);\n return {\n line: line, view: view, rect: null,\n map: info.map, cache: info.cache, before: info.before,\n hasHeights: false\n };\n }\n\n // Given a prepared measurement object, measures the position of an\n // actual character (or fetches it from the cache).\n function measureCharPrepared(cm, prepared, ch, bias, varHeight) {\n if (prepared.before) ch = -1;\n var key = ch + (bias || \"\"), found;\n if (prepared.cache.hasOwnProperty(key)) {\n found = prepared.cache[key];\n } else {\n if (!prepared.rect)\n prepared.rect = prepared.view.text.getBoundingClientRect();\n if (!prepared.hasHeights) {\n ensureLineHeights(cm, prepared.view, prepared.rect);\n prepared.hasHeights = true;\n }\n found = measureCharInner(cm, prepared, ch, bias);\n if (!found.bogus) prepared.cache[key] = found;\n }\n return {left: found.left, right: found.right,\n top: varHeight ? found.rtop : found.top,\n bottom: varHeight ? found.rbottom : found.bottom};\n }\n\n var nullRect = {left: 0, right: 0, top: 0, bottom: 0};\n\n function nodeAndOffsetInLineMap(map, ch, bias) {\n var node, start, end, collapse;\n // First, search the line map for the text node corresponding to,\n // or closest to, the target character.\n for (var i = 0; i < map.length; i += 3) {\n var mStart = map[i], mEnd = map[i + 1];\n if (ch < mStart) {\n start = 0; end = 1;\n collapse = \"left\";\n } else if (ch < mEnd) {\n start = ch - mStart;\n end = start + 1;\n } else if (i == map.length - 3 || ch == mEnd && map[i + 3] > ch) {\n end = mEnd - mStart;\n start = end - 1;\n if (ch >= mEnd) collapse = \"right\";\n }\n if (start != null) {\n node = map[i + 2];\n if (mStart == mEnd && bias == (node.insertLeft ? \"left\" : \"right\"))\n collapse = bias;\n if (bias == \"left\" && start == 0)\n while (i && map[i - 2] == map[i - 3] && map[i - 1].insertLeft) {\n node = map[(i -= 3) + 2];\n collapse = \"left\";\n }\n if (bias == \"right\" && start == mEnd - mStart)\n while (i < map.length - 3 && map[i + 3] == map[i + 4] && !map[i + 5].insertLeft) {\n node = map[(i += 3) + 2];\n collapse = \"right\";\n }\n break;\n }\n }\n return {node: node, start: start, end: end, collapse: collapse, coverStart: mStart, coverEnd: mEnd};\n }\n\n function measureCharInner(cm, prepared, ch, bias) {\n var place = nodeAndOffsetInLineMap(prepared.map, ch, bias);\n var node = place.node, start = place.start, end = place.end, collapse = place.collapse;\n\n var rect;\n if (node.nodeType == 3) { // If it is a text node, use a range to retrieve the coordinates.\n for (var i = 0; i < 4; i++) { // Retry a maximum of 4 times when nonsense rectangles are returned\n while (start && isExtendingChar(prepared.line.text.charAt(place.coverStart + start))) --start;\n while (place.coverStart + end < place.coverEnd && isExtendingChar(prepared.line.text.charAt(place.coverStart + end))) ++end;\n if (ie && ie_version < 9 && start == 0 && end == place.coverEnd - place.coverStart) {\n rect = node.parentNode.getBoundingClientRect();\n } else if (ie && cm.options.lineWrapping) {\n var rects = range(node, start, end).getClientRects();\n if (rects.length)\n rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n else\n rect = nullRect;\n } else {\n rect = range(node, start, end).getBoundingClientRect() || nullRect;\n }\n if (rect.left || rect.right || start == 0) break;\n end = start;\n start = start - 1;\n collapse = \"right\";\n }\n if (ie && ie_version < 11) rect = maybeUpdateRectForZooming(cm.display.measure, rect);\n } else { // If it is a widget, simply get the box for the whole widget.\n if (start > 0) collapse = bias = \"right\";\n var rects;\n if (cm.options.lineWrapping && (rects = node.getClientRects()).length > 1)\n rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n else\n rect = node.getBoundingClientRect();\n }\n if (ie && ie_version < 9 && !start && (!rect || !rect.left && !rect.right)) {\n var rSpan = node.parentNode.getClientRects()[0];\n if (rSpan)\n rect = {left: rSpan.left, right: rSpan.left + charWidth(cm.display), top: rSpan.top, bottom: rSpan.bottom};\n else\n rect = nullRect;\n }\n\n var rtop = rect.top - prepared.rect.top, rbot = rect.bottom - prepared.rect.top;\n var mid = (rtop + rbot) / 2;\n var heights = prepared.view.measure.heights;\n for (var i = 0; i < heights.length - 1; i++)\n if (mid < heights[i]) break;\n var top = i ? heights[i - 1] : 0, bot = heights[i];\n var result = {left: (collapse == \"right\" ? rect.right : rect.left) - prepared.rect.left,\n right: (collapse == \"left\" ? rect.left : rect.right) - prepared.rect.left,\n top: top, bottom: bot};\n if (!rect.left && !rect.right) result.bogus = true;\n if (!cm.options.singleCursorHeightPerLine) { result.rtop = rtop; result.rbottom = rbot; }\n\n return result;\n }\n\n // Work around problem with bounding client rects on ranges being\n // returned incorrectly when zoomed on IE10 and below.\n function maybeUpdateRectForZooming(measure, rect) {\n if (!window.screen || screen.logicalXDPI == null ||\n screen.logicalXDPI == screen.deviceXDPI || !hasBadZoomedRects(measure))\n return rect;\n var scaleX = screen.logicalXDPI / screen.deviceXDPI;\n var scaleY = screen.logicalYDPI / screen.deviceYDPI;\n return {left: rect.left * scaleX, right: rect.right * scaleX,\n top: rect.top * scaleY, bottom: rect.bottom * scaleY};\n }\n\n function clearLineMeasurementCacheFor(lineView) {\n if (lineView.measure) {\n lineView.measure.cache = {};\n lineView.measure.heights = null;\n if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n lineView.measure.caches[i] = {};\n }\n }\n\n function clearLineMeasurementCache(cm) {\n cm.display.externalMeasure = null;\n removeChildren(cm.display.lineMeasure);\n for (var i = 0; i < cm.display.view.length; i++)\n clearLineMeasurementCacheFor(cm.display.view[i]);\n }\n\n function clearCaches(cm) {\n clearLineMeasurementCache(cm);\n cm.display.cachedCharWidth = cm.display.cachedTextHeight = cm.display.cachedPaddingH = null;\n if (!cm.options.lineWrapping) cm.display.maxLineChanged = true;\n cm.display.lineNumChars = null;\n }\n\n function pageScrollX() { return window.pageXOffset || (document.documentElement || document.body).scrollLeft; }\n function pageScrollY() { return window.pageYOffset || (document.documentElement || document.body).scrollTop; }\n\n // Converts a {top, bottom, left, right} box from line-local\n // coordinates into another coordinate system. Context may be one of\n // \"line\", \"div\" (display.lineDiv), \"local\"/null (editor), \"window\",\n // or \"page\".\n function intoCoordSystem(cm, lineObj, rect, context) {\n if (lineObj.widgets) for (var i = 0; i < lineObj.widgets.length; ++i) if (lineObj.widgets[i].above) {\n var size = widgetHeight(lineObj.widgets[i]);\n rect.top += size; rect.bottom += size;\n }\n if (context == \"line\") return rect;\n if (!context) context = \"local\";\n var yOff = heightAtLine(lineObj);\n if (context == \"local\") yOff += paddingTop(cm.display);\n else yOff -= cm.display.viewOffset;\n if (context == \"page\" || context == \"window\") {\n var lOff = cm.display.lineSpace.getBoundingClientRect();\n yOff += lOff.top + (context == \"window\" ? 0 : pageScrollY());\n var xOff = lOff.left + (context == \"window\" ? 0 : pageScrollX());\n rect.left += xOff; rect.right += xOff;\n }\n rect.top += yOff; rect.bottom += yOff;\n return rect;\n }\n\n // Coverts a box from \"div\" coords to another coordinate system.\n // Context may be \"window\", \"page\", \"div\", or \"local\"/null.\n function fromCoordSystem(cm, coords, context) {\n if (context == \"div\") return coords;\n var left = coords.left, top = coords.top;\n // First move into \"page\" coordinate system\n if (context == \"page\") {\n left -= pageScrollX();\n top -= pageScrollY();\n } else if (context == \"local\" || !context) {\n var localBox = cm.display.sizer.getBoundingClientRect();\n left += localBox.left;\n top += localBox.top;\n }\n\n var lineSpaceBox = cm.display.lineSpace.getBoundingClientRect();\n return {left: left - lineSpaceBox.left, top: top - lineSpaceBox.top};\n }\n\n function charCoords(cm, pos, context, lineObj, bias) {\n if (!lineObj) lineObj = getLine(cm.doc, pos.line);\n return intoCoordSystem(cm, lineObj, measureChar(cm, lineObj, pos.ch, bias), context);\n }\n\n // Returns a box for a given cursor position, which may have an\n // 'other' property containing the position of the secondary cursor\n // on a bidi boundary.\n function cursorCoords(cm, pos, context, lineObj, preparedMeasure, varHeight) {\n lineObj = lineObj || getLine(cm.doc, pos.line);\n if (!preparedMeasure) preparedMeasure = prepareMeasureForLine(cm, lineObj);\n function get(ch, right) {\n var m = measureCharPrepared(cm, preparedMeasure, ch, right ? \"right\" : \"left\", varHeight);\n if (right) m.left = m.right; else m.right = m.left;\n return intoCoordSystem(cm, lineObj, m, context);\n }\n function getBidi(ch, partPos) {\n var part = order[partPos], right = part.level % 2;\n if (ch == bidiLeft(part) && partPos && part.level < order[partPos - 1].level) {\n part = order[--partPos];\n ch = bidiRight(part) - (part.level % 2 ? 0 : 1);\n right = true;\n } else if (ch == bidiRight(part) && partPos < order.length - 1 && part.level < order[partPos + 1].level) {\n part = order[++partPos];\n ch = bidiLeft(part) - part.level % 2;\n right = false;\n }\n if (right && ch == part.to && ch > part.from) return get(ch - 1);\n return get(ch, right);\n }\n var order = getOrder(lineObj), ch = pos.ch;\n if (!order) return get(ch);\n var partPos = getBidiPartAt(order, ch);\n var val = getBidi(ch, partPos);\n if (bidiOther != null) val.other = getBidi(ch, bidiOther);\n return val;\n }\n\n // Used to cheaply estimate the coordinates for a position. Used for\n // intermediate scroll updates.\n function estimateCoords(cm, pos) {\n var left = 0, pos = clipPos(cm.doc, pos);\n if (!cm.options.lineWrapping) left = charWidth(cm.display) * pos.ch;\n var lineObj = getLine(cm.doc, pos.line);\n var top = heightAtLine(lineObj) + paddingTop(cm.display);\n return {left: left, right: left, top: top, bottom: top + lineObj.height};\n }\n\n // Positions returned by coordsChar contain some extra information.\n // xRel is the relative x position of the input coordinates compared\n // to the found position (so xRel > 0 means the coordinates are to\n // the right of the character position, for example). When outside\n // is true, that means the coordinates lie outside the line's\n // vertical range.\n function PosWithInfo(line, ch, outside, xRel) {\n var pos = Pos(line, ch);\n pos.xRel = xRel;\n if (outside) pos.outside = true;\n return pos;\n }\n\n // Compute the character position closest to the given coordinates.\n // Input must be lineSpace-local (\"div\" coordinate system).\n function coordsChar(cm, x, y) {\n var doc = cm.doc;\n y += cm.display.viewOffset;\n if (y < 0) return PosWithInfo(doc.first, 0, true, -1);\n var lineN = lineAtHeight(doc, y), last = doc.first + doc.size - 1;\n if (lineN > last)\n return PosWithInfo(doc.first + doc.size - 1, getLine(doc, last).text.length, true, 1);\n if (x < 0) x = 0;\n\n var lineObj = getLine(doc, lineN);\n for (;;) {\n var found = coordsCharInner(cm, lineObj, lineN, x, y);\n var merged = collapsedSpanAtEnd(lineObj);\n var mergedPos = merged && merged.find(0, true);\n if (merged && (found.ch > mergedPos.from.ch || found.ch == mergedPos.from.ch && found.xRel > 0))\n lineN = lineNo(lineObj = mergedPos.to.line);\n else\n return found;\n }\n }\n\n function coordsCharInner(cm, lineObj, lineNo, x, y) {\n var innerOff = y - heightAtLine(lineObj);\n var wrongLine = false, adjust = 2 * cm.display.wrapper.clientWidth;\n var preparedMeasure = prepareMeasureForLine(cm, lineObj);\n\n function getX(ch) {\n var sp = cursorCoords(cm, Pos(lineNo, ch), \"line\", lineObj, preparedMeasure);\n wrongLine = true;\n if (innerOff > sp.bottom) return sp.left - adjust;\n else if (innerOff < sp.top) return sp.left + adjust;\n else wrongLine = false;\n return sp.left;\n }\n\n var bidi = getOrder(lineObj), dist = lineObj.text.length;\n var from = lineLeft(lineObj), to = lineRight(lineObj);\n var fromX = getX(from), fromOutside = wrongLine, toX = getX(to), toOutside = wrongLine;\n\n if (x > toX) return PosWithInfo(lineNo, to, toOutside, 1);\n // Do a binary search between these bounds.\n for (;;) {\n if (bidi ? to == from || to == moveVisually(lineObj, from, 1) : to - from <= 1) {\n var ch = x < fromX || x - fromX <= toX - x ? from : to;\n var xDiff = x - (ch == from ? fromX : toX);\n while (isExtendingChar(lineObj.text.charAt(ch))) ++ch;\n var pos = PosWithInfo(lineNo, ch, ch == from ? fromOutside : toOutside,\n xDiff < -1 ? -1 : xDiff > 1 ? 1 : 0);\n return pos;\n }\n var step = Math.ceil(dist / 2), middle = from + step;\n if (bidi) {\n middle = from;\n for (var i = 0; i < step; ++i) middle = moveVisually(lineObj, middle, 1);\n }\n var middleX = getX(middle);\n if (middleX > x) {to = middle; toX = middleX; if (toOutside = wrongLine) toX += 1000; dist = step;}\n else {from = middle; fromX = middleX; fromOutside = wrongLine; dist -= step;}\n }\n }\n\n var measureText;\n // Compute the default text height.\n function textHeight(display) {\n if (display.cachedTextHeight != null) return display.cachedTextHeight;\n if (measureText == null) {\n measureText = elt(\"pre\");\n // Measure a bunch of lines, for browsers that compute\n // fractional heights.\n for (var i = 0; i < 49; ++i) {\n measureText.appendChild(document.createTextNode(\"x\"));\n measureText.appendChild(elt(\"br\"));\n }\n measureText.appendChild(document.createTextNode(\"x\"));\n }\n removeChildrenAndAdd(display.measure, measureText);\n var height = measureText.offsetHeight / 50;\n if (height > 3) display.cachedTextHeight = height;\n removeChildren(display.measure);\n return height || 1;\n }\n\n // Compute the default character width.\n function charWidth(display) {\n if (display.cachedCharWidth != null) return display.cachedCharWidth;\n var anchor = elt(\"span\", \"xxxxxxxxxx\");\n var pre = elt(\"pre\", [anchor]);\n removeChildrenAndAdd(display.measure, pre);\n var rect = anchor.getBoundingClientRect(), width = (rect.right - rect.left) / 10;\n if (width > 2) display.cachedCharWidth = width;\n return width || 10;\n }\n\n // OPERATIONS\n\n // Operations are used to wrap a series of changes to the editor\n // state in such a way that each change won't have to update the\n // cursor and display (which would be awkward, slow, and\n // error-prone). Instead, display updates are batched and then all\n // combined and executed at once.\n\n var operationGroup = null;\n\n var nextOpId = 0;\n // Start a new operation.\n function startOperation(cm) {\n cm.curOp = {\n cm: cm,\n viewChanged: false, // Flag that indicates that lines might need to be redrawn\n startHeight: cm.doc.height, // Used to detect need to update scrollbar\n forceUpdate: false, // Used to force a redraw\n updateInput: null, // Whether to reset the input textarea\n typing: false, // Whether this reset should be careful to leave existing text (for compositing)\n changeObjs: null, // Accumulated changes, for firing change events\n cursorActivityHandlers: null, // Set of handlers to fire cursorActivity on\n cursorActivityCalled: 0, // Tracks which cursorActivity handlers have been called already\n selectionChanged: false, // Whether the selection needs to be redrawn\n updateMaxLine: false, // Set when the widest line needs to be determined anew\n scrollLeft: null, scrollTop: null, // Intermediate scroll position, not pushed to DOM yet\n scrollToPos: null, // Used to scroll to a specific position\n focus: false,\n id: ++nextOpId // Unique ID\n };\n if (operationGroup) {\n operationGroup.ops.push(cm.curOp);\n } else {\n cm.curOp.ownsGroup = operationGroup = {\n ops: [cm.curOp],\n delayedCallbacks: []\n };\n }\n }\n\n function fireCallbacksForOps(group) {\n // Calls delayed callbacks and cursorActivity handlers until no\n // new ones appear\n var callbacks = group.delayedCallbacks, i = 0;\n do {\n for (; i < callbacks.length; i++)\n callbacks[i].call(null);\n for (var j = 0; j < group.ops.length; j++) {\n var op = group.ops[j];\n if (op.cursorActivityHandlers)\n while (op.cursorActivityCalled < op.cursorActivityHandlers.length)\n op.cursorActivityHandlers[op.cursorActivityCalled++].call(null, op.cm);\n }\n } while (i < callbacks.length);\n }\n\n // Finish an operation, updating the display and signalling delayed events\n function endOperation(cm) {\n var op = cm.curOp, group = op.ownsGroup;\n if (!group) return;\n\n try { fireCallbacksForOps(group); }\n finally {\n operationGroup = null;\n for (var i = 0; i < group.ops.length; i++)\n group.ops[i].cm.curOp = null;\n endOperations(group);\n }\n }\n\n // The DOM updates done when an operation finishes are batched so\n // that the minimum number of relayouts are required.\n function endOperations(group) {\n var ops = group.ops;\n for (var i = 0; i < ops.length; i++) // Read DOM\n endOperation_R1(ops[i]);\n for (var i = 0; i < ops.length; i++) // Write DOM (maybe)\n endOperation_W1(ops[i]);\n for (var i = 0; i < ops.length; i++) // Read DOM\n endOperation_R2(ops[i]);\n for (var i = 0; i < ops.length; i++) // Write DOM (maybe)\n endOperation_W2(ops[i]);\n for (var i = 0; i < ops.length; i++) // Read DOM\n endOperation_finish(ops[i]);\n }\n\n function endOperation_R1(op) {\n var cm = op.cm, display = cm.display;\n maybeClipScrollbars(cm);\n if (op.updateMaxLine) findMaxLine(cm);\n\n op.mustUpdate = op.viewChanged || op.forceUpdate || op.scrollTop != null ||\n op.scrollToPos && (op.scrollToPos.from.line < display.viewFrom ||\n op.scrollToPos.to.line >= display.viewTo) ||\n display.maxLineChanged && cm.options.lineWrapping;\n op.update = op.mustUpdate &&\n new DisplayUpdate(cm, op.mustUpdate && {top: op.scrollTop, ensure: op.scrollToPos}, op.forceUpdate);\n }\n\n function endOperation_W1(op) {\n op.updatedDisplay = op.mustUpdate && updateDisplayIfNeeded(op.cm, op.update);\n }\n\n function endOperation_R2(op) {\n var cm = op.cm, display = cm.display;\n if (op.updatedDisplay) updateHeightsInViewport(cm);\n\n op.barMeasure = measureForScrollbars(cm);\n\n // If the max line changed since it was last measured, measure it,\n // and ensure the document's width matches it.\n // updateDisplay_W2 will use these properties to do the actual resizing\n if (display.maxLineChanged && !cm.options.lineWrapping) {\n op.adjustWidthTo = measureChar(cm, display.maxLine, display.maxLine.text.length).left + 3;\n cm.display.sizerWidth = op.adjustWidthTo;\n op.barMeasure.scrollWidth =\n Math.max(display.scroller.clientWidth, display.sizer.offsetLeft + op.adjustWidthTo + scrollGap(cm) + cm.display.barWidth);\n op.maxScrollLeft = Math.max(0, display.sizer.offsetLeft + op.adjustWidthTo - displayWidth(cm));\n }\n\n if (op.updatedDisplay || op.selectionChanged)\n op.preparedSelection = display.input.prepareSelection();\n }\n\n function endOperation_W2(op) {\n var cm = op.cm;\n\n if (op.adjustWidthTo != null) {\n cm.display.sizer.style.minWidth = op.adjustWidthTo + \"px\";\n if (op.maxScrollLeft < cm.doc.scrollLeft)\n setScrollLeft(cm, Math.min(cm.display.scroller.scrollLeft, op.maxScrollLeft), true);\n cm.display.maxLineChanged = false;\n }\n\n if (op.preparedSelection)\n cm.display.input.showSelection(op.preparedSelection);\n if (op.updatedDisplay || op.startHeight != cm.doc.height)\n updateScrollbars(cm, op.barMeasure);\n if (op.updatedDisplay)\n setDocumentHeight(cm, op.barMeasure);\n\n if (op.selectionChanged) restartBlink(cm);\n\n if (cm.state.focused && op.updateInput)\n cm.display.input.reset(op.typing);\n if (op.focus && op.focus == activeElt() && (!document.hasFocus || document.hasFocus()))\n ensureFocus(op.cm);\n }\n\n function endOperation_finish(op) {\n var cm = op.cm, display = cm.display, doc = cm.doc;\n\n if (op.updatedDisplay) postUpdateDisplay(cm, op.update);\n\n // Abort mouse wheel delta measurement, when scrolling explicitly\n if (display.wheelStartX != null && (op.scrollTop != null || op.scrollLeft != null || op.scrollToPos))\n display.wheelStartX = display.wheelStartY = null;\n\n // Propagate the scroll position to the actual DOM scroller\n if (op.scrollTop != null && (display.scroller.scrollTop != op.scrollTop || op.forceScroll)) {\n doc.scrollTop = Math.max(0, Math.min(display.scroller.scrollHeight - display.scroller.clientHeight, op.scrollTop));\n display.scrollbars.setScrollTop(doc.scrollTop);\n display.scroller.scrollTop = doc.scrollTop;\n }\n if (op.scrollLeft != null && (display.scroller.scrollLeft != op.scrollLeft || op.forceScroll)) {\n doc.scrollLeft = Math.max(0, Math.min(display.scroller.scrollWidth - display.scroller.clientWidth, op.scrollLeft));\n display.scrollbars.setScrollLeft(doc.scrollLeft);\n display.scroller.scrollLeft = doc.scrollLeft;\n alignHorizontally(cm);\n }\n // If we need to scroll a specific position into view, do so.\n if (op.scrollToPos) {\n var coords = scrollPosIntoView(cm, clipPos(doc, op.scrollToPos.from),\n clipPos(doc, op.scrollToPos.to), op.scrollToPos.margin);\n if (op.scrollToPos.isCursor && cm.state.focused) maybeScrollWindow(cm, coords);\n }\n\n // Fire events for markers that are hidden/unidden by editing or\n // undoing\n var hidden = op.maybeHiddenMarkers, unhidden = op.maybeUnhiddenMarkers;\n if (hidden) for (var i = 0; i < hidden.length; ++i)\n if (!hidden[i].lines.length) signal(hidden[i], \"hide\");\n if (unhidden) for (var i = 0; i < unhidden.length; ++i)\n if (unhidden[i].lines.length) signal(unhidden[i], \"unhide\");\n\n if (display.wrapper.offsetHeight)\n doc.scrollTop = cm.display.scroller.scrollTop;\n\n // Fire change events, and delayed event handlers\n if (op.changeObjs)\n signal(cm, \"changes\", cm, op.changeObjs);\n if (op.update)\n op.update.finish();\n }\n\n // Run the given function in an operation\n function runInOp(cm, f) {\n if (cm.curOp) return f();\n startOperation(cm);\n try { return f(); }\n finally { endOperation(cm); }\n }\n // Wraps a function in an operation. Returns the wrapped function.\n function operation(cm, f) {\n return function() {\n if (cm.curOp) return f.apply(cm, arguments);\n startOperation(cm);\n try { return f.apply(cm, arguments); }\n finally { endOperation(cm); }\n };\n }\n // Used to add methods to editor and doc instances, wrapping them in\n // operations.\n function methodOp(f) {\n return function() {\n if (this.curOp) return f.apply(this, arguments);\n startOperation(this);\n try { return f.apply(this, arguments); }\n finally { endOperation(this); }\n };\n }\n function docMethodOp(f) {\n return function() {\n var cm = this.cm;\n if (!cm || cm.curOp) return f.apply(this, arguments);\n startOperation(cm);\n try { return f.apply(this, arguments); }\n finally { endOperation(cm); }\n };\n }\n\n // VIEW TRACKING\n\n // These objects are used to represent the visible (currently drawn)\n // part of the document. A LineView may correspond to multiple\n // logical lines, if those are connected by collapsed ranges.\n function LineView(doc, line, lineN) {\n // The starting line\n this.line = line;\n // Continuing lines, if any\n this.rest = visualLineContinued(line);\n // Number of logical lines in this visual line\n this.size = this.rest ? lineNo(lst(this.rest)) - lineN + 1 : 1;\n this.node = this.text = null;\n this.hidden = lineIsHidden(doc, line);\n }\n\n // Create a range of LineView objects for the given lines.\n function buildViewArray(cm, from, to) {\n var array = [], nextPos;\n for (var pos = from; pos < to; pos = nextPos) {\n var view = new LineView(cm.doc, getLine(cm.doc, pos), pos);\n nextPos = pos + view.size;\n array.push(view);\n }\n return array;\n }\n\n // Updates the display.view data structure for a given change to the\n // document. From and to are in pre-change coordinates. Lendiff is\n // the amount of lines added or subtracted by the change. This is\n // used for changes that span multiple lines, or change the way\n // lines are divided into visual lines. regLineChange (below)\n // registers single-line changes.\n function regChange(cm, from, to, lendiff) {\n if (from == null) from = cm.doc.first;\n if (to == null) to = cm.doc.first + cm.doc.size;\n if (!lendiff) lendiff = 0;\n\n var display = cm.display;\n if (lendiff && to < display.viewTo &&\n (display.updateLineNumbers == null || display.updateLineNumbers > from))\n display.updateLineNumbers = from;\n\n cm.curOp.viewChanged = true;\n\n if (from >= display.viewTo) { // Change after\n if (sawCollapsedSpans && visualLineNo(cm.doc, from) < display.viewTo)\n resetView(cm);\n } else if (to <= display.viewFrom) { // Change before\n if (sawCollapsedSpans && visualLineEndNo(cm.doc, to + lendiff) > display.viewFrom) {\n resetView(cm);\n } else {\n display.viewFrom += lendiff;\n display.viewTo += lendiff;\n }\n } else if (from <= display.viewFrom && to >= display.viewTo) { // Full overlap\n resetView(cm);\n } else if (from <= display.viewFrom) { // Top overlap\n var cut = viewCuttingPoint(cm, to, to + lendiff, 1);\n if (cut) {\n display.view = display.view.slice(cut.index);\n display.viewFrom = cut.lineN;\n display.viewTo += lendiff;\n } else {\n resetView(cm);\n }\n } else if (to >= display.viewTo) { // Bottom overlap\n var cut = viewCuttingPoint(cm, from, from, -1);\n if (cut) {\n display.view = display.view.slice(0, cut.index);\n display.viewTo = cut.lineN;\n } else {\n resetView(cm);\n }\n } else { // Gap in the middle\n var cutTop = viewCuttingPoint(cm, from, from, -1);\n var cutBot = viewCuttingPoint(cm, to, to + lendiff, 1);\n if (cutTop && cutBot) {\n display.view = display.view.slice(0, cutTop.index)\n .concat(buildViewArray(cm, cutTop.lineN, cutBot.lineN))\n .concat(display.view.slice(cutBot.index));\n display.viewTo += lendiff;\n } else {\n resetView(cm);\n }\n }\n\n var ext = display.externalMeasured;\n if (ext) {\n if (to < ext.lineN)\n ext.lineN += lendiff;\n else if (from < ext.lineN + ext.size)\n display.externalMeasured = null;\n }\n }\n\n // Register a change to a single line. Type must be one of \"text\",\n // \"gutter\", \"class\", \"widget\"\n function regLineChange(cm, line, type) {\n cm.curOp.viewChanged = true;\n var display = cm.display, ext = cm.display.externalMeasured;\n if (ext && line >= ext.lineN && line < ext.lineN + ext.size)\n display.externalMeasured = null;\n\n if (line < display.viewFrom || line >= display.viewTo) return;\n var lineView = display.view[findViewIndex(cm, line)];\n if (lineView.node == null) return;\n var arr = lineView.changes || (lineView.changes = []);\n if (indexOf(arr, type) == -1) arr.push(type);\n }\n\n // Clear the view.\n function resetView(cm) {\n cm.display.viewFrom = cm.display.viewTo = cm.doc.first;\n cm.display.view = [];\n cm.display.viewOffset = 0;\n }\n\n // Find the view element corresponding to a given line. Return null\n // when the line isn't visible.\n function findViewIndex(cm, n) {\n if (n >= cm.display.viewTo) return null;\n n -= cm.display.viewFrom;\n if (n < 0) return null;\n var view = cm.display.view;\n for (var i = 0; i < view.length; i++) {\n n -= view[i].size;\n if (n < 0) return i;\n }\n }\n\n function viewCuttingPoint(cm, oldN, newN, dir) {\n var index = findViewIndex(cm, oldN), diff, view = cm.display.view;\n if (!sawCollapsedSpans || newN == cm.doc.first + cm.doc.size)\n return {index: index, lineN: newN};\n for (var i = 0, n = cm.display.viewFrom; i < index; i++)\n n += view[i].size;\n if (n != oldN) {\n if (dir > 0) {\n if (index == view.length - 1) return null;\n diff = (n + view[index].size) - oldN;\n index++;\n } else {\n diff = n - oldN;\n }\n oldN += diff; newN += diff;\n }\n while (visualLineNo(cm.doc, newN) != newN) {\n if (index == (dir < 0 ? 0 : view.length - 1)) return null;\n newN += dir * view[index - (dir < 0 ? 1 : 0)].size;\n index += dir;\n }\n return {index: index, lineN: newN};\n }\n\n // Force the view to cover a given range, adding empty view element\n // or clipping off existing ones as needed.\n function adjustView(cm, from, to) {\n var display = cm.display, view = display.view;\n if (view.length == 0 || from >= display.viewTo || to <= display.viewFrom) {\n display.view = buildViewArray(cm, from, to);\n display.viewFrom = from;\n } else {\n if (display.viewFrom > from)\n display.view = buildViewArray(cm, from, display.viewFrom).concat(display.view);\n else if (display.viewFrom < from)\n display.view = display.view.slice(findViewIndex(cm, from));\n display.viewFrom = from;\n if (display.viewTo < to)\n display.view = display.view.concat(buildViewArray(cm, display.viewTo, to));\n else if (display.viewTo > to)\n display.view = display.view.slice(0, findViewIndex(cm, to));\n }\n display.viewTo = to;\n }\n\n // Count the number of lines in the view whose DOM representation is\n // out of date (or nonexistent).\n function countDirtyView(cm) {\n var view = cm.display.view, dirty = 0;\n for (var i = 0; i < view.length; i++) {\n var lineView = view[i];\n if (!lineView.hidden && (!lineView.node || lineView.changes)) ++dirty;\n }\n return dirty;\n }\n\n // EVENT HANDLERS\n\n // Attach the necessary event handlers when initializing the editor\n function registerEventHandlers(cm) {\n var d = cm.display;\n on(d.scroller, \"mousedown\", operation(cm, onMouseDown));\n // Older IE's will not fire a second mousedown for a double click\n if (ie && ie_version < 11)\n on(d.scroller, \"dblclick\", operation(cm, function(e) {\n if (signalDOMEvent(cm, e)) return;\n var pos = posFromMouse(cm, e);\n if (!pos || clickInGutter(cm, e) || eventInWidget(cm.display, e)) return;\n e_preventDefault(e);\n var word = cm.findWordAt(pos);\n extendSelection(cm.doc, word.anchor, word.head);\n }));\n else\n on(d.scroller, \"dblclick\", function(e) { signalDOMEvent(cm, e) || e_preventDefault(e); });\n // Some browsers fire contextmenu *after* opening the menu, at\n // which point we can't mess with it anymore. Context menu is\n // handled in onMouseDown for these browsers.\n if (!captureRightClick) on(d.scroller, \"contextmenu\", function(e) {onContextMenu(cm, e);});\n\n // Used to suppress mouse event handling when a touch happens\n var touchFinished, prevTouch = {end: 0};\n function finishTouch() {\n if (d.activeTouch) {\n touchFinished = setTimeout(function() {d.activeTouch = null;}, 1000);\n prevTouch = d.activeTouch;\n prevTouch.end = +new Date;\n }\n };\n function isMouseLikeTouchEvent(e) {\n if (e.touches.length != 1) return false;\n var touch = e.touches[0];\n return touch.radiusX <= 1 && touch.radiusY <= 1;\n }\n function farAway(touch, other) {\n if (other.left == null) return true;\n var dx = other.left - touch.left, dy = other.top - touch.top;\n return dx * dx + dy * dy > 20 * 20;\n }\n on(d.scroller, \"touchstart\", function(e) {\n if (!signalDOMEvent(cm, e) && !isMouseLikeTouchEvent(e)) {\n clearTimeout(touchFinished);\n var now = +new Date;\n d.activeTouch = {start: now, moved: false,\n prev: now - prevTouch.end <= 300 ? prevTouch : null};\n if (e.touches.length == 1) {\n d.activeTouch.left = e.touches[0].pageX;\n d.activeTouch.top = e.touches[0].pageY;\n }\n }\n });\n on(d.scroller, \"touchmove\", function() {\n if (d.activeTouch) d.activeTouch.moved = true;\n });\n on(d.scroller, \"touchend\", function(e) {\n var touch = d.activeTouch;\n if (touch && !eventInWidget(d, e) && touch.left != null &&\n !touch.moved && new Date - touch.start < 300) {\n var pos = cm.coordsChar(d.activeTouch, \"page\"), range;\n if (!touch.prev || farAway(touch, touch.prev)) // Single tap\n range = new Range(pos, pos);\n else if (!touch.prev.prev || farAway(touch, touch.prev.prev)) // Double tap\n range = cm.findWordAt(pos);\n else // Triple tap\n range = new Range(Pos(pos.line, 0), clipPos(cm.doc, Pos(pos.line + 1, 0)));\n cm.setSelection(range.anchor, range.head);\n cm.focus();\n e_preventDefault(e);\n }\n finishTouch();\n });\n on(d.scroller, \"touchcancel\", finishTouch);\n\n // Sync scrolling between fake scrollbars and real scrollable\n // area, ensure viewport is updated when scrolling.\n on(d.scroller, \"scroll\", function() {\n if (d.scroller.clientHeight) {\n setScrollTop(cm, d.scroller.scrollTop);\n setScrollLeft(cm, d.scroller.scrollLeft, true);\n signal(cm, \"scroll\", cm);\n }\n });\n\n // Listen to wheel events in order to try and update the viewport on time.\n on(d.scroller, \"mousewheel\", function(e){onScrollWheel(cm, e);});\n on(d.scroller, \"DOMMouseScroll\", function(e){onScrollWheel(cm, e);});\n\n // Prevent wrapper from ever scrolling\n on(d.wrapper, \"scroll\", function() { d.wrapper.scrollTop = d.wrapper.scrollLeft = 0; });\n\n d.dragFunctions = {\n enter: function(e) {if (!signalDOMEvent(cm, e)) e_stop(e);},\n over: function(e) {if (!signalDOMEvent(cm, e)) { onDragOver(cm, e); e_stop(e); }},\n start: function(e){onDragStart(cm, e);},\n drop: operation(cm, onDrop),\n leave: function(e) {if (!signalDOMEvent(cm, e)) { clearDragCursor(cm); }}\n };\n\n var inp = d.input.getField();\n on(inp, \"keyup\", function(e) { onKeyUp.call(cm, e); });\n on(inp, \"keydown\", operation(cm, onKeyDown));\n on(inp, \"keypress\", operation(cm, onKeyPress));\n on(inp, \"focus\", bind(onFocus, cm));\n on(inp, \"blur\", bind(onBlur, cm));\n }\n\n function dragDropChanged(cm, value, old) {\n var wasOn = old && old != CodeMirror.Init;\n if (!value != !wasOn) {\n var funcs = cm.display.dragFunctions;\n var toggle = value ? on : off;\n toggle(cm.display.scroller, \"dragstart\", funcs.start);\n toggle(cm.display.scroller, \"dragenter\", funcs.enter);\n toggle(cm.display.scroller, \"dragover\", funcs.over);\n toggle(cm.display.scroller, \"dragleave\", funcs.leave);\n toggle(cm.display.scroller, \"drop\", funcs.drop);\n }\n }\n\n // Called when the window resizes\n function onResize(cm) {\n var d = cm.display;\n if (d.lastWrapHeight == d.wrapper.clientHeight && d.lastWrapWidth == d.wrapper.clientWidth)\n return;\n // Might be a text scaling operation, clear size caches.\n d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n d.scrollbarsClipped = false;\n cm.setSize();\n }\n\n // MOUSE EVENTS\n\n // Return true when the given mouse event happened in a widget\n function eventInWidget(display, e) {\n for (var n = e_target(e); n != display.wrapper; n = n.parentNode) {\n if (!n || (n.nodeType == 1 && n.getAttribute(\"cm-ignore-events\") == \"true\") ||\n (n.parentNode == display.sizer && n != display.mover))\n return true;\n }\n }\n\n // Given a mouse event, find the corresponding position. If liberal\n // is false, it checks whether a gutter or scrollbar was clicked,\n // and returns null if it was. forRect is used by rectangular\n // selections, and tries to estimate a character position even for\n // coordinates beyond the right of the text.\n function posFromMouse(cm, e, liberal, forRect) {\n var display = cm.display;\n if (!liberal && e_target(e).getAttribute(\"cm-not-content\") == \"true\") return null;\n\n var x, y, space = display.lineSpace.getBoundingClientRect();\n // Fails unpredictably on IE[67] when mouse is dragged around quickly.\n try { x = e.clientX - space.left; y = e.clientY - space.top; }\n catch (e) { return null; }\n var coords = coordsChar(cm, x, y), line;\n if (forRect && coords.xRel == 1 && (line = getLine(cm.doc, coords.line).text).length == coords.ch) {\n var colDiff = countColumn(line, line.length, cm.options.tabSize) - line.length;\n coords = Pos(coords.line, Math.max(0, Math.round((x - paddingH(cm.display).left) / charWidth(cm.display)) - colDiff));\n }\n return coords;\n }\n\n // A mouse down can be a single click, double click, triple click,\n // start of selection drag, start of text drag, new cursor\n // (ctrl-click), rectangle drag (alt-drag), or xwin\n // middle-click-paste. Or it might be a click on something we should\n // not interfere with, such as a scrollbar or widget.\n function onMouseDown(e) {\n var cm = this, display = cm.display;\n if (signalDOMEvent(cm, e) || display.activeTouch && display.input.supportsTouch()) return;\n display.shift = e.shiftKey;\n\n if (eventInWidget(display, e)) {\n if (!webkit) {\n // Briefly turn off draggability, to allow widgets to do\n // normal dragging things.\n display.scroller.draggable = false;\n setTimeout(function(){display.scroller.draggable = true;}, 100);\n }\n return;\n }\n if (clickInGutter(cm, e)) return;\n var start = posFromMouse(cm, e);\n window.focus();\n\n switch (e_button(e)) {\n case 1:\n // #3261: make sure, that we're not starting a second selection\n if (cm.state.selectingText)\n cm.state.selectingText(e);\n else if (start)\n leftButtonDown(cm, e, start);\n else if (e_target(e) == display.scroller)\n e_preventDefault(e);\n break;\n case 2:\n if (webkit) cm.state.lastMiddleDown = +new Date;\n if (start) extendSelection(cm.doc, start);\n setTimeout(function() {display.input.focus();}, 20);\n e_preventDefault(e);\n break;\n case 3:\n if (captureRightClick) onContextMenu(cm, e);\n else delayBlurEvent(cm);\n break;\n }\n }\n\n var lastClick, lastDoubleClick;\n function leftButtonDown(cm, e, start) {\n if (ie) setTimeout(bind(ensureFocus, cm), 0);\n else cm.curOp.focus = activeElt();\n\n var now = +new Date, type;\n if (lastDoubleClick && lastDoubleClick.time > now - 400 && cmp(lastDoubleClick.pos, start) == 0) {\n type = \"triple\";\n } else if (lastClick && lastClick.time > now - 400 && cmp(lastClick.pos, start) == 0) {\n type = \"double\";\n lastDoubleClick = {time: now, pos: start};\n } else {\n type = \"single\";\n lastClick = {time: now, pos: start};\n }\n\n var sel = cm.doc.sel, modifier = mac ? e.metaKey : e.ctrlKey, contained;\n if (cm.options.dragDrop && dragAndDrop && !cm.isReadOnly() &&\n type == \"single\" && (contained = sel.contains(start)) > -1 &&\n (cmp((contained = sel.ranges[contained]).from(), start) < 0 || start.xRel > 0) &&\n (cmp(contained.to(), start) > 0 || start.xRel < 0))\n leftButtonStartDrag(cm, e, start, modifier);\n else\n leftButtonSelect(cm, e, start, type, modifier);\n }\n\n // Start a text drag. When it ends, see if any dragging actually\n // happen, and treat as a click if it didn't.\n function leftButtonStartDrag(cm, e, start, modifier) {\n var display = cm.display, startTime = +new Date;\n var dragEnd = operation(cm, function(e2) {\n if (webkit) display.scroller.draggable = false;\n cm.state.draggingText = false;\n off(document, \"mouseup\", dragEnd);\n off(display.scroller, \"drop\", dragEnd);\n if (Math.abs(e.clientX - e2.clientX) + Math.abs(e.clientY - e2.clientY) < 10) {\n e_preventDefault(e2);\n if (!modifier && +new Date - 200 < startTime)\n extendSelection(cm.doc, start);\n // Work around unexplainable focus problem in IE9 (#2127) and Chrome (#3081)\n if (webkit || ie && ie_version == 9)\n setTimeout(function() {document.body.focus(); display.input.focus();}, 20);\n else\n display.input.focus();\n }\n });\n // Let the drag handler handle this.\n if (webkit) display.scroller.draggable = true;\n cm.state.draggingText = dragEnd;\n // IE's approach to draggable\n if (display.scroller.dragDrop) display.scroller.dragDrop();\n on(document, \"mouseup\", dragEnd);\n on(display.scroller, \"drop\", dragEnd);\n }\n\n // Normal selection, as opposed to text dragging.\n function leftButtonSelect(cm, e, start, type, addNew) {\n var display = cm.display, doc = cm.doc;\n e_preventDefault(e);\n\n var ourRange, ourIndex, startSel = doc.sel, ranges = startSel.ranges;\n if (addNew && !e.shiftKey) {\n ourIndex = doc.sel.contains(start);\n if (ourIndex > -1)\n ourRange = ranges[ourIndex];\n else\n ourRange = new Range(start, start);\n } else {\n ourRange = doc.sel.primary();\n ourIndex = doc.sel.primIndex;\n }\n\n if (e.altKey) {\n type = \"rect\";\n if (!addNew) ourRange = new Range(start, start);\n start = posFromMouse(cm, e, true, true);\n ourIndex = -1;\n } else if (type == \"double\") {\n var word = cm.findWordAt(start);\n if (cm.display.shift || doc.extend)\n ourRange = extendRange(doc, ourRange, word.anchor, word.head);\n else\n ourRange = word;\n } else if (type == \"triple\") {\n var line = new Range(Pos(start.line, 0), clipPos(doc, Pos(start.line + 1, 0)));\n if (cm.display.shift || doc.extend)\n ourRange = extendRange(doc, ourRange, line.anchor, line.head);\n else\n ourRange = line;\n } else {\n ourRange = extendRange(doc, ourRange, start);\n }\n\n if (!addNew) {\n ourIndex = 0;\n setSelection(doc, new Selection([ourRange], 0), sel_mouse);\n startSel = doc.sel;\n } else if (ourIndex == -1) {\n ourIndex = ranges.length;\n setSelection(doc, normalizeSelection(ranges.concat([ourRange]), ourIndex),\n {scroll: false, origin: \"*mouse\"});\n } else if (ranges.length > 1 && ranges[ourIndex].empty() && type == \"single\" && !e.shiftKey) {\n setSelection(doc, normalizeSelection(ranges.slice(0, ourIndex).concat(ranges.slice(ourIndex + 1)), 0),\n {scroll: false, origin: \"*mouse\"});\n startSel = doc.sel;\n } else {\n replaceOneSelection(doc, ourIndex, ourRange, sel_mouse);\n }\n\n var lastPos = start;\n function extendTo(pos) {\n if (cmp(lastPos, pos) == 0) return;\n lastPos = pos;\n\n if (type == \"rect\") {\n var ranges = [], tabSize = cm.options.tabSize;\n var startCol = countColumn(getLine(doc, start.line).text, start.ch, tabSize);\n var posCol = countColumn(getLine(doc, pos.line).text, pos.ch, tabSize);\n var left = Math.min(startCol, posCol), right = Math.max(startCol, posCol);\n for (var line = Math.min(start.line, pos.line), end = Math.min(cm.lastLine(), Math.max(start.line, pos.line));\n line <= end; line++) {\n var text = getLine(doc, line).text, leftPos = findColumn(text, left, tabSize);\n if (left == right)\n ranges.push(new Range(Pos(line, leftPos), Pos(line, leftPos)));\n else if (text.length > leftPos)\n ranges.push(new Range(Pos(line, leftPos), Pos(line, findColumn(text, right, tabSize))));\n }\n if (!ranges.length) ranges.push(new Range(start, start));\n setSelection(doc, normalizeSelection(startSel.ranges.slice(0, ourIndex).concat(ranges), ourIndex),\n {origin: \"*mouse\", scroll: false});\n cm.scrollIntoView(pos);\n } else {\n var oldRange = ourRange;\n var anchor = oldRange.anchor, head = pos;\n if (type != \"single\") {\n if (type == \"double\")\n var range = cm.findWordAt(pos);\n else\n var range = new Range(Pos(pos.line, 0), clipPos(doc, Pos(pos.line + 1, 0)));\n if (cmp(range.anchor, anchor) > 0) {\n head = range.head;\n anchor = minPos(oldRange.from(), range.anchor);\n } else {\n head = range.anchor;\n anchor = maxPos(oldRange.to(), range.head);\n }\n }\n var ranges = startSel.ranges.slice(0);\n ranges[ourIndex] = new Range(clipPos(doc, anchor), head);\n setSelection(doc, normalizeSelection(ranges, ourIndex), sel_mouse);\n }\n }\n\n var editorSize = display.wrapper.getBoundingClientRect();\n // Used to ensure timeout re-tries don't fire when another extend\n // happened in the meantime (clearTimeout isn't reliable -- at\n // least on Chrome, the timeouts still happen even when cleared,\n // if the clear happens after their scheduled firing time).\n var counter = 0;\n\n function extend(e) {\n var curCount = ++counter;\n var cur = posFromMouse(cm, e, true, type == \"rect\");\n if (!cur) return;\n if (cmp(cur, lastPos) != 0) {\n cm.curOp.focus = activeElt();\n extendTo(cur);\n var visible = visibleLines(display, doc);\n if (cur.line >= visible.to || cur.line < visible.from)\n setTimeout(operation(cm, function(){if (counter == curCount) extend(e);}), 150);\n } else {\n var outside = e.clientY < editorSize.top ? -20 : e.clientY > editorSize.bottom ? 20 : 0;\n if (outside) setTimeout(operation(cm, function() {\n if (counter != curCount) return;\n display.scroller.scrollTop += outside;\n extend(e);\n }), 50);\n }\n }\n\n function done(e) {\n cm.state.selectingText = false;\n counter = Infinity;\n e_preventDefault(e);\n display.input.focus();\n off(document, \"mousemove\", move);\n off(document, \"mouseup\", up);\n doc.history.lastSelOrigin = null;\n }\n\n var move = operation(cm, function(e) {\n if (!e_button(e)) done(e);\n else extend(e);\n });\n var up = operation(cm, done);\n cm.state.selectingText = up;\n on(document, \"mousemove\", move);\n on(document, \"mouseup\", up);\n }\n\n // Determines whether an event happened in the gutter, and fires the\n // handlers for the corresponding event.\n function gutterEvent(cm, e, type, prevent) {\n try { var mX = e.clientX, mY = e.clientY; }\n catch(e) { return false; }\n if (mX >= Math.floor(cm.display.gutters.getBoundingClientRect().right)) return false;\n if (prevent) e_preventDefault(e);\n\n var display = cm.display;\n var lineBox = display.lineDiv.getBoundingClientRect();\n\n if (mY > lineBox.bottom || !hasHandler(cm, type)) return e_defaultPrevented(e);\n mY -= lineBox.top - display.viewOffset;\n\n for (var i = 0; i < cm.options.gutters.length; ++i) {\n var g = display.gutters.childNodes[i];\n if (g && g.getBoundingClientRect().right >= mX) {\n var line = lineAtHeight(cm.doc, mY);\n var gutter = cm.options.gutters[i];\n signal(cm, type, cm, line, gutter, e);\n return e_defaultPrevented(e);\n }\n }\n }\n\n function clickInGutter(cm, e) {\n return gutterEvent(cm, e, \"gutterClick\", true);\n }\n\n // Kludge to work around strange IE behavior where it'll sometimes\n // re-fire a series of drag-related events right after the drop (#1551)\n var lastDrop = 0;\n\n function onDrop(e) {\n var cm = this;\n clearDragCursor(cm);\n if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e))\n return;\n e_preventDefault(e);\n if (ie) lastDrop = +new Date;\n var pos = posFromMouse(cm, e, true), files = e.dataTransfer.files;\n if (!pos || cm.isReadOnly()) return;\n // Might be a file drop, in which case we simply extract the text\n // and insert it.\n if (files && files.length && window.FileReader && window.File) {\n var n = files.length, text = Array(n), read = 0;\n var loadFile = function(file, i) {\n if (cm.options.allowDropFileTypes &&\n indexOf(cm.options.allowDropFileTypes, file.type) == -1)\n return;\n\n var reader = new FileReader;\n reader.onload = operation(cm, function() {\n var content = reader.result;\n if (/[\\x00-\\x08\\x0e-\\x1f]{2}/.test(content)) content = \"\";\n text[i] = content;\n if (++read == n) {\n pos = clipPos(cm.doc, pos);\n var change = {from: pos, to: pos,\n text: cm.doc.splitLines(text.join(cm.doc.lineSeparator())),\n origin: \"paste\"};\n makeChange(cm.doc, change);\n setSelectionReplaceHistory(cm.doc, simpleSelection(pos, changeEnd(change)));\n }\n });\n reader.readAsText(file);\n };\n for (var i = 0; i < n; ++i) loadFile(files[i], i);\n } else { // Normal drop\n // Don't do a replace if the drop happened inside of the selected text.\n if (cm.state.draggingText && cm.doc.sel.contains(pos) > -1) {\n cm.state.draggingText(e);\n // Ensure the editor is re-focused\n setTimeout(function() {cm.display.input.focus();}, 20);\n return;\n }\n try {\n var text = e.dataTransfer.getData(\"Text\");\n if (text) {\n if (cm.state.draggingText && !(mac ? e.altKey : e.ctrlKey))\n var selected = cm.listSelections();\n setSelectionNoUndo(cm.doc, simpleSelection(pos, pos));\n if (selected) for (var i = 0; i < selected.length; ++i)\n replaceRange(cm.doc, \"\", selected[i].anchor, selected[i].head, \"drag\");\n cm.replaceSelection(text, \"around\", \"paste\");\n cm.display.input.focus();\n }\n }\n catch(e){}\n }\n }\n\n function onDragStart(cm, e) {\n if (ie && (!cm.state.draggingText || +new Date - lastDrop < 100)) { e_stop(e); return; }\n if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e)) return;\n\n e.dataTransfer.setData(\"Text\", cm.getSelection());\n\n // Use dummy image instead of default browsers image.\n // Recent Safari (~6.0.2) have a tendency to segfault when this happens, so we don't do it there.\n if (e.dataTransfer.setDragImage && !safari) {\n var img = elt(\"img\", null, null, \"position: fixed; left: 0; top: 0;\");\n img.src = \"data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw==\";\n if (presto) {\n img.width = img.height = 1;\n cm.display.wrapper.appendChild(img);\n // Force a relayout, or Opera won't use our image for some obscure reason\n img._top = img.offsetTop;\n }\n e.dataTransfer.setDragImage(img, 0, 0);\n if (presto) img.parentNode.removeChild(img);\n }\n }\n\n function onDragOver(cm, e) {\n var pos = posFromMouse(cm, e);\n if (!pos) return;\n var frag = document.createDocumentFragment();\n drawSelectionCursor(cm, pos, frag);\n if (!cm.display.dragCursor) {\n cm.display.dragCursor = elt(\"div\", null, \"CodeMirror-cursors CodeMirror-dragcursors\");\n cm.display.lineSpace.insertBefore(cm.display.dragCursor, cm.display.cursorDiv);\n }\n removeChildrenAndAdd(cm.display.dragCursor, frag);\n }\n\n function clearDragCursor(cm) {\n if (cm.display.dragCursor) {\n cm.display.lineSpace.removeChild(cm.display.dragCursor);\n cm.display.dragCursor = null;\n }\n }\n\n // SCROLL EVENTS\n\n // Sync the scrollable area and scrollbars, ensure the viewport\n // covers the visible area.\n function setScrollTop(cm, val) {\n if (Math.abs(cm.doc.scrollTop - val) < 2) return;\n cm.doc.scrollTop = val;\n if (!gecko) updateDisplaySimple(cm, {top: val});\n if (cm.display.scroller.scrollTop != val) cm.display.scroller.scrollTop = val;\n cm.display.scrollbars.setScrollTop(val);\n if (gecko) updateDisplaySimple(cm);\n startWorker(cm, 100);\n }\n // Sync scroller and scrollbar, ensure the gutter elements are\n // aligned.\n function setScrollLeft(cm, val, isScroller) {\n if (isScroller ? val == cm.doc.scrollLeft : Math.abs(cm.doc.scrollLeft - val) < 2) return;\n val = Math.min(val, cm.display.scroller.scrollWidth - cm.display.scroller.clientWidth);\n cm.doc.scrollLeft = val;\n alignHorizontally(cm);\n if (cm.display.scroller.scrollLeft != val) cm.display.scroller.scrollLeft = val;\n cm.display.scrollbars.setScrollLeft(val);\n }\n\n // Since the delta values reported on mouse wheel events are\n // unstandardized between browsers and even browser versions, and\n // generally horribly unpredictable, this code starts by measuring\n // the scroll effect that the first few mouse wheel events have,\n // and, from that, detects the way it can convert deltas to pixel\n // offsets afterwards.\n //\n // The reason we want to know the amount a wheel event will scroll\n // is that it gives us a chance to update the display before the\n // actual scrolling happens, reducing flickering.\n\n var wheelSamples = 0, wheelPixelsPerUnit = null;\n // Fill in a browser-detected starting value on browsers where we\n // know one. These don't have to be accurate -- the result of them\n // being wrong would just be a slight flicker on the first wheel\n // scroll (if it is large enough).\n if (ie) wheelPixelsPerUnit = -.53;\n else if (gecko) wheelPixelsPerUnit = 15;\n else if (chrome) wheelPixelsPerUnit = -.7;\n else if (safari) wheelPixelsPerUnit = -1/3;\n\n var wheelEventDelta = function(e) {\n var dx = e.wheelDeltaX, dy = e.wheelDeltaY;\n if (dx == null && e.detail && e.axis == e.HORIZONTAL_AXIS) dx = e.detail;\n if (dy == null && e.detail && e.axis == e.VERTICAL_AXIS) dy = e.detail;\n else if (dy == null) dy = e.wheelDelta;\n return {x: dx, y: dy};\n };\n CodeMirror.wheelEventPixels = function(e) {\n var delta = wheelEventDelta(e);\n delta.x *= wheelPixelsPerUnit;\n delta.y *= wheelPixelsPerUnit;\n return delta;\n };\n\n function onScrollWheel(cm, e) {\n var delta = wheelEventDelta(e), dx = delta.x, dy = delta.y;\n\n var display = cm.display, scroll = display.scroller;\n // Quit if there's nothing to scroll here\n var canScrollX = scroll.scrollWidth > scroll.clientWidth;\n var canScrollY = scroll.scrollHeight > scroll.clientHeight;\n if (!(dx && canScrollX || dy && canScrollY)) return;\n\n // Webkit browsers on OS X abort momentum scrolls when the target\n // of the scroll event is removed from the scrollable element.\n // This hack (see related code in patchDisplay) makes sure the\n // element is kept around.\n if (dy && mac && webkit) {\n outer: for (var cur = e.target, view = display.view; cur != scroll; cur = cur.parentNode) {\n for (var i = 0; i < view.length; i++) {\n if (view[i].node == cur) {\n cm.display.currentWheelTarget = cur;\n break outer;\n }\n }\n }\n }\n\n // On some browsers, horizontal scrolling will cause redraws to\n // happen before the gutter has been realigned, causing it to\n // wriggle around in a most unseemly way. When we have an\n // estimated pixels/delta value, we just handle horizontal\n // scrolling entirely here. It'll be slightly off from native, but\n // better than glitching out.\n if (dx && !gecko && !presto && wheelPixelsPerUnit != null) {\n if (dy && canScrollY)\n setScrollTop(cm, Math.max(0, Math.min(scroll.scrollTop + dy * wheelPixelsPerUnit, scroll.scrollHeight - scroll.clientHeight)));\n setScrollLeft(cm, Math.max(0, Math.min(scroll.scrollLeft + dx * wheelPixelsPerUnit, scroll.scrollWidth - scroll.clientWidth)));\n // Only prevent default scrolling if vertical scrolling is\n // actually possible. Otherwise, it causes vertical scroll\n // jitter on OSX trackpads when deltaX is small and deltaY\n // is large (issue #3579)\n if (!dy || (dy && canScrollY))\n e_preventDefault(e);\n display.wheelStartX = null; // Abort measurement, if in progress\n return;\n }\n\n // 'Project' the visible viewport to cover the area that is being\n // scrolled into view (if we know enough to estimate it).\n if (dy && wheelPixelsPerUnit != null) {\n var pixels = dy * wheelPixelsPerUnit;\n var top = cm.doc.scrollTop, bot = top + display.wrapper.clientHeight;\n if (pixels < 0) top = Math.max(0, top + pixels - 50);\n else bot = Math.min(cm.doc.height, bot + pixels + 50);\n updateDisplaySimple(cm, {top: top, bottom: bot});\n }\n\n if (wheelSamples < 20) {\n if (display.wheelStartX == null) {\n display.wheelStartX = scroll.scrollLeft; display.wheelStartY = scroll.scrollTop;\n display.wheelDX = dx; display.wheelDY = dy;\n setTimeout(function() {\n if (display.wheelStartX == null) return;\n var movedX = scroll.scrollLeft - display.wheelStartX;\n var movedY = scroll.scrollTop - display.wheelStartY;\n var sample = (movedY && display.wheelDY && movedY / display.wheelDY) ||\n (movedX && display.wheelDX && movedX / display.wheelDX);\n display.wheelStartX = display.wheelStartY = null;\n if (!sample) return;\n wheelPixelsPerUnit = (wheelPixelsPerUnit * wheelSamples + sample) / (wheelSamples + 1);\n ++wheelSamples;\n }, 200);\n } else {\n display.wheelDX += dx; display.wheelDY += dy;\n }\n }\n }\n\n // KEY EVENTS\n\n // Run a handler that was bound to a key.\n function doHandleBinding(cm, bound, dropShift) {\n if (typeof bound == \"string\") {\n bound = commands[bound];\n if (!bound) return false;\n }\n // Ensure previous input has been read, so that the handler sees a\n // consistent view of the document\n cm.display.input.ensurePolled();\n var prevShift = cm.display.shift, done = false;\n try {\n if (cm.isReadOnly()) cm.state.suppressEdits = true;\n if (dropShift) cm.display.shift = false;\n done = bound(cm) != Pass;\n } finally {\n cm.display.shift = prevShift;\n cm.state.suppressEdits = false;\n }\n return done;\n }\n\n function lookupKeyForEditor(cm, name, handle) {\n for (var i = 0; i < cm.state.keyMaps.length; i++) {\n var result = lookupKey(name, cm.state.keyMaps[i], handle, cm);\n if (result) return result;\n }\n return (cm.options.extraKeys && lookupKey(name, cm.options.extraKeys, handle, cm))\n || lookupKey(name, cm.options.keyMap, handle, cm);\n }\n\n var stopSeq = new Delayed;\n function dispatchKey(cm, name, e, handle) {\n var seq = cm.state.keySeq;\n if (seq) {\n if (isModifierKey(name)) return \"handled\";\n stopSeq.set(50, function() {\n if (cm.state.keySeq == seq) {\n cm.state.keySeq = null;\n cm.display.input.reset();\n }\n });\n name = seq + \" \" + name;\n }\n var result = lookupKeyForEditor(cm, name, handle);\n\n if (result == \"multi\")\n cm.state.keySeq = name;\n if (result == \"handled\")\n signalLater(cm, \"keyHandled\", cm, name, e);\n\n if (result == \"handled\" || result == \"multi\") {\n e_preventDefault(e);\n restartBlink(cm);\n }\n\n if (seq && !result && /\\'$/.test(name)) {\n e_preventDefault(e);\n return true;\n }\n return !!result;\n }\n\n // Handle a key from the keydown event.\n function handleKeyBinding(cm, e) {\n var name = keyName(e, true);\n if (!name) return false;\n\n if (e.shiftKey && !cm.state.keySeq) {\n // First try to resolve full name (including 'Shift-'). Failing\n // that, see if there is a cursor-motion command (starting with\n // 'go') bound to the keyname without 'Shift-'.\n return dispatchKey(cm, \"Shift-\" + name, e, function(b) {return doHandleBinding(cm, b, true);})\n || dispatchKey(cm, name, e, function(b) {\n if (typeof b == \"string\" ? /^go[A-Z]/.test(b) : b.motion)\n return doHandleBinding(cm, b);\n });\n } else {\n return dispatchKey(cm, name, e, function(b) { return doHandleBinding(cm, b); });\n }\n }\n\n // Handle a key from the keypress event\n function handleCharBinding(cm, e, ch) {\n return dispatchKey(cm, \"'\" + ch + \"'\", e,\n function(b) { return doHandleBinding(cm, b, true); });\n }\n\n var lastStoppedKey = null;\n function onKeyDown(e) {\n var cm = this;\n cm.curOp.focus = activeElt();\n if (signalDOMEvent(cm, e)) return;\n // IE does strange things with escape.\n if (ie && ie_version < 11 && e.keyCode == 27) e.returnValue = false;\n var code = e.keyCode;\n cm.display.shift = code == 16 || e.shiftKey;\n var handled = handleKeyBinding(cm, e);\n if (presto) {\n lastStoppedKey = handled ? code : null;\n // Opera has no cut event... we try to at least catch the key combo\n if (!handled && code == 88 && !hasCopyEvent && (mac ? e.metaKey : e.ctrlKey))\n cm.replaceSelection(\"\", null, \"cut\");\n }\n\n // Turn mouse into crosshair when Alt is held on Mac.\n if (code == 18 && !/\\bCodeMirror-crosshair\\b/.test(cm.display.lineDiv.className))\n showCrossHair(cm);\n }\n\n function showCrossHair(cm) {\n var lineDiv = cm.display.lineDiv;\n addClass(lineDiv, \"CodeMirror-crosshair\");\n\n function up(e) {\n if (e.keyCode == 18 || !e.altKey) {\n rmClass(lineDiv, \"CodeMirror-crosshair\");\n off(document, \"keyup\", up);\n off(document, \"mouseover\", up);\n }\n }\n on(document, \"keyup\", up);\n on(document, \"mouseover\", up);\n }\n\n function onKeyUp(e) {\n if (e.keyCode == 16) this.doc.sel.shift = false;\n signalDOMEvent(this, e);\n }\n\n function onKeyPress(e) {\n var cm = this;\n if (eventInWidget(cm.display, e) || signalDOMEvent(cm, e) || e.ctrlKey && !e.altKey || mac && e.metaKey) return;\n var keyCode = e.keyCode, charCode = e.charCode;\n if (presto && keyCode == lastStoppedKey) {lastStoppedKey = null; e_preventDefault(e); return;}\n if ((presto && (!e.which || e.which < 10)) && handleKeyBinding(cm, e)) return;\n var ch = String.fromCharCode(charCode == null ? keyCode : charCode);\n if (handleCharBinding(cm, e, ch)) return;\n cm.display.input.onKeyPress(e);\n }\n\n // FOCUS/BLUR EVENTS\n\n function delayBlurEvent(cm) {\n cm.state.delayingBlurEvent = true;\n setTimeout(function() {\n if (cm.state.delayingBlurEvent) {\n cm.state.delayingBlurEvent = false;\n onBlur(cm);\n }\n }, 100);\n }\n\n function onFocus(cm) {\n if (cm.state.delayingBlurEvent) cm.state.delayingBlurEvent = false;\n\n if (cm.options.readOnly == \"nocursor\") return;\n if (!cm.state.focused) {\n signal(cm, \"focus\", cm);\n cm.state.focused = true;\n addClass(cm.display.wrapper, \"CodeMirror-focused\");\n // This test prevents this from firing when a context\n // menu is closed (since the input reset would kill the\n // select-all detection hack)\n if (!cm.curOp && cm.display.selForContextMenu != cm.doc.sel) {\n cm.display.input.reset();\n if (webkit) setTimeout(function() { cm.display.input.reset(true); }, 20); // Issue #1730\n }\n cm.display.input.receivedFocus();\n }\n restartBlink(cm);\n }\n function onBlur(cm) {\n if (cm.state.delayingBlurEvent) return;\n\n if (cm.state.focused) {\n signal(cm, \"blur\", cm);\n cm.state.focused = false;\n rmClass(cm.display.wrapper, \"CodeMirror-focused\");\n }\n clearInterval(cm.display.blinker);\n setTimeout(function() {if (!cm.state.focused) cm.display.shift = false;}, 150);\n }\n\n // CONTEXT MENU HANDLING\n\n // To make the context menu work, we need to briefly unhide the\n // textarea (making it as unobtrusive as possible) to let the\n // right-click take effect on it.\n function onContextMenu(cm, e) {\n if (eventInWidget(cm.display, e) || contextMenuInGutter(cm, e)) return;\n if (signalDOMEvent(cm, e, \"contextmenu\")) return;\n cm.display.input.onContextMenu(e);\n }\n\n function contextMenuInGutter(cm, e) {\n if (!hasHandler(cm, \"gutterContextMenu\")) return false;\n return gutterEvent(cm, e, \"gutterContextMenu\", false);\n }\n\n // UPDATING\n\n // Compute the position of the end of a change (its 'to' property\n // refers to the pre-change end).\n var changeEnd = CodeMirror.changeEnd = function(change) {\n if (!change.text) return change.to;\n return Pos(change.from.line + change.text.length - 1,\n lst(change.text).length + (change.text.length == 1 ? change.from.ch : 0));\n };\n\n // Adjust a position to refer to the post-change position of the\n // same text, or the end of the change if the change covers it.\n function adjustForChange(pos, change) {\n if (cmp(pos, change.from) < 0) return pos;\n if (cmp(pos, change.to) <= 0) return changeEnd(change);\n\n var line = pos.line + change.text.length - (change.to.line - change.from.line) - 1, ch = pos.ch;\n if (pos.line == change.to.line) ch += changeEnd(change).ch - change.to.ch;\n return Pos(line, ch);\n }\n\n function computeSelAfterChange(doc, change) {\n var out = [];\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n var range = doc.sel.ranges[i];\n out.push(new Range(adjustForChange(range.anchor, change),\n adjustForChange(range.head, change)));\n }\n return normalizeSelection(out, doc.sel.primIndex);\n }\n\n function offsetPos(pos, old, nw) {\n if (pos.line == old.line)\n return Pos(nw.line, pos.ch - old.ch + nw.ch);\n else\n return Pos(nw.line + (pos.line - old.line), pos.ch);\n }\n\n // Used by replaceSelections to allow moving the selection to the\n // start or around the replaced test. Hint may be \"start\" or \"around\".\n function computeReplacedSel(doc, changes, hint) {\n var out = [];\n var oldPrev = Pos(doc.first, 0), newPrev = oldPrev;\n for (var i = 0; i < changes.length; i++) {\n var change = changes[i];\n var from = offsetPos(change.from, oldPrev, newPrev);\n var to = offsetPos(changeEnd(change), oldPrev, newPrev);\n oldPrev = change.to;\n newPrev = to;\n if (hint == \"around\") {\n var range = doc.sel.ranges[i], inv = cmp(range.head, range.anchor) < 0;\n out[i] = new Range(inv ? to : from, inv ? from : to);\n } else {\n out[i] = new Range(from, from);\n }\n }\n return new Selection(out, doc.sel.primIndex);\n }\n\n // Allow \"beforeChange\" event handlers to influence a change\n function filterChange(doc, change, update) {\n var obj = {\n canceled: false,\n from: change.from,\n to: change.to,\n text: change.text,\n origin: change.origin,\n cancel: function() { this.canceled = true; }\n };\n if (update) obj.update = function(from, to, text, origin) {\n if (from) this.from = clipPos(doc, from);\n if (to) this.to = clipPos(doc, to);\n if (text) this.text = text;\n if (origin !== undefined) this.origin = origin;\n };\n signal(doc, \"beforeChange\", doc, obj);\n if (doc.cm) signal(doc.cm, \"beforeChange\", doc.cm, obj);\n\n if (obj.canceled) return null;\n return {from: obj.from, to: obj.to, text: obj.text, origin: obj.origin};\n }\n\n // Apply a change to a document, and add it to the document's\n // history, and propagating it to all linked documents.\n function makeChange(doc, change, ignoreReadOnly) {\n if (doc.cm) {\n if (!doc.cm.curOp) return operation(doc.cm, makeChange)(doc, change, ignoreReadOnly);\n if (doc.cm.state.suppressEdits) return;\n }\n\n if (hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\")) {\n change = filterChange(doc, change, true);\n if (!change) return;\n }\n\n // Possibly split or suppress the update based on the presence\n // of read-only spans in its range.\n var split = sawReadOnlySpans && !ignoreReadOnly && removeReadOnlyRanges(doc, change.from, change.to);\n if (split) {\n for (var i = split.length - 1; i >= 0; --i)\n makeChangeInner(doc, {from: split[i].from, to: split[i].to, text: i ? [\"\"] : change.text});\n } else {\n makeChangeInner(doc, change);\n }\n }\n\n function makeChangeInner(doc, change) {\n if (change.text.length == 1 && change.text[0] == \"\" && cmp(change.from, change.to) == 0) return;\n var selAfter = computeSelAfterChange(doc, change);\n addChangeToHistory(doc, change, selAfter, doc.cm ? doc.cm.curOp.id : NaN);\n\n makeChangeSingleDoc(doc, change, selAfter, stretchSpansOverChange(doc, change));\n var rebased = [];\n\n linkedDocs(doc, function(doc, sharedHist) {\n if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n rebaseHist(doc.history, change);\n rebased.push(doc.history);\n }\n makeChangeSingleDoc(doc, change, null, stretchSpansOverChange(doc, change));\n });\n }\n\n // Revert a change stored in a document's history.\n function makeChangeFromHistory(doc, type, allowSelectionOnly) {\n if (doc.cm && doc.cm.state.suppressEdits) return;\n\n var hist = doc.history, event, selAfter = doc.sel;\n var source = type == \"undo\" ? hist.done : hist.undone, dest = type == \"undo\" ? hist.undone : hist.done;\n\n // Verify that there is a useable event (so that ctrl-z won't\n // needlessly clear selection events)\n for (var i = 0; i < source.length; i++) {\n event = source[i];\n if (allowSelectionOnly ? event.ranges && !event.equals(doc.sel) : !event.ranges)\n break;\n }\n if (i == source.length) return;\n hist.lastOrigin = hist.lastSelOrigin = null;\n\n for (;;) {\n event = source.pop();\n if (event.ranges) {\n pushSelectionToHistory(event, dest);\n if (allowSelectionOnly && !event.equals(doc.sel)) {\n setSelection(doc, event, {clearRedo: false});\n return;\n }\n selAfter = event;\n }\n else break;\n }\n\n // Build up a reverse change object to add to the opposite history\n // stack (redo when undoing, and vice versa).\n var antiChanges = [];\n pushSelectionToHistory(selAfter, dest);\n dest.push({changes: antiChanges, generation: hist.generation});\n hist.generation = event.generation || ++hist.maxGeneration;\n\n var filter = hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\");\n\n for (var i = event.changes.length - 1; i >= 0; --i) {\n var change = event.changes[i];\n change.origin = type;\n if (filter && !filterChange(doc, change, false)) {\n source.length = 0;\n return;\n }\n\n antiChanges.push(historyChangeFromChange(doc, change));\n\n var after = i ? computeSelAfterChange(doc, change) : lst(source);\n makeChangeSingleDoc(doc, change, after, mergeOldSpans(doc, change));\n if (!i && doc.cm) doc.cm.scrollIntoView({from: change.from, to: changeEnd(change)});\n var rebased = [];\n\n // Propagate to the linked documents\n linkedDocs(doc, function(doc, sharedHist) {\n if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n rebaseHist(doc.history, change);\n rebased.push(doc.history);\n }\n makeChangeSingleDoc(doc, change, null, mergeOldSpans(doc, change));\n });\n }\n }\n\n // Sub-views need their line numbers shifted when text is added\n // above or below them in the parent document.\n function shiftDoc(doc, distance) {\n if (distance == 0) return;\n doc.first += distance;\n doc.sel = new Selection(map(doc.sel.ranges, function(range) {\n return new Range(Pos(range.anchor.line + distance, range.anchor.ch),\n Pos(range.head.line + distance, range.head.ch));\n }), doc.sel.primIndex);\n if (doc.cm) {\n regChange(doc.cm, doc.first, doc.first - distance, distance);\n for (var d = doc.cm.display, l = d.viewFrom; l < d.viewTo; l++)\n regLineChange(doc.cm, l, \"gutter\");\n }\n }\n\n // More lower-level change function, handling only a single document\n // (not linked ones).\n function makeChangeSingleDoc(doc, change, selAfter, spans) {\n if (doc.cm && !doc.cm.curOp)\n return operation(doc.cm, makeChangeSingleDoc)(doc, change, selAfter, spans);\n\n if (change.to.line < doc.first) {\n shiftDoc(doc, change.text.length - 1 - (change.to.line - change.from.line));\n return;\n }\n if (change.from.line > doc.lastLine()) return;\n\n // Clip the change to the size of this doc\n if (change.from.line < doc.first) {\n var shift = change.text.length - 1 - (doc.first - change.from.line);\n shiftDoc(doc, shift);\n change = {from: Pos(doc.first, 0), to: Pos(change.to.line + shift, change.to.ch),\n text: [lst(change.text)], origin: change.origin};\n }\n var last = doc.lastLine();\n if (change.to.line > last) {\n change = {from: change.from, to: Pos(last, getLine(doc, last).text.length),\n text: [change.text[0]], origin: change.origin};\n }\n\n change.removed = getBetween(doc, change.from, change.to);\n\n if (!selAfter) selAfter = computeSelAfterChange(doc, change);\n if (doc.cm) makeChangeSingleDocInEditor(doc.cm, change, spans);\n else updateDoc(doc, change, spans);\n setSelectionNoUndo(doc, selAfter, sel_dontScroll);\n }\n\n // Handle the interaction of a change to a document with the editor\n // that this document is part of.\n function makeChangeSingleDocInEditor(cm, change, spans) {\n var doc = cm.doc, display = cm.display, from = change.from, to = change.to;\n\n var recomputeMaxLength = false, checkWidthStart = from.line;\n if (!cm.options.lineWrapping) {\n checkWidthStart = lineNo(visualLine(getLine(doc, from.line)));\n doc.iter(checkWidthStart, to.line + 1, function(line) {\n if (line == display.maxLine) {\n recomputeMaxLength = true;\n return true;\n }\n });\n }\n\n if (doc.sel.contains(change.from, change.to) > -1)\n signalCursorActivity(cm);\n\n updateDoc(doc, change, spans, estimateHeight(cm));\n\n if (!cm.options.lineWrapping) {\n doc.iter(checkWidthStart, from.line + change.text.length, function(line) {\n var len = lineLength(line);\n if (len > display.maxLineLength) {\n display.maxLine = line;\n display.maxLineLength = len;\n display.maxLineChanged = true;\n recomputeMaxLength = false;\n }\n });\n if (recomputeMaxLength) cm.curOp.updateMaxLine = true;\n }\n\n // Adjust frontier, schedule worker\n doc.frontier = Math.min(doc.frontier, from.line);\n startWorker(cm, 400);\n\n var lendiff = change.text.length - (to.line - from.line) - 1;\n // Remember that these lines changed, for updating the display\n if (change.full)\n regChange(cm);\n else if (from.line == to.line && change.text.length == 1 && !isWholeLineUpdate(cm.doc, change))\n regLineChange(cm, from.line, \"text\");\n else\n regChange(cm, from.line, to.line + 1, lendiff);\n\n var changesHandler = hasHandler(cm, \"changes\"), changeHandler = hasHandler(cm, \"change\");\n if (changeHandler || changesHandler) {\n var obj = {\n from: from, to: to,\n text: change.text,\n removed: change.removed,\n origin: change.origin\n };\n if (changeHandler) signalLater(cm, \"change\", cm, obj);\n if (changesHandler) (cm.curOp.changeObjs || (cm.curOp.changeObjs = [])).push(obj);\n }\n cm.display.selForContextMenu = null;\n }\n\n function replaceRange(doc, code, from, to, origin) {\n if (!to) to = from;\n if (cmp(to, from) < 0) { var tmp = to; to = from; from = tmp; }\n if (typeof code == \"string\") code = doc.splitLines(code);\n makeChange(doc, {from: from, to: to, text: code, origin: origin});\n }\n\n // SCROLLING THINGS INTO VIEW\n\n // If an editor sits on the top or bottom of the window, partially\n // scrolled out of view, this ensures that the cursor is visible.\n function maybeScrollWindow(cm, coords) {\n if (signalDOMEvent(cm, \"scrollCursorIntoView\")) return;\n\n var display = cm.display, box = display.sizer.getBoundingClientRect(), doScroll = null;\n if (coords.top + box.top < 0) doScroll = true;\n else if (coords.bottom + box.top > (window.innerHeight || document.documentElement.clientHeight)) doScroll = false;\n if (doScroll != null && !phantom) {\n var scrollNode = elt(\"div\", \"\\u200b\", null, \"position: absolute; top: \" +\n (coords.top - display.viewOffset - paddingTop(cm.display)) + \"px; height: \" +\n (coords.bottom - coords.top + scrollGap(cm) + display.barHeight) + \"px; left: \" +\n coords.left + \"px; width: 2px;\");\n cm.display.lineSpace.appendChild(scrollNode);\n scrollNode.scrollIntoView(doScroll);\n cm.display.lineSpace.removeChild(scrollNode);\n }\n }\n\n // Scroll a given position into view (immediately), verifying that\n // it actually became visible (as line heights are accurately\n // measured, the position of something may 'drift' during drawing).\n function scrollPosIntoView(cm, pos, end, margin) {\n if (margin == null) margin = 0;\n for (var limit = 0; limit < 5; limit++) {\n var changed = false, coords = cursorCoords(cm, pos);\n var endCoords = !end || end == pos ? coords : cursorCoords(cm, end);\n var scrollPos = calculateScrollPos(cm, Math.min(coords.left, endCoords.left),\n Math.min(coords.top, endCoords.top) - margin,\n Math.max(coords.left, endCoords.left),\n Math.max(coords.bottom, endCoords.bottom) + margin);\n var startTop = cm.doc.scrollTop, startLeft = cm.doc.scrollLeft;\n if (scrollPos.scrollTop != null) {\n setScrollTop(cm, scrollPos.scrollTop);\n if (Math.abs(cm.doc.scrollTop - startTop) > 1) changed = true;\n }\n if (scrollPos.scrollLeft != null) {\n setScrollLeft(cm, scrollPos.scrollLeft);\n if (Math.abs(cm.doc.scrollLeft - startLeft) > 1) changed = true;\n }\n if (!changed) break;\n }\n return coords;\n }\n\n // Scroll a given set of coordinates into view (immediately).\n function scrollIntoView(cm, x1, y1, x2, y2) {\n var scrollPos = calculateScrollPos(cm, x1, y1, x2, y2);\n if (scrollPos.scrollTop != null) setScrollTop(cm, scrollPos.scrollTop);\n if (scrollPos.scrollLeft != null) setScrollLeft(cm, scrollPos.scrollLeft);\n }\n\n // Calculate a new scroll position needed to scroll the given\n // rectangle into view. Returns an object with scrollTop and\n // scrollLeft properties. When these are undefined, the\n // vertical/horizontal position does not need to be adjusted.\n function calculateScrollPos(cm, x1, y1, x2, y2) {\n var display = cm.display, snapMargin = textHeight(cm.display);\n if (y1 < 0) y1 = 0;\n var screentop = cm.curOp && cm.curOp.scrollTop != null ? cm.curOp.scrollTop : display.scroller.scrollTop;\n var screen = displayHeight(cm), result = {};\n if (y2 - y1 > screen) y2 = y1 + screen;\n var docBottom = cm.doc.height + paddingVert(display);\n var atTop = y1 < snapMargin, atBottom = y2 > docBottom - snapMargin;\n if (y1 < screentop) {\n result.scrollTop = atTop ? 0 : y1;\n } else if (y2 > screentop + screen) {\n var newTop = Math.min(y1, (atBottom ? docBottom : y2) - screen);\n if (newTop != screentop) result.scrollTop = newTop;\n }\n\n var screenleft = cm.curOp && cm.curOp.scrollLeft != null ? cm.curOp.scrollLeft : display.scroller.scrollLeft;\n var screenw = displayWidth(cm) - (cm.options.fixedGutter ? display.gutters.offsetWidth : 0);\n var tooWide = x2 - x1 > screenw;\n if (tooWide) x2 = x1 + screenw;\n if (x1 < 10)\n result.scrollLeft = 0;\n else if (x1 < screenleft)\n result.scrollLeft = Math.max(0, x1 - (tooWide ? 0 : 10));\n else if (x2 > screenw + screenleft - 3)\n result.scrollLeft = x2 + (tooWide ? 0 : 10) - screenw;\n return result;\n }\n\n // Store a relative adjustment to the scroll position in the current\n // operation (to be applied when the operation finishes).\n function addToScrollPos(cm, left, top) {\n if (left != null || top != null) resolveScrollToPos(cm);\n if (left != null)\n cm.curOp.scrollLeft = (cm.curOp.scrollLeft == null ? cm.doc.scrollLeft : cm.curOp.scrollLeft) + left;\n if (top != null)\n cm.curOp.scrollTop = (cm.curOp.scrollTop == null ? cm.doc.scrollTop : cm.curOp.scrollTop) + top;\n }\n\n // Make sure that at the end of the operation the current cursor is\n // shown.\n function ensureCursorVisible(cm) {\n resolveScrollToPos(cm);\n var cur = cm.getCursor(), from = cur, to = cur;\n if (!cm.options.lineWrapping) {\n from = cur.ch ? Pos(cur.line, cur.ch - 1) : cur;\n to = Pos(cur.line, cur.ch + 1);\n }\n cm.curOp.scrollToPos = {from: from, to: to, margin: cm.options.cursorScrollMargin, isCursor: true};\n }\n\n // When an operation has its scrollToPos property set, and another\n // scroll action is applied before the end of the operation, this\n // 'simulates' scrolling that position into view in a cheap way, so\n // that the effect of intermediate scroll commands is not ignored.\n function resolveScrollToPos(cm) {\n var range = cm.curOp.scrollToPos;\n if (range) {\n cm.curOp.scrollToPos = null;\n var from = estimateCoords(cm, range.from), to = estimateCoords(cm, range.to);\n var sPos = calculateScrollPos(cm, Math.min(from.left, to.left),\n Math.min(from.top, to.top) - range.margin,\n Math.max(from.right, to.right),\n Math.max(from.bottom, to.bottom) + range.margin);\n cm.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n }\n }\n\n // API UTILITIES\n\n // Indent the given line. The how parameter can be \"smart\",\n // \"add\"/null, \"subtract\", or \"prev\". When aggressive is false\n // (typically set to true for forced single-line indents), empty\n // lines are not indented, and places where the mode returns Pass\n // are left alone.\n function indentLine(cm, n, how, aggressive) {\n var doc = cm.doc, state;\n if (how == null) how = \"add\";\n if (how == \"smart\") {\n // Fall back to \"prev\" when the mode doesn't have an indentation\n // method.\n if (!doc.mode.indent) how = \"prev\";\n else state = getStateBefore(cm, n);\n }\n\n var tabSize = cm.options.tabSize;\n var line = getLine(doc, n), curSpace = countColumn(line.text, null, tabSize);\n if (line.stateAfter) line.stateAfter = null;\n var curSpaceString = line.text.match(/^\\s*/)[0], indentation;\n if (!aggressive && !/\\S/.test(line.text)) {\n indentation = 0;\n how = \"not\";\n } else if (how == \"smart\") {\n indentation = doc.mode.indent(state, line.text.slice(curSpaceString.length), line.text);\n if (indentation == Pass || indentation > 150) {\n if (!aggressive) return;\n how = \"prev\";\n }\n }\n if (how == \"prev\") {\n if (n > doc.first) indentation = countColumn(getLine(doc, n-1).text, null, tabSize);\n else indentation = 0;\n } else if (how == \"add\") {\n indentation = curSpace + cm.options.indentUnit;\n } else if (how == \"subtract\") {\n indentation = curSpace - cm.options.indentUnit;\n } else if (typeof how == \"number\") {\n indentation = curSpace + how;\n }\n indentation = Math.max(0, indentation);\n\n var indentString = \"\", pos = 0;\n if (cm.options.indentWithTabs)\n for (var i = Math.floor(indentation / tabSize); i; --i) {pos += tabSize; indentString += \"\\t\";}\n if (pos < indentation) indentString += spaceStr(indentation - pos);\n\n if (indentString != curSpaceString) {\n replaceRange(doc, indentString, Pos(n, 0), Pos(n, curSpaceString.length), \"+input\");\n line.stateAfter = null;\n return true;\n } else {\n // Ensure that, if the cursor was in the whitespace at the start\n // of the line, it is moved to the end of that space.\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n var range = doc.sel.ranges[i];\n if (range.head.line == n && range.head.ch < curSpaceString.length) {\n var pos = Pos(n, curSpaceString.length);\n replaceOneSelection(doc, i, new Range(pos, pos));\n break;\n }\n }\n }\n }\n\n // Utility for applying a change to a line by handle or number,\n // returning the number and optionally registering the line as\n // changed.\n function changeLine(doc, handle, changeType, op) {\n var no = handle, line = handle;\n if (typeof handle == \"number\") line = getLine(doc, clipLine(doc, handle));\n else no = lineNo(handle);\n if (no == null) return null;\n if (op(line, no) && doc.cm) regLineChange(doc.cm, no, changeType);\n return line;\n }\n\n // Helper for deleting text near the selection(s), used to implement\n // backspace, delete, and similar functionality.\n function deleteNearSelection(cm, compute) {\n var ranges = cm.doc.sel.ranges, kill = [];\n // Build up a set of ranges to kill first, merging overlapping\n // ranges.\n for (var i = 0; i < ranges.length; i++) {\n var toKill = compute(ranges[i]);\n while (kill.length && cmp(toKill.from, lst(kill).to) <= 0) {\n var replaced = kill.pop();\n if (cmp(replaced.from, toKill.from) < 0) {\n toKill.from = replaced.from;\n break;\n }\n }\n kill.push(toKill);\n }\n // Next, remove those actual ranges.\n runInOp(cm, function() {\n for (var i = kill.length - 1; i >= 0; i--)\n replaceRange(cm.doc, \"\", kill[i].from, kill[i].to, \"+delete\");\n ensureCursorVisible(cm);\n });\n }\n\n // Used for horizontal relative motion. Dir is -1 or 1 (left or\n // right), unit can be \"char\", \"column\" (like char, but doesn't\n // cross line boundaries), \"word\" (across next word), or \"group\" (to\n // the start of next group of word or non-word-non-whitespace\n // chars). The visually param controls whether, in right-to-left\n // text, direction 1 means to move towards the next index in the\n // string, or towards the character to the right of the current\n // position. The resulting position will have a hitSide=true\n // property if it reached the end of the document.\n function findPosH(doc, pos, dir, unit, visually) {\n var line = pos.line, ch = pos.ch, origDir = dir;\n var lineObj = getLine(doc, line);\n function findNextLine() {\n var l = line + dir;\n if (l < doc.first || l >= doc.first + doc.size) return false\n line = l;\n return lineObj = getLine(doc, l);\n }\n function moveOnce(boundToLine) {\n var next = (visually ? moveVisually : moveLogically)(lineObj, ch, dir, true);\n if (next == null) {\n if (!boundToLine && findNextLine()) {\n if (visually) ch = (dir < 0 ? lineRight : lineLeft)(lineObj);\n else ch = dir < 0 ? lineObj.text.length : 0;\n } else return false\n } else ch = next;\n return true;\n }\n\n if (unit == \"char\") {\n moveOnce()\n } else if (unit == \"column\") {\n moveOnce(true)\n } else if (unit == \"word\" || unit == \"group\") {\n var sawType = null, group = unit == \"group\";\n var helper = doc.cm && doc.cm.getHelper(pos, \"wordChars\");\n for (var first = true;; first = false) {\n if (dir < 0 && !moveOnce(!first)) break;\n var cur = lineObj.text.charAt(ch) || \"\\n\";\n var type = isWordChar(cur, helper) ? \"w\"\n : group && cur == \"\\n\" ? \"n\"\n : !group || /\\s/.test(cur) ? null\n : \"p\";\n if (group && !first && !type) type = \"s\";\n if (sawType && sawType != type) {\n if (dir < 0) {dir = 1; moveOnce();}\n break;\n }\n\n if (type) sawType = type;\n if (dir > 0 && !moveOnce(!first)) break;\n }\n }\n var result = skipAtomic(doc, Pos(line, ch), pos, origDir, true);\n if (!cmp(pos, result)) result.hitSide = true;\n return result;\n }\n\n // For relative vertical movement. Dir may be -1 or 1. Unit can be\n // \"page\" or \"line\". The resulting position will have a hitSide=true\n // property if it reached the end of the document.\n function findPosV(cm, pos, dir, unit) {\n var doc = cm.doc, x = pos.left, y;\n if (unit == \"page\") {\n var pageSize = Math.min(cm.display.wrapper.clientHeight, window.innerHeight || document.documentElement.clientHeight);\n y = pos.top + dir * (pageSize - (dir < 0 ? 1.5 : .5) * textHeight(cm.display));\n } else if (unit == \"line\") {\n y = dir > 0 ? pos.bottom + 3 : pos.top - 3;\n }\n for (;;) {\n var target = coordsChar(cm, x, y);\n if (!target.outside) break;\n if (dir < 0 ? y <= 0 : y >= doc.height) { target.hitSide = true; break; }\n y += dir * 5;\n }\n return target;\n }\n\n // EDITOR METHODS\n\n // The publicly visible API. Note that methodOp(f) means\n // 'wrap f in an operation, performed on its `this` parameter'.\n\n // This is not the complete set of editor methods. Most of the\n // methods defined on the Doc type are also injected into\n // CodeMirror.prototype, for backwards compatibility and\n // convenience.\n\n CodeMirror.prototype = {\n constructor: CodeMirror,\n focus: function(){window.focus(); this.display.input.focus();},\n\n setOption: function(option, value) {\n var options = this.options, old = options[option];\n if (options[option] == value && option != \"mode\") return;\n options[option] = value;\n if (optionHandlers.hasOwnProperty(option))\n operation(this, optionHandlers[option])(this, value, old);\n },\n\n getOption: function(option) {return this.options[option];},\n getDoc: function() {return this.doc;},\n\n addKeyMap: function(map, bottom) {\n this.state.keyMaps[bottom ? \"push\" : \"unshift\"](getKeyMap(map));\n },\n removeKeyMap: function(map) {\n var maps = this.state.keyMaps;\n for (var i = 0; i < maps.length; ++i)\n if (maps[i] == map || maps[i].name == map) {\n maps.splice(i, 1);\n return true;\n }\n },\n\n addOverlay: methodOp(function(spec, options) {\n var mode = spec.token ? spec : CodeMirror.getMode(this.options, spec);\n if (mode.startState) throw new Error(\"Overlays may not be stateful.\");\n this.state.overlays.push({mode: mode, modeSpec: spec, opaque: options && options.opaque});\n this.state.modeGen++;\n regChange(this);\n }),\n removeOverlay: methodOp(function(spec) {\n var overlays = this.state.overlays;\n for (var i = 0; i < overlays.length; ++i) {\n var cur = overlays[i].modeSpec;\n if (cur == spec || typeof spec == \"string\" && cur.name == spec) {\n overlays.splice(i, 1);\n this.state.modeGen++;\n regChange(this);\n return;\n }\n }\n }),\n\n indentLine: methodOp(function(n, dir, aggressive) {\n if (typeof dir != \"string\" && typeof dir != \"number\") {\n if (dir == null) dir = this.options.smartIndent ? \"smart\" : \"prev\";\n else dir = dir ? \"add\" : \"subtract\";\n }\n if (isLine(this.doc, n)) indentLine(this, n, dir, aggressive);\n }),\n indentSelection: methodOp(function(how) {\n var ranges = this.doc.sel.ranges, end = -1;\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (!range.empty()) {\n var from = range.from(), to = range.to();\n var start = Math.max(end, from.line);\n end = Math.min(this.lastLine(), to.line - (to.ch ? 0 : 1)) + 1;\n for (var j = start; j < end; ++j)\n indentLine(this, j, how);\n var newRanges = this.doc.sel.ranges;\n if (from.ch == 0 && ranges.length == newRanges.length && newRanges[i].from().ch > 0)\n replaceOneSelection(this.doc, i, new Range(from, newRanges[i].to()), sel_dontScroll);\n } else if (range.head.line > end) {\n indentLine(this, range.head.line, how, true);\n end = range.head.line;\n if (i == this.doc.sel.primIndex) ensureCursorVisible(this);\n }\n }\n }),\n\n // Fetch the parser token for a given character. Useful for hacks\n // that want to inspect the mode state (say, for completion).\n getTokenAt: function(pos, precise) {\n return takeToken(this, pos, precise);\n },\n\n getLineTokens: function(line, precise) {\n return takeToken(this, Pos(line), precise, true);\n },\n\n getTokenTypeAt: function(pos) {\n pos = clipPos(this.doc, pos);\n var styles = getLineStyles(this, getLine(this.doc, pos.line));\n var before = 0, after = (styles.length - 1) / 2, ch = pos.ch;\n var type;\n if (ch == 0) type = styles[2];\n else for (;;) {\n var mid = (before + after) >> 1;\n if ((mid ? styles[mid * 2 - 1] : 0) >= ch) after = mid;\n else if (styles[mid * 2 + 1] < ch) before = mid + 1;\n else { type = styles[mid * 2 + 2]; break; }\n }\n var cut = type ? type.indexOf(\"cm-overlay \") : -1;\n return cut < 0 ? type : cut == 0 ? null : type.slice(0, cut - 1);\n },\n\n getModeAt: function(pos) {\n var mode = this.doc.mode;\n if (!mode.innerMode) return mode;\n return CodeMirror.innerMode(mode, this.getTokenAt(pos).state).mode;\n },\n\n getHelper: function(pos, type) {\n return this.getHelpers(pos, type)[0];\n },\n\n getHelpers: function(pos, type) {\n var found = [];\n if (!helpers.hasOwnProperty(type)) return found;\n var help = helpers[type], mode = this.getModeAt(pos);\n if (typeof mode[type] == \"string\") {\n if (help[mode[type]]) found.push(help[mode[type]]);\n } else if (mode[type]) {\n for (var i = 0; i < mode[type].length; i++) {\n var val = help[mode[type][i]];\n if (val) found.push(val);\n }\n } else if (mode.helperType && help[mode.helperType]) {\n found.push(help[mode.helperType]);\n } else if (help[mode.name]) {\n found.push(help[mode.name]);\n }\n for (var i = 0; i < help._global.length; i++) {\n var cur = help._global[i];\n if (cur.pred(mode, this) && indexOf(found, cur.val) == -1)\n found.push(cur.val);\n }\n return found;\n },\n\n getStateAfter: function(line, precise) {\n var doc = this.doc;\n line = clipLine(doc, line == null ? doc.first + doc.size - 1: line);\n return getStateBefore(this, line + 1, precise);\n },\n\n cursorCoords: function(start, mode) {\n var pos, range = this.doc.sel.primary();\n if (start == null) pos = range.head;\n else if (typeof start == \"object\") pos = clipPos(this.doc, start);\n else pos = start ? range.from() : range.to();\n return cursorCoords(this, pos, mode || \"page\");\n },\n\n charCoords: function(pos, mode) {\n return charCoords(this, clipPos(this.doc, pos), mode || \"page\");\n },\n\n coordsChar: function(coords, mode) {\n coords = fromCoordSystem(this, coords, mode || \"page\");\n return coordsChar(this, coords.left, coords.top);\n },\n\n lineAtHeight: function(height, mode) {\n height = fromCoordSystem(this, {top: height, left: 0}, mode || \"page\").top;\n return lineAtHeight(this.doc, height + this.display.viewOffset);\n },\n heightAtLine: function(line, mode) {\n var end = false, lineObj;\n if (typeof line == \"number\") {\n var last = this.doc.first + this.doc.size - 1;\n if (line < this.doc.first) line = this.doc.first;\n else if (line > last) { line = last; end = true; }\n lineObj = getLine(this.doc, line);\n } else {\n lineObj = line;\n }\n return intoCoordSystem(this, lineObj, {top: 0, left: 0}, mode || \"page\").top +\n (end ? this.doc.height - heightAtLine(lineObj) : 0);\n },\n\n defaultTextHeight: function() { return textHeight(this.display); },\n defaultCharWidth: function() { return charWidth(this.display); },\n\n setGutterMarker: methodOp(function(line, gutterID, value) {\n return changeLine(this.doc, line, \"gutter\", function(line) {\n var markers = line.gutterMarkers || (line.gutterMarkers = {});\n markers[gutterID] = value;\n if (!value && isEmpty(markers)) line.gutterMarkers = null;\n return true;\n });\n }),\n\n clearGutter: methodOp(function(gutterID) {\n var cm = this, doc = cm.doc, i = doc.first;\n doc.iter(function(line) {\n if (line.gutterMarkers && line.gutterMarkers[gutterID]) {\n line.gutterMarkers[gutterID] = null;\n regLineChange(cm, i, \"gutter\");\n if (isEmpty(line.gutterMarkers)) line.gutterMarkers = null;\n }\n ++i;\n });\n }),\n\n lineInfo: function(line) {\n if (typeof line == \"number\") {\n if (!isLine(this.doc, line)) return null;\n var n = line;\n line = getLine(this.doc, line);\n if (!line) return null;\n } else {\n var n = lineNo(line);\n if (n == null) return null;\n }\n return {line: n, handle: line, text: line.text, gutterMarkers: line.gutterMarkers,\n textClass: line.textClass, bgClass: line.bgClass, wrapClass: line.wrapClass,\n widgets: line.widgets};\n },\n\n getViewport: function() { return {from: this.display.viewFrom, to: this.display.viewTo};},\n\n addWidget: function(pos, node, scroll, vert, horiz) {\n var display = this.display;\n pos = cursorCoords(this, clipPos(this.doc, pos));\n var top = pos.bottom, left = pos.left;\n node.style.position = \"absolute\";\n node.setAttribute(\"cm-ignore-events\", \"true\");\n this.display.input.setUneditable(node);\n display.sizer.appendChild(node);\n if (vert == \"over\") {\n top = pos.top;\n } else if (vert == \"above\" || vert == \"near\") {\n var vspace = Math.max(display.wrapper.clientHeight, this.doc.height),\n hspace = Math.max(display.sizer.clientWidth, display.lineSpace.clientWidth);\n // Default to positioning above (if specified and possible); otherwise default to positioning below\n if ((vert == 'above' || pos.bottom + node.offsetHeight > vspace) && pos.top > node.offsetHeight)\n top = pos.top - node.offsetHeight;\n else if (pos.bottom + node.offsetHeight <= vspace)\n top = pos.bottom;\n if (left + node.offsetWidth > hspace)\n left = hspace - node.offsetWidth;\n }\n node.style.top = top + \"px\";\n node.style.left = node.style.right = \"\";\n if (horiz == \"right\") {\n left = display.sizer.clientWidth - node.offsetWidth;\n node.style.right = \"0px\";\n } else {\n if (horiz == \"left\") left = 0;\n else if (horiz == \"middle\") left = (display.sizer.clientWidth - node.offsetWidth) / 2;\n node.style.left = left + \"px\";\n }\n if (scroll)\n scrollIntoView(this, left, top, left + node.offsetWidth, top + node.offsetHeight);\n },\n\n triggerOnKeyDown: methodOp(onKeyDown),\n triggerOnKeyPress: methodOp(onKeyPress),\n triggerOnKeyUp: onKeyUp,\n\n execCommand: function(cmd) {\n if (commands.hasOwnProperty(cmd))\n return commands[cmd].call(null, this);\n },\n\n triggerElectric: methodOp(function(text) { triggerElectric(this, text); }),\n\n findPosH: function(from, amount, unit, visually) {\n var dir = 1;\n if (amount < 0) { dir = -1; amount = -amount; }\n for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n cur = findPosH(this.doc, cur, dir, unit, visually);\n if (cur.hitSide) break;\n }\n return cur;\n },\n\n moveH: methodOp(function(dir, unit) {\n var cm = this;\n cm.extendSelectionsBy(function(range) {\n if (cm.display.shift || cm.doc.extend || range.empty())\n return findPosH(cm.doc, range.head, dir, unit, cm.options.rtlMoveVisually);\n else\n return dir < 0 ? range.from() : range.to();\n }, sel_move);\n }),\n\n deleteH: methodOp(function(dir, unit) {\n var sel = this.doc.sel, doc = this.doc;\n if (sel.somethingSelected())\n doc.replaceSelection(\"\", null, \"+delete\");\n else\n deleteNearSelection(this, function(range) {\n var other = findPosH(doc, range.head, dir, unit, false);\n return dir < 0 ? {from: other, to: range.head} : {from: range.head, to: other};\n });\n }),\n\n findPosV: function(from, amount, unit, goalColumn) {\n var dir = 1, x = goalColumn;\n if (amount < 0) { dir = -1; amount = -amount; }\n for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n var coords = cursorCoords(this, cur, \"div\");\n if (x == null) x = coords.left;\n else coords.left = x;\n cur = findPosV(this, coords, dir, unit);\n if (cur.hitSide) break;\n }\n return cur;\n },\n\n moveV: methodOp(function(dir, unit) {\n var cm = this, doc = this.doc, goals = [];\n var collapse = !cm.display.shift && !doc.extend && doc.sel.somethingSelected();\n doc.extendSelectionsBy(function(range) {\n if (collapse)\n return dir < 0 ? range.from() : range.to();\n var headPos = cursorCoords(cm, range.head, \"div\");\n if (range.goalColumn != null) headPos.left = range.goalColumn;\n goals.push(headPos.left);\n var pos = findPosV(cm, headPos, dir, unit);\n if (unit == \"page\" && range == doc.sel.primary())\n addToScrollPos(cm, null, charCoords(cm, pos, \"div\").top - headPos.top);\n return pos;\n }, sel_move);\n if (goals.length) for (var i = 0; i < doc.sel.ranges.length; i++)\n doc.sel.ranges[i].goalColumn = goals[i];\n }),\n\n // Find the word at the given position (as returned by coordsChar).\n findWordAt: function(pos) {\n var doc = this.doc, line = getLine(doc, pos.line).text;\n var start = pos.ch, end = pos.ch;\n if (line) {\n var helper = this.getHelper(pos, \"wordChars\");\n if ((pos.xRel < 0 || end == line.length) && start) --start; else ++end;\n var startChar = line.charAt(start);\n var check = isWordChar(startChar, helper)\n ? function(ch) { return isWordChar(ch, helper); }\n : /\\s/.test(startChar) ? function(ch) {return /\\s/.test(ch);}\n : function(ch) {return !/\\s/.test(ch) && !isWordChar(ch);};\n while (start > 0 && check(line.charAt(start - 1))) --start;\n while (end < line.length && check(line.charAt(end))) ++end;\n }\n return new Range(Pos(pos.line, start), Pos(pos.line, end));\n },\n\n toggleOverwrite: function(value) {\n if (value != null && value == this.state.overwrite) return;\n if (this.state.overwrite = !this.state.overwrite)\n addClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n else\n rmClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n\n signal(this, \"overwriteToggle\", this, this.state.overwrite);\n },\n hasFocus: function() { return this.display.input.getField() == activeElt(); },\n isReadOnly: function() { return !!(this.options.readOnly || this.doc.cantEdit); },\n\n scrollTo: methodOp(function(x, y) {\n if (x != null || y != null) resolveScrollToPos(this);\n if (x != null) this.curOp.scrollLeft = x;\n if (y != null) this.curOp.scrollTop = y;\n }),\n getScrollInfo: function() {\n var scroller = this.display.scroller;\n return {left: scroller.scrollLeft, top: scroller.scrollTop,\n height: scroller.scrollHeight - scrollGap(this) - this.display.barHeight,\n width: scroller.scrollWidth - scrollGap(this) - this.display.barWidth,\n clientHeight: displayHeight(this), clientWidth: displayWidth(this)};\n },\n\n scrollIntoView: methodOp(function(range, margin) {\n if (range == null) {\n range = {from: this.doc.sel.primary().head, to: null};\n if (margin == null) margin = this.options.cursorScrollMargin;\n } else if (typeof range == \"number\") {\n range = {from: Pos(range, 0), to: null};\n } else if (range.from == null) {\n range = {from: range, to: null};\n }\n if (!range.to) range.to = range.from;\n range.margin = margin || 0;\n\n if (range.from.line != null) {\n resolveScrollToPos(this);\n this.curOp.scrollToPos = range;\n } else {\n var sPos = calculateScrollPos(this, Math.min(range.from.left, range.to.left),\n Math.min(range.from.top, range.to.top) - range.margin,\n Math.max(range.from.right, range.to.right),\n Math.max(range.from.bottom, range.to.bottom) + range.margin);\n this.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n }\n }),\n\n setSize: methodOp(function(width, height) {\n var cm = this;\n function interpret(val) {\n return typeof val == \"number\" || /^\\d+$/.test(String(val)) ? val + \"px\" : val;\n }\n if (width != null) cm.display.wrapper.style.width = interpret(width);\n if (height != null) cm.display.wrapper.style.height = interpret(height);\n if (cm.options.lineWrapping) clearLineMeasurementCache(this);\n var lineNo = cm.display.viewFrom;\n cm.doc.iter(lineNo, cm.display.viewTo, function(line) {\n if (line.widgets) for (var i = 0; i < line.widgets.length; i++)\n if (line.widgets[i].noHScroll) { regLineChange(cm, lineNo, \"widget\"); break; }\n ++lineNo;\n });\n cm.curOp.forceUpdate = true;\n signal(cm, \"refresh\", this);\n }),\n\n operation: function(f){return runInOp(this, f);},\n\n refresh: methodOp(function() {\n var oldHeight = this.display.cachedTextHeight;\n regChange(this);\n this.curOp.forceUpdate = true;\n clearCaches(this);\n this.scrollTo(this.doc.scrollLeft, this.doc.scrollTop);\n updateGutterSpace(this);\n if (oldHeight == null || Math.abs(oldHeight - textHeight(this.display)) > .5)\n estimateLineHeights(this);\n signal(this, \"refresh\", this);\n }),\n\n swapDoc: methodOp(function(doc) {\n var old = this.doc;\n old.cm = null;\n attachDoc(this, doc);\n clearCaches(this);\n this.display.input.reset();\n this.scrollTo(doc.scrollLeft, doc.scrollTop);\n this.curOp.forceScroll = true;\n signalLater(this, \"swapDoc\", this, old);\n return old;\n }),\n\n getInputField: function(){return this.display.input.getField();},\n getWrapperElement: function(){return this.display.wrapper;},\n getScrollerElement: function(){return this.display.scroller;},\n getGutterElement: function(){return this.display.gutters;}\n };\n eventMixin(CodeMirror);\n\n // OPTION DEFAULTS\n\n // The default configuration options.\n var defaults = CodeMirror.defaults = {};\n // Functions to run when options are changed.\n var optionHandlers = CodeMirror.optionHandlers = {};\n\n function option(name, deflt, handle, notOnInit) {\n CodeMirror.defaults[name] = deflt;\n if (handle) optionHandlers[name] =\n notOnInit ? function(cm, val, old) {if (old != Init) handle(cm, val, old);} : handle;\n }\n\n // Passed to option handlers when there is no old value.\n var Init = CodeMirror.Init = {toString: function(){return \"CodeMirror.Init\";}};\n\n // These two are, on init, called from the constructor because they\n // have to be initialized before the editor can start at all.\n option(\"value\", \"\", function(cm, val) {\n cm.setValue(val);\n }, true);\n option(\"mode\", null, function(cm, val) {\n cm.doc.modeOption = val;\n loadMode(cm);\n }, true);\n\n option(\"indentUnit\", 2, loadMode, true);\n option(\"indentWithTabs\", false);\n option(\"smartIndent\", true);\n option(\"tabSize\", 4, function(cm) {\n resetModeState(cm);\n clearCaches(cm);\n regChange(cm);\n }, true);\n option(\"lineSeparator\", null, function(cm, val) {\n cm.doc.lineSep = val;\n if (!val) return;\n var newBreaks = [], lineNo = cm.doc.first;\n cm.doc.iter(function(line) {\n for (var pos = 0;;) {\n var found = line.text.indexOf(val, pos);\n if (found == -1) break;\n pos = found + val.length;\n newBreaks.push(Pos(lineNo, found));\n }\n lineNo++;\n });\n for (var i = newBreaks.length - 1; i >= 0; i--)\n replaceRange(cm.doc, val, newBreaks[i], Pos(newBreaks[i].line, newBreaks[i].ch + val.length))\n });\n option(\"specialChars\", /[\\t\\u0000-\\u0019\\u00ad\\u200b-\\u200f\\u2028\\u2029\\ufeff]/g, function(cm, val, old) {\n cm.state.specialChars = new RegExp(val.source + (val.test(\"\\t\") ? \"\" : \"|\\t\"), \"g\");\n if (old != CodeMirror.Init) cm.refresh();\n });\n option(\"specialCharPlaceholder\", defaultSpecialCharPlaceholder, function(cm) {cm.refresh();}, true);\n option(\"electricChars\", true);\n option(\"inputStyle\", mobile ? \"contenteditable\" : \"textarea\", function() {\n throw new Error(\"inputStyle can not (yet) be changed in a running editor\"); // FIXME\n }, true);\n option(\"rtlMoveVisually\", !windows);\n option(\"wholeLineUpdateBefore\", true);\n\n option(\"theme\", \"default\", function(cm) {\n themeChanged(cm);\n guttersChanged(cm);\n }, true);\n option(\"keyMap\", \"default\", function(cm, val, old) {\n var next = getKeyMap(val);\n var prev = old != CodeMirror.Init && getKeyMap(old);\n if (prev && prev.detach) prev.detach(cm, next);\n if (next.attach) next.attach(cm, prev || null);\n });\n option(\"extraKeys\", null);\n\n option(\"lineWrapping\", false, wrappingChanged, true);\n option(\"gutters\", [], function(cm) {\n setGuttersForLineNumbers(cm.options);\n guttersChanged(cm);\n }, true);\n option(\"fixedGutter\", true, function(cm, val) {\n cm.display.gutters.style.left = val ? compensateForHScroll(cm.display) + \"px\" : \"0\";\n cm.refresh();\n }, true);\n option(\"coverGutterNextToScrollbar\", false, function(cm) {updateScrollbars(cm);}, true);\n option(\"scrollbarStyle\", \"native\", function(cm) {\n initScrollbars(cm);\n updateScrollbars(cm);\n cm.display.scrollbars.setScrollTop(cm.doc.scrollTop);\n cm.display.scrollbars.setScrollLeft(cm.doc.scrollLeft);\n }, true);\n option(\"lineNumbers\", false, function(cm) {\n setGuttersForLineNumbers(cm.options);\n guttersChanged(cm);\n }, true);\n option(\"firstLineNumber\", 1, guttersChanged, true);\n option(\"lineNumberFormatter\", function(integer) {return integer;}, guttersChanged, true);\n option(\"showCursorWhenSelecting\", false, updateSelection, true);\n\n option(\"resetSelectionOnContextMenu\", true);\n option(\"lineWiseCopyCut\", true);\n\n option(\"readOnly\", false, function(cm, val) {\n if (val == \"nocursor\") {\n onBlur(cm);\n cm.display.input.blur();\n cm.display.disabled = true;\n } else {\n cm.display.disabled = false;\n }\n cm.display.input.readOnlyChanged(val)\n });\n option(\"disableInput\", false, function(cm, val) {if (!val) cm.display.input.reset();}, true);\n option(\"dragDrop\", true, dragDropChanged);\n option(\"allowDropFileTypes\", null);\n\n option(\"cursorBlinkRate\", 530);\n option(\"cursorScrollMargin\", 0);\n option(\"cursorHeight\", 1, updateSelection, true);\n option(\"singleCursorHeightPerLine\", true, updateSelection, true);\n option(\"workTime\", 100);\n option(\"workDelay\", 100);\n option(\"flattenSpans\", true, resetModeState, true);\n option(\"addModeClass\", false, resetModeState, true);\n option(\"pollInterval\", 100);\n option(\"undoDepth\", 200, function(cm, val){cm.doc.history.undoDepth = val;});\n option(\"historyEventDelay\", 1250);\n option(\"viewportMargin\", 10, function(cm){cm.refresh();}, true);\n option(\"maxHighlightLength\", 10000, resetModeState, true);\n option(\"moveInputWithCursor\", true, function(cm, val) {\n if (!val) cm.display.input.resetPosition();\n });\n\n option(\"tabindex\", null, function(cm, val) {\n cm.display.input.getField().tabIndex = val || \"\";\n });\n option(\"autofocus\", null);\n\n // MODE DEFINITION AND QUERYING\n\n // Known modes, by name and by MIME\n var modes = CodeMirror.modes = {}, mimeModes = CodeMirror.mimeModes = {};\n\n // Extra arguments are stored as the mode's dependencies, which is\n // used by (legacy) mechanisms like loadmode.js to automatically\n // load a mode. (Preferred mechanism is the require/define calls.)\n CodeMirror.defineMode = function(name, mode) {\n if (!CodeMirror.defaults.mode && name != \"null\") CodeMirror.defaults.mode = name;\n if (arguments.length > 2)\n mode.dependencies = Array.prototype.slice.call(arguments, 2);\n modes[name] = mode;\n };\n\n CodeMirror.defineMIME = function(mime, spec) {\n mimeModes[mime] = spec;\n };\n\n // Given a MIME type, a {name, ...options} config object, or a name\n // string, return a mode config object.\n CodeMirror.resolveMode = function(spec) {\n if (typeof spec == \"string\" && mimeModes.hasOwnProperty(spec)) {\n spec = mimeModes[spec];\n } else if (spec && typeof spec.name == \"string\" && mimeModes.hasOwnProperty(spec.name)) {\n var found = mimeModes[spec.name];\n if (typeof found == \"string\") found = {name: found};\n spec = createObj(found, spec);\n spec.name = found.name;\n } else if (typeof spec == \"string\" && /^[\\w\\-]+\\/[\\w\\-]+\\+xml$/.test(spec)) {\n return CodeMirror.resolveMode(\"application/xml\");\n }\n if (typeof spec == \"string\") return {name: spec};\n else return spec || {name: \"null\"};\n };\n\n // Given a mode spec (anything that resolveMode accepts), find and\n // initialize an actual mode object.\n CodeMirror.getMode = function(options, spec) {\n var spec = CodeMirror.resolveMode(spec);\n var mfactory = modes[spec.name];\n if (!mfactory) return CodeMirror.getMode(options, \"text/plain\");\n var modeObj = mfactory(options, spec);\n if (modeExtensions.hasOwnProperty(spec.name)) {\n var exts = modeExtensions[spec.name];\n for (var prop in exts) {\n if (!exts.hasOwnProperty(prop)) continue;\n if (modeObj.hasOwnProperty(prop)) modeObj[\"_\" + prop] = modeObj[prop];\n modeObj[prop] = exts[prop];\n }\n }\n modeObj.name = spec.name;\n if (spec.helperType) modeObj.helperType = spec.helperType;\n if (spec.modeProps) for (var prop in spec.modeProps)\n modeObj[prop] = spec.modeProps[prop];\n\n return modeObj;\n };\n\n // Minimal default mode.\n CodeMirror.defineMode(\"null\", function() {\n return {token: function(stream) {stream.skipToEnd();}};\n });\n CodeMirror.defineMIME(\"text/plain\", \"null\");\n\n // This can be used to attach properties to mode objects from\n // outside the actual mode definition.\n var modeExtensions = CodeMirror.modeExtensions = {};\n CodeMirror.extendMode = function(mode, properties) {\n var exts = modeExtensions.hasOwnProperty(mode) ? modeExtensions[mode] : (modeExtensions[mode] = {});\n copyObj(properties, exts);\n };\n\n // EXTENSIONS\n\n CodeMirror.defineExtension = function(name, func) {\n CodeMirror.prototype[name] = func;\n };\n CodeMirror.defineDocExtension = function(name, func) {\n Doc.prototype[name] = func;\n };\n CodeMirror.defineOption = option;\n\n var initHooks = [];\n CodeMirror.defineInitHook = function(f) {initHooks.push(f);};\n\n var helpers = CodeMirror.helpers = {};\n CodeMirror.registerHelper = function(type, name, value) {\n if (!helpers.hasOwnProperty(type)) helpers[type] = CodeMirror[type] = {_global: []};\n helpers[type][name] = value;\n };\n CodeMirror.registerGlobalHelper = function(type, name, predicate, value) {\n CodeMirror.registerHelper(type, name, value);\n helpers[type]._global.push({pred: predicate, val: value});\n };\n\n // MODE STATE HANDLING\n\n // Utility functions for working with state. Exported because nested\n // modes need to do this for their inner modes.\n\n var copyState = CodeMirror.copyState = function(mode, state) {\n if (state === true) return state;\n if (mode.copyState) return mode.copyState(state);\n var nstate = {};\n for (var n in state) {\n var val = state[n];\n if (val instanceof Array) val = val.concat([]);\n nstate[n] = val;\n }\n return nstate;\n };\n\n var startState = CodeMirror.startState = function(mode, a1, a2) {\n return mode.startState ? mode.startState(a1, a2) : true;\n };\n\n // Given a mode and a state (for that mode), find the inner mode and\n // state at the position that the state refers to.\n CodeMirror.innerMode = function(mode, state) {\n while (mode.innerMode) {\n var info = mode.innerMode(state);\n if (!info || info.mode == mode) break;\n state = info.state;\n mode = info.mode;\n }\n return info || {mode: mode, state: state};\n };\n\n // STANDARD COMMANDS\n\n // Commands are parameter-less actions that can be performed on an\n // editor, mostly used for keybindings.\n var commands = CodeMirror.commands = {\n selectAll: function(cm) {cm.setSelection(Pos(cm.firstLine(), 0), Pos(cm.lastLine()), sel_dontScroll);},\n singleSelection: function(cm) {\n cm.setSelection(cm.getCursor(\"anchor\"), cm.getCursor(\"head\"), sel_dontScroll);\n },\n killLine: function(cm) {\n deleteNearSelection(cm, function(range) {\n if (range.empty()) {\n var len = getLine(cm.doc, range.head.line).text.length;\n if (range.head.ch == len && range.head.line < cm.lastLine())\n return {from: range.head, to: Pos(range.head.line + 1, 0)};\n else\n return {from: range.head, to: Pos(range.head.line, len)};\n } else {\n return {from: range.from(), to: range.to()};\n }\n });\n },\n deleteLine: function(cm) {\n deleteNearSelection(cm, function(range) {\n return {from: Pos(range.from().line, 0),\n to: clipPos(cm.doc, Pos(range.to().line + 1, 0))};\n });\n },\n delLineLeft: function(cm) {\n deleteNearSelection(cm, function(range) {\n return {from: Pos(range.from().line, 0), to: range.from()};\n });\n },\n delWrappedLineLeft: function(cm) {\n deleteNearSelection(cm, function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n var leftPos = cm.coordsChar({left: 0, top: top}, \"div\");\n return {from: leftPos, to: range.from()};\n });\n },\n delWrappedLineRight: function(cm) {\n deleteNearSelection(cm, function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n var rightPos = cm.coordsChar({left: cm.display.lineDiv.offsetWidth + 100, top: top}, \"div\");\n return {from: range.from(), to: rightPos };\n });\n },\n undo: function(cm) {cm.undo();},\n redo: function(cm) {cm.redo();},\n undoSelection: function(cm) {cm.undoSelection();},\n redoSelection: function(cm) {cm.redoSelection();},\n goDocStart: function(cm) {cm.extendSelection(Pos(cm.firstLine(), 0));},\n goDocEnd: function(cm) {cm.extendSelection(Pos(cm.lastLine()));},\n goLineStart: function(cm) {\n cm.extendSelectionsBy(function(range) { return lineStart(cm, range.head.line); },\n {origin: \"+move\", bias: 1});\n },\n goLineStartSmart: function(cm) {\n cm.extendSelectionsBy(function(range) {\n return lineStartSmart(cm, range.head);\n }, {origin: \"+move\", bias: 1});\n },\n goLineEnd: function(cm) {\n cm.extendSelectionsBy(function(range) { return lineEnd(cm, range.head.line); },\n {origin: \"+move\", bias: -1});\n },\n goLineRight: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n return cm.coordsChar({left: cm.display.lineDiv.offsetWidth + 100, top: top}, \"div\");\n }, sel_move);\n },\n goLineLeft: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n return cm.coordsChar({left: 0, top: top}, \"div\");\n }, sel_move);\n },\n goLineLeftSmart: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n var pos = cm.coordsChar({left: 0, top: top}, \"div\");\n if (pos.ch < cm.getLine(pos.line).search(/\\S/)) return lineStartSmart(cm, range.head);\n return pos;\n }, sel_move);\n },\n goLineUp: function(cm) {cm.moveV(-1, \"line\");},\n goLineDown: function(cm) {cm.moveV(1, \"line\");},\n goPageUp: function(cm) {cm.moveV(-1, \"page\");},\n goPageDown: function(cm) {cm.moveV(1, \"page\");},\n goCharLeft: function(cm) {cm.moveH(-1, \"char\");},\n goCharRight: function(cm) {cm.moveH(1, \"char\");},\n goColumnLeft: function(cm) {cm.moveH(-1, \"column\");},\n goColumnRight: function(cm) {cm.moveH(1, \"column\");},\n goWordLeft: function(cm) {cm.moveH(-1, \"word\");},\n goGroupRight: function(cm) {cm.moveH(1, \"group\");},\n goGroupLeft: function(cm) {cm.moveH(-1, \"group\");},\n goWordRight: function(cm) {cm.moveH(1, \"word\");},\n delCharBefore: function(cm) {cm.deleteH(-1, \"char\");},\n delCharAfter: function(cm) {cm.deleteH(1, \"char\");},\n delWordBefore: function(cm) {cm.deleteH(-1, \"word\");},\n delWordAfter: function(cm) {cm.deleteH(1, \"word\");},\n delGroupBefore: function(cm) {cm.deleteH(-1, \"group\");},\n delGroupAfter: function(cm) {cm.deleteH(1, \"group\");},\n indentAuto: function(cm) {cm.indentSelection(\"smart\");},\n indentMore: function(cm) {cm.indentSelection(\"add\");},\n indentLess: function(cm) {cm.indentSelection(\"subtract\");},\n insertTab: function(cm) {cm.replaceSelection(\"\\t\");},\n insertSoftTab: function(cm) {\n var spaces = [], ranges = cm.listSelections(), tabSize = cm.options.tabSize;\n for (var i = 0; i < ranges.length; i++) {\n var pos = ranges[i].from();\n var col = countColumn(cm.getLine(pos.line), pos.ch, tabSize);\n spaces.push(new Array(tabSize - col % tabSize + 1).join(\" \"));\n }\n cm.replaceSelections(spaces);\n },\n defaultTab: function(cm) {\n if (cm.somethingSelected()) cm.indentSelection(\"add\");\n else cm.execCommand(\"insertTab\");\n },\n transposeChars: function(cm) {\n runInOp(cm, function() {\n var ranges = cm.listSelections(), newSel = [];\n for (var i = 0; i < ranges.length; i++) {\n var cur = ranges[i].head, line = getLine(cm.doc, cur.line).text;\n if (line) {\n if (cur.ch == line.length) cur = new Pos(cur.line, cur.ch - 1);\n if (cur.ch > 0) {\n cur = new Pos(cur.line, cur.ch + 1);\n cm.replaceRange(line.charAt(cur.ch - 1) + line.charAt(cur.ch - 2),\n Pos(cur.line, cur.ch - 2), cur, \"+transpose\");\n } else if (cur.line > cm.doc.first) {\n var prev = getLine(cm.doc, cur.line - 1).text;\n if (prev)\n cm.replaceRange(line.charAt(0) + cm.doc.lineSeparator() +\n prev.charAt(prev.length - 1),\n Pos(cur.line - 1, prev.length - 1), Pos(cur.line, 1), \"+transpose\");\n }\n }\n newSel.push(new Range(cur, cur));\n }\n cm.setSelections(newSel);\n });\n },\n newlineAndIndent: function(cm) {\n runInOp(cm, function() {\n var len = cm.listSelections().length;\n for (var i = 0; i < len; i++) {\n var range = cm.listSelections()[i];\n cm.replaceRange(cm.doc.lineSeparator(), range.anchor, range.head, \"+input\");\n cm.indentLine(range.from().line + 1, null, true);\n }\n ensureCursorVisible(cm);\n });\n },\n toggleOverwrite: function(cm) {cm.toggleOverwrite();}\n };\n\n\n // STANDARD KEYMAPS\n\n var keyMap = CodeMirror.keyMap = {};\n\n keyMap.basic = {\n \"Left\": \"goCharLeft\", \"Right\": \"goCharRight\", \"Up\": \"goLineUp\", \"Down\": \"goLineDown\",\n \"End\": \"goLineEnd\", \"Home\": \"goLineStartSmart\", \"PageUp\": \"goPageUp\", \"PageDown\": \"goPageDown\",\n \"Delete\": \"delCharAfter\", \"Backspace\": \"delCharBefore\", \"Shift-Backspace\": \"delCharBefore\",\n \"Tab\": \"defaultTab\", \"Shift-Tab\": \"indentAuto\",\n \"Enter\": \"newlineAndIndent\", \"Insert\": \"toggleOverwrite\",\n \"Esc\": \"singleSelection\"\n };\n // Note that the save and find-related commands aren't defined by\n // default. User code or addons can define them. Unknown commands\n // are simply ignored.\n keyMap.pcDefault = {\n \"Ctrl-A\": \"selectAll\", \"Ctrl-D\": \"deleteLine\", \"Ctrl-Z\": \"undo\", \"Shift-Ctrl-Z\": \"redo\", \"Ctrl-Y\": \"redo\",\n \"Ctrl-Home\": \"goDocStart\", \"Ctrl-End\": \"goDocEnd\", \"Ctrl-Up\": \"goLineUp\", \"Ctrl-Down\": \"goLineDown\",\n \"Ctrl-Left\": \"goGroupLeft\", \"Ctrl-Right\": \"goGroupRight\", \"Alt-Left\": \"goLineStart\", \"Alt-Right\": \"goLineEnd\",\n \"Ctrl-Backspace\": \"delGroupBefore\", \"Ctrl-Delete\": \"delGroupAfter\", \"Ctrl-S\": \"save\", \"Ctrl-F\": \"find\",\n \"Ctrl-G\": \"findNext\", \"Shift-Ctrl-G\": \"findPrev\", \"Shift-Ctrl-F\": \"replace\", \"Shift-Ctrl-R\": \"replaceAll\",\n \"Ctrl-[\": \"indentLess\", \"Ctrl-]\": \"indentMore\",\n \"Ctrl-U\": \"undoSelection\", \"Shift-Ctrl-U\": \"redoSelection\", \"Alt-U\": \"redoSelection\",\n fallthrough: \"basic\"\n };\n // Very basic readline/emacs-style bindings, which are standard on Mac.\n keyMap.emacsy = {\n \"Ctrl-F\": \"goCharRight\", \"Ctrl-B\": \"goCharLeft\", \"Ctrl-P\": \"goLineUp\", \"Ctrl-N\": \"goLineDown\",\n \"Alt-F\": \"goWordRight\", \"Alt-B\": \"goWordLeft\", \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n \"Ctrl-V\": \"goPageDown\", \"Shift-Ctrl-V\": \"goPageUp\", \"Ctrl-D\": \"delCharAfter\", \"Ctrl-H\": \"delCharBefore\",\n \"Alt-D\": \"delWordAfter\", \"Alt-Backspace\": \"delWordBefore\", \"Ctrl-K\": \"killLine\", \"Ctrl-T\": \"transposeChars\"\n };\n keyMap.macDefault = {\n \"Cmd-A\": \"selectAll\", \"Cmd-D\": \"deleteLine\", \"Cmd-Z\": \"undo\", \"Shift-Cmd-Z\": \"redo\", \"Cmd-Y\": \"redo\",\n \"Cmd-Home\": \"goDocStart\", \"Cmd-Up\": \"goDocStart\", \"Cmd-End\": \"goDocEnd\", \"Cmd-Down\": \"goDocEnd\", \"Alt-Left\": \"goGroupLeft\",\n \"Alt-Right\": \"goGroupRight\", \"Cmd-Left\": \"goLineLeft\", \"Cmd-Right\": \"goLineRight\", \"Alt-Backspace\": \"delGroupBefore\",\n \"Ctrl-Alt-Backspace\": \"delGroupAfter\", \"Alt-Delete\": \"delGroupAfter\", \"Cmd-S\": \"save\", \"Cmd-F\": \"find\",\n \"Cmd-G\": \"findNext\", \"Shift-Cmd-G\": \"findPrev\", \"Cmd-Alt-F\": \"replace\", \"Shift-Cmd-Alt-F\": \"replaceAll\",\n \"Cmd-[\": \"indentLess\", \"Cmd-]\": \"indentMore\", \"Cmd-Backspace\": \"delWrappedLineLeft\", \"Cmd-Delete\": \"delWrappedLineRight\",\n \"Cmd-U\": \"undoSelection\", \"Shift-Cmd-U\": \"redoSelection\", \"Ctrl-Up\": \"goDocStart\", \"Ctrl-Down\": \"goDocEnd\",\n fallthrough: [\"basic\", \"emacsy\"]\n };\n keyMap[\"default\"] = mac ? keyMap.macDefault : keyMap.pcDefault;\n\n // KEYMAP DISPATCH\n\n function normalizeKeyName(name) {\n var parts = name.split(/-(?!$)/), name = parts[parts.length - 1];\n var alt, ctrl, shift, cmd;\n for (var i = 0; i < parts.length - 1; i++) {\n var mod = parts[i];\n if (/^(cmd|meta|m)$/i.test(mod)) cmd = true;\n else if (/^a(lt)?$/i.test(mod)) alt = true;\n else if (/^(c|ctrl|control)$/i.test(mod)) ctrl = true;\n else if (/^s(hift)$/i.test(mod)) shift = true;\n else throw new Error(\"Unrecognized modifier name: \" + mod);\n }\n if (alt) name = \"Alt-\" + name;\n if (ctrl) name = \"Ctrl-\" + name;\n if (cmd) name = \"Cmd-\" + name;\n if (shift) name = \"Shift-\" + name;\n return name;\n }\n\n // This is a kludge to keep keymaps mostly working as raw objects\n // (backwards compatibility) while at the same time support features\n // like normalization and multi-stroke key bindings. It compiles a\n // new normalized keymap, and then updates the old object to reflect\n // this.\n CodeMirror.normalizeKeyMap = function(keymap) {\n var copy = {};\n for (var keyname in keymap) if (keymap.hasOwnProperty(keyname)) {\n var value = keymap[keyname];\n if (/^(name|fallthrough|(de|at)tach)$/.test(keyname)) continue;\n if (value == \"...\") { delete keymap[keyname]; continue; }\n\n var keys = map(keyname.split(\" \"), normalizeKeyName);\n for (var i = 0; i < keys.length; i++) {\n var val, name;\n if (i == keys.length - 1) {\n name = keys.join(\" \");\n val = value;\n } else {\n name = keys.slice(0, i + 1).join(\" \");\n val = \"...\";\n }\n var prev = copy[name];\n if (!prev) copy[name] = val;\n else if (prev != val) throw new Error(\"Inconsistent bindings for \" + name);\n }\n delete keymap[keyname];\n }\n for (var prop in copy) keymap[prop] = copy[prop];\n return keymap;\n };\n\n var lookupKey = CodeMirror.lookupKey = function(key, map, handle, context) {\n map = getKeyMap(map);\n var found = map.call ? map.call(key, context) : map[key];\n if (found === false) return \"nothing\";\n if (found === \"...\") return \"multi\";\n if (found != null && handle(found)) return \"handled\";\n\n if (map.fallthrough) {\n if (Object.prototype.toString.call(map.fallthrough) != \"[object Array]\")\n return lookupKey(key, map.fallthrough, handle, context);\n for (var i = 0; i < map.fallthrough.length; i++) {\n var result = lookupKey(key, map.fallthrough[i], handle, context);\n if (result) return result;\n }\n }\n };\n\n // Modifier key presses don't count as 'real' key presses for the\n // purpose of keymap fallthrough.\n var isModifierKey = CodeMirror.isModifierKey = function(value) {\n var name = typeof value == \"string\" ? value : keyNames[value.keyCode];\n return name == \"Ctrl\" || name == \"Alt\" || name == \"Shift\" || name == \"Mod\";\n };\n\n // Look up the name of a key as indicated by an event object.\n var keyName = CodeMirror.keyName = function(event, noShift) {\n if (presto && event.keyCode == 34 && event[\"char\"]) return false;\n var base = keyNames[event.keyCode], name = base;\n if (name == null || event.altGraphKey) return false;\n if (event.altKey && base != \"Alt\") name = \"Alt-\" + name;\n if ((flipCtrlCmd ? event.metaKey : event.ctrlKey) && base != \"Ctrl\") name = \"Ctrl-\" + name;\n if ((flipCtrlCmd ? event.ctrlKey : event.metaKey) && base != \"Cmd\") name = \"Cmd-\" + name;\n if (!noShift && event.shiftKey && base != \"Shift\") name = \"Shift-\" + name;\n return name;\n };\n\n function getKeyMap(val) {\n return typeof val == \"string\" ? keyMap[val] : val;\n }\n\n // FROMTEXTAREA\n\n CodeMirror.fromTextArea = function(textarea, options) {\n options = options ? copyObj(options) : {};\n options.value = textarea.value;\n if (!options.tabindex && textarea.tabIndex)\n options.tabindex = textarea.tabIndex;\n if (!options.placeholder && textarea.placeholder)\n options.placeholder = textarea.placeholder;\n // Set autofocus to true if this textarea is focused, or if it has\n // autofocus and no other element is focused.\n if (options.autofocus == null) {\n var hasFocus = activeElt();\n options.autofocus = hasFocus == textarea ||\n textarea.getAttribute(\"autofocus\") != null && hasFocus == document.body;\n }\n\n function save() {textarea.value = cm.getValue();}\n if (textarea.form) {\n on(textarea.form, \"submit\", save);\n // Deplorable hack to make the submit method do the right thing.\n if (!options.leaveSubmitMethodAlone) {\n var form = textarea.form, realSubmit = form.submit;\n try {\n var wrappedSubmit = form.submit = function() {\n save();\n form.submit = realSubmit;\n form.submit();\n form.submit = wrappedSubmit;\n };\n } catch(e) {}\n }\n }\n\n options.finishInit = function(cm) {\n cm.save = save;\n cm.getTextArea = function() { return textarea; };\n cm.toTextArea = function() {\n cm.toTextArea = isNaN; // Prevent this from being ran twice\n save();\n textarea.parentNode.removeChild(cm.getWrapperElement());\n textarea.style.display = \"\";\n if (textarea.form) {\n off(textarea.form, \"submit\", save);\n if (typeof textarea.form.submit == \"function\")\n textarea.form.submit = realSubmit;\n }\n };\n };\n\n textarea.style.display = \"none\";\n var cm = CodeMirror(function(node) {\n textarea.parentNode.insertBefore(node, textarea.nextSibling);\n }, options);\n return cm;\n };\n\n // STRING STREAM\n\n // Fed to the mode parsers, provides helper functions to make\n // parsers more succinct.\n\n var StringStream = CodeMirror.StringStream = function(string, tabSize) {\n this.pos = this.start = 0;\n this.string = string;\n this.tabSize = tabSize || 8;\n this.lastColumnPos = this.lastColumnValue = 0;\n this.lineStart = 0;\n };\n\n StringStream.prototype = {\n eol: function() {return this.pos >= this.string.length;},\n sol: function() {return this.pos == this.lineStart;},\n peek: function() {return this.string.charAt(this.pos) || undefined;},\n next: function() {\n if (this.pos < this.string.length)\n return this.string.charAt(this.pos++);\n },\n eat: function(match) {\n var ch = this.string.charAt(this.pos);\n if (typeof match == \"string\") var ok = ch == match;\n else var ok = ch && (match.test ? match.test(ch) : match(ch));\n if (ok) {++this.pos; return ch;}\n },\n eatWhile: function(match) {\n var start = this.pos;\n while (this.eat(match)){}\n return this.pos > start;\n },\n eatSpace: function() {\n var start = this.pos;\n while (/[\\s\\u00a0]/.test(this.string.charAt(this.pos))) ++this.pos;\n return this.pos > start;\n },\n skipToEnd: function() {this.pos = this.string.length;},\n skipTo: function(ch) {\n var found = this.string.indexOf(ch, this.pos);\n if (found > -1) {this.pos = found; return true;}\n },\n backUp: function(n) {this.pos -= n;},\n column: function() {\n if (this.lastColumnPos < this.start) {\n this.lastColumnValue = countColumn(this.string, this.start, this.tabSize, this.lastColumnPos, this.lastColumnValue);\n this.lastColumnPos = this.start;\n }\n return this.lastColumnValue - (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n },\n indentation: function() {\n return countColumn(this.string, null, this.tabSize) -\n (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n },\n match: function(pattern, consume, caseInsensitive) {\n if (typeof pattern == \"string\") {\n var cased = function(str) {return caseInsensitive ? str.toLowerCase() : str;};\n var substr = this.string.substr(this.pos, pattern.length);\n if (cased(substr) == cased(pattern)) {\n if (consume !== false) this.pos += pattern.length;\n return true;\n }\n } else {\n var match = this.string.slice(this.pos).match(pattern);\n if (match && match.index > 0) return null;\n if (match && consume !== false) this.pos += match[0].length;\n return match;\n }\n },\n current: function(){return this.string.slice(this.start, this.pos);},\n hideFirstChars: function(n, inner) {\n this.lineStart += n;\n try { return inner(); }\n finally { this.lineStart -= n; }\n }\n };\n\n // TEXTMARKERS\n\n // Created with markText and setBookmark methods. A TextMarker is a\n // handle that can be used to clear or find a marked position in the\n // document. Line objects hold arrays (markedSpans) containing\n // {from, to, marker} object pointing to such marker objects, and\n // indicating that such a marker is present on that line. Multiple\n // lines may point to the same marker when it spans across lines.\n // The spans will have null for their from/to properties when the\n // marker continues beyond the start/end of the line. Markers have\n // links back to the lines they currently touch.\n\n var nextMarkerId = 0;\n\n var TextMarker = CodeMirror.TextMarker = function(doc, type) {\n this.lines = [];\n this.type = type;\n this.doc = doc;\n this.id = ++nextMarkerId;\n };\n eventMixin(TextMarker);\n\n // Clear the marker.\n TextMarker.prototype.clear = function() {\n if (this.explicitlyCleared) return;\n var cm = this.doc.cm, withOp = cm && !cm.curOp;\n if (withOp) startOperation(cm);\n if (hasHandler(this, \"clear\")) {\n var found = this.find();\n if (found) signalLater(this, \"clear\", found.from, found.to);\n }\n var min = null, max = null;\n for (var i = 0; i < this.lines.length; ++i) {\n var line = this.lines[i];\n var span = getMarkedSpanFor(line.markedSpans, this);\n if (cm && !this.collapsed) regLineChange(cm, lineNo(line), \"text\");\n else if (cm) {\n if (span.to != null) max = lineNo(line);\n if (span.from != null) min = lineNo(line);\n }\n line.markedSpans = removeMarkedSpan(line.markedSpans, span);\n if (span.from == null && this.collapsed && !lineIsHidden(this.doc, line) && cm)\n updateLineHeight(line, textHeight(cm.display));\n }\n if (cm && this.collapsed && !cm.options.lineWrapping) for (var i = 0; i < this.lines.length; ++i) {\n var visual = visualLine(this.lines[i]), len = lineLength(visual);\n if (len > cm.display.maxLineLength) {\n cm.display.maxLine = visual;\n cm.display.maxLineLength = len;\n cm.display.maxLineChanged = true;\n }\n }\n\n if (min != null && cm && this.collapsed) regChange(cm, min, max + 1);\n this.lines.length = 0;\n this.explicitlyCleared = true;\n if (this.atomic && this.doc.cantEdit) {\n this.doc.cantEdit = false;\n if (cm) reCheckSelection(cm.doc);\n }\n if (cm) signalLater(cm, \"markerCleared\", cm, this);\n if (withOp) endOperation(cm);\n if (this.parent) this.parent.clear();\n };\n\n // Find the position of the marker in the document. Returns a {from,\n // to} object by default. Side can be passed to get a specific side\n // -- 0 (both), -1 (left), or 1 (right). When lineObj is true, the\n // Pos objects returned contain a line object, rather than a line\n // number (used to prevent looking up the same line twice).\n TextMarker.prototype.find = function(side, lineObj) {\n if (side == null && this.type == \"bookmark\") side = 1;\n var from, to;\n for (var i = 0; i < this.lines.length; ++i) {\n var line = this.lines[i];\n var span = getMarkedSpanFor(line.markedSpans, this);\n if (span.from != null) {\n from = Pos(lineObj ? line : lineNo(line), span.from);\n if (side == -1) return from;\n }\n if (span.to != null) {\n to = Pos(lineObj ? line : lineNo(line), span.to);\n if (side == 1) return to;\n }\n }\n return from && {from: from, to: to};\n };\n\n // Signals that the marker's widget changed, and surrounding layout\n // should be recomputed.\n TextMarker.prototype.changed = function() {\n var pos = this.find(-1, true), widget = this, cm = this.doc.cm;\n if (!pos || !cm) return;\n runInOp(cm, function() {\n var line = pos.line, lineN = lineNo(pos.line);\n var view = findViewForLine(cm, lineN);\n if (view) {\n clearLineMeasurementCacheFor(view);\n cm.curOp.selectionChanged = cm.curOp.forceUpdate = true;\n }\n cm.curOp.updateMaxLine = true;\n if (!lineIsHidden(widget.doc, line) && widget.height != null) {\n var oldHeight = widget.height;\n widget.height = null;\n var dHeight = widgetHeight(widget) - oldHeight;\n if (dHeight)\n updateLineHeight(line, line.height + dHeight);\n }\n });\n };\n\n TextMarker.prototype.attachLine = function(line) {\n if (!this.lines.length && this.doc.cm) {\n var op = this.doc.cm.curOp;\n if (!op.maybeHiddenMarkers || indexOf(op.maybeHiddenMarkers, this) == -1)\n (op.maybeUnhiddenMarkers || (op.maybeUnhiddenMarkers = [])).push(this);\n }\n this.lines.push(line);\n };\n TextMarker.prototype.detachLine = function(line) {\n this.lines.splice(indexOf(this.lines, line), 1);\n if (!this.lines.length && this.doc.cm) {\n var op = this.doc.cm.curOp;\n (op.maybeHiddenMarkers || (op.maybeHiddenMarkers = [])).push(this);\n }\n };\n\n // Collapsed markers have unique ids, in order to be able to order\n // them, which is needed for uniquely determining an outer marker\n // when they overlap (they may nest, but not partially overlap).\n var nextMarkerId = 0;\n\n // Create a marker, wire it up to the right lines, and\n function markText(doc, from, to, options, type) {\n // Shared markers (across linked documents) are handled separately\n // (markTextShared will call out to this again, once per\n // document).\n if (options && options.shared) return markTextShared(doc, from, to, options, type);\n // Ensure we are in an operation.\n if (doc.cm && !doc.cm.curOp) return operation(doc.cm, markText)(doc, from, to, options, type);\n\n var marker = new TextMarker(doc, type), diff = cmp(from, to);\n if (options) copyObj(options, marker, false);\n // Don't connect empty markers unless clearWhenEmpty is false\n if (diff > 0 || diff == 0 && marker.clearWhenEmpty !== false)\n return marker;\n if (marker.replacedWith) {\n // Showing up as a widget implies collapsed (widget replaces text)\n marker.collapsed = true;\n marker.widgetNode = elt(\"span\", [marker.replacedWith], \"CodeMirror-widget\");\n if (!options.handleMouseEvents) marker.widgetNode.setAttribute(\"cm-ignore-events\", \"true\");\n if (options.insertLeft) marker.widgetNode.insertLeft = true;\n }\n if (marker.collapsed) {\n if (conflictingCollapsedRange(doc, from.line, from, to, marker) ||\n from.line != to.line && conflictingCollapsedRange(doc, to.line, from, to, marker))\n throw new Error(\"Inserting collapsed marker partially overlapping an existing one\");\n sawCollapsedSpans = true;\n }\n\n if (marker.addToHistory)\n addChangeToHistory(doc, {from: from, to: to, origin: \"markText\"}, doc.sel, NaN);\n\n var curLine = from.line, cm = doc.cm, updateMaxLine;\n doc.iter(curLine, to.line + 1, function(line) {\n if (cm && marker.collapsed && !cm.options.lineWrapping && visualLine(line) == cm.display.maxLine)\n updateMaxLine = true;\n if (marker.collapsed && curLine != from.line) updateLineHeight(line, 0);\n addMarkedSpan(line, new MarkedSpan(marker,\n curLine == from.line ? from.ch : null,\n curLine == to.line ? to.ch : null));\n ++curLine;\n });\n // lineIsHidden depends on the presence of the spans, so needs a second pass\n if (marker.collapsed) doc.iter(from.line, to.line + 1, function(line) {\n if (lineIsHidden(doc, line)) updateLineHeight(line, 0);\n });\n\n if (marker.clearOnEnter) on(marker, \"beforeCursorEnter\", function() { marker.clear(); });\n\n if (marker.readOnly) {\n sawReadOnlySpans = true;\n if (doc.history.done.length || doc.history.undone.length)\n doc.clearHistory();\n }\n if (marker.collapsed) {\n marker.id = ++nextMarkerId;\n marker.atomic = true;\n }\n if (cm) {\n // Sync editor state\n if (updateMaxLine) cm.curOp.updateMaxLine = true;\n if (marker.collapsed)\n regChange(cm, from.line, to.line + 1);\n else if (marker.className || marker.title || marker.startStyle || marker.endStyle || marker.css)\n for (var i = from.line; i <= to.line; i++) regLineChange(cm, i, \"text\");\n if (marker.atomic) reCheckSelection(cm.doc);\n signalLater(cm, \"markerAdded\", cm, marker);\n }\n return marker;\n }\n\n // SHARED TEXTMARKERS\n\n // A shared marker spans multiple linked documents. It is\n // implemented as a meta-marker-object controlling multiple normal\n // markers.\n var SharedTextMarker = CodeMirror.SharedTextMarker = function(markers, primary) {\n this.markers = markers;\n this.primary = primary;\n for (var i = 0; i < markers.length; ++i)\n markers[i].parent = this;\n };\n eventMixin(SharedTextMarker);\n\n SharedTextMarker.prototype.clear = function() {\n if (this.explicitlyCleared) return;\n this.explicitlyCleared = true;\n for (var i = 0; i < this.markers.length; ++i)\n this.markers[i].clear();\n signalLater(this, \"clear\");\n };\n SharedTextMarker.prototype.find = function(side, lineObj) {\n return this.primary.find(side, lineObj);\n };\n\n function markTextShared(doc, from, to, options, type) {\n options = copyObj(options);\n options.shared = false;\n var markers = [markText(doc, from, to, options, type)], primary = markers[0];\n var widget = options.widgetNode;\n linkedDocs(doc, function(doc) {\n if (widget) options.widgetNode = widget.cloneNode(true);\n markers.push(markText(doc, clipPos(doc, from), clipPos(doc, to), options, type));\n for (var i = 0; i < doc.linked.length; ++i)\n if (doc.linked[i].isParent) return;\n primary = lst(markers);\n });\n return new SharedTextMarker(markers, primary);\n }\n\n function findSharedMarkers(doc) {\n return doc.findMarks(Pos(doc.first, 0), doc.clipPos(Pos(doc.lastLine())),\n function(m) { return m.parent; });\n }\n\n function copySharedMarkers(doc, markers) {\n for (var i = 0; i < markers.length; i++) {\n var marker = markers[i], pos = marker.find();\n var mFrom = doc.clipPos(pos.from), mTo = doc.clipPos(pos.to);\n if (cmp(mFrom, mTo)) {\n var subMark = markText(doc, mFrom, mTo, marker.primary, marker.primary.type);\n marker.markers.push(subMark);\n subMark.parent = marker;\n }\n }\n }\n\n function detachSharedMarkers(markers) {\n for (var i = 0; i < markers.length; i++) {\n var marker = markers[i], linked = [marker.primary.doc];;\n linkedDocs(marker.primary.doc, function(d) { linked.push(d); });\n for (var j = 0; j < marker.markers.length; j++) {\n var subMarker = marker.markers[j];\n if (indexOf(linked, subMarker.doc) == -1) {\n subMarker.parent = null;\n marker.markers.splice(j--, 1);\n }\n }\n }\n }\n\n // TEXTMARKER SPANS\n\n function MarkedSpan(marker, from, to) {\n this.marker = marker;\n this.from = from; this.to = to;\n }\n\n // Search an array of spans for a span matching the given marker.\n function getMarkedSpanFor(spans, marker) {\n if (spans) for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if (span.marker == marker) return span;\n }\n }\n // Remove a span from an array, returning undefined if no spans are\n // left (we don't store arrays for lines without spans).\n function removeMarkedSpan(spans, span) {\n for (var r, i = 0; i < spans.length; ++i)\n if (spans[i] != span) (r || (r = [])).push(spans[i]);\n return r;\n }\n // Add a span to a line.\n function addMarkedSpan(line, span) {\n line.markedSpans = line.markedSpans ? line.markedSpans.concat([span]) : [span];\n span.marker.attachLine(line);\n }\n\n // Used for the algorithm that adjusts markers for a change in the\n // document. These functions cut an array of spans at a given\n // character position, returning an array of remaining chunks (or\n // undefined if nothing remains).\n function markedSpansBefore(old, startCh, isInsert) {\n if (old) for (var i = 0, nw; i < old.length; ++i) {\n var span = old[i], marker = span.marker;\n var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= startCh : span.from < startCh);\n if (startsBefore || span.from == startCh && marker.type == \"bookmark\" && (!isInsert || !span.marker.insertLeft)) {\n var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= startCh : span.to > startCh);\n (nw || (nw = [])).push(new MarkedSpan(marker, span.from, endsAfter ? null : span.to));\n }\n }\n return nw;\n }\n function markedSpansAfter(old, endCh, isInsert) {\n if (old) for (var i = 0, nw; i < old.length; ++i) {\n var span = old[i], marker = span.marker;\n var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= endCh : span.to > endCh);\n if (endsAfter || span.from == endCh && marker.type == \"bookmark\" && (!isInsert || span.marker.insertLeft)) {\n var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= endCh : span.from < endCh);\n (nw || (nw = [])).push(new MarkedSpan(marker, startsBefore ? null : span.from - endCh,\n span.to == null ? null : span.to - endCh));\n }\n }\n return nw;\n }\n\n // Given a change object, compute the new set of marker spans that\n // cover the line in which the change took place. Removes spans\n // entirely within the change, reconnects spans belonging to the\n // same marker that appear on both sides of the change, and cuts off\n // spans partially within the change. Returns an array of span\n // arrays with one element for each line in (after) the change.\n function stretchSpansOverChange(doc, change) {\n if (change.full) return null;\n var oldFirst = isLine(doc, change.from.line) && getLine(doc, change.from.line).markedSpans;\n var oldLast = isLine(doc, change.to.line) && getLine(doc, change.to.line).markedSpans;\n if (!oldFirst && !oldLast) return null;\n\n var startCh = change.from.ch, endCh = change.to.ch, isInsert = cmp(change.from, change.to) == 0;\n // Get the spans that 'stick out' on both sides\n var first = markedSpansBefore(oldFirst, startCh, isInsert);\n var last = markedSpansAfter(oldLast, endCh, isInsert);\n\n // Next, merge those two ends\n var sameLine = change.text.length == 1, offset = lst(change.text).length + (sameLine ? startCh : 0);\n if (first) {\n // Fix up .to properties of first\n for (var i = 0; i < first.length; ++i) {\n var span = first[i];\n if (span.to == null) {\n var found = getMarkedSpanFor(last, span.marker);\n if (!found) span.to = startCh;\n else if (sameLine) span.to = found.to == null ? null : found.to + offset;\n }\n }\n }\n if (last) {\n // Fix up .from in last (or move them into first in case of sameLine)\n for (var i = 0; i < last.length; ++i) {\n var span = last[i];\n if (span.to != null) span.to += offset;\n if (span.from == null) {\n var found = getMarkedSpanFor(first, span.marker);\n if (!found) {\n span.from = offset;\n if (sameLine) (first || (first = [])).push(span);\n }\n } else {\n span.from += offset;\n if (sameLine) (first || (first = [])).push(span);\n }\n }\n }\n // Make sure we didn't create any zero-length spans\n if (first) first = clearEmptySpans(first);\n if (last && last != first) last = clearEmptySpans(last);\n\n var newMarkers = [first];\n if (!sameLine) {\n // Fill gap with whole-line-spans\n var gap = change.text.length - 2, gapMarkers;\n if (gap > 0 && first)\n for (var i = 0; i < first.length; ++i)\n if (first[i].to == null)\n (gapMarkers || (gapMarkers = [])).push(new MarkedSpan(first[i].marker, null, null));\n for (var i = 0; i < gap; ++i)\n newMarkers.push(gapMarkers);\n newMarkers.push(last);\n }\n return newMarkers;\n }\n\n // Remove spans that are empty and don't have a clearWhenEmpty\n // option of false.\n function clearEmptySpans(spans) {\n for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if (span.from != null && span.from == span.to && span.marker.clearWhenEmpty !== false)\n spans.splice(i--, 1);\n }\n if (!spans.length) return null;\n return spans;\n }\n\n // Used for un/re-doing changes from the history. Combines the\n // result of computing the existing spans with the set of spans that\n // existed in the history (so that deleting around a span and then\n // undoing brings back the span).\n function mergeOldSpans(doc, change) {\n var old = getOldSpans(doc, change);\n var stretched = stretchSpansOverChange(doc, change);\n if (!old) return stretched;\n if (!stretched) return old;\n\n for (var i = 0; i < old.length; ++i) {\n var oldCur = old[i], stretchCur = stretched[i];\n if (oldCur && stretchCur) {\n spans: for (var j = 0; j < stretchCur.length; ++j) {\n var span = stretchCur[j];\n for (var k = 0; k < oldCur.length; ++k)\n if (oldCur[k].marker == span.marker) continue spans;\n oldCur.push(span);\n }\n } else if (stretchCur) {\n old[i] = stretchCur;\n }\n }\n return old;\n }\n\n // Used to 'clip' out readOnly ranges when making a change.\n function removeReadOnlyRanges(doc, from, to) {\n var markers = null;\n doc.iter(from.line, to.line + 1, function(line) {\n if (line.markedSpans) for (var i = 0; i < line.markedSpans.length; ++i) {\n var mark = line.markedSpans[i].marker;\n if (mark.readOnly && (!markers || indexOf(markers, mark) == -1))\n (markers || (markers = [])).push(mark);\n }\n });\n if (!markers) return null;\n var parts = [{from: from, to: to}];\n for (var i = 0; i < markers.length; ++i) {\n var mk = markers[i], m = mk.find(0);\n for (var j = 0; j < parts.length; ++j) {\n var p = parts[j];\n if (cmp(p.to, m.from) < 0 || cmp(p.from, m.to) > 0) continue;\n var newParts = [j, 1], dfrom = cmp(p.from, m.from), dto = cmp(p.to, m.to);\n if (dfrom < 0 || !mk.inclusiveLeft && !dfrom)\n newParts.push({from: p.from, to: m.from});\n if (dto > 0 || !mk.inclusiveRight && !dto)\n newParts.push({from: m.to, to: p.to});\n parts.splice.apply(parts, newParts);\n j += newParts.length - 1;\n }\n }\n return parts;\n }\n\n // Connect or disconnect spans from a line.\n function detachMarkedSpans(line) {\n var spans = line.markedSpans;\n if (!spans) return;\n for (var i = 0; i < spans.length; ++i)\n spans[i].marker.detachLine(line);\n line.markedSpans = null;\n }\n function attachMarkedSpans(line, spans) {\n if (!spans) return;\n for (var i = 0; i < spans.length; ++i)\n spans[i].marker.attachLine(line);\n line.markedSpans = spans;\n }\n\n // Helpers used when computing which overlapping collapsed span\n // counts as the larger one.\n function extraLeft(marker) { return marker.inclusiveLeft ? -1 : 0; }\n function extraRight(marker) { return marker.inclusiveRight ? 1 : 0; }\n\n // Returns a number indicating which of two overlapping collapsed\n // spans is larger (and thus includes the other). Falls back to\n // comparing ids when the spans cover exactly the same range.\n function compareCollapsedMarkers(a, b) {\n var lenDiff = a.lines.length - b.lines.length;\n if (lenDiff != 0) return lenDiff;\n var aPos = a.find(), bPos = b.find();\n var fromCmp = cmp(aPos.from, bPos.from) || extraLeft(a) - extraLeft(b);\n if (fromCmp) return -fromCmp;\n var toCmp = cmp(aPos.to, bPos.to) || extraRight(a) - extraRight(b);\n if (toCmp) return toCmp;\n return b.id - a.id;\n }\n\n // Find out whether a line ends or starts in a collapsed span. If\n // so, return the marker for that span.\n function collapsedSpanAtSide(line, start) {\n var sps = sawCollapsedSpans && line.markedSpans, found;\n if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n sp = sps[i];\n if (sp.marker.collapsed && (start ? sp.from : sp.to) == null &&\n (!found || compareCollapsedMarkers(found, sp.marker) < 0))\n found = sp.marker;\n }\n return found;\n }\n function collapsedSpanAtStart(line) { return collapsedSpanAtSide(line, true); }\n function collapsedSpanAtEnd(line) { return collapsedSpanAtSide(line, false); }\n\n // Test whether there exists a collapsed span that partially\n // overlaps (covers the start or end, but not both) of a new span.\n // Such overlap is not allowed.\n function conflictingCollapsedRange(doc, lineNo, from, to, marker) {\n var line = getLine(doc, lineNo);\n var sps = sawCollapsedSpans && line.markedSpans;\n if (sps) for (var i = 0; i < sps.length; ++i) {\n var sp = sps[i];\n if (!sp.marker.collapsed) continue;\n var found = sp.marker.find(0);\n var fromCmp = cmp(found.from, from) || extraLeft(sp.marker) - extraLeft(marker);\n var toCmp = cmp(found.to, to) || extraRight(sp.marker) - extraRight(marker);\n if (fromCmp >= 0 && toCmp <= 0 || fromCmp <= 0 && toCmp >= 0) continue;\n if (fromCmp <= 0 && (cmp(found.to, from) > 0 || (sp.marker.inclusiveRight && marker.inclusiveLeft)) ||\n fromCmp >= 0 && (cmp(found.from, to) < 0 || (sp.marker.inclusiveLeft && marker.inclusiveRight)))\n return true;\n }\n }\n\n // A visual line is a line as drawn on the screen. Folding, for\n // example, can cause multiple logical lines to appear on the same\n // visual line. This finds the start of the visual line that the\n // given line is part of (usually that is the line itself).\n function visualLine(line) {\n var merged;\n while (merged = collapsedSpanAtStart(line))\n line = merged.find(-1, true).line;\n return line;\n }\n\n // Returns an array of logical lines that continue the visual line\n // started by the argument, or undefined if there are no such lines.\n function visualLineContinued(line) {\n var merged, lines;\n while (merged = collapsedSpanAtEnd(line)) {\n line = merged.find(1, true).line;\n (lines || (lines = [])).push(line);\n }\n return lines;\n }\n\n // Get the line number of the start of the visual line that the\n // given line number is part of.\n function visualLineNo(doc, lineN) {\n var line = getLine(doc, lineN), vis = visualLine(line);\n if (line == vis) return lineN;\n return lineNo(vis);\n }\n // Get the line number of the start of the next visual line after\n // the given line.\n function visualLineEndNo(doc, lineN) {\n if (lineN > doc.lastLine()) return lineN;\n var line = getLine(doc, lineN), merged;\n if (!lineIsHidden(doc, line)) return lineN;\n while (merged = collapsedSpanAtEnd(line))\n line = merged.find(1, true).line;\n return lineNo(line) + 1;\n }\n\n // Compute whether a line is hidden. Lines count as hidden when they\n // are part of a visual line that starts with another line, or when\n // they are entirely covered by collapsed, non-widget span.\n function lineIsHidden(doc, line) {\n var sps = sawCollapsedSpans && line.markedSpans;\n if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n sp = sps[i];\n if (!sp.marker.collapsed) continue;\n if (sp.from == null) return true;\n if (sp.marker.widgetNode) continue;\n if (sp.from == 0 && sp.marker.inclusiveLeft && lineIsHiddenInner(doc, line, sp))\n return true;\n }\n }\n function lineIsHiddenInner(doc, line, span) {\n if (span.to == null) {\n var end = span.marker.find(1, true);\n return lineIsHiddenInner(doc, end.line, getMarkedSpanFor(end.line.markedSpans, span.marker));\n }\n if (span.marker.inclusiveRight && span.to == line.text.length)\n return true;\n for (var sp, i = 0; i < line.markedSpans.length; ++i) {\n sp = line.markedSpans[i];\n if (sp.marker.collapsed && !sp.marker.widgetNode && sp.from == span.to &&\n (sp.to == null || sp.to != span.from) &&\n (sp.marker.inclusiveLeft || span.marker.inclusiveRight) &&\n lineIsHiddenInner(doc, line, sp)) return true;\n }\n }\n\n // LINE WIDGETS\n\n // Line widgets are block elements displayed above or below a line.\n\n var LineWidget = CodeMirror.LineWidget = function(doc, node, options) {\n if (options) for (var opt in options) if (options.hasOwnProperty(opt))\n this[opt] = options[opt];\n this.doc = doc;\n this.node = node;\n };\n eventMixin(LineWidget);\n\n function adjustScrollWhenAboveVisible(cm, line, diff) {\n if (heightAtLine(line) < ((cm.curOp && cm.curOp.scrollTop) || cm.doc.scrollTop))\n addToScrollPos(cm, null, diff);\n }\n\n LineWidget.prototype.clear = function() {\n var cm = this.doc.cm, ws = this.line.widgets, line = this.line, no = lineNo(line);\n if (no == null || !ws) return;\n for (var i = 0; i < ws.length; ++i) if (ws[i] == this) ws.splice(i--, 1);\n if (!ws.length) line.widgets = null;\n var height = widgetHeight(this);\n updateLineHeight(line, Math.max(0, line.height - height));\n if (cm) runInOp(cm, function() {\n adjustScrollWhenAboveVisible(cm, line, -height);\n regLineChange(cm, no, \"widget\");\n });\n };\n LineWidget.prototype.changed = function() {\n var oldH = this.height, cm = this.doc.cm, line = this.line;\n this.height = null;\n var diff = widgetHeight(this) - oldH;\n if (!diff) return;\n updateLineHeight(line, line.height + diff);\n if (cm) runInOp(cm, function() {\n cm.curOp.forceUpdate = true;\n adjustScrollWhenAboveVisible(cm, line, diff);\n });\n };\n\n function widgetHeight(widget) {\n if (widget.height != null) return widget.height;\n var cm = widget.doc.cm;\n if (!cm) return 0;\n if (!contains(document.body, widget.node)) {\n var parentStyle = \"position: relative;\";\n if (widget.coverGutter)\n parentStyle += \"margin-left: -\" + cm.display.gutters.offsetWidth + \"px;\";\n if (widget.noHScroll)\n parentStyle += \"width: \" + cm.display.wrapper.clientWidth + \"px;\";\n removeChildrenAndAdd(cm.display.measure, elt(\"div\", [widget.node], null, parentStyle));\n }\n return widget.height = widget.node.parentNode.offsetHeight;\n }\n\n function addLineWidget(doc, handle, node, options) {\n var widget = new LineWidget(doc, node, options);\n var cm = doc.cm;\n if (cm && widget.noHScroll) cm.display.alignWidgets = true;\n changeLine(doc, handle, \"widget\", function(line) {\n var widgets = line.widgets || (line.widgets = []);\n if (widget.insertAt == null) widgets.push(widget);\n else widgets.splice(Math.min(widgets.length - 1, Math.max(0, widget.insertAt)), 0, widget);\n widget.line = line;\n if (cm && !lineIsHidden(doc, line)) {\n var aboveVisible = heightAtLine(line) < doc.scrollTop;\n updateLineHeight(line, line.height + widgetHeight(widget));\n if (aboveVisible) addToScrollPos(cm, null, widget.height);\n cm.curOp.forceUpdate = true;\n }\n return true;\n });\n return widget;\n }\n\n // LINE DATA STRUCTURE\n\n // Line objects. These hold state related to a line, including\n // highlighting info (the styles array).\n var Line = CodeMirror.Line = function(text, markedSpans, estimateHeight) {\n this.text = text;\n attachMarkedSpans(this, markedSpans);\n this.height = estimateHeight ? estimateHeight(this) : 1;\n };\n eventMixin(Line);\n Line.prototype.lineNo = function() { return lineNo(this); };\n\n // Change the content (text, markers) of a line. Automatically\n // invalidates cached information and tries to re-estimate the\n // line's height.\n function updateLine(line, text, markedSpans, estimateHeight) {\n line.text = text;\n if (line.stateAfter) line.stateAfter = null;\n if (line.styles) line.styles = null;\n if (line.order != null) line.order = null;\n detachMarkedSpans(line);\n attachMarkedSpans(line, markedSpans);\n var estHeight = estimateHeight ? estimateHeight(line) : 1;\n if (estHeight != line.height) updateLineHeight(line, estHeight);\n }\n\n // Detach a line from the document tree and its markers.\n function cleanUpLine(line) {\n line.parent = null;\n detachMarkedSpans(line);\n }\n\n function extractLineClasses(type, output) {\n if (type) for (;;) {\n var lineClass = type.match(/(?:^|\\s+)line-(background-)?(\\S+)/);\n if (!lineClass) break;\n type = type.slice(0, lineClass.index) + type.slice(lineClass.index + lineClass[0].length);\n var prop = lineClass[1] ? \"bgClass\" : \"textClass\";\n if (output[prop] == null)\n output[prop] = lineClass[2];\n else if (!(new RegExp(\"(?:^|\\s)\" + lineClass[2] + \"(?:$|\\s)\")).test(output[prop]))\n output[prop] += \" \" + lineClass[2];\n }\n return type;\n }\n\n function callBlankLine(mode, state) {\n if (mode.blankLine) return mode.blankLine(state);\n if (!mode.innerMode) return;\n var inner = CodeMirror.innerMode(mode, state);\n if (inner.mode.blankLine) return inner.mode.blankLine(inner.state);\n }\n\n function readToken(mode, stream, state, inner) {\n for (var i = 0; i < 10; i++) {\n if (inner) inner[0] = CodeMirror.innerMode(mode, state).mode;\n var style = mode.token(stream, state);\n if (stream.pos > stream.start) return style;\n }\n throw new Error(\"Mode \" + mode.name + \" failed to advance stream.\");\n }\n\n // Utility for getTokenAt and getLineTokens\n function takeToken(cm, pos, precise, asArray) {\n function getObj(copy) {\n return {start: stream.start, end: stream.pos,\n string: stream.current(),\n type: style || null,\n state: copy ? copyState(doc.mode, state) : state};\n }\n\n var doc = cm.doc, mode = doc.mode, style;\n pos = clipPos(doc, pos);\n var line = getLine(doc, pos.line), state = getStateBefore(cm, pos.line, precise);\n var stream = new StringStream(line.text, cm.options.tabSize), tokens;\n if (asArray) tokens = [];\n while ((asArray || stream.pos < pos.ch) && !stream.eol()) {\n stream.start = stream.pos;\n style = readToken(mode, stream, state);\n if (asArray) tokens.push(getObj(true));\n }\n return asArray ? tokens : getObj();\n }\n\n // Run the given mode's parser over a line, calling f for each token.\n function runMode(cm, text, mode, state, f, lineClasses, forceToEnd) {\n var flattenSpans = mode.flattenSpans;\n if (flattenSpans == null) flattenSpans = cm.options.flattenSpans;\n var curStart = 0, curStyle = null;\n var stream = new StringStream(text, cm.options.tabSize), style;\n var inner = cm.options.addModeClass && [null];\n if (text == \"\") extractLineClasses(callBlankLine(mode, state), lineClasses);\n while (!stream.eol()) {\n if (stream.pos > cm.options.maxHighlightLength) {\n flattenSpans = false;\n if (forceToEnd) processLine(cm, text, state, stream.pos);\n stream.pos = text.length;\n style = null;\n } else {\n style = extractLineClasses(readToken(mode, stream, state, inner), lineClasses);\n }\n if (inner) {\n var mName = inner[0].name;\n if (mName) style = \"m-\" + (style ? mName + \" \" + style : mName);\n }\n if (!flattenSpans || curStyle != style) {\n while (curStart < stream.start) {\n curStart = Math.min(stream.start, curStart + 50000);\n f(curStart, curStyle);\n }\n curStyle = style;\n }\n stream.start = stream.pos;\n }\n while (curStart < stream.pos) {\n // Webkit seems to refuse to render text nodes longer than 57444 characters\n var pos = Math.min(stream.pos, curStart + 50000);\n f(pos, curStyle);\n curStart = pos;\n }\n }\n\n // Compute a style array (an array starting with a mode generation\n // -- for invalidation -- followed by pairs of end positions and\n // style strings), which is used to highlight the tokens on the\n // line.\n function highlightLine(cm, line, state, forceToEnd) {\n // A styles array always starts with a number identifying the\n // mode/overlays that it is based on (for easy invalidation).\n var st = [cm.state.modeGen], lineClasses = {};\n // Compute the base array of styles\n runMode(cm, line.text, cm.doc.mode, state, function(end, style) {\n st.push(end, style);\n }, lineClasses, forceToEnd);\n\n // Run overlays, adjust style array.\n for (var o = 0; o < cm.state.overlays.length; ++o) {\n var overlay = cm.state.overlays[o], i = 1, at = 0;\n runMode(cm, line.text, overlay.mode, true, function(end, style) {\n var start = i;\n // Ensure there's a token end at the current position, and that i points at it\n while (at < end) {\n var i_end = st[i];\n if (i_end > end)\n st.splice(i, 1, end, st[i+1], i_end);\n i += 2;\n at = Math.min(end, i_end);\n }\n if (!style) return;\n if (overlay.opaque) {\n st.splice(start, i - start, end, \"cm-overlay \" + style);\n i = start + 2;\n } else {\n for (; start < i; start += 2) {\n var cur = st[start+1];\n st[start+1] = (cur ? cur + \" \" : \"\") + \"cm-overlay \" + style;\n }\n }\n }, lineClasses);\n }\n\n return {styles: st, classes: lineClasses.bgClass || lineClasses.textClass ? lineClasses : null};\n }\n\n function getLineStyles(cm, line, updateFrontier) {\n if (!line.styles || line.styles[0] != cm.state.modeGen) {\n var state = getStateBefore(cm, lineNo(line));\n var result = highlightLine(cm, line, line.text.length > cm.options.maxHighlightLength ? copyState(cm.doc.mode, state) : state);\n line.stateAfter = state;\n line.styles = result.styles;\n if (result.classes) line.styleClasses = result.classes;\n else if (line.styleClasses) line.styleClasses = null;\n if (updateFrontier === cm.doc.frontier) cm.doc.frontier++;\n }\n return line.styles;\n }\n\n // Lightweight form of highlight -- proceed over this line and\n // update state, but don't save a style array. Used for lines that\n // aren't currently visible.\n function processLine(cm, text, state, startAt) {\n var mode = cm.doc.mode;\n var stream = new StringStream(text, cm.options.tabSize);\n stream.start = stream.pos = startAt || 0;\n if (text == \"\") callBlankLine(mode, state);\n while (!stream.eol()) {\n readToken(mode, stream, state);\n stream.start = stream.pos;\n }\n }\n\n // Convert a style as returned by a mode (either null, or a string\n // containing one or more styles) to a CSS style. This is cached,\n // and also looks for line-wide styles.\n var styleToClassCache = {}, styleToClassCacheWithMode = {};\n function interpretTokenStyle(style, options) {\n if (!style || /^\\s*$/.test(style)) return null;\n var cache = options.addModeClass ? styleToClassCacheWithMode : styleToClassCache;\n return cache[style] ||\n (cache[style] = style.replace(/\\S+/g, \"cm-$&\"));\n }\n\n // Render the DOM representation of the text of a line. Also builds\n // up a 'line map', which points at the DOM nodes that represent\n // specific stretches of text, and is used by the measuring code.\n // The returned object contains the DOM node, this map, and\n // information about line-wide styles that were set by the mode.\n function buildLineContent(cm, lineView) {\n // The padding-right forces the element to have a 'border', which\n // is needed on Webkit to be able to get line-level bounding\n // rectangles for it (in measureChar).\n var content = elt(\"span\", null, null, webkit ? \"padding-right: .1px\" : null);\n var builder = {pre: elt(\"pre\", [content], \"CodeMirror-line\"), content: content,\n col: 0, pos: 0, cm: cm,\n splitSpaces: (ie || webkit) && cm.getOption(\"lineWrapping\")};\n lineView.measure = {};\n\n // Iterate over the logical lines that make up this visual line.\n for (var i = 0; i <= (lineView.rest ? lineView.rest.length : 0); i++) {\n var line = i ? lineView.rest[i - 1] : lineView.line, order;\n builder.pos = 0;\n builder.addToken = buildToken;\n // Optionally wire in some hacks into the token-rendering\n // algorithm, to deal with browser quirks.\n if (hasBadBidiRects(cm.display.measure) && (order = getOrder(line)))\n builder.addToken = buildTokenBadBidi(builder.addToken, order);\n builder.map = [];\n var allowFrontierUpdate = lineView != cm.display.externalMeasured && lineNo(line);\n insertLineContent(line, builder, getLineStyles(cm, line, allowFrontierUpdate));\n if (line.styleClasses) {\n if (line.styleClasses.bgClass)\n builder.bgClass = joinClasses(line.styleClasses.bgClass, builder.bgClass || \"\");\n if (line.styleClasses.textClass)\n builder.textClass = joinClasses(line.styleClasses.textClass, builder.textClass || \"\");\n }\n\n // Ensure at least a single node is present, for measuring.\n if (builder.map.length == 0)\n builder.map.push(0, 0, builder.content.appendChild(zeroWidthElement(cm.display.measure)));\n\n // Store the map and a cache object for the current logical line\n if (i == 0) {\n lineView.measure.map = builder.map;\n lineView.measure.cache = {};\n } else {\n (lineView.measure.maps || (lineView.measure.maps = [])).push(builder.map);\n (lineView.measure.caches || (lineView.measure.caches = [])).push({});\n }\n }\n\n // See issue #2901\n if (webkit && /\\bcm-tab\\b/.test(builder.content.lastChild.className))\n builder.content.className = \"cm-tab-wrap-hack\";\n\n signal(cm, \"renderLine\", cm, lineView.line, builder.pre);\n if (builder.pre.className)\n builder.textClass = joinClasses(builder.pre.className, builder.textClass || \"\");\n\n return builder;\n }\n\n function defaultSpecialCharPlaceholder(ch) {\n var token = elt(\"span\", \"\\u2022\", \"cm-invalidchar\");\n token.title = \"\\\\u\" + ch.charCodeAt(0).toString(16);\n token.setAttribute(\"aria-label\", token.title);\n return token;\n }\n\n // Build up the DOM representation for a single token, and add it to\n // the line map. Takes care to render special characters separately.\n function buildToken(builder, text, style, startStyle, endStyle, title, css) {\n if (!text) return;\n var displayText = builder.splitSpaces ? text.replace(/ {3,}/g, splitSpaces) : text;\n var special = builder.cm.state.specialChars, mustWrap = false;\n if (!special.test(text)) {\n builder.col += text.length;\n var content = document.createTextNode(displayText);\n builder.map.push(builder.pos, builder.pos + text.length, content);\n if (ie && ie_version < 9) mustWrap = true;\n builder.pos += text.length;\n } else {\n var content = document.createDocumentFragment(), pos = 0;\n while (true) {\n special.lastIndex = pos;\n var m = special.exec(text);\n var skipped = m ? m.index - pos : text.length - pos;\n if (skipped) {\n var txt = document.createTextNode(displayText.slice(pos, pos + skipped));\n if (ie && ie_version < 9) content.appendChild(elt(\"span\", [txt]));\n else content.appendChild(txt);\n builder.map.push(builder.pos, builder.pos + skipped, txt);\n builder.col += skipped;\n builder.pos += skipped;\n }\n if (!m) break;\n pos += skipped + 1;\n if (m[0] == \"\\t\") {\n var tabSize = builder.cm.options.tabSize, tabWidth = tabSize - builder.col % tabSize;\n var txt = content.appendChild(elt(\"span\", spaceStr(tabWidth), \"cm-tab\"));\n txt.setAttribute(\"role\", \"presentation\");\n txt.setAttribute(\"cm-text\", \"\\t\");\n builder.col += tabWidth;\n } else if (m[0] == \"\\r\" || m[0] == \"\\n\") {\n var txt = content.appendChild(elt(\"span\", m[0] == \"\\r\" ? \"\\u240d\" : \"\\u2424\", \"cm-invalidchar\"));\n txt.setAttribute(\"cm-text\", m[0]);\n builder.col += 1;\n } else {\n var txt = builder.cm.options.specialCharPlaceholder(m[0]);\n txt.setAttribute(\"cm-text\", m[0]);\n if (ie && ie_version < 9) content.appendChild(elt(\"span\", [txt]));\n else content.appendChild(txt);\n builder.col += 1;\n }\n builder.map.push(builder.pos, builder.pos + 1, txt);\n builder.pos++;\n }\n }\n if (style || startStyle || endStyle || mustWrap || css) {\n var fullStyle = style || \"\";\n if (startStyle) fullStyle += startStyle;\n if (endStyle) fullStyle += endStyle;\n var token = elt(\"span\", [content], fullStyle, css);\n if (title) token.title = title;\n return builder.content.appendChild(token);\n }\n builder.content.appendChild(content);\n }\n\n function splitSpaces(old) {\n var out = \" \";\n for (var i = 0; i < old.length - 2; ++i) out += i % 2 ? \" \" : \"\\u00a0\";\n out += \" \";\n return out;\n }\n\n // Work around nonsense dimensions being reported for stretches of\n // right-to-left text.\n function buildTokenBadBidi(inner, order) {\n return function(builder, text, style, startStyle, endStyle, title, css) {\n style = style ? style + \" cm-force-border\" : \"cm-force-border\";\n var start = builder.pos, end = start + text.length;\n for (;;) {\n // Find the part that overlaps with the start of this text\n for (var i = 0; i < order.length; i++) {\n var part = order[i];\n if (part.to > start && part.from <= start) break;\n }\n if (part.to >= end) return inner(builder, text, style, startStyle, endStyle, title, css);\n inner(builder, text.slice(0, part.to - start), style, startStyle, null, title, css);\n startStyle = null;\n text = text.slice(part.to - start);\n start = part.to;\n }\n };\n }\n\n function buildCollapsedSpan(builder, size, marker, ignoreWidget) {\n var widget = !ignoreWidget && marker.widgetNode;\n if (widget) builder.map.push(builder.pos, builder.pos + size, widget);\n if (!ignoreWidget && builder.cm.display.input.needsContentAttribute) {\n if (!widget)\n widget = builder.content.appendChild(document.createElement(\"span\"));\n widget.setAttribute(\"cm-marker\", marker.id);\n }\n if (widget) {\n builder.cm.display.input.setUneditable(widget);\n builder.content.appendChild(widget);\n }\n builder.pos += size;\n }\n\n // Outputs a number of spans to make up a line, taking highlighting\n // and marked text into account.\n function insertLineContent(line, builder, styles) {\n var spans = line.markedSpans, allText = line.text, at = 0;\n if (!spans) {\n for (var i = 1; i < styles.length; i+=2)\n builder.addToken(builder, allText.slice(at, at = styles[i]), interpretTokenStyle(styles[i+1], builder.cm.options));\n return;\n }\n\n var len = allText.length, pos = 0, i = 1, text = \"\", style, css;\n var nextChange = 0, spanStyle, spanEndStyle, spanStartStyle, title, collapsed;\n for (;;) {\n if (nextChange == pos) { // Update current marker set\n spanStyle = spanEndStyle = spanStartStyle = title = css = \"\";\n collapsed = null; nextChange = Infinity;\n var foundBookmarks = [], endStyles\n for (var j = 0; j < spans.length; ++j) {\n var sp = spans[j], m = sp.marker;\n if (m.type == \"bookmark\" && sp.from == pos && m.widgetNode) {\n foundBookmarks.push(m);\n } else if (sp.from <= pos && (sp.to == null || sp.to > pos || m.collapsed && sp.to == pos && sp.from == pos)) {\n if (sp.to != null && sp.to != pos && nextChange > sp.to) {\n nextChange = sp.to;\n spanEndStyle = \"\";\n }\n if (m.className) spanStyle += \" \" + m.className;\n if (m.css) css = (css ? css + \";\" : \"\") + m.css;\n if (m.startStyle && sp.from == pos) spanStartStyle += \" \" + m.startStyle;\n if (m.endStyle && sp.to == nextChange) (endStyles || (endStyles = [])).push(m.endStyle, sp.to)\n if (m.title && !title) title = m.title;\n if (m.collapsed && (!collapsed || compareCollapsedMarkers(collapsed.marker, m) < 0))\n collapsed = sp;\n } else if (sp.from > pos && nextChange > sp.from) {\n nextChange = sp.from;\n }\n }\n if (endStyles) for (var j = 0; j < endStyles.length; j += 2)\n if (endStyles[j + 1] == nextChange) spanEndStyle += \" \" + endStyles[j]\n\n if (!collapsed || collapsed.from == pos) for (var j = 0; j < foundBookmarks.length; ++j)\n buildCollapsedSpan(builder, 0, foundBookmarks[j]);\n if (collapsed && (collapsed.from || 0) == pos) {\n buildCollapsedSpan(builder, (collapsed.to == null ? len + 1 : collapsed.to) - pos,\n collapsed.marker, collapsed.from == null);\n if (collapsed.to == null) return;\n if (collapsed.to == pos) collapsed = false;\n }\n }\n if (pos >= len) break;\n\n var upto = Math.min(len, nextChange);\n while (true) {\n if (text) {\n var end = pos + text.length;\n if (!collapsed) {\n var tokenText = end > upto ? text.slice(0, upto - pos) : text;\n builder.addToken(builder, tokenText, style ? style + spanStyle : spanStyle,\n spanStartStyle, pos + tokenText.length == nextChange ? spanEndStyle : \"\", title, css);\n }\n if (end >= upto) {text = text.slice(upto - pos); pos = upto; break;}\n pos = end;\n spanStartStyle = \"\";\n }\n text = allText.slice(at, at = styles[i++]);\n style = interpretTokenStyle(styles[i++], builder.cm.options);\n }\n }\n }\n\n // DOCUMENT DATA STRUCTURE\n\n // By default, updates that start and end at the beginning of a line\n // are treated specially, in order to make the association of line\n // widgets and marker elements with the text behave more intuitive.\n function isWholeLineUpdate(doc, change) {\n return change.from.ch == 0 && change.to.ch == 0 && lst(change.text) == \"\" &&\n (!doc.cm || doc.cm.options.wholeLineUpdateBefore);\n }\n\n // Perform a change on the document data structure.\n function updateDoc(doc, change, markedSpans, estimateHeight) {\n function spansFor(n) {return markedSpans ? markedSpans[n] : null;}\n function update(line, text, spans) {\n updateLine(line, text, spans, estimateHeight);\n signalLater(line, \"change\", line, change);\n }\n function linesFor(start, end) {\n for (var i = start, result = []; i < end; ++i)\n result.push(new Line(text[i], spansFor(i), estimateHeight));\n return result;\n }\n\n var from = change.from, to = change.to, text = change.text;\n var firstLine = getLine(doc, from.line), lastLine = getLine(doc, to.line);\n var lastText = lst(text), lastSpans = spansFor(text.length - 1), nlines = to.line - from.line;\n\n // Adjust the line structure\n if (change.full) {\n doc.insert(0, linesFor(0, text.length));\n doc.remove(text.length, doc.size - text.length);\n } else if (isWholeLineUpdate(doc, change)) {\n // This is a whole-line replace. Treated specially to make\n // sure line objects move the way they are supposed to.\n var added = linesFor(0, text.length - 1);\n update(lastLine, lastLine.text, lastSpans);\n if (nlines) doc.remove(from.line, nlines);\n if (added.length) doc.insert(from.line, added);\n } else if (firstLine == lastLine) {\n if (text.length == 1) {\n update(firstLine, firstLine.text.slice(0, from.ch) + lastText + firstLine.text.slice(to.ch), lastSpans);\n } else {\n var added = linesFor(1, text.length - 1);\n added.push(new Line(lastText + firstLine.text.slice(to.ch), lastSpans, estimateHeight));\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n doc.insert(from.line + 1, added);\n }\n } else if (text.length == 1) {\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0] + lastLine.text.slice(to.ch), spansFor(0));\n doc.remove(from.line + 1, nlines);\n } else {\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n update(lastLine, lastText + lastLine.text.slice(to.ch), lastSpans);\n var added = linesFor(1, text.length - 1);\n if (nlines > 1) doc.remove(from.line + 1, nlines - 1);\n doc.insert(from.line + 1, added);\n }\n\n signalLater(doc, \"change\", doc, change);\n }\n\n // The document is represented as a BTree consisting of leaves, with\n // chunk of lines in them, and branches, with up to ten leaves or\n // other branch nodes below them. The top node is always a branch\n // node, and is the document object itself (meaning it has\n // additional methods and properties).\n //\n // All nodes have parent links. The tree is used both to go from\n // line numbers to line objects, and to go from objects to numbers.\n // It also indexes by height, and is used to convert between height\n // and line object, and to find the total height of the document.\n //\n // See also http://marijnhaverbeke.nl/blog/codemirror-line-tree.html\n\n function LeafChunk(lines) {\n this.lines = lines;\n this.parent = null;\n for (var i = 0, height = 0; i < lines.length; ++i) {\n lines[i].parent = this;\n height += lines[i].height;\n }\n this.height = height;\n }\n\n LeafChunk.prototype = {\n chunkSize: function() { return this.lines.length; },\n // Remove the n lines at offset 'at'.\n removeInner: function(at, n) {\n for (var i = at, e = at + n; i < e; ++i) {\n var line = this.lines[i];\n this.height -= line.height;\n cleanUpLine(line);\n signalLater(line, \"delete\");\n }\n this.lines.splice(at, n);\n },\n // Helper used to collapse a small branch into a single leaf.\n collapse: function(lines) {\n lines.push.apply(lines, this.lines);\n },\n // Insert the given array of lines at offset 'at', count them as\n // having the given height.\n insertInner: function(at, lines, height) {\n this.height += height;\n this.lines = this.lines.slice(0, at).concat(lines).concat(this.lines.slice(at));\n for (var i = 0; i < lines.length; ++i) lines[i].parent = this;\n },\n // Used to iterate over a part of the tree.\n iterN: function(at, n, op) {\n for (var e = at + n; at < e; ++at)\n if (op(this.lines[at])) return true;\n }\n };\n\n function BranchChunk(children) {\n this.children = children;\n var size = 0, height = 0;\n for (var i = 0; i < children.length; ++i) {\n var ch = children[i];\n size += ch.chunkSize(); height += ch.height;\n ch.parent = this;\n }\n this.size = size;\n this.height = height;\n this.parent = null;\n }\n\n BranchChunk.prototype = {\n chunkSize: function() { return this.size; },\n removeInner: function(at, n) {\n this.size -= n;\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at < sz) {\n var rm = Math.min(n, sz - at), oldHeight = child.height;\n child.removeInner(at, rm);\n this.height -= oldHeight - child.height;\n if (sz == rm) { this.children.splice(i--, 1); child.parent = null; }\n if ((n -= rm) == 0) break;\n at = 0;\n } else at -= sz;\n }\n // If the result is smaller than 25 lines, ensure that it is a\n // single leaf node.\n if (this.size - n < 25 &&\n (this.children.length > 1 || !(this.children[0] instanceof LeafChunk))) {\n var lines = [];\n this.collapse(lines);\n this.children = [new LeafChunk(lines)];\n this.children[0].parent = this;\n }\n },\n collapse: function(lines) {\n for (var i = 0; i < this.children.length; ++i) this.children[i].collapse(lines);\n },\n insertInner: function(at, lines, height) {\n this.size += lines.length;\n this.height += height;\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at <= sz) {\n child.insertInner(at, lines, height);\n if (child.lines && child.lines.length > 50) {\n while (child.lines.length > 50) {\n var spilled = child.lines.splice(child.lines.length - 25, 25);\n var newleaf = new LeafChunk(spilled);\n child.height -= newleaf.height;\n this.children.splice(i + 1, 0, newleaf);\n newleaf.parent = this;\n }\n this.maybeSpill();\n }\n break;\n }\n at -= sz;\n }\n },\n // When a node has grown, check whether it should be split.\n maybeSpill: function() {\n if (this.children.length <= 10) return;\n var me = this;\n do {\n var spilled = me.children.splice(me.children.length - 5, 5);\n var sibling = new BranchChunk(spilled);\n if (!me.parent) { // Become the parent node\n var copy = new BranchChunk(me.children);\n copy.parent = me;\n me.children = [copy, sibling];\n me = copy;\n } else {\n me.size -= sibling.size;\n me.height -= sibling.height;\n var myIndex = indexOf(me.parent.children, me);\n me.parent.children.splice(myIndex + 1, 0, sibling);\n }\n sibling.parent = me.parent;\n } while (me.children.length > 10);\n me.parent.maybeSpill();\n },\n iterN: function(at, n, op) {\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at < sz) {\n var used = Math.min(n, sz - at);\n if (child.iterN(at, used, op)) return true;\n if ((n -= used) == 0) break;\n at = 0;\n } else at -= sz;\n }\n }\n };\n\n var nextDocId = 0;\n var Doc = CodeMirror.Doc = function(text, mode, firstLine, lineSep) {\n if (!(this instanceof Doc)) return new Doc(text, mode, firstLine, lineSep);\n if (firstLine == null) firstLine = 0;\n\n BranchChunk.call(this, [new LeafChunk([new Line(\"\", null)])]);\n this.first = firstLine;\n this.scrollTop = this.scrollLeft = 0;\n this.cantEdit = false;\n this.cleanGeneration = 1;\n this.frontier = firstLine;\n var start = Pos(firstLine, 0);\n this.sel = simpleSelection(start);\n this.history = new History(null);\n this.id = ++nextDocId;\n this.modeOption = mode;\n this.lineSep = lineSep;\n this.extend = false;\n\n if (typeof text == \"string\") text = this.splitLines(text);\n updateDoc(this, {from: start, to: start, text: text});\n setSelection(this, simpleSelection(start), sel_dontScroll);\n };\n\n Doc.prototype = createObj(BranchChunk.prototype, {\n constructor: Doc,\n // Iterate over the document. Supports two forms -- with only one\n // argument, it calls that for each line in the document. With\n // three, it iterates over the range given by the first two (with\n // the second being non-inclusive).\n iter: function(from, to, op) {\n if (op) this.iterN(from - this.first, to - from, op);\n else this.iterN(this.first, this.first + this.size, from);\n },\n\n // Non-public interface for adding and removing lines.\n insert: function(at, lines) {\n var height = 0;\n for (var i = 0; i < lines.length; ++i) height += lines[i].height;\n this.insertInner(at - this.first, lines, height);\n },\n remove: function(at, n) { this.removeInner(at - this.first, n); },\n\n // From here, the methods are part of the public interface. Most\n // are also available from CodeMirror (editor) instances.\n\n getValue: function(lineSep) {\n var lines = getLines(this, this.first, this.first + this.size);\n if (lineSep === false) return lines;\n return lines.join(lineSep || this.lineSeparator());\n },\n setValue: docMethodOp(function(code) {\n var top = Pos(this.first, 0), last = this.first + this.size - 1;\n makeChange(this, {from: top, to: Pos(last, getLine(this, last).text.length),\n text: this.splitLines(code), origin: \"setValue\", full: true}, true);\n setSelection(this, simpleSelection(top));\n }),\n replaceRange: function(code, from, to, origin) {\n from = clipPos(this, from);\n to = to ? clipPos(this, to) : from;\n replaceRange(this, code, from, to, origin);\n },\n getRange: function(from, to, lineSep) {\n var lines = getBetween(this, clipPos(this, from), clipPos(this, to));\n if (lineSep === false) return lines;\n return lines.join(lineSep || this.lineSeparator());\n },\n\n getLine: function(line) {var l = this.getLineHandle(line); return l && l.text;},\n\n getLineHandle: function(line) {if (isLine(this, line)) return getLine(this, line);},\n getLineNumber: function(line) {return lineNo(line);},\n\n getLineHandleVisualStart: function(line) {\n if (typeof line == \"number\") line = getLine(this, line);\n return visualLine(line);\n },\n\n lineCount: function() {return this.size;},\n firstLine: function() {return this.first;},\n lastLine: function() {return this.first + this.size - 1;},\n\n clipPos: function(pos) {return clipPos(this, pos);},\n\n getCursor: function(start) {\n var range = this.sel.primary(), pos;\n if (start == null || start == \"head\") pos = range.head;\n else if (start == \"anchor\") pos = range.anchor;\n else if (start == \"end\" || start == \"to\" || start === false) pos = range.to();\n else pos = range.from();\n return pos;\n },\n listSelections: function() { return this.sel.ranges; },\n somethingSelected: function() {return this.sel.somethingSelected();},\n\n setCursor: docMethodOp(function(line, ch, options) {\n setSimpleSelection(this, clipPos(this, typeof line == \"number\" ? Pos(line, ch || 0) : line), null, options);\n }),\n setSelection: docMethodOp(function(anchor, head, options) {\n setSimpleSelection(this, clipPos(this, anchor), clipPos(this, head || anchor), options);\n }),\n extendSelection: docMethodOp(function(head, other, options) {\n extendSelection(this, clipPos(this, head), other && clipPos(this, other), options);\n }),\n extendSelections: docMethodOp(function(heads, options) {\n extendSelections(this, clipPosArray(this, heads), options);\n }),\n extendSelectionsBy: docMethodOp(function(f, options) {\n var heads = map(this.sel.ranges, f);\n extendSelections(this, clipPosArray(this, heads), options);\n }),\n setSelections: docMethodOp(function(ranges, primary, options) {\n if (!ranges.length) return;\n for (var i = 0, out = []; i < ranges.length; i++)\n out[i] = new Range(clipPos(this, ranges[i].anchor),\n clipPos(this, ranges[i].head));\n if (primary == null) primary = Math.min(ranges.length - 1, this.sel.primIndex);\n setSelection(this, normalizeSelection(out, primary), options);\n }),\n addSelection: docMethodOp(function(anchor, head, options) {\n var ranges = this.sel.ranges.slice(0);\n ranges.push(new Range(clipPos(this, anchor), clipPos(this, head || anchor)));\n setSelection(this, normalizeSelection(ranges, ranges.length - 1), options);\n }),\n\n getSelection: function(lineSep) {\n var ranges = this.sel.ranges, lines;\n for (var i = 0; i < ranges.length; i++) {\n var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n lines = lines ? lines.concat(sel) : sel;\n }\n if (lineSep === false) return lines;\n else return lines.join(lineSep || this.lineSeparator());\n },\n getSelections: function(lineSep) {\n var parts = [], ranges = this.sel.ranges;\n for (var i = 0; i < ranges.length; i++) {\n var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n if (lineSep !== false) sel = sel.join(lineSep || this.lineSeparator());\n parts[i] = sel;\n }\n return parts;\n },\n replaceSelection: function(code, collapse, origin) {\n var dup = [];\n for (var i = 0; i < this.sel.ranges.length; i++)\n dup[i] = code;\n this.replaceSelections(dup, collapse, origin || \"+input\");\n },\n replaceSelections: docMethodOp(function(code, collapse, origin) {\n var changes = [], sel = this.sel;\n for (var i = 0; i < sel.ranges.length; i++) {\n var range = sel.ranges[i];\n changes[i] = {from: range.from(), to: range.to(), text: this.splitLines(code[i]), origin: origin};\n }\n var newSel = collapse && collapse != \"end\" && computeReplacedSel(this, changes, collapse);\n for (var i = changes.length - 1; i >= 0; i--)\n makeChange(this, changes[i]);\n if (newSel) setSelectionReplaceHistory(this, newSel);\n else if (this.cm) ensureCursorVisible(this.cm);\n }),\n undo: docMethodOp(function() {makeChangeFromHistory(this, \"undo\");}),\n redo: docMethodOp(function() {makeChangeFromHistory(this, \"redo\");}),\n undoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"undo\", true);}),\n redoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"redo\", true);}),\n\n setExtending: function(val) {this.extend = val;},\n getExtending: function() {return this.extend;},\n\n historySize: function() {\n var hist = this.history, done = 0, undone = 0;\n for (var i = 0; i < hist.done.length; i++) if (!hist.done[i].ranges) ++done;\n for (var i = 0; i < hist.undone.length; i++) if (!hist.undone[i].ranges) ++undone;\n return {undo: done, redo: undone};\n },\n clearHistory: function() {this.history = new History(this.history.maxGeneration);},\n\n markClean: function() {\n this.cleanGeneration = this.changeGeneration(true);\n },\n changeGeneration: function(forceSplit) {\n if (forceSplit)\n this.history.lastOp = this.history.lastSelOp = this.history.lastOrigin = null;\n return this.history.generation;\n },\n isClean: function (gen) {\n return this.history.generation == (gen || this.cleanGeneration);\n },\n\n getHistory: function() {\n return {done: copyHistoryArray(this.history.done),\n undone: copyHistoryArray(this.history.undone)};\n },\n setHistory: function(histData) {\n var hist = this.history = new History(this.history.maxGeneration);\n hist.done = copyHistoryArray(histData.done.slice(0), null, true);\n hist.undone = copyHistoryArray(histData.undone.slice(0), null, true);\n },\n\n addLineClass: docMethodOp(function(handle, where, cls) {\n return changeLine(this, handle, where == \"gutter\" ? \"gutter\" : \"class\", function(line) {\n var prop = where == \"text\" ? \"textClass\"\n : where == \"background\" ? \"bgClass\"\n : where == \"gutter\" ? \"gutterClass\" : \"wrapClass\";\n if (!line[prop]) line[prop] = cls;\n else if (classTest(cls).test(line[prop])) return false;\n else line[prop] += \" \" + cls;\n return true;\n });\n }),\n removeLineClass: docMethodOp(function(handle, where, cls) {\n return changeLine(this, handle, where == \"gutter\" ? \"gutter\" : \"class\", function(line) {\n var prop = where == \"text\" ? \"textClass\"\n : where == \"background\" ? \"bgClass\"\n : where == \"gutter\" ? \"gutterClass\" : \"wrapClass\";\n var cur = line[prop];\n if (!cur) return false;\n else if (cls == null) line[prop] = null;\n else {\n var found = cur.match(classTest(cls));\n if (!found) return false;\n var end = found.index + found[0].length;\n line[prop] = cur.slice(0, found.index) + (!found.index || end == cur.length ? \"\" : \" \") + cur.slice(end) || null;\n }\n return true;\n });\n }),\n\n addLineWidget: docMethodOp(function(handle, node, options) {\n return addLineWidget(this, handle, node, options);\n }),\n removeLineWidget: function(widget) { widget.clear(); },\n\n markText: function(from, to, options) {\n return markText(this, clipPos(this, from), clipPos(this, to), options, options && options.type || \"range\");\n },\n setBookmark: function(pos, options) {\n var realOpts = {replacedWith: options && (options.nodeType == null ? options.widget : options),\n insertLeft: options && options.insertLeft,\n clearWhenEmpty: false, shared: options && options.shared,\n handleMouseEvents: options && options.handleMouseEvents};\n pos = clipPos(this, pos);\n return markText(this, pos, pos, realOpts, \"bookmark\");\n },\n findMarksAt: function(pos) {\n pos = clipPos(this, pos);\n var markers = [], spans = getLine(this, pos.line).markedSpans;\n if (spans) for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if ((span.from == null || span.from <= pos.ch) &&\n (span.to == null || span.to >= pos.ch))\n markers.push(span.marker.parent || span.marker);\n }\n return markers;\n },\n findMarks: function(from, to, filter) {\n from = clipPos(this, from); to = clipPos(this, to);\n var found = [], lineNo = from.line;\n this.iter(from.line, to.line + 1, function(line) {\n var spans = line.markedSpans;\n if (spans) for (var i = 0; i < spans.length; i++) {\n var span = spans[i];\n if (!(span.to != null && lineNo == from.line && from.ch > span.to ||\n span.from == null && lineNo != from.line ||\n span.from != null && lineNo == to.line && span.from > to.ch) &&\n (!filter || filter(span.marker)))\n found.push(span.marker.parent || span.marker);\n }\n ++lineNo;\n });\n return found;\n },\n getAllMarks: function() {\n var markers = [];\n this.iter(function(line) {\n var sps = line.markedSpans;\n if (sps) for (var i = 0; i < sps.length; ++i)\n if (sps[i].from != null) markers.push(sps[i].marker);\n });\n return markers;\n },\n\n posFromIndex: function(off) {\n var ch, lineNo = this.first;\n this.iter(function(line) {\n var sz = line.text.length + 1;\n if (sz > off) { ch = off; return true; }\n off -= sz;\n ++lineNo;\n });\n return clipPos(this, Pos(lineNo, ch));\n },\n indexFromPos: function (coords) {\n coords = clipPos(this, coords);\n var index = coords.ch;\n if (coords.line < this.first || coords.ch < 0) return 0;\n this.iter(this.first, coords.line, function (line) {\n index += line.text.length + 1;\n });\n return index;\n },\n\n copy: function(copyHistory) {\n var doc = new Doc(getLines(this, this.first, this.first + this.size),\n this.modeOption, this.first, this.lineSep);\n doc.scrollTop = this.scrollTop; doc.scrollLeft = this.scrollLeft;\n doc.sel = this.sel;\n doc.extend = false;\n if (copyHistory) {\n doc.history.undoDepth = this.history.undoDepth;\n doc.setHistory(this.getHistory());\n }\n return doc;\n },\n\n linkedDoc: function(options) {\n if (!options) options = {};\n var from = this.first, to = this.first + this.size;\n if (options.from != null && options.from > from) from = options.from;\n if (options.to != null && options.to < to) to = options.to;\n var copy = new Doc(getLines(this, from, to), options.mode || this.modeOption, from, this.lineSep);\n if (options.sharedHist) copy.history = this.history;\n (this.linked || (this.linked = [])).push({doc: copy, sharedHist: options.sharedHist});\n copy.linked = [{doc: this, isParent: true, sharedHist: options.sharedHist}];\n copySharedMarkers(copy, findSharedMarkers(this));\n return copy;\n },\n unlinkDoc: function(other) {\n if (other instanceof CodeMirror) other = other.doc;\n if (this.linked) for (var i = 0; i < this.linked.length; ++i) {\n var link = this.linked[i];\n if (link.doc != other) continue;\n this.linked.splice(i, 1);\n other.unlinkDoc(this);\n detachSharedMarkers(findSharedMarkers(this));\n break;\n }\n // If the histories were shared, split them again\n if (other.history == this.history) {\n var splitIds = [other.id];\n linkedDocs(other, function(doc) {splitIds.push(doc.id);}, true);\n other.history = new History(null);\n other.history.done = copyHistoryArray(this.history.done, splitIds);\n other.history.undone = copyHistoryArray(this.history.undone, splitIds);\n }\n },\n iterLinkedDocs: function(f) {linkedDocs(this, f);},\n\n getMode: function() {return this.mode;},\n getEditor: function() {return this.cm;},\n\n splitLines: function(str) {\n if (this.lineSep) return str.split(this.lineSep);\n return splitLinesAuto(str);\n },\n lineSeparator: function() { return this.lineSep || \"\\n\"; }\n });\n\n // Public alias.\n Doc.prototype.eachLine = Doc.prototype.iter;\n\n // Set up methods on CodeMirror's prototype to redirect to the editor's document.\n var dontDelegate = \"iter insert remove copy getEditor constructor\".split(\" \");\n for (var prop in Doc.prototype) if (Doc.prototype.hasOwnProperty(prop) && indexOf(dontDelegate, prop) < 0)\n CodeMirror.prototype[prop] = (function(method) {\n return function() {return method.apply(this.doc, arguments);};\n })(Doc.prototype[prop]);\n\n eventMixin(Doc);\n\n // Call f for all linked documents.\n function linkedDocs(doc, f, sharedHistOnly) {\n function propagate(doc, skip, sharedHist) {\n if (doc.linked) for (var i = 0; i < doc.linked.length; ++i) {\n var rel = doc.linked[i];\n if (rel.doc == skip) continue;\n var shared = sharedHist && rel.sharedHist;\n if (sharedHistOnly && !shared) continue;\n f(rel.doc, shared);\n propagate(rel.doc, doc, shared);\n }\n }\n propagate(doc, null, true);\n }\n\n // Attach a document to an editor.\n function attachDoc(cm, doc) {\n if (doc.cm) throw new Error(\"This document is already in use.\");\n cm.doc = doc;\n doc.cm = cm;\n estimateLineHeights(cm);\n loadMode(cm);\n if (!cm.options.lineWrapping) findMaxLine(cm);\n cm.options.mode = doc.modeOption;\n regChange(cm);\n }\n\n // LINE UTILITIES\n\n // Find the line object corresponding to the given line number.\n function getLine(doc, n) {\n n -= doc.first;\n if (n < 0 || n >= doc.size) throw new Error(\"There is no line \" + (n + doc.first) + \" in the document.\");\n for (var chunk = doc; !chunk.lines;) {\n for (var i = 0;; ++i) {\n var child = chunk.children[i], sz = child.chunkSize();\n if (n < sz) { chunk = child; break; }\n n -= sz;\n }\n }\n return chunk.lines[n];\n }\n\n // Get the part of a document between two positions, as an array of\n // strings.\n function getBetween(doc, start, end) {\n var out = [], n = start.line;\n doc.iter(start.line, end.line + 1, function(line) {\n var text = line.text;\n if (n == end.line) text = text.slice(0, end.ch);\n if (n == start.line) text = text.slice(start.ch);\n out.push(text);\n ++n;\n });\n return out;\n }\n // Get the lines between from and to, as array of strings.\n function getLines(doc, from, to) {\n var out = [];\n doc.iter(from, to, function(line) { out.push(line.text); });\n return out;\n }\n\n // Update the height of a line, propagating the height change\n // upwards to parent nodes.\n function updateLineHeight(line, height) {\n var diff = height - line.height;\n if (diff) for (var n = line; n; n = n.parent) n.height += diff;\n }\n\n // Given a line object, find its line number by walking up through\n // its parent links.\n function lineNo(line) {\n if (line.parent == null) return null;\n var cur = line.parent, no = indexOf(cur.lines, line);\n for (var chunk = cur.parent; chunk; cur = chunk, chunk = chunk.parent) {\n for (var i = 0;; ++i) {\n if (chunk.children[i] == cur) break;\n no += chunk.children[i].chunkSize();\n }\n }\n return no + cur.first;\n }\n\n // Find the line at the given vertical position, using the height\n // information in the document tree.\n function lineAtHeight(chunk, h) {\n var n = chunk.first;\n outer: do {\n for (var i = 0; i < chunk.children.length; ++i) {\n var child = chunk.children[i], ch = child.height;\n if (h < ch) { chunk = child; continue outer; }\n h -= ch;\n n += child.chunkSize();\n }\n return n;\n } while (!chunk.lines);\n for (var i = 0; i < chunk.lines.length; ++i) {\n var line = chunk.lines[i], lh = line.height;\n if (h < lh) break;\n h -= lh;\n }\n return n + i;\n }\n\n\n // Find the height above the given line.\n function heightAtLine(lineObj) {\n lineObj = visualLine(lineObj);\n\n var h = 0, chunk = lineObj.parent;\n for (var i = 0; i < chunk.lines.length; ++i) {\n var line = chunk.lines[i];\n if (line == lineObj) break;\n else h += line.height;\n }\n for (var p = chunk.parent; p; chunk = p, p = chunk.parent) {\n for (var i = 0; i < p.children.length; ++i) {\n var cur = p.children[i];\n if (cur == chunk) break;\n else h += cur.height;\n }\n }\n return h;\n }\n\n // Get the bidi ordering for the given line (and cache it). Returns\n // false for lines that are fully left-to-right, and an array of\n // BidiSpan objects otherwise.\n function getOrder(line) {\n var order = line.order;\n if (order == null) order = line.order = bidiOrdering(line.text);\n return order;\n }\n\n // HISTORY\n\n function History(startGen) {\n // Arrays of change events and selections. Doing something adds an\n // event to done and clears undo. Undoing moves events from done\n // to undone, redoing moves them in the other direction.\n this.done = []; this.undone = [];\n this.undoDepth = Infinity;\n // Used to track when changes can be merged into a single undo\n // event\n this.lastModTime = this.lastSelTime = 0;\n this.lastOp = this.lastSelOp = null;\n this.lastOrigin = this.lastSelOrigin = null;\n // Used by the isClean() method\n this.generation = this.maxGeneration = startGen || 1;\n }\n\n // Create a history change event from an updateDoc-style change\n // object.\n function historyChangeFromChange(doc, change) {\n var histChange = {from: copyPos(change.from), to: changeEnd(change), text: getBetween(doc, change.from, change.to)};\n attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);\n linkedDocs(doc, function(doc) {attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);}, true);\n return histChange;\n }\n\n // Pop all selection events off the end of a history array. Stop at\n // a change event.\n function clearSelectionEvents(array) {\n while (array.length) {\n var last = lst(array);\n if (last.ranges) array.pop();\n else break;\n }\n }\n\n // Find the top change event in the history. Pop off selection\n // events that are in the way.\n function lastChangeEvent(hist, force) {\n if (force) {\n clearSelectionEvents(hist.done);\n return lst(hist.done);\n } else if (hist.done.length && !lst(hist.done).ranges) {\n return lst(hist.done);\n } else if (hist.done.length > 1 && !hist.done[hist.done.length - 2].ranges) {\n hist.done.pop();\n return lst(hist.done);\n }\n }\n\n // Register a change in the history. Merges changes that are within\n // a single operation, ore are close together with an origin that\n // allows merging (starting with \"+\") into a single event.\n function addChangeToHistory(doc, change, selAfter, opId) {\n var hist = doc.history;\n hist.undone.length = 0;\n var time = +new Date, cur;\n\n if ((hist.lastOp == opId ||\n hist.lastOrigin == change.origin && change.origin &&\n ((change.origin.charAt(0) == \"+\" && doc.cm && hist.lastModTime > time - doc.cm.options.historyEventDelay) ||\n change.origin.charAt(0) == \"*\")) &&\n (cur = lastChangeEvent(hist, hist.lastOp == opId))) {\n // Merge this change into the last event\n var last = lst(cur.changes);\n if (cmp(change.from, change.to) == 0 && cmp(change.from, last.to) == 0) {\n // Optimized case for simple insertion -- don't want to add\n // new changesets for every character typed\n last.to = changeEnd(change);\n } else {\n // Add new sub-event\n cur.changes.push(historyChangeFromChange(doc, change));\n }\n } else {\n // Can not be merged, start a new event.\n var before = lst(hist.done);\n if (!before || !before.ranges)\n pushSelectionToHistory(doc.sel, hist.done);\n cur = {changes: [historyChangeFromChange(doc, change)],\n generation: hist.generation};\n hist.done.push(cur);\n while (hist.done.length > hist.undoDepth) {\n hist.done.shift();\n if (!hist.done[0].ranges) hist.done.shift();\n }\n }\n hist.done.push(selAfter);\n hist.generation = ++hist.maxGeneration;\n hist.lastModTime = hist.lastSelTime = time;\n hist.lastOp = hist.lastSelOp = opId;\n hist.lastOrigin = hist.lastSelOrigin = change.origin;\n\n if (!last) signal(doc, \"historyAdded\");\n }\n\n function selectionEventCanBeMerged(doc, origin, prev, sel) {\n var ch = origin.charAt(0);\n return ch == \"*\" ||\n ch == \"+\" &&\n prev.ranges.length == sel.ranges.length &&\n prev.somethingSelected() == sel.somethingSelected() &&\n new Date - doc.history.lastSelTime <= (doc.cm ? doc.cm.options.historyEventDelay : 500);\n }\n\n // Called whenever the selection changes, sets the new selection as\n // the pending selection in the history, and pushes the old pending\n // selection into the 'done' array when it was significantly\n // different (in number of selected ranges, emptiness, or time).\n function addSelectionToHistory(doc, sel, opId, options) {\n var hist = doc.history, origin = options && options.origin;\n\n // A new event is started when the previous origin does not match\n // the current, or the origins don't allow matching. Origins\n // starting with * are always merged, those starting with + are\n // merged when similar and close together in time.\n if (opId == hist.lastSelOp ||\n (origin && hist.lastSelOrigin == origin &&\n (hist.lastModTime == hist.lastSelTime && hist.lastOrigin == origin ||\n selectionEventCanBeMerged(doc, origin, lst(hist.done), sel))))\n hist.done[hist.done.length - 1] = sel;\n else\n pushSelectionToHistory(sel, hist.done);\n\n hist.lastSelTime = +new Date;\n hist.lastSelOrigin = origin;\n hist.lastSelOp = opId;\n if (options && options.clearRedo !== false)\n clearSelectionEvents(hist.undone);\n }\n\n function pushSelectionToHistory(sel, dest) {\n var top = lst(dest);\n if (!(top && top.ranges && top.equals(sel)))\n dest.push(sel);\n }\n\n // Used to store marked span information in the history.\n function attachLocalSpans(doc, change, from, to) {\n var existing = change[\"spans_\" + doc.id], n = 0;\n doc.iter(Math.max(doc.first, from), Math.min(doc.first + doc.size, to), function(line) {\n if (line.markedSpans)\n (existing || (existing = change[\"spans_\" + doc.id] = {}))[n] = line.markedSpans;\n ++n;\n });\n }\n\n // When un/re-doing restores text containing marked spans, those\n // that have been explicitly cleared should not be restored.\n function removeClearedSpans(spans) {\n if (!spans) return null;\n for (var i = 0, out; i < spans.length; ++i) {\n if (spans[i].marker.explicitlyCleared) { if (!out) out = spans.slice(0, i); }\n else if (out) out.push(spans[i]);\n }\n return !out ? spans : out.length ? out : null;\n }\n\n // Retrieve and filter the old marked spans stored in a change event.\n function getOldSpans(doc, change) {\n var found = change[\"spans_\" + doc.id];\n if (!found) return null;\n for (var i = 0, nw = []; i < change.text.length; ++i)\n nw.push(removeClearedSpans(found[i]));\n return nw;\n }\n\n // Used both to provide a JSON-safe object in .getHistory, and, when\n // detaching a document, to split the history in two\n function copyHistoryArray(events, newGroup, instantiateSel) {\n for (var i = 0, copy = []; i < events.length; ++i) {\n var event = events[i];\n if (event.ranges) {\n copy.push(instantiateSel ? Selection.prototype.deepCopy.call(event) : event);\n continue;\n }\n var changes = event.changes, newChanges = [];\n copy.push({changes: newChanges});\n for (var j = 0; j < changes.length; ++j) {\n var change = changes[j], m;\n newChanges.push({from: change.from, to: change.to, text: change.text});\n if (newGroup) for (var prop in change) if (m = prop.match(/^spans_(\\d+)$/)) {\n if (indexOf(newGroup, Number(m[1])) > -1) {\n lst(newChanges)[prop] = change[prop];\n delete change[prop];\n }\n }\n }\n }\n return copy;\n }\n\n // Rebasing/resetting history to deal with externally-sourced changes\n\n function rebaseHistSelSingle(pos, from, to, diff) {\n if (to < pos.line) {\n pos.line += diff;\n } else if (from < pos.line) {\n pos.line = from;\n pos.ch = 0;\n }\n }\n\n // Tries to rebase an array of history events given a change in the\n // document. If the change touches the same lines as the event, the\n // event, and everything 'behind' it, is discarded. If the change is\n // before the event, the event's positions are updated. Uses a\n // copy-on-write scheme for the positions, to avoid having to\n // reallocate them all on every rebase, but also avoid problems with\n // shared position objects being unsafely updated.\n function rebaseHistArray(array, from, to, diff) {\n for (var i = 0; i < array.length; ++i) {\n var sub = array[i], ok = true;\n if (sub.ranges) {\n if (!sub.copied) { sub = array[i] = sub.deepCopy(); sub.copied = true; }\n for (var j = 0; j < sub.ranges.length; j++) {\n rebaseHistSelSingle(sub.ranges[j].anchor, from, to, diff);\n rebaseHistSelSingle(sub.ranges[j].head, from, to, diff);\n }\n continue;\n }\n for (var j = 0; j < sub.changes.length; ++j) {\n var cur = sub.changes[j];\n if (to < cur.from.line) {\n cur.from = Pos(cur.from.line + diff, cur.from.ch);\n cur.to = Pos(cur.to.line + diff, cur.to.ch);\n } else if (from <= cur.to.line) {\n ok = false;\n break;\n }\n }\n if (!ok) {\n array.splice(0, i + 1);\n i = 0;\n }\n }\n }\n\n function rebaseHist(hist, change) {\n var from = change.from.line, to = change.to.line, diff = change.text.length - (to - from) - 1;\n rebaseHistArray(hist.done, from, to, diff);\n rebaseHistArray(hist.undone, from, to, diff);\n }\n\n // EVENT UTILITIES\n\n // Due to the fact that we still support jurassic IE versions, some\n // compatibility wrappers are needed.\n\n var e_preventDefault = CodeMirror.e_preventDefault = function(e) {\n if (e.preventDefault) e.preventDefault();\n else e.returnValue = false;\n };\n var e_stopPropagation = CodeMirror.e_stopPropagation = function(e) {\n if (e.stopPropagation) e.stopPropagation();\n else e.cancelBubble = true;\n };\n function e_defaultPrevented(e) {\n return e.defaultPrevented != null ? e.defaultPrevented : e.returnValue == false;\n }\n var e_stop = CodeMirror.e_stop = function(e) {e_preventDefault(e); e_stopPropagation(e);};\n\n function e_target(e) {return e.target || e.srcElement;}\n function e_button(e) {\n var b = e.which;\n if (b == null) {\n if (e.button & 1) b = 1;\n else if (e.button & 2) b = 3;\n else if (e.button & 4) b = 2;\n }\n if (mac && e.ctrlKey && b == 1) b = 3;\n return b;\n }\n\n // EVENT HANDLING\n\n // Lightweight event framework. on/off also work on DOM nodes,\n // registering native DOM handlers.\n\n var on = CodeMirror.on = function(emitter, type, f) {\n if (emitter.addEventListener)\n emitter.addEventListener(type, f, false);\n else if (emitter.attachEvent)\n emitter.attachEvent(\"on\" + type, f);\n else {\n var map = emitter._handlers || (emitter._handlers = {});\n var arr = map[type] || (map[type] = []);\n arr.push(f);\n }\n };\n\n var noHandlers = []\n function getHandlers(emitter, type, copy) {\n var arr = emitter._handlers && emitter._handlers[type]\n if (copy) return arr && arr.length > 0 ? arr.slice() : noHandlers\n else return arr || noHandlers\n }\n\n var off = CodeMirror.off = function(emitter, type, f) {\n if (emitter.removeEventListener)\n emitter.removeEventListener(type, f, false);\n else if (emitter.detachEvent)\n emitter.detachEvent(\"on\" + type, f);\n else {\n var handlers = getHandlers(emitter, type, false)\n for (var i = 0; i < handlers.length; ++i)\n if (handlers[i] == f) { handlers.splice(i, 1); break; }\n }\n };\n\n var signal = CodeMirror.signal = function(emitter, type /*, values...*/) {\n var handlers = getHandlers(emitter, type, true)\n if (!handlers.length) return;\n var args = Array.prototype.slice.call(arguments, 2);\n for (var i = 0; i < handlers.length; ++i) handlers[i].apply(null, args);\n };\n\n var orphanDelayedCallbacks = null;\n\n // Often, we want to signal events at a point where we are in the\n // middle of some work, but don't want the handler to start calling\n // other methods on the editor, which might be in an inconsistent\n // state or simply not expect any other events to happen.\n // signalLater looks whether there are any handlers, and schedules\n // them to be executed when the last operation ends, or, if no\n // operation is active, when a timeout fires.\n function signalLater(emitter, type /*, values...*/) {\n var arr = getHandlers(emitter, type, false)\n if (!arr.length) return;\n var args = Array.prototype.slice.call(arguments, 2), list;\n if (operationGroup) {\n list = operationGroup.delayedCallbacks;\n } else if (orphanDelayedCallbacks) {\n list = orphanDelayedCallbacks;\n } else {\n list = orphanDelayedCallbacks = [];\n setTimeout(fireOrphanDelayed, 0);\n }\n function bnd(f) {return function(){f.apply(null, args);};};\n for (var i = 0; i < arr.length; ++i)\n list.push(bnd(arr[i]));\n }\n\n function fireOrphanDelayed() {\n var delayed = orphanDelayedCallbacks;\n orphanDelayedCallbacks = null;\n for (var i = 0; i < delayed.length; ++i) delayed[i]();\n }\n\n // The DOM events that CodeMirror handles can be overridden by\n // registering a (non-DOM) handler on the editor for the event name,\n // and preventDefault-ing the event in that handler.\n function signalDOMEvent(cm, e, override) {\n if (typeof e == \"string\")\n e = {type: e, preventDefault: function() { this.defaultPrevented = true; }};\n signal(cm, override || e.type, cm, e);\n return e_defaultPrevented(e) || e.codemirrorIgnore;\n }\n\n function signalCursorActivity(cm) {\n var arr = cm._handlers && cm._handlers.cursorActivity;\n if (!arr) return;\n var set = cm.curOp.cursorActivityHandlers || (cm.curOp.cursorActivityHandlers = []);\n for (var i = 0; i < arr.length; ++i) if (indexOf(set, arr[i]) == -1)\n set.push(arr[i]);\n }\n\n function hasHandler(emitter, type) {\n return getHandlers(emitter, type).length > 0\n }\n\n // Add on and off methods to a constructor's prototype, to make\n // registering events on such objects more convenient.\n function eventMixin(ctor) {\n ctor.prototype.on = function(type, f) {on(this, type, f);};\n ctor.prototype.off = function(type, f) {off(this, type, f);};\n }\n\n // MISC UTILITIES\n\n // Number of pixels added to scroller and sizer to hide scrollbar\n var scrollerGap = 30;\n\n // Returned or thrown by various protocols to signal 'I'm not\n // handling this'.\n var Pass = CodeMirror.Pass = {toString: function(){return \"CodeMirror.Pass\";}};\n\n // Reused option objects for setSelection & friends\n var sel_dontScroll = {scroll: false}, sel_mouse = {origin: \"*mouse\"}, sel_move = {origin: \"+move\"};\n\n function Delayed() {this.id = null;}\n Delayed.prototype.set = function(ms, f) {\n clearTimeout(this.id);\n this.id = setTimeout(f, ms);\n };\n\n // Counts the column offset in a string, taking tabs into account.\n // Used mostly to find indentation.\n var countColumn = CodeMirror.countColumn = function(string, end, tabSize, startIndex, startValue) {\n if (end == null) {\n end = string.search(/[^\\s\\u00a0]/);\n if (end == -1) end = string.length;\n }\n for (var i = startIndex || 0, n = startValue || 0;;) {\n var nextTab = string.indexOf(\"\\t\", i);\n if (nextTab < 0 || nextTab >= end)\n return n + (end - i);\n n += nextTab - i;\n n += tabSize - (n % tabSize);\n i = nextTab + 1;\n }\n };\n\n // The inverse of countColumn -- find the offset that corresponds to\n // a particular column.\n var findColumn = CodeMirror.findColumn = function(string, goal, tabSize) {\n for (var pos = 0, col = 0;;) {\n var nextTab = string.indexOf(\"\\t\", pos);\n if (nextTab == -1) nextTab = string.length;\n var skipped = nextTab - pos;\n if (nextTab == string.length || col + skipped >= goal)\n return pos + Math.min(skipped, goal - col);\n col += nextTab - pos;\n col += tabSize - (col % tabSize);\n pos = nextTab + 1;\n if (col >= goal) return pos;\n }\n }\n\n var spaceStrs = [\"\"];\n function spaceStr(n) {\n while (spaceStrs.length <= n)\n spaceStrs.push(lst(spaceStrs) + \" \");\n return spaceStrs[n];\n }\n\n function lst(arr) { return arr[arr.length-1]; }\n\n var selectInput = function(node) { node.select(); };\n if (ios) // Mobile Safari apparently has a bug where select() is broken.\n selectInput = function(node) { node.selectionStart = 0; node.selectionEnd = node.value.length; };\n else if (ie) // Suppress mysterious IE10 errors\n selectInput = function(node) { try { node.select(); } catch(_e) {} };\n\n function indexOf(array, elt) {\n for (var i = 0; i < array.length; ++i)\n if (array[i] == elt) return i;\n return -1;\n }\n function map(array, f) {\n var out = [];\n for (var i = 0; i < array.length; i++) out[i] = f(array[i], i);\n return out;\n }\n\n function nothing() {}\n\n function createObj(base, props) {\n var inst;\n if (Object.create) {\n inst = Object.create(base);\n } else {\n nothing.prototype = base;\n inst = new nothing();\n }\n if (props) copyObj(props, inst);\n return inst;\n };\n\n function copyObj(obj, target, overwrite) {\n if (!target) target = {};\n for (var prop in obj)\n if (obj.hasOwnProperty(prop) && (overwrite !== false || !target.hasOwnProperty(prop)))\n target[prop] = obj[prop];\n return target;\n }\n\n function bind(f) {\n var args = Array.prototype.slice.call(arguments, 1);\n return function(){return f.apply(null, args);};\n }\n\n var nonASCIISingleCaseWordChar = /[\\u00df\\u0587\\u0590-\\u05f4\\u0600-\\u06ff\\u3040-\\u309f\\u30a0-\\u30ff\\u3400-\\u4db5\\u4e00-\\u9fcc\\uac00-\\ud7af]/;\n var isWordCharBasic = CodeMirror.isWordChar = function(ch) {\n return /\\w/.test(ch) || ch > \"\\x80\" &&\n (ch.toUpperCase() != ch.toLowerCase() || nonASCIISingleCaseWordChar.test(ch));\n };\n function isWordChar(ch, helper) {\n if (!helper) return isWordCharBasic(ch);\n if (helper.source.indexOf(\"\\\\w\") > -1 && isWordCharBasic(ch)) return true;\n return helper.test(ch);\n }\n\n function isEmpty(obj) {\n for (var n in obj) if (obj.hasOwnProperty(n) && obj[n]) return false;\n return true;\n }\n\n // Extending unicode characters. A series of a non-extending char +\n // any number of extending chars is treated as a single unit as far\n // as editing and measuring is concerned. This is not fully correct,\n // since some scripts/fonts/browsers also treat other configurations\n // of code points as a group.\n var extendingChars = /[\\u0300-\\u036f\\u0483-\\u0489\\u0591-\\u05bd\\u05bf\\u05c1\\u05c2\\u05c4\\u05c5\\u05c7\\u0610-\\u061a\\u064b-\\u065e\\u0670\\u06d6-\\u06dc\\u06de-\\u06e4\\u06e7\\u06e8\\u06ea-\\u06ed\\u0711\\u0730-\\u074a\\u07a6-\\u07b0\\u07eb-\\u07f3\\u0816-\\u0819\\u081b-\\u0823\\u0825-\\u0827\\u0829-\\u082d\\u0900-\\u0902\\u093c\\u0941-\\u0948\\u094d\\u0951-\\u0955\\u0962\\u0963\\u0981\\u09bc\\u09be\\u09c1-\\u09c4\\u09cd\\u09d7\\u09e2\\u09e3\\u0a01\\u0a02\\u0a3c\\u0a41\\u0a42\\u0a47\\u0a48\\u0a4b-\\u0a4d\\u0a51\\u0a70\\u0a71\\u0a75\\u0a81\\u0a82\\u0abc\\u0ac1-\\u0ac5\\u0ac7\\u0ac8\\u0acd\\u0ae2\\u0ae3\\u0b01\\u0b3c\\u0b3e\\u0b3f\\u0b41-\\u0b44\\u0b4d\\u0b56\\u0b57\\u0b62\\u0b63\\u0b82\\u0bbe\\u0bc0\\u0bcd\\u0bd7\\u0c3e-\\u0c40\\u0c46-\\u0c48\\u0c4a-\\u0c4d\\u0c55\\u0c56\\u0c62\\u0c63\\u0cbc\\u0cbf\\u0cc2\\u0cc6\\u0ccc\\u0ccd\\u0cd5\\u0cd6\\u0ce2\\u0ce3\\u0d3e\\u0d41-\\u0d44\\u0d4d\\u0d57\\u0d62\\u0d63\\u0dca\\u0dcf\\u0dd2-\\u0dd4\\u0dd6\\u0ddf\\u0e31\\u0e34-\\u0e3a\\u0e47-\\u0e4e\\u0eb1\\u0eb4-\\u0eb9\\u0ebb\\u0ebc\\u0ec8-\\u0ecd\\u0f18\\u0f19\\u0f35\\u0f37\\u0f39\\u0f71-\\u0f7e\\u0f80-\\u0f84\\u0f86\\u0f87\\u0f90-\\u0f97\\u0f99-\\u0fbc\\u0fc6\\u102d-\\u1030\\u1032-\\u1037\\u1039\\u103a\\u103d\\u103e\\u1058\\u1059\\u105e-\\u1060\\u1071-\\u1074\\u1082\\u1085\\u1086\\u108d\\u109d\\u135f\\u1712-\\u1714\\u1732-\\u1734\\u1752\\u1753\\u1772\\u1773\\u17b7-\\u17bd\\u17c6\\u17c9-\\u17d3\\u17dd\\u180b-\\u180d\\u18a9\\u1920-\\u1922\\u1927\\u1928\\u1932\\u1939-\\u193b\\u1a17\\u1a18\\u1a56\\u1a58-\\u1a5e\\u1a60\\u1a62\\u1a65-\\u1a6c\\u1a73-\\u1a7c\\u1a7f\\u1b00-\\u1b03\\u1b34\\u1b36-\\u1b3a\\u1b3c\\u1b42\\u1b6b-\\u1b73\\u1b80\\u1b81\\u1ba2-\\u1ba5\\u1ba8\\u1ba9\\u1c2c-\\u1c33\\u1c36\\u1c37\\u1cd0-\\u1cd2\\u1cd4-\\u1ce0\\u1ce2-\\u1ce8\\u1ced\\u1dc0-\\u1de6\\u1dfd-\\u1dff\\u200c\\u200d\\u20d0-\\u20f0\\u2cef-\\u2cf1\\u2de0-\\u2dff\\u302a-\\u302f\\u3099\\u309a\\ua66f-\\ua672\\ua67c\\ua67d\\ua6f0\\ua6f1\\ua802\\ua806\\ua80b\\ua825\\ua826\\ua8c4\\ua8e0-\\ua8f1\\ua926-\\ua92d\\ua947-\\ua951\\ua980-\\ua982\\ua9b3\\ua9b6-\\ua9b9\\ua9bc\\uaa29-\\uaa2e\\uaa31\\uaa32\\uaa35\\uaa36\\uaa43\\uaa4c\\uaab0\\uaab2-\\uaab4\\uaab7\\uaab8\\uaabe\\uaabf\\uaac1\\uabe5\\uabe8\\uabed\\udc00-\\udfff\\ufb1e\\ufe00-\\ufe0f\\ufe20-\\ufe26\\uff9e\\uff9f]/;\n function isExtendingChar(ch) { return ch.charCodeAt(0) >= 768 && extendingChars.test(ch); }\n\n // DOM UTILITIES\n\n function elt(tag, content, className, style) {\n var e = document.createElement(tag);\n if (className) e.className = className;\n if (style) e.style.cssText = style;\n if (typeof content == \"string\") e.appendChild(document.createTextNode(content));\n else if (content) for (var i = 0; i < content.length; ++i) e.appendChild(content[i]);\n return e;\n }\n\n var range;\n if (document.createRange) range = function(node, start, end, endNode) {\n var r = document.createRange();\n r.setEnd(endNode || node, end);\n r.setStart(node, start);\n return r;\n };\n else range = function(node, start, end) {\n var r = document.body.createTextRange();\n try { r.moveToElementText(node.parentNode); }\n catch(e) { return r; }\n r.collapse(true);\n r.moveEnd(\"character\", end);\n r.moveStart(\"character\", start);\n return r;\n };\n\n function removeChildren(e) {\n for (var count = e.childNodes.length; count > 0; --count)\n e.removeChild(e.firstChild);\n return e;\n }\n\n function removeChildrenAndAdd(parent, e) {\n return removeChildren(parent).appendChild(e);\n }\n\n var contains = CodeMirror.contains = function(parent, child) {\n if (child.nodeType == 3) // Android browser always returns false when child is a textnode\n child = child.parentNode;\n if (parent.contains)\n return parent.contains(child);\n do {\n if (child.nodeType == 11) child = child.host;\n if (child == parent) return true;\n } while (child = child.parentNode);\n };\n\n function activeElt() {\n var activeElement = document.activeElement;\n while (activeElement && activeElement.root && activeElement.root.activeElement)\n activeElement = activeElement.root.activeElement;\n return activeElement;\n }\n // Older versions of IE throws unspecified error when touching\n // document.activeElement in some cases (during loading, in iframe)\n if (ie && ie_version < 11) activeElt = function() {\n try { return document.activeElement; }\n catch(e) { return document.body; }\n };\n\n function classTest(cls) { return new RegExp(\"(^|\\\\s)\" + cls + \"(?:$|\\\\s)\\\\s*\"); }\n var rmClass = CodeMirror.rmClass = function(node, cls) {\n var current = node.className;\n var match = classTest(cls).exec(current);\n if (match) {\n var after = current.slice(match.index + match[0].length);\n node.className = current.slice(0, match.index) + (after ? match[1] + after : \"\");\n }\n };\n var addClass = CodeMirror.addClass = function(node, cls) {\n var current = node.className;\n if (!classTest(cls).test(current)) node.className += (current ? \" \" : \"\") + cls;\n };\n function joinClasses(a, b) {\n var as = a.split(\" \");\n for (var i = 0; i < as.length; i++)\n if (as[i] && !classTest(as[i]).test(b)) b += \" \" + as[i];\n return b;\n }\n\n // WINDOW-WIDE EVENTS\n\n // These must be handled carefully, because naively registering a\n // handler for each editor will cause the editors to never be\n // garbage collected.\n\n function forEachCodeMirror(f) {\n if (!document.body.getElementsByClassName) return;\n var byClass = document.body.getElementsByClassName(\"CodeMirror\");\n for (var i = 0; i < byClass.length; i++) {\n var cm = byClass[i].CodeMirror;\n if (cm) f(cm);\n }\n }\n\n var globalsRegistered = false;\n function ensureGlobalHandlers() {\n if (globalsRegistered) return;\n registerGlobalHandlers();\n globalsRegistered = true;\n }\n function registerGlobalHandlers() {\n // When the window resizes, we need to refresh active editors.\n var resizeTimer;\n on(window, \"resize\", function() {\n if (resizeTimer == null) resizeTimer = setTimeout(function() {\n resizeTimer = null;\n forEachCodeMirror(onResize);\n }, 100);\n });\n // When the window loses focus, we want to show the editor as blurred\n on(window, \"blur\", function() {\n forEachCodeMirror(onBlur);\n });\n }\n\n // FEATURE DETECTION\n\n // Detect drag-and-drop\n var dragAndDrop = function() {\n // There is *some* kind of drag-and-drop support in IE6-8, but I\n // couldn't get it to work yet.\n if (ie && ie_version < 9) return false;\n var div = elt('div');\n return \"draggable\" in div || \"dragDrop\" in div;\n }();\n\n var zwspSupported;\n function zeroWidthElement(measure) {\n if (zwspSupported == null) {\n var test = elt(\"span\", \"\\u200b\");\n removeChildrenAndAdd(measure, elt(\"span\", [test, document.createTextNode(\"x\")]));\n if (measure.firstChild.offsetHeight != 0)\n zwspSupported = test.offsetWidth <= 1 && test.offsetHeight > 2 && !(ie && ie_version < 8);\n }\n var node = zwspSupported ? elt(\"span\", \"\\u200b\") :\n elt(\"span\", \"\\u00a0\", null, \"display: inline-block; width: 1px; margin-right: -1px\");\n node.setAttribute(\"cm-text\", \"\");\n return node;\n }\n\n // Feature-detect IE's crummy client rect reporting for bidi text\n var badBidiRects;\n function hasBadBidiRects(measure) {\n if (badBidiRects != null) return badBidiRects;\n var txt = removeChildrenAndAdd(measure, document.createTextNode(\"A\\u062eA\"));\n var r0 = range(txt, 0, 1).getBoundingClientRect();\n if (!r0 || r0.left == r0.right) return false; // Safari returns null in some cases (#2780)\n var r1 = range(txt, 1, 2).getBoundingClientRect();\n return badBidiRects = (r1.right - r0.right < 3);\n }\n\n // See if \"\".split is the broken IE version, if so, provide an\n // alternative way to split lines.\n var splitLinesAuto = CodeMirror.splitLines = \"\\n\\nb\".split(/\\n/).length != 3 ? function(string) {\n var pos = 0, result = [], l = string.length;\n while (pos <= l) {\n var nl = string.indexOf(\"\\n\", pos);\n if (nl == -1) nl = string.length;\n var line = string.slice(pos, string.charAt(nl - 1) == \"\\r\" ? nl - 1 : nl);\n var rt = line.indexOf(\"\\r\");\n if (rt != -1) {\n result.push(line.slice(0, rt));\n pos += rt + 1;\n } else {\n result.push(line);\n pos = nl + 1;\n }\n }\n return result;\n } : function(string){return string.split(/\\r\\n?|\\n/);};\n\n var hasSelection = window.getSelection ? function(te) {\n try { return te.selectionStart != te.selectionEnd; }\n catch(e) { return false; }\n } : function(te) {\n try {var range = te.ownerDocument.selection.createRange();}\n catch(e) {}\n if (!range || range.parentElement() != te) return false;\n return range.compareEndPoints(\"StartToEnd\", range) != 0;\n };\n\n var hasCopyEvent = (function() {\n var e = elt(\"div\");\n if (\"oncopy\" in e) return true;\n e.setAttribute(\"oncopy\", \"return;\");\n return typeof e.oncopy == \"function\";\n })();\n\n var badZoomedRects = null;\n function hasBadZoomedRects(measure) {\n if (badZoomedRects != null) return badZoomedRects;\n var node = removeChildrenAndAdd(measure, elt(\"span\", \"x\"));\n var normal = node.getBoundingClientRect();\n var fromRange = range(node, 0, 1).getBoundingClientRect();\n return badZoomedRects = Math.abs(normal.left - fromRange.left) > 1;\n }\n\n // KEY NAMES\n\n var keyNames = CodeMirror.keyNames = {\n 3: \"Enter\", 8: \"Backspace\", 9: \"Tab\", 13: \"Enter\", 16: \"Shift\", 17: \"Ctrl\", 18: \"Alt\",\n 19: \"Pause\", 20: \"CapsLock\", 27: \"Esc\", 32: \"Space\", 33: \"PageUp\", 34: \"PageDown\", 35: \"End\",\n 36: \"Home\", 37: \"Left\", 38: \"Up\", 39: \"Right\", 40: \"Down\", 44: \"PrintScrn\", 45: \"Insert\",\n 46: \"Delete\", 59: \";\", 61: \"=\", 91: \"Mod\", 92: \"Mod\", 93: \"Mod\",\n 106: \"*\", 107: \"=\", 109: \"-\", 110: \".\", 111: \"/\", 127: \"Delete\",\n 173: \"-\", 186: \";\", 187: \"=\", 188: \",\", 189: \"-\", 190: \".\", 191: \"/\", 192: \"`\", 219: \"[\", 220: \"\\\\\",\n 221: \"]\", 222: \"'\", 63232: \"Up\", 63233: \"Down\", 63234: \"Left\", 63235: \"Right\", 63272: \"Delete\",\n 63273: \"Home\", 63275: \"End\", 63276: \"PageUp\", 63277: \"PageDown\", 63302: \"Insert\"\n };\n (function() {\n // Number keys\n for (var i = 0; i < 10; i++) keyNames[i + 48] = keyNames[i + 96] = String(i);\n // Alphabetic keys\n for (var i = 65; i <= 90; i++) keyNames[i] = String.fromCharCode(i);\n // Function keys\n for (var i = 1; i <= 12; i++) keyNames[i + 111] = keyNames[i + 63235] = \"F\" + i;\n })();\n\n // BIDI HELPERS\n\n function iterateBidiSections(order, from, to, f) {\n if (!order) return f(from, to, \"ltr\");\n var found = false;\n for (var i = 0; i < order.length; ++i) {\n var part = order[i];\n if (part.from < to && part.to > from || from == to && part.to == from) {\n f(Math.max(part.from, from), Math.min(part.to, to), part.level == 1 ? \"rtl\" : \"ltr\");\n found = true;\n }\n }\n if (!found) f(from, to, \"ltr\");\n }\n\n function bidiLeft(part) { return part.level % 2 ? part.to : part.from; }\n function bidiRight(part) { return part.level % 2 ? part.from : part.to; }\n\n function lineLeft(line) { var order = getOrder(line); return order ? bidiLeft(order[0]) : 0; }\n function lineRight(line) {\n var order = getOrder(line);\n if (!order) return line.text.length;\n return bidiRight(lst(order));\n }\n\n function lineStart(cm, lineN) {\n var line = getLine(cm.doc, lineN);\n var visual = visualLine(line);\n if (visual != line) lineN = lineNo(visual);\n var order = getOrder(visual);\n var ch = !order ? 0 : order[0].level % 2 ? lineRight(visual) : lineLeft(visual);\n return Pos(lineN, ch);\n }\n function lineEnd(cm, lineN) {\n var merged, line = getLine(cm.doc, lineN);\n while (merged = collapsedSpanAtEnd(line)) {\n line = merged.find(1, true).line;\n lineN = null;\n }\n var order = getOrder(line);\n var ch = !order ? line.text.length : order[0].level % 2 ? lineLeft(line) : lineRight(line);\n return Pos(lineN == null ? lineNo(line) : lineN, ch);\n }\n function lineStartSmart(cm, pos) {\n var start = lineStart(cm, pos.line);\n var line = getLine(cm.doc, start.line);\n var order = getOrder(line);\n if (!order || order[0].level == 0) {\n var firstNonWS = Math.max(0, line.text.search(/\\S/));\n var inWS = pos.line == start.line && pos.ch <= firstNonWS && pos.ch;\n return Pos(start.line, inWS ? 0 : firstNonWS);\n }\n return start;\n }\n\n function compareBidiLevel(order, a, b) {\n var linedir = order[0].level;\n if (a == linedir) return true;\n if (b == linedir) return false;\n return a < b;\n }\n var bidiOther;\n function getBidiPartAt(order, pos) {\n bidiOther = null;\n for (var i = 0, found; i < order.length; ++i) {\n var cur = order[i];\n if (cur.from < pos && cur.to > pos) return i;\n if ((cur.from == pos || cur.to == pos)) {\n if (found == null) {\n found = i;\n } else if (compareBidiLevel(order, cur.level, order[found].level)) {\n if (cur.from != cur.to) bidiOther = found;\n return i;\n } else {\n if (cur.from != cur.to) bidiOther = i;\n return found;\n }\n }\n }\n return found;\n }\n\n function moveInLine(line, pos, dir, byUnit) {\n if (!byUnit) return pos + dir;\n do pos += dir;\n while (pos > 0 && isExtendingChar(line.text.charAt(pos)));\n return pos;\n }\n\n // This is needed in order to move 'visually' through bi-directional\n // text -- i.e., pressing left should make the cursor go left, even\n // when in RTL text. The tricky part is the 'jumps', where RTL and\n // LTR text touch each other. This often requires the cursor offset\n // to move more than one unit, in order to visually move one unit.\n function moveVisually(line, start, dir, byUnit) {\n var bidi = getOrder(line);\n if (!bidi) return moveLogically(line, start, dir, byUnit);\n var pos = getBidiPartAt(bidi, start), part = bidi[pos];\n var target = moveInLine(line, start, part.level % 2 ? -dir : dir, byUnit);\n\n for (;;) {\n if (target > part.from && target < part.to) return target;\n if (target == part.from || target == part.to) {\n if (getBidiPartAt(bidi, target) == pos) return target;\n part = bidi[pos += dir];\n return (dir > 0) == part.level % 2 ? part.to : part.from;\n } else {\n part = bidi[pos += dir];\n if (!part) return null;\n if ((dir > 0) == part.level % 2)\n target = moveInLine(line, part.to, -1, byUnit);\n else\n target = moveInLine(line, part.from, 1, byUnit);\n }\n }\n }\n\n function moveLogically(line, start, dir, byUnit) {\n var target = start + dir;\n if (byUnit) while (target > 0 && isExtendingChar(line.text.charAt(target))) target += dir;\n return target < 0 || target > line.text.length ? null : target;\n }\n\n // Bidirectional ordering algorithm\n // See http://unicode.org/reports/tr9/tr9-13.html for the algorithm\n // that this (partially) implements.\n\n // One-char codes used for character types:\n // L (L): Left-to-Right\n // R (R): Right-to-Left\n // r (AL): Right-to-Left Arabic\n // 1 (EN): European Number\n // + (ES): European Number Separator\n // % (ET): European Number Terminator\n // n (AN): Arabic Number\n // , (CS): Common Number Separator\n // m (NSM): Non-Spacing Mark\n // b (BN): Boundary Neutral\n // s (B): Paragraph Separator\n // t (S): Segment Separator\n // w (WS): Whitespace\n // N (ON): Other Neutrals\n\n // Returns null if characters are ordered as they appear\n // (left-to-right), or an array of sections ({from, to, level}\n // objects) in the order in which they occur visually.\n var bidiOrdering = (function() {\n // Character types for codepoints 0 to 0xff\n var lowTypes = \"bbbbbbbbbtstwsbbbbbbbbbbbbbbssstwNN%%%NNNNNN,N,N1111111111NNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNbbbbbbsbbbbbbbbbbbbbbbbbbbbbbbbbb,N%%%%NNNNLNNNNN%%11NLNNN1LNNNNNLLLLLLLLLLLLLLLLLLLLLLLNLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLN\";\n // Character types for codepoints 0x600 to 0x6ff\n var arabicTypes = \"rrrrrrrrrrrr,rNNmmmmmmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmrrrrrrrnnnnnnnnnn%nnrrrmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmmmmmmNmmmm\";\n function charType(code) {\n if (code <= 0xf7) return lowTypes.charAt(code);\n else if (0x590 <= code && code <= 0x5f4) return \"R\";\n else if (0x600 <= code && code <= 0x6ed) return arabicTypes.charAt(code - 0x600);\n else if (0x6ee <= code && code <= 0x8ac) return \"r\";\n else if (0x2000 <= code && code <= 0x200b) return \"w\";\n else if (code == 0x200c) return \"b\";\n else return \"L\";\n }\n\n var bidiRE = /[\\u0590-\\u05f4\\u0600-\\u06ff\\u0700-\\u08ac]/;\n var isNeutral = /[stwN]/, isStrong = /[LRr]/, countsAsLeft = /[Lb1n]/, countsAsNum = /[1n]/;\n // Browsers seem to always treat the boundaries of block elements as being L.\n var outerType = \"L\";\n\n function BidiSpan(level, from, to) {\n this.level = level;\n this.from = from; this.to = to;\n }\n\n return function(str) {\n if (!bidiRE.test(str)) return false;\n var len = str.length, types = [];\n for (var i = 0, type; i < len; ++i)\n types.push(type = charType(str.charCodeAt(i)));\n\n // W1. Examine each non-spacing mark (NSM) in the level run, and\n // change the type of the NSM to the type of the previous\n // character. If the NSM is at the start of the level run, it will\n // get the type of sor.\n for (var i = 0, prev = outerType; i < len; ++i) {\n var type = types[i];\n if (type == \"m\") types[i] = prev;\n else prev = type;\n }\n\n // W2. Search backwards from each instance of a European number\n // until the first strong type (R, L, AL, or sor) is found. If an\n // AL is found, change the type of the European number to Arabic\n // number.\n // W3. Change all ALs to R.\n for (var i = 0, cur = outerType; i < len; ++i) {\n var type = types[i];\n if (type == \"1\" && cur == \"r\") types[i] = \"n\";\n else if (isStrong.test(type)) { cur = type; if (type == \"r\") types[i] = \"R\"; }\n }\n\n // W4. A single European separator between two European numbers\n // changes to a European number. A single common separator between\n // two numbers of the same type changes to that type.\n for (var i = 1, prev = types[0]; i < len - 1; ++i) {\n var type = types[i];\n if (type == \"+\" && prev == \"1\" && types[i+1] == \"1\") types[i] = \"1\";\n else if (type == \",\" && prev == types[i+1] &&\n (prev == \"1\" || prev == \"n\")) types[i] = prev;\n prev = type;\n }\n\n // W5. A sequence of European terminators adjacent to European\n // numbers changes to all European numbers.\n // W6. Otherwise, separators and terminators change to Other\n // Neutral.\n for (var i = 0; i < len; ++i) {\n var type = types[i];\n if (type == \",\") types[i] = \"N\";\n else if (type == \"%\") {\n for (var end = i + 1; end < len && types[end] == \"%\"; ++end) {}\n var replace = (i && types[i-1] == \"!\") || (end < len && types[end] == \"1\") ? \"1\" : \"N\";\n for (var j = i; j < end; ++j) types[j] = replace;\n i = end - 1;\n }\n }\n\n // W7. Search backwards from each instance of a European number\n // until the first strong type (R, L, or sor) is found. If an L is\n // found, then change the type of the European number to L.\n for (var i = 0, cur = outerType; i < len; ++i) {\n var type = types[i];\n if (cur == \"L\" && type == \"1\") types[i] = \"L\";\n else if (isStrong.test(type)) cur = type;\n }\n\n // N1. A sequence of neutrals takes the direction of the\n // surrounding strong text if the text on both sides has the same\n // direction. European and Arabic numbers act as if they were R in\n // terms of their influence on neutrals. Start-of-level-run (sor)\n // and end-of-level-run (eor) are used at level run boundaries.\n // N2. Any remaining neutrals take the embedding direction.\n for (var i = 0; i < len; ++i) {\n if (isNeutral.test(types[i])) {\n for (var end = i + 1; end < len && isNeutral.test(types[end]); ++end) {}\n var before = (i ? types[i-1] : outerType) == \"L\";\n var after = (end < len ? types[end] : outerType) == \"L\";\n var replace = before || after ? \"L\" : \"R\";\n for (var j = i; j < end; ++j) types[j] = replace;\n i = end - 1;\n }\n }\n\n // Here we depart from the documented algorithm, in order to avoid\n // building up an actual levels array. Since there are only three\n // levels (0, 1, 2) in an implementation that doesn't take\n // explicit embedding into account, we can build up the order on\n // the fly, without following the level-based algorithm.\n var order = [], m;\n for (var i = 0; i < len;) {\n if (countsAsLeft.test(types[i])) {\n var start = i;\n for (++i; i < len && countsAsLeft.test(types[i]); ++i) {}\n order.push(new BidiSpan(0, start, i));\n } else {\n var pos = i, at = order.length;\n for (++i; i < len && types[i] != \"L\"; ++i) {}\n for (var j = pos; j < i;) {\n if (countsAsNum.test(types[j])) {\n if (pos < j) order.splice(at, 0, new BidiSpan(1, pos, j));\n var nstart = j;\n for (++j; j < i && countsAsNum.test(types[j]); ++j) {}\n order.splice(at, 0, new BidiSpan(2, nstart, j));\n pos = j;\n } else ++j;\n }\n if (pos < i) order.splice(at, 0, new BidiSpan(1, pos, i));\n }\n }\n if (order[0].level == 1 && (m = str.match(/^\\s+/))) {\n order[0].from = m[0].length;\n order.unshift(new BidiSpan(0, 0, m[0].length));\n }\n if (lst(order).level == 1 && (m = str.match(/\\s+$/))) {\n lst(order).to -= m[0].length;\n order.push(new BidiSpan(0, len - m[0].length, len));\n }\n if (order[0].level == 2)\n order.unshift(new BidiSpan(1, order[0].to, order[0].to));\n if (order[0].level != lst(order).level)\n order.push(new BidiSpan(order[0].level, len, len));\n\n return order;\n };\n })();\n\n // THE END\n\n CodeMirror.version = \"5.13.2\";\n\n return CodeMirror;\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/lib/codemirror.css": {
"type": "text/css",
"title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.css",
"tags": "[[$:/tags/Stylesheet]]",
"text": "/* BASICS */\n\n.CodeMirror {\n /* Set height, width, borders, and global font properties here */\n font-family: monospace;\n height: 300px;\n color: black;\n}\n\n/* PADDING */\n\n.CodeMirror-lines {\n padding: 4px 0; /* Vertical padding around content */\n}\n.CodeMirror pre {\n padding: 0 4px; /* Horizontal padding of content */\n}\n\n.CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n background-color: white; /* The little square between H and V scrollbars */\n}\n\n/* GUTTER */\n\n.CodeMirror-gutters {\n border-right: 1px solid #ddd;\n background-color: #f7f7f7;\n white-space: nowrap;\n}\n.CodeMirror-linenumbers {}\n.CodeMirror-linenumber {\n padding: 0 3px 0 5px;\n min-width: 20px;\n text-align: right;\n color: #999;\n white-space: nowrap;\n}\n\n.CodeMirror-guttermarker { color: black; }\n.CodeMirror-guttermarker-subtle { color: #999; }\n\n/* CURSOR */\n\n.CodeMirror-cursor {\n border-left: 1px solid black;\n border-right: none;\n width: 0;\n}\n/* Shown when moving in bi-directional text */\n.CodeMirror div.CodeMirror-secondarycursor {\n border-left: 1px solid silver;\n}\n.cm-fat-cursor .CodeMirror-cursor {\n width: auto;\n border: 0;\n background: #7e7;\n}\n.cm-fat-cursor div.CodeMirror-cursors {\n z-index: 1;\n}\n\n.cm-animate-fat-cursor {\n width: auto;\n border: 0;\n -webkit-animation: blink 1.06s steps(1) infinite;\n -moz-animation: blink 1.06s steps(1) infinite;\n animation: blink 1.06s steps(1) infinite;\n background-color: #7e7;\n}\n@-moz-keyframes blink {\n 0% {}\n 50% { background-color: transparent; }\n 100% {}\n}\n@-webkit-keyframes blink {\n 0% {}\n 50% { background-color: transparent; }\n 100% {}\n}\n@keyframes blink {\n 0% {}\n 50% { background-color: transparent; }\n 100% {}\n}\n\n/* Can style cursor different in overwrite (non-insert) mode */\n.CodeMirror-overwrite .CodeMirror-cursor {}\n\n.cm-tab { display: inline-block; text-decoration: inherit; }\n\n.CodeMirror-ruler {\n border-left: 1px solid #ccc;\n position: absolute;\n}\n\n/* DEFAULT THEME */\n\n.cm-s-default .cm-header {color: blue;}\n.cm-s-default .cm-quote {color: #090;}\n.cm-negative {color: #d44;}\n.cm-positive {color: #292;}\n.cm-header, .cm-strong {font-weight: bold;}\n.cm-em {font-style: italic;}\n.cm-link {text-decoration: underline;}\n.cm-strikethrough {text-decoration: line-through;}\n\n.cm-s-default .cm-keyword {color: #708;}\n.cm-s-default .cm-atom {color: #219;}\n.cm-s-default .cm-number {color: #164;}\n.cm-s-default .cm-def {color: #00f;}\n.cm-s-default .cm-variable,\n.cm-s-default .cm-punctuation,\n.cm-s-default .cm-property,\n.cm-s-default .cm-operator {}\n.cm-s-default .cm-variable-2 {color: #05a;}\n.cm-s-default .cm-variable-3 {color: #085;}\n.cm-s-default .cm-comment {color: #a50;}\n.cm-s-default .cm-string {color: #a11;}\n.cm-s-default .cm-string-2 {color: #f50;}\n.cm-s-default .cm-meta {color: #555;}\n.cm-s-default .cm-qualifier {color: #555;}\n.cm-s-default .cm-builtin {color: #30a;}\n.cm-s-default .cm-bracket {color: #997;}\n.cm-s-default .cm-tag {color: #170;}\n.cm-s-default .cm-attribute {color: #00c;}\n.cm-s-default .cm-hr {color: #999;}\n.cm-s-default .cm-link {color: #00c;}\n\n.cm-s-default .cm-error {color: #f00;}\n.cm-invalidchar {color: #f00;}\n\n.CodeMirror-composing { border-bottom: 2px solid; }\n\n/* Default styles for common addons */\n\ndiv.CodeMirror span.CodeMirror-matchingbracket {color: #0f0;}\ndiv.CodeMirror span.CodeMirror-nonmatchingbracket {color: #f22;}\n.CodeMirror-matchingtag { background: rgba(255, 150, 0, .3); }\n.CodeMirror-activeline-background {background: #e8f2ff;}\n\n/* STOP */\n\n/* The rest of this file contains styles related to the mechanics of\n the editor. You probably shouldn't touch them. */\n\n.CodeMirror {\n position: relative;\n overflow: hidden;\n background: white;\n}\n\n.CodeMirror-scroll {\n overflow: scroll !important; /* Things will break if this is overridden */\n /* 30px is the magic margin used to hide the element's real scrollbars */\n /* See overflow: hidden in .CodeMirror */\n margin-bottom: -30px; margin-right: -30px;\n padding-bottom: 30px;\n height: 100%;\n outline: none; /* Prevent dragging from highlighting the element */\n position: relative;\n}\n.CodeMirror-sizer {\n position: relative;\n border-right: 30px solid transparent;\n}\n\n/* The fake, visible scrollbars. Used to force redraw during scrolling\n before actual scrolling happens, thus preventing shaking and\n flickering artifacts. */\n.CodeMirror-vscrollbar, .CodeMirror-hscrollbar, .CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n position: absolute;\n z-index: 6;\n display: none;\n}\n.CodeMirror-vscrollbar {\n right: 0; top: 0;\n overflow-x: hidden;\n overflow-y: scroll;\n}\n.CodeMirror-hscrollbar {\n bottom: 0; left: 0;\n overflow-y: hidden;\n overflow-x: scroll;\n}\n.CodeMirror-scrollbar-filler {\n right: 0; bottom: 0;\n}\n.CodeMirror-gutter-filler {\n left: 0; bottom: 0;\n}\n\n.CodeMirror-gutters {\n position: absolute; left: 0; top: 0;\n min-height: 100%;\n z-index: 3;\n}\n.CodeMirror-gutter {\n white-space: normal;\n height: 100%;\n display: inline-block;\n vertical-align: top;\n margin-bottom: -30px;\n /* Hack to make IE7 behave */\n *zoom:1;\n *display:inline;\n}\n.CodeMirror-gutter-wrapper {\n position: absolute;\n z-index: 4;\n background: none !important;\n border: none !important;\n}\n.CodeMirror-gutter-background {\n position: absolute;\n top: 0; bottom: 0;\n z-index: 4;\n}\n.CodeMirror-gutter-elt {\n position: absolute;\n cursor: default;\n z-index: 4;\n}\n.CodeMirror-gutter-wrapper {\n -webkit-user-select: none;\n -moz-user-select: none;\n user-select: none;\n}\n\n.CodeMirror-lines {\n cursor: text;\n min-height: 1px; /* prevents collapsing before first draw */\n}\n.CodeMirror pre {\n /* Reset some styles that the rest of the page might have set */\n -moz-border-radius: 0; -webkit-border-radius: 0; border-radius: 0;\n border-width: 0;\n background: transparent;\n font-family: inherit;\n font-size: inherit;\n margin: 0;\n white-space: pre;\n word-wrap: normal;\n line-height: inherit;\n color: inherit;\n z-index: 2;\n position: relative;\n overflow: visible;\n -webkit-tap-highlight-color: transparent;\n -webkit-font-variant-ligatures: none;\n font-variant-ligatures: none;\n}\n.CodeMirror-wrap pre {\n word-wrap: break-word;\n white-space: pre-wrap;\n word-break: normal;\n}\n\n.CodeMirror-linebackground {\n position: absolute;\n left: 0; right: 0; top: 0; bottom: 0;\n z-index: 0;\n}\n\n.CodeMirror-linewidget {\n position: relative;\n z-index: 2;\n overflow: auto;\n}\n\n.CodeMirror-widget {}\n\n.CodeMirror-code {\n outline: none;\n}\n\n/* Force content-box sizing for the elements where we expect it */\n.CodeMirror-scroll,\n.CodeMirror-sizer,\n.CodeMirror-gutter,\n.CodeMirror-gutters,\n.CodeMirror-linenumber {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n}\n\n.CodeMirror-measure {\n position: absolute;\n width: 100%;\n height: 0;\n overflow: hidden;\n visibility: hidden;\n}\n\n.CodeMirror-cursor { position: absolute; }\n.CodeMirror-measure pre { position: static; }\n\ndiv.CodeMirror-cursors {\n visibility: hidden;\n position: relative;\n z-index: 3;\n}\ndiv.CodeMirror-dragcursors {\n visibility: visible;\n}\n\n.CodeMirror-focused div.CodeMirror-cursors {\n visibility: visible;\n}\n\n.CodeMirror-selected { background: #d9d9d9; }\n.CodeMirror-focused .CodeMirror-selected { background: #d7d4f0; }\n.CodeMirror-crosshair { cursor: crosshair; }\n.CodeMirror-line::selection, .CodeMirror-line > span::selection, .CodeMirror-line > span > span::selection { background: #d7d4f0; }\n.CodeMirror-line::-moz-selection, .CodeMirror-line > span::-moz-selection, .CodeMirror-line > span > span::-moz-selection { background: #d7d4f0; }\n\n.cm-searching {\n background: #ffa;\n background: rgba(255, 255, 0, .4);\n}\n\n/* IE7 hack to prevent it from returning funny offsetTops on the spans */\n.CodeMirror span { *vertical-align: text-bottom; }\n\n/* Used to force a border model for a node */\n.cm-force-border { padding-right: .1px; }\n\n@media print {\n /* Hide the cursor when printing */\n .CodeMirror div.CodeMirror-cursors {\n visibility: hidden;\n }\n}\n\n/* See issue #2901 */\n.cm-tab-wrap-hack:after { content: ''; }\n\n/* Help users use markselection to safely style text background */\nspan.CodeMirror-selectedtext { background: none; }\n"
},
"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css": {
"type": "text/css",
"title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css",
"tags": "[[$:/tags/Stylesheet]]",
"text": ".CodeMirror-dialog {\n position: absolute;\n left: 0; right: 0;\n background: inherit;\n z-index: 15;\n padding: .1em .8em;\n overflow: hidden;\n color: inherit;\n}\n\n.CodeMirror-dialog-top {\n border-bottom: 1px solid #eee;\n top: 0;\n}\n\n.CodeMirror-dialog-bottom {\n border-top: 1px solid #eee;\n bottom: 0;\n}\n\n.CodeMirror-dialog input {\n border: none;\n outline: none;\n background: transparent;\n width: 20em;\n color: inherit;\n font-family: monospace;\n}\n\n.CodeMirror-dialog button {\n font-size: 70%;\n}\n"
},
"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// Open simple dialogs on top of an editor. Relies on dialog.css.\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n function dialogDiv(cm, template, bottom) {\n var wrap = cm.getWrapperElement();\n var dialog;\n dialog = wrap.appendChild(document.createElement(\"div\"));\n if (bottom)\n dialog.className = \"CodeMirror-dialog CodeMirror-dialog-bottom\";\n else\n dialog.className = \"CodeMirror-dialog CodeMirror-dialog-top\";\n\n if (typeof template == \"string\") {\n dialog.innerHTML = template;\n } else { // Assuming it's a detached DOM element.\n dialog.appendChild(template);\n }\n return dialog;\n }\n\n function closeNotification(cm, newVal) {\n if (cm.state.currentNotificationClose)\n cm.state.currentNotificationClose();\n cm.state.currentNotificationClose = newVal;\n }\n\n CodeMirror.defineExtension(\"openDialog\", function(template, callback, options) {\n if (!options) options = {};\n\n closeNotification(this, null);\n\n var dialog = dialogDiv(this, template, options.bottom);\n var closed = false, me = this;\n function close(newVal) {\n if (typeof newVal == 'string') {\n inp.value = newVal;\n } else {\n if (closed) return;\n closed = true;\n dialog.parentNode.removeChild(dialog);\n me.focus();\n\n if (options.onClose) options.onClose(dialog);\n }\n }\n\n var inp = dialog.getElementsByTagName(\"input\")[0], button;\n if (inp) {\n inp.focus();\n\n if (options.value) {\n inp.value = options.value;\n if (options.selectValueOnOpen !== false) {\n inp.select();\n }\n }\n\n if (options.onInput)\n CodeMirror.on(inp, \"input\", function(e) { options.onInput(e, inp.value, close);});\n if (options.onKeyUp)\n CodeMirror.on(inp, \"keyup\", function(e) {options.onKeyUp(e, inp.value, close);});\n\n CodeMirror.on(inp, \"keydown\", function(e) {\n if (options && options.onKeyDown && options.onKeyDown(e, inp.value, close)) { return; }\n if (e.keyCode == 27 || (options.closeOnEnter !== false && e.keyCode == 13)) {\n inp.blur();\n CodeMirror.e_stop(e);\n close();\n }\n if (e.keyCode == 13) callback(inp.value, e);\n });\n\n if (options.closeOnBlur !== false) CodeMirror.on(inp, \"blur\", close);\n } else if (button = dialog.getElementsByTagName(\"button\")[0]) {\n CodeMirror.on(button, \"click\", function() {\n close();\n me.focus();\n });\n\n if (options.closeOnBlur !== false) CodeMirror.on(button, \"blur\", close);\n\n button.focus();\n }\n return close;\n });\n\n CodeMirror.defineExtension(\"openConfirm\", function(template, callbacks, options) {\n closeNotification(this, null);\n var dialog = dialogDiv(this, template, options && options.bottom);\n var buttons = dialog.getElementsByTagName(\"button\");\n var closed = false, me = this, blurring = 1;\n function close() {\n if (closed) return;\n closed = true;\n dialog.parentNode.removeChild(dialog);\n me.focus();\n }\n buttons[0].focus();\n for (var i = 0; i < buttons.length; ++i) {\n var b = buttons[i];\n (function(callback) {\n CodeMirror.on(b, \"click\", function(e) {\n CodeMirror.e_preventDefault(e);\n close();\n if (callback) callback(me);\n });\n })(callbacks[i]);\n CodeMirror.on(b, \"blur\", function() {\n --blurring;\n setTimeout(function() { if (blurring <= 0) close(); }, 200);\n });\n CodeMirror.on(b, \"focus\", function() { ++blurring; });\n }\n });\n\n /*\n * openNotification\n * Opens a notification, that can be closed with an optional timer\n * (default 5000ms timer) and always closes on click.\n *\n * If a notification is opened while another is opened, it will close the\n * currently opened one and open the new one immediately.\n */\n CodeMirror.defineExtension(\"openNotification\", function(template, options) {\n closeNotification(this, close);\n var dialog = dialogDiv(this, template, options && options.bottom);\n var closed = false, doneTimer;\n var duration = options && typeof options.duration !== \"undefined\" ? options.duration : 5000;\n\n function close() {\n if (closed) return;\n closed = true;\n clearTimeout(doneTimer);\n dialog.parentNode.removeChild(dialog);\n }\n\n CodeMirror.on(dialog, 'click', function(e) {\n CodeMirror.e_preventDefault(e);\n close();\n });\n\n if (duration)\n doneTimer = setTimeout(close, duration);\n\n return close;\n });\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n var ie_lt8 = /MSIE \\d/.test(navigator.userAgent) &&\n (document.documentMode == null || document.documentMode < 8);\n\n var Pos = CodeMirror.Pos;\n\n var matching = {\"(\": \")>\", \")\": \"(<\", \"[\": \"]>\", \"]\": \"[<\", \"{\": \"}>\", \"}\": \"{<\"};\n\n function findMatchingBracket(cm, where, strict, config) {\n var line = cm.getLineHandle(where.line), pos = where.ch - 1;\n var match = (pos >= 0 && matching[line.text.charAt(pos)]) || matching[line.text.charAt(++pos)];\n if (!match) return null;\n var dir = match.charAt(1) == \">\" ? 1 : -1;\n if (strict && (dir > 0) != (pos == where.ch)) return null;\n var style = cm.getTokenTypeAt(Pos(where.line, pos + 1));\n\n var found = scanForBracket(cm, Pos(where.line, pos + (dir > 0 ? 1 : 0)), dir, style || null, config);\n if (found == null) return null;\n return {from: Pos(where.line, pos), to: found && found.pos,\n match: found && found.ch == match.charAt(0), forward: dir > 0};\n }\n\n // bracketRegex is used to specify which type of bracket to scan\n // should be a regexp, e.g. /[[\\]]/\n //\n // Note: If \"where\" is on an open bracket, then this bracket is ignored.\n //\n // Returns false when no bracket was found, null when it reached\n // maxScanLines and gave up\n function scanForBracket(cm, where, dir, style, config) {\n var maxScanLen = (config && config.maxScanLineLength) || 10000;\n var maxScanLines = (config && config.maxScanLines) || 1000;\n\n var stack = [];\n var re = config && config.bracketRegex ? config.bracketRegex : /[(){}[\\]]/;\n var lineEnd = dir > 0 ? Math.min(where.line + maxScanLines, cm.lastLine() + 1)\n : Math.max(cm.firstLine() - 1, where.line - maxScanLines);\n for (var lineNo = where.line; lineNo != lineEnd; lineNo += dir) {\n var line = cm.getLine(lineNo);\n if (!line) continue;\n var pos = dir > 0 ? 0 : line.length - 1, end = dir > 0 ? line.length : -1;\n if (line.length > maxScanLen) continue;\n if (lineNo == where.line) pos = where.ch - (dir < 0 ? 1 : 0);\n for (; pos != end; pos += dir) {\n var ch = line.charAt(pos);\n if (re.test(ch) && (style === undefined || cm.getTokenTypeAt(Pos(lineNo, pos + 1)) == style)) {\n var match = matching[ch];\n if ((match.charAt(1) == \">\") == (dir > 0)) stack.push(ch);\n else if (!stack.length) return {pos: Pos(lineNo, pos), ch: ch};\n else stack.pop();\n }\n }\n }\n return lineNo - dir == (dir > 0 ? cm.lastLine() : cm.firstLine()) ? false : null;\n }\n\n function matchBrackets(cm, autoclear, config) {\n // Disable brace matching in long lines, since it'll cause hugely slow updates\n var maxHighlightLen = cm.state.matchBrackets.maxHighlightLineLength || 1000;\n var marks = [], ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var match = ranges[i].empty() && findMatchingBracket(cm, ranges[i].head, false, config);\n if (match && cm.getLine(match.from.line).length <= maxHighlightLen) {\n var style = match.match ? \"CodeMirror-matchingbracket\" : \"CodeMirror-nonmatchingbracket\";\n marks.push(cm.markText(match.from, Pos(match.from.line, match.from.ch + 1), {className: style}));\n if (match.to && cm.getLine(match.to.line).length <= maxHighlightLen)\n marks.push(cm.markText(match.to, Pos(match.to.line, match.to.ch + 1), {className: style}));\n }\n }\n\n if (marks.length) {\n // Kludge to work around the IE bug from issue #1193, where text\n // input stops going to the textare whever this fires.\n if (ie_lt8 && cm.state.focused) cm.focus();\n\n var clear = function() {\n cm.operation(function() {\n for (var i = 0; i < marks.length; i++) marks[i].clear();\n });\n };\n if (autoclear) setTimeout(clear, 800);\n else return clear;\n }\n }\n\n var currentlyHighlighted = null;\n function doMatchBrackets(cm) {\n cm.operation(function() {\n if (currentlyHighlighted) {currentlyHighlighted(); currentlyHighlighted = null;}\n currentlyHighlighted = matchBrackets(cm, false, cm.state.matchBrackets);\n });\n }\n\n CodeMirror.defineOption(\"matchBrackets\", false, function(cm, val, old) {\n if (old && old != CodeMirror.Init)\n cm.off(\"cursorActivity\", doMatchBrackets);\n if (val) {\n cm.state.matchBrackets = typeof val == \"object\" ? val : {};\n cm.on(\"cursorActivity\", doMatchBrackets);\n }\n });\n\n CodeMirror.defineExtension(\"matchBrackets\", function() {matchBrackets(this, true);});\n CodeMirror.defineExtension(\"findMatchingBracket\", function(pos, strict, config){\n return findMatchingBracket(this, pos, strict, config);\n });\n CodeMirror.defineExtension(\"scanForBracket\", function(pos, dir, style, config){\n return scanForBracket(this, pos, dir, style, config);\n });\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/addon/mode/multiplex.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/mode/multiplex.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.multiplexingMode = function(outer /*, others */) {\n // Others should be {open, close, mode [, delimStyle] [, innerStyle]} objects\n var others = Array.prototype.slice.call(arguments, 1);\n\n function indexOf(string, pattern, from, returnEnd) {\n if (typeof pattern == \"string\") {\n var found = string.indexOf(pattern, from);\n return returnEnd && found > -1 ? found + pattern.length : found;\n }\n var m = pattern.exec(from ? string.slice(from) : string);\n return m ? m.index + from + (returnEnd ? m[0].length : 0) : -1;\n }\n\n return {\n startState: function() {\n return {\n outer: CodeMirror.startState(outer),\n innerActive: null,\n inner: null\n };\n },\n\n copyState: function(state) {\n return {\n outer: CodeMirror.copyState(outer, state.outer),\n innerActive: state.innerActive,\n inner: state.innerActive && CodeMirror.copyState(state.innerActive.mode, state.inner)\n };\n },\n\n token: function(stream, state) {\n if (!state.innerActive) {\n var cutOff = Infinity, oldContent = stream.string;\n for (var i = 0; i < others.length; ++i) {\n var other = others[i];\n var found = indexOf(oldContent, other.open, stream.pos);\n if (found == stream.pos) {\n if (!other.parseDelimiters) stream.match(other.open);\n state.innerActive = other;\n state.inner = CodeMirror.startState(other.mode, outer.indent ? outer.indent(state.outer, \"\") : 0);\n return other.delimStyle && (other.delimStyle + \" \" + other.delimStyle + \"-open\");\n } else if (found != -1 && found < cutOff) {\n cutOff = found;\n }\n }\n if (cutOff != Infinity) stream.string = oldContent.slice(0, cutOff);\n var outerToken = outer.token(stream, state.outer);\n if (cutOff != Infinity) stream.string = oldContent;\n return outerToken;\n } else {\n var curInner = state.innerActive, oldContent = stream.string;\n if (!curInner.close && stream.sol()) {\n state.innerActive = state.inner = null;\n return this.token(stream, state);\n }\n var found = curInner.close ? indexOf(oldContent, curInner.close, stream.pos, curInner.parseDelimiters) : -1;\n if (found == stream.pos && !curInner.parseDelimiters) {\n stream.match(curInner.close);\n state.innerActive = state.inner = null;\n return curInner.delimStyle && (curInner.delimStyle + \" \" + curInner.delimStyle + \"-close\");\n }\n if (found > -1) stream.string = oldContent.slice(0, found);\n var innerToken = curInner.mode.token(stream, state.inner);\n if (found > -1) stream.string = oldContent;\n\n if (found == stream.pos && curInner.parseDelimiters)\n state.innerActive = state.inner = null;\n\n if (curInner.innerStyle) {\n if (innerToken) innerToken = innerToken + \" \" + curInner.innerStyle;\n else innerToken = curInner.innerStyle;\n }\n\n return innerToken;\n }\n },\n\n indent: function(state, textAfter) {\n var mode = state.innerActive ? state.innerActive.mode : outer;\n if (!mode.indent) return CodeMirror.Pass;\n return mode.indent(state.innerActive ? state.inner : state.outer, textAfter);\n },\n\n blankLine: function(state) {\n var mode = state.innerActive ? state.innerActive.mode : outer;\n if (mode.blankLine) {\n mode.blankLine(state.innerActive ? state.inner : state.outer);\n }\n if (!state.innerActive) {\n for (var i = 0; i < others.length; ++i) {\n var other = others[i];\n if (other.open === \"\\n\") {\n state.innerActive = other;\n state.inner = CodeMirror.startState(other.mode, mode.indent ? mode.indent(state.outer, \"\") : 0);\n }\n }\n } else if (state.innerActive.close === \"\\n\") {\n state.innerActive = state.inner = null;\n }\n },\n\n electricChars: outer.electricChars,\n\n innerMode: function(state) {\n return state.inner ? {state: state.inner, mode: state.innerActive.mode} : {state: state.outer, mode: outer};\n }\n };\n};\n\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n var Pos = CodeMirror.Pos;\n\n function SearchCursor(doc, query, pos, caseFold) {\n this.atOccurrence = false; this.doc = doc;\n if (caseFold == null && typeof query == \"string\") caseFold = false;\n\n pos = pos ? doc.clipPos(pos) : Pos(0, 0);\n this.pos = {from: pos, to: pos};\n\n // The matches method is filled in based on the type of query.\n // It takes a position and a direction, and returns an object\n // describing the next occurrence of the query, or null if no\n // more matches were found.\n if (typeof query != \"string\") { // Regexp match\n if (!query.global) query = new RegExp(query.source, query.ignoreCase ? \"ig\" : \"g\");\n this.matches = function(reverse, pos) {\n if (reverse) {\n query.lastIndex = 0;\n var line = doc.getLine(pos.line).slice(0, pos.ch), cutOff = 0, match, start;\n for (;;) {\n query.lastIndex = cutOff;\n var newMatch = query.exec(line);\n if (!newMatch) break;\n match = newMatch;\n start = match.index;\n cutOff = match.index + (match[0].length || 1);\n if (cutOff == line.length) break;\n }\n var matchLen = (match && match[0].length) || 0;\n if (!matchLen) {\n if (start == 0 && line.length == 0) {match = undefined;}\n else if (start != doc.getLine(pos.line).length) {\n matchLen++;\n }\n }\n } else {\n query.lastIndex = pos.ch;\n var line = doc.getLine(pos.line), match = query.exec(line);\n var matchLen = (match && match[0].length) || 0;\n var start = match && match.index;\n if (start + matchLen != line.length && !matchLen) matchLen = 1;\n }\n if (match && matchLen)\n return {from: Pos(pos.line, start),\n to: Pos(pos.line, start + matchLen),\n match: match};\n };\n } else { // String query\n var origQuery = query;\n if (caseFold) query = query.toLowerCase();\n var fold = caseFold ? function(str){return str.toLowerCase();} : function(str){return str;};\n var target = query.split(\"\\n\");\n // Different methods for single-line and multi-line queries\n if (target.length == 1) {\n if (!query.length) {\n // Empty string would match anything and never progress, so\n // we define it to match nothing instead.\n this.matches = function() {};\n } else {\n this.matches = function(reverse, pos) {\n if (reverse) {\n var orig = doc.getLine(pos.line).slice(0, pos.ch), line = fold(orig);\n var match = line.lastIndexOf(query);\n if (match > -1) {\n match = adjustPos(orig, line, match);\n return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n }\n } else {\n var orig = doc.getLine(pos.line).slice(pos.ch), line = fold(orig);\n var match = line.indexOf(query);\n if (match > -1) {\n match = adjustPos(orig, line, match) + pos.ch;\n return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n }\n }\n };\n }\n } else {\n var origTarget = origQuery.split(\"\\n\");\n this.matches = function(reverse, pos) {\n var last = target.length - 1;\n if (reverse) {\n if (pos.line - (target.length - 1) < doc.firstLine()) return;\n if (fold(doc.getLine(pos.line).slice(0, origTarget[last].length)) != target[target.length - 1]) return;\n var to = Pos(pos.line, origTarget[last].length);\n for (var ln = pos.line - 1, i = last - 1; i >= 1; --i, --ln)\n if (target[i] != fold(doc.getLine(ln))) return;\n var line = doc.getLine(ln), cut = line.length - origTarget[0].length;\n if (fold(line.slice(cut)) != target[0]) return;\n return {from: Pos(ln, cut), to: to};\n } else {\n if (pos.line + (target.length - 1) > doc.lastLine()) return;\n var line = doc.getLine(pos.line), cut = line.length - origTarget[0].length;\n if (fold(line.slice(cut)) != target[0]) return;\n var from = Pos(pos.line, cut);\n for (var ln = pos.line + 1, i = 1; i < last; ++i, ++ln)\n if (target[i] != fold(doc.getLine(ln))) return;\n if (fold(doc.getLine(ln).slice(0, origTarget[last].length)) != target[last]) return;\n return {from: from, to: Pos(ln, origTarget[last].length)};\n }\n };\n }\n }\n }\n\n SearchCursor.prototype = {\n findNext: function() {return this.find(false);},\n findPrevious: function() {return this.find(true);},\n\n find: function(reverse) {\n var self = this, pos = this.doc.clipPos(reverse ? this.pos.from : this.pos.to);\n function savePosAndFail(line) {\n var pos = Pos(line, 0);\n self.pos = {from: pos, to: pos};\n self.atOccurrence = false;\n return false;\n }\n\n for (;;) {\n if (this.pos = this.matches(reverse, pos)) {\n this.atOccurrence = true;\n return this.pos.match || true;\n }\n if (reverse) {\n if (!pos.line) return savePosAndFail(0);\n pos = Pos(pos.line-1, this.doc.getLine(pos.line-1).length);\n }\n else {\n var maxLine = this.doc.lineCount();\n if (pos.line == maxLine - 1) return savePosAndFail(maxLine);\n pos = Pos(pos.line + 1, 0);\n }\n }\n },\n\n from: function() {if (this.atOccurrence) return this.pos.from;},\n to: function() {if (this.atOccurrence) return this.pos.to;},\n\n replace: function(newText, origin) {\n if (!this.atOccurrence) return;\n var lines = CodeMirror.splitLines(newText);\n this.doc.replaceRange(lines, this.pos.from, this.pos.to, origin);\n this.pos.to = Pos(this.pos.from.line + lines.length - 1,\n lines[lines.length - 1].length + (lines.length == 1 ? this.pos.from.ch : 0));\n }\n };\n\n // Maps a position in a case-folded line back to a position in the original line\n // (compensating for codepoints increasing in number during folding)\n function adjustPos(orig, folded, pos) {\n if (orig.length == folded.length) return pos;\n for (var pos1 = Math.min(pos, orig.length);;) {\n var len1 = orig.slice(0, pos1).toLowerCase().length;\n if (len1 < pos) ++pos1;\n else if (len1 > pos) --pos1;\n else return pos1;\n }\n }\n\n CodeMirror.defineExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n return new SearchCursor(this.doc, query, pos, caseFold);\n });\n CodeMirror.defineDocExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n return new SearchCursor(this, query, pos, caseFold);\n });\n\n CodeMirror.defineExtension(\"selectMatches\", function(query, caseFold) {\n var ranges = [];\n var cur = this.getSearchCursor(query, this.getCursor(\"from\"), caseFold);\n while (cur.findNext()) {\n if (CodeMirror.cmpPos(cur.to(), this.getCursor(\"to\")) > 0) break;\n ranges.push({anchor: cur.from(), head: cur.to()});\n }\n if (ranges.length)\n this.setSelections(ranges, 0);\n });\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/mode/css/css.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/css/css.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"css\", function(config, parserConfig) {\n var inline = parserConfig.inline\n if (!parserConfig.propertyKeywords) parserConfig = CodeMirror.resolveMode(\"text/css\");\n\n var indentUnit = config.indentUnit,\n tokenHooks = parserConfig.tokenHooks,\n documentTypes = parserConfig.documentTypes || {},\n mediaTypes = parserConfig.mediaTypes || {},\n mediaFeatures = parserConfig.mediaFeatures || {},\n mediaValueKeywords = parserConfig.mediaValueKeywords || {},\n propertyKeywords = parserConfig.propertyKeywords || {},\n nonStandardPropertyKeywords = parserConfig.nonStandardPropertyKeywords || {},\n fontProperties = parserConfig.fontProperties || {},\n counterDescriptors = parserConfig.counterDescriptors || {},\n colorKeywords = parserConfig.colorKeywords || {},\n valueKeywords = parserConfig.valueKeywords || {},\n allowNested = parserConfig.allowNested,\n supportsAtComponent = parserConfig.supportsAtComponent === true;\n\n var type, override;\n function ret(style, tp) { type = tp; return style; }\n\n // Tokenizers\n\n function tokenBase(stream, state) {\n var ch = stream.next();\n if (tokenHooks[ch]) {\n var result = tokenHooks[ch](stream, state);\n if (result !== false) return result;\n }\n if (ch == \"@\") {\n stream.eatWhile(/[\\w\\\\\\-]/);\n return ret(\"def\", stream.current());\n } else if (ch == \"=\" || (ch == \"~\" || ch == \"|\") && stream.eat(\"=\")) {\n return ret(null, \"compare\");\n } else if (ch == \"\\\"\" || ch == \"'\") {\n state.tokenize = tokenString(ch);\n return state.tokenize(stream, state);\n } else if (ch == \"#\") {\n stream.eatWhile(/[\\w\\\\\\-]/);\n return ret(\"atom\", \"hash\");\n } else if (ch == \"!\") {\n stream.match(/^\\s*\\w*/);\n return ret(\"keyword\", \"important\");\n } else if (/\\d/.test(ch) || ch == \".\" && stream.eat(/\\d/)) {\n stream.eatWhile(/[\\w.%]/);\n return ret(\"number\", \"unit\");\n } else if (ch === \"-\") {\n if (/[\\d.]/.test(stream.peek())) {\n stream.eatWhile(/[\\w.%]/);\n return ret(\"number\", \"unit\");\n } else if (stream.match(/^-[\\w\\\\\\-]+/)) {\n stream.eatWhile(/[\\w\\\\\\-]/);\n if (stream.match(/^\\s*:/, false))\n return ret(\"variable-2\", \"variable-definition\");\n return ret(\"variable-2\", \"variable\");\n } else if (stream.match(/^\\w+-/)) {\n return ret(\"meta\", \"meta\");\n }\n } else if (/[,+>*\\/]/.test(ch)) {\n return ret(null, \"select-op\");\n } else if (ch == \".\" && stream.match(/^-?[_a-z][_a-z0-9-]*/i)) {\n return ret(\"qualifier\", \"qualifier\");\n } else if (/[:;{}\\[\\]\\(\\)]/.test(ch)) {\n return ret(null, ch);\n } else if ((ch == \"u\" && stream.match(/rl(-prefix)?\\(/)) ||\n (ch == \"d\" && stream.match(\"omain(\")) ||\n (ch == \"r\" && stream.match(\"egexp(\"))) {\n stream.backUp(1);\n state.tokenize = tokenParenthesized;\n return ret(\"property\", \"word\");\n } else if (/[\\w\\\\\\-]/.test(ch)) {\n stream.eatWhile(/[\\w\\\\\\-]/);\n return ret(\"property\", \"word\");\n } else {\n return ret(null, null);\n }\n }\n\n function tokenString(quote) {\n return function(stream, state) {\n var escaped = false, ch;\n while ((ch = stream.next()) != null) {\n if (ch == quote && !escaped) {\n if (quote == \")\") stream.backUp(1);\n break;\n }\n escaped = !escaped && ch == \"\\\\\";\n }\n if (ch == quote || !escaped && quote != \")\") state.tokenize = null;\n return ret(\"string\", \"string\");\n };\n }\n\n function tokenParenthesized(stream, state) {\n stream.next(); // Must be '('\n if (!stream.match(/\\s*[\\\"\\')]/, false))\n state.tokenize = tokenString(\")\");\n else\n state.tokenize = null;\n return ret(null, \"(\");\n }\n\n // Context management\n\n function Context(type, indent, prev) {\n this.type = type;\n this.indent = indent;\n this.prev = prev;\n }\n\n function pushContext(state, stream, type, indent) {\n state.context = new Context(type, stream.indentation() + (indent === false ? 0 : indentUnit), state.context);\n return type;\n }\n\n function popContext(state) {\n if (state.context.prev)\n state.context = state.context.prev;\n return state.context.type;\n }\n\n function pass(type, stream, state) {\n return states[state.context.type](type, stream, state);\n }\n function popAndPass(type, stream, state, n) {\n for (var i = n || 1; i > 0; i--)\n state.context = state.context.prev;\n return pass(type, stream, state);\n }\n\n // Parser\n\n function wordAsValue(stream) {\n var word = stream.current().toLowerCase();\n if (valueKeywords.hasOwnProperty(word))\n override = \"atom\";\n else if (colorKeywords.hasOwnProperty(word))\n override = \"keyword\";\n else\n override = \"variable\";\n }\n\n var states = {};\n\n states.top = function(type, stream, state) {\n if (type == \"{\") {\n return pushContext(state, stream, \"block\");\n } else if (type == \"}\" && state.context.prev) {\n return popContext(state);\n } else if (supportsAtComponent && /@component/.test(type)) {\n return pushContext(state, stream, \"atComponentBlock\");\n } else if (/^@(-moz-)?document$/.test(type)) {\n return pushContext(state, stream, \"documentTypes\");\n } else if (/^@(media|supports|(-moz-)?document|import)$/.test(type)) {\n return pushContext(state, stream, \"atBlock\");\n } else if (/^@(font-face|counter-style)/.test(type)) {\n state.stateArg = type;\n return \"restricted_atBlock_before\";\n } else if (/^@(-(moz|ms|o|webkit)-)?keyframes$/.test(type)) {\n return \"keyframes\";\n } else if (type && type.charAt(0) == \"@\") {\n return pushContext(state, stream, \"at\");\n } else if (type == \"hash\") {\n override = \"builtin\";\n } else if (type == \"word\") {\n override = \"tag\";\n } else if (type == \"variable-definition\") {\n return \"maybeprop\";\n } else if (type == \"interpolation\") {\n return pushContext(state, stream, \"interpolation\");\n } else if (type == \":\") {\n return \"pseudo\";\n } else if (allowNested && type == \"(\") {\n return pushContext(state, stream, \"parens\");\n }\n return state.context.type;\n };\n\n states.block = function(type, stream, state) {\n if (type == \"word\") {\n var word = stream.current().toLowerCase();\n if (propertyKeywords.hasOwnProperty(word)) {\n override = \"property\";\n return \"maybeprop\";\n } else if (nonStandardPropertyKeywords.hasOwnProperty(word)) {\n override = \"string-2\";\n return \"maybeprop\";\n } else if (allowNested) {\n override = stream.match(/^\\s*:(?:\\s|$)/, false) ? \"property\" : \"tag\";\n return \"block\";\n } else {\n override += \" error\";\n return \"maybeprop\";\n }\n } else if (type == \"meta\") {\n return \"block\";\n } else if (!allowNested && (type == \"hash\" || type == \"qualifier\")) {\n override = \"error\";\n return \"block\";\n } else {\n return states.top(type, stream, state);\n }\n };\n\n states.maybeprop = function(type, stream, state) {\n if (type == \":\") return pushContext(state, stream, \"prop\");\n return pass(type, stream, state);\n };\n\n states.prop = function(type, stream, state) {\n if (type == \";\") return popContext(state);\n if (type == \"{\" && allowNested) return pushContext(state, stream, \"propBlock\");\n if (type == \"}\" || type == \"{\") return popAndPass(type, stream, state);\n if (type == \"(\") return pushContext(state, stream, \"parens\");\n\n if (type == \"hash\" && !/^#([0-9a-fA-f]{3,4}|[0-9a-fA-f]{6}|[0-9a-fA-f]{8})$/.test(stream.current())) {\n override += \" error\";\n } else if (type == \"word\") {\n wordAsValue(stream);\n } else if (type == \"interpolation\") {\n return pushContext(state, stream, \"interpolation\");\n }\n return \"prop\";\n };\n\n states.propBlock = function(type, _stream, state) {\n if (type == \"}\") return popContext(state);\n if (type == \"word\") { override = \"property\"; return \"maybeprop\"; }\n return state.context.type;\n };\n\n states.parens = function(type, stream, state) {\n if (type == \"{\" || type == \"}\") return popAndPass(type, stream, state);\n if (type == \")\") return popContext(state);\n if (type == \"(\") return pushContext(state, stream, \"parens\");\n if (type == \"interpolation\") return pushContext(state, stream, \"interpolation\");\n if (type == \"word\") wordAsValue(stream);\n return \"parens\";\n };\n\n states.pseudo = function(type, stream, state) {\n if (type == \"word\") {\n override = \"variable-3\";\n return state.context.type;\n }\n return pass(type, stream, state);\n };\n\n states.documentTypes = function(type, stream, state) {\n if (type == \"word\" && documentTypes.hasOwnProperty(stream.current())) {\n override = \"tag\";\n return state.context.type;\n } else {\n return states.atBlock(type, stream, state);\n }\n };\n\n states.atBlock = function(type, stream, state) {\n if (type == \"(\") return pushContext(state, stream, \"atBlock_parens\");\n if (type == \"}\" || type == \";\") return popAndPass(type, stream, state);\n if (type == \"{\") return popContext(state) && pushContext(state, stream, allowNested ? \"block\" : \"top\");\n\n if (type == \"interpolation\") return pushContext(state, stream, \"interpolation\");\n\n if (type == \"word\") {\n var word = stream.current().toLowerCase();\n if (word == \"only\" || word == \"not\" || word == \"and\" || word == \"or\")\n override = \"keyword\";\n else if (mediaTypes.hasOwnProperty(word))\n override = \"attribute\";\n else if (mediaFeatures.hasOwnProperty(word))\n override = \"property\";\n else if (mediaValueKeywords.hasOwnProperty(word))\n override = \"keyword\";\n else if (propertyKeywords.hasOwnProperty(word))\n override = \"property\";\n else if (nonStandardPropertyKeywords.hasOwnProperty(word))\n override = \"string-2\";\n else if (valueKeywords.hasOwnProperty(word))\n override = \"atom\";\n else if (colorKeywords.hasOwnProperty(word))\n override = \"keyword\";\n else\n override = \"error\";\n }\n return state.context.type;\n };\n\n states.atComponentBlock = function(type, stream, state) {\n if (type == \"}\")\n return popAndPass(type, stream, state);\n if (type == \"{\")\n return popContext(state) && pushContext(state, stream, allowNested ? \"block\" : \"top\", false);\n if (type == \"word\")\n override = \"error\";\n return state.context.type;\n };\n\n states.atBlock_parens = function(type, stream, state) {\n if (type == \")\") return popContext(state);\n if (type == \"{\" || type == \"}\") return popAndPass(type, stream, state, 2);\n return states.atBlock(type, stream, state);\n };\n\n states.restricted_atBlock_before = function(type, stream, state) {\n if (type == \"{\")\n return pushContext(state, stream, \"restricted_atBlock\");\n if (type == \"word\" && state.stateArg == \"@counter-style\") {\n override = \"variable\";\n return \"restricted_atBlock_before\";\n }\n return pass(type, stream, state);\n };\n\n states.restricted_atBlock = function(type, stream, state) {\n if (type == \"}\") {\n state.stateArg = null;\n return popContext(state);\n }\n if (type == \"word\") {\n if ((state.stateArg == \"@font-face\" && !fontProperties.hasOwnProperty(stream.current().toLowerCase())) ||\n (state.stateArg == \"@counter-style\" && !counterDescriptors.hasOwnProperty(stream.current().toLowerCase())))\n override = \"error\";\n else\n override = \"property\";\n return \"maybeprop\";\n }\n return \"restricted_atBlock\";\n };\n\n states.keyframes = function(type, stream, state) {\n if (type == \"word\") { override = \"variable\"; return \"keyframes\"; }\n if (type == \"{\") return pushContext(state, stream, \"top\");\n return pass(type, stream, state);\n };\n\n states.at = function(type, stream, state) {\n if (type == \";\") return popContext(state);\n if (type == \"{\" || type == \"}\") return popAndPass(type, stream, state);\n if (type == \"word\") override = \"tag\";\n else if (type == \"hash\") override = \"builtin\";\n return \"at\";\n };\n\n states.interpolation = function(type, stream, state) {\n if (type == \"}\") return popContext(state);\n if (type == \"{\" || type == \";\") return popAndPass(type, stream, state);\n if (type == \"word\") override = \"variable\";\n else if (type != \"variable\" && type != \"(\" && type != \")\") override = \"error\";\n return \"interpolation\";\n };\n\n return {\n startState: function(base) {\n return {tokenize: null,\n state: inline ? \"block\" : \"top\",\n stateArg: null,\n context: new Context(inline ? \"block\" : \"top\", base || 0, null)};\n },\n\n token: function(stream, state) {\n if (!state.tokenize && stream.eatSpace()) return null;\n var style = (state.tokenize || tokenBase)(stream, state);\n if (style && typeof style == \"object\") {\n type = style[1];\n style = style[0];\n }\n override = style;\n state.state = states[state.state](type, stream, state);\n return override;\n },\n\n indent: function(state, textAfter) {\n var cx = state.context, ch = textAfter && textAfter.charAt(0);\n var indent = cx.indent;\n if (cx.type == \"prop\" && (ch == \"}\" || ch == \")\")) cx = cx.prev;\n if (cx.prev) {\n if (ch == \"}\" && (cx.type == \"block\" || cx.type == \"top\" ||\n cx.type == \"interpolation\" || cx.type == \"restricted_atBlock\")) {\n // Resume indentation from parent context.\n cx = cx.prev;\n indent = cx.indent;\n } else if (ch == \")\" && (cx.type == \"parens\" || cx.type == \"atBlock_parens\") ||\n ch == \"{\" && (cx.type == \"at\" || cx.type == \"atBlock\")) {\n // Dedent relative to current context.\n indent = Math.max(0, cx.indent - indentUnit);\n cx = cx.prev;\n }\n }\n return indent;\n },\n\n electricChars: \"}\",\n blockCommentStart: \"/*\",\n blockCommentEnd: \"*/\",\n fold: \"brace\"\n };\n});\n\n function keySet(array) {\n var keys = {};\n for (var i = 0; i < array.length; ++i) {\n keys[array[i]] = true;\n }\n return keys;\n }\n\n var documentTypes_ = [\n \"domain\", \"regexp\", \"url\", \"url-prefix\"\n ], documentTypes = keySet(documentTypes_);\n\n var mediaTypes_ = [\n \"all\", \"aural\", \"braille\", \"handheld\", \"print\", \"projection\", \"screen\",\n \"tty\", \"tv\", \"embossed\"\n ], mediaTypes = keySet(mediaTypes_);\n\n var mediaFeatures_ = [\n \"width\", \"min-width\", \"max-width\", \"height\", \"min-height\", \"max-height\",\n \"device-width\", \"min-device-width\", \"max-device-width\", \"device-height\",\n \"min-device-height\", \"max-device-height\", \"aspect-ratio\",\n \"min-aspect-ratio\", \"max-aspect-ratio\", \"device-aspect-ratio\",\n \"min-device-aspect-ratio\", \"max-device-aspect-ratio\", \"color\", \"min-color\",\n \"max-color\", \"color-index\", \"min-color-index\", \"max-color-index\",\n \"monochrome\", \"min-monochrome\", \"max-monochrome\", \"resolution\",\n \"min-resolution\", \"max-resolution\", \"scan\", \"grid\", \"orientation\",\n \"device-pixel-ratio\", \"min-device-pixel-ratio\", \"max-device-pixel-ratio\",\n \"pointer\", \"any-pointer\", \"hover\", \"any-hover\"\n ], mediaFeatures = keySet(mediaFeatures_);\n\n var mediaValueKeywords_ = [\n \"landscape\", \"portrait\", \"none\", \"coarse\", \"fine\", \"on-demand\", \"hover\",\n \"interlace\", \"progressive\"\n ], mediaValueKeywords = keySet(mediaValueKeywords_);\n\n var propertyKeywords_ = [\n \"align-content\", \"align-items\", \"align-self\", \"alignment-adjust\",\n \"alignment-baseline\", \"anchor-point\", \"animation\", \"animation-delay\",\n \"animation-direction\", \"animation-duration\", \"animation-fill-mode\",\n \"animation-iteration-count\", \"animation-name\", \"animation-play-state\",\n \"animation-timing-function\", \"appearance\", \"azimuth\", \"backface-visibility\",\n \"background\", \"background-attachment\", \"background-blend-mode\", \"background-clip\",\n \"background-color\", \"background-image\", \"background-origin\", \"background-position\",\n \"background-repeat\", \"background-size\", \"baseline-shift\", \"binding\",\n \"bleed\", \"bookmark-label\", \"bookmark-level\", \"bookmark-state\",\n \"bookmark-target\", \"border\", \"border-bottom\", \"border-bottom-color\",\n \"border-bottom-left-radius\", \"border-bottom-right-radius\",\n \"border-bottom-style\", \"border-bottom-width\", \"border-collapse\",\n \"border-color\", \"border-image\", \"border-image-outset\",\n \"border-image-repeat\", \"border-image-slice\", \"border-image-source\",\n \"border-image-width\", \"border-left\", \"border-left-color\",\n \"border-left-style\", \"border-left-width\", \"border-radius\", \"border-right\",\n \"border-right-color\", \"border-right-style\", \"border-right-width\",\n \"border-spacing\", \"border-style\", \"border-top\", \"border-top-color\",\n \"border-top-left-radius\", \"border-top-right-radius\", \"border-top-style\",\n \"border-top-width\", \"border-width\", \"bottom\", \"box-decoration-break\",\n \"box-shadow\", \"box-sizing\", \"break-after\", \"break-before\", \"break-inside\",\n \"caption-side\", \"clear\", \"clip\", \"color\", \"color-profile\", \"column-count\",\n \"column-fill\", \"column-gap\", \"column-rule\", \"column-rule-color\",\n \"column-rule-style\", \"column-rule-width\", \"column-span\", \"column-width\",\n \"columns\", \"content\", \"counter-increment\", \"counter-reset\", \"crop\", \"cue\",\n \"cue-after\", \"cue-before\", \"cursor\", \"direction\", \"display\",\n \"dominant-baseline\", \"drop-initial-after-adjust\",\n \"drop-initial-after-align\", \"drop-initial-before-adjust\",\n \"drop-initial-before-align\", \"drop-initial-size\", \"drop-initial-value\",\n \"elevation\", \"empty-cells\", \"fit\", \"fit-position\", \"flex\", \"flex-basis\",\n \"flex-direction\", \"flex-flow\", \"flex-grow\", \"flex-shrink\", \"flex-wrap\",\n \"float\", \"float-offset\", \"flow-from\", \"flow-into\", \"font\", \"font-feature-settings\",\n \"font-family\", \"font-kerning\", \"font-language-override\", \"font-size\", \"font-size-adjust\",\n \"font-stretch\", \"font-style\", \"font-synthesis\", \"font-variant\",\n \"font-variant-alternates\", \"font-variant-caps\", \"font-variant-east-asian\",\n \"font-variant-ligatures\", \"font-variant-numeric\", \"font-variant-position\",\n \"font-weight\", \"grid\", \"grid-area\", \"grid-auto-columns\", \"grid-auto-flow\",\n \"grid-auto-position\", \"grid-auto-rows\", \"grid-column\", \"grid-column-end\",\n \"grid-column-start\", \"grid-row\", \"grid-row-end\", \"grid-row-start\",\n \"grid-template\", \"grid-template-areas\", \"grid-template-columns\",\n \"grid-template-rows\", \"hanging-punctuation\", \"height\", \"hyphens\",\n \"icon\", \"image-orientation\", \"image-rendering\", \"image-resolution\",\n \"inline-box-align\", \"justify-content\", \"left\", \"letter-spacing\",\n \"line-break\", \"line-height\", \"line-stacking\", \"line-stacking-ruby\",\n \"line-stacking-shift\", \"line-stacking-strategy\", \"list-style\",\n \"list-style-image\", \"list-style-position\", \"list-style-type\", \"margin\",\n \"margin-bottom\", \"margin-left\", \"margin-right\", \"margin-top\",\n \"marker-offset\", \"marks\", \"marquee-direction\", \"marquee-loop\",\n \"marquee-play-count\", \"marquee-speed\", \"marquee-style\", \"max-height\",\n \"max-width\", \"min-height\", \"min-width\", \"move-to\", \"nav-down\", \"nav-index\",\n \"nav-left\", \"nav-right\", \"nav-up\", \"object-fit\", \"object-position\",\n \"opacity\", \"order\", \"orphans\", \"outline\",\n \"outline-color\", \"outline-offset\", \"outline-style\", \"outline-width\",\n \"overflow\", \"overflow-style\", \"overflow-wrap\", \"overflow-x\", \"overflow-y\",\n \"padding\", \"padding-bottom\", \"padding-left\", \"padding-right\", \"padding-top\",\n \"page\", \"page-break-after\", \"page-break-before\", \"page-break-inside\",\n \"page-policy\", \"pause\", \"pause-after\", \"pause-before\", \"perspective\",\n \"perspective-origin\", \"pitch\", \"pitch-range\", \"play-during\", \"position\",\n \"presentation-level\", \"punctuation-trim\", \"quotes\", \"region-break-after\",\n \"region-break-before\", \"region-break-inside\", \"region-fragment\",\n \"rendering-intent\", \"resize\", \"rest\", \"rest-after\", \"rest-before\", \"richness\",\n \"right\", \"rotation\", \"rotation-point\", \"ruby-align\", \"ruby-overhang\",\n \"ruby-position\", \"ruby-span\", \"shape-image-threshold\", \"shape-inside\", \"shape-margin\",\n \"shape-outside\", \"size\", \"speak\", \"speak-as\", \"speak-header\",\n \"speak-numeral\", \"speak-punctuation\", \"speech-rate\", \"stress\", \"string-set\",\n \"tab-size\", \"table-layout\", \"target\", \"target-name\", \"target-new\",\n \"target-position\", \"text-align\", \"text-align-last\", \"text-decoration\",\n \"text-decoration-color\", \"text-decoration-line\", \"text-decoration-skip\",\n \"text-decoration-style\", \"text-emphasis\", \"text-emphasis-color\",\n \"text-emphasis-position\", \"text-emphasis-style\", \"text-height\",\n \"text-indent\", \"text-justify\", \"text-outline\", \"text-overflow\", \"text-shadow\",\n \"text-size-adjust\", \"text-space-collapse\", \"text-transform\", \"text-underline-position\",\n \"text-wrap\", \"top\", \"transform\", \"transform-origin\", \"transform-style\",\n \"transition\", \"transition-delay\", \"transition-duration\",\n \"transition-property\", \"transition-timing-function\", \"unicode-bidi\",\n \"vertical-align\", \"visibility\", \"voice-balance\", \"voice-duration\",\n \"voice-family\", \"voice-pitch\", \"voice-range\", \"voice-rate\", \"voice-stress\",\n \"voice-volume\", \"volume\", \"white-space\", \"widows\", \"width\", \"word-break\",\n \"word-spacing\", \"word-wrap\", \"z-index\",\n // SVG-specific\n \"clip-path\", \"clip-rule\", \"mask\", \"enable-background\", \"filter\", \"flood-color\",\n \"flood-opacity\", \"lighting-color\", \"stop-color\", \"stop-opacity\", \"pointer-events\",\n \"color-interpolation\", \"color-interpolation-filters\",\n \"color-rendering\", \"fill\", \"fill-opacity\", \"fill-rule\", \"image-rendering\",\n \"marker\", \"marker-end\", \"marker-mid\", \"marker-start\", \"shape-rendering\", \"stroke\",\n \"stroke-dasharray\", \"stroke-dashoffset\", \"stroke-linecap\", \"stroke-linejoin\",\n \"stroke-miterlimit\", \"stroke-opacity\", \"stroke-width\", \"text-rendering\",\n \"baseline-shift\", \"dominant-baseline\", \"glyph-orientation-horizontal\",\n \"glyph-orientation-vertical\", \"text-anchor\", \"writing-mode\"\n ], propertyKeywords = keySet(propertyKeywords_);\n\n var nonStandardPropertyKeywords_ = [\n \"scrollbar-arrow-color\", \"scrollbar-base-color\", \"scrollbar-dark-shadow-color\",\n \"scrollbar-face-color\", \"scrollbar-highlight-color\", \"scrollbar-shadow-color\",\n \"scrollbar-3d-light-color\", \"scrollbar-track-color\", \"shape-inside\",\n \"searchfield-cancel-button\", \"searchfield-decoration\", \"searchfield-results-button\",\n \"searchfield-results-decoration\", \"zoom\"\n ], nonStandardPropertyKeywords = keySet(nonStandardPropertyKeywords_);\n\n var fontProperties_ = [\n \"font-family\", \"src\", \"unicode-range\", \"font-variant\", \"font-feature-settings\",\n \"font-stretch\", \"font-weight\", \"font-style\"\n ], fontProperties = keySet(fontProperties_);\n\n var counterDescriptors_ = [\n \"additive-symbols\", \"fallback\", \"negative\", \"pad\", \"prefix\", \"range\",\n \"speak-as\", \"suffix\", \"symbols\", \"system\"\n ], counterDescriptors = keySet(counterDescriptors_);\n\n var colorKeywords_ = [\n \"aliceblue\", \"antiquewhite\", \"aqua\", \"aquamarine\", \"azure\", \"beige\",\n \"bisque\", \"black\", \"blanchedalmond\", \"blue\", \"blueviolet\", \"brown\",\n \"burlywood\", \"cadetblue\", \"chartreuse\", \"chocolate\", \"coral\", \"cornflowerblue\",\n \"cornsilk\", \"crimson\", \"cyan\", \"darkblue\", \"darkcyan\", \"darkgoldenrod\",\n \"darkgray\", \"darkgreen\", \"darkkhaki\", \"darkmagenta\", \"darkolivegreen\",\n \"darkorange\", \"darkorchid\", \"darkred\", \"darksalmon\", \"darkseagreen\",\n \"darkslateblue\", \"darkslategray\", \"darkturquoise\", \"darkviolet\",\n \"deeppink\", \"deepskyblue\", \"dimgray\", \"dodgerblue\", \"firebrick\",\n \"floralwhite\", \"forestgreen\", \"fuchsia\", \"gainsboro\", \"ghostwhite\",\n \"gold\", \"goldenrod\", \"gray\", \"grey\", \"green\", \"greenyellow\", \"honeydew\",\n \"hotpink\", \"indianred\", \"indigo\", \"ivory\", \"khaki\", \"lavender\",\n \"lavenderblush\", \"lawngreen\", \"lemonchiffon\", \"lightblue\", \"lightcoral\",\n \"lightcyan\", \"lightgoldenrodyellow\", \"lightgray\", \"lightgreen\", \"lightpink\",\n \"lightsalmon\", \"lightseagreen\", \"lightskyblue\", \"lightslategray\",\n \"lightsteelblue\", \"lightyellow\", \"lime\", \"limegreen\", \"linen\", \"magenta\",\n \"maroon\", \"mediumaquamarine\", \"mediumblue\", \"mediumorchid\", \"mediumpurple\",\n \"mediumseagreen\", \"mediumslateblue\", \"mediumspringgreen\", \"mediumturquoise\",\n \"mediumvioletred\", \"midnightblue\", \"mintcream\", \"mistyrose\", \"moccasin\",\n \"navajowhite\", \"navy\", \"oldlace\", \"olive\", \"olivedrab\", \"orange\", \"orangered\",\n \"orchid\", \"palegoldenrod\", \"palegreen\", \"paleturquoise\", \"palevioletred\",\n \"papayawhip\", \"peachpuff\", \"peru\", \"pink\", \"plum\", \"powderblue\",\n \"purple\", \"rebeccapurple\", \"red\", \"rosybrown\", \"royalblue\", \"saddlebrown\",\n \"salmon\", \"sandybrown\", \"seagreen\", \"seashell\", \"sienna\", \"silver\", \"skyblue\",\n \"slateblue\", \"slategray\", \"snow\", \"springgreen\", \"steelblue\", \"tan\",\n \"teal\", \"thistle\", \"tomato\", \"turquoise\", \"violet\", \"wheat\", \"white\",\n \"whitesmoke\", \"yellow\", \"yellowgreen\"\n ], colorKeywords = keySet(colorKeywords_);\n\n var valueKeywords_ = [\n \"above\", \"absolute\", \"activeborder\", \"additive\", \"activecaption\", \"afar\",\n \"after-white-space\", \"ahead\", \"alias\", \"all\", \"all-scroll\", \"alphabetic\", \"alternate\",\n \"always\", \"amharic\", \"amharic-abegede\", \"antialiased\", \"appworkspace\",\n \"arabic-indic\", \"armenian\", \"asterisks\", \"attr\", \"auto\", \"avoid\", \"avoid-column\", \"avoid-page\",\n \"avoid-region\", \"background\", \"backwards\", \"baseline\", \"below\", \"bidi-override\", \"binary\",\n \"bengali\", \"blink\", \"block\", \"block-axis\", \"bold\", \"bolder\", \"border\", \"border-box\",\n \"both\", \"bottom\", \"break\", \"break-all\", \"break-word\", \"bullets\", \"button\", \"button-bevel\",\n \"buttonface\", \"buttonhighlight\", \"buttonshadow\", \"buttontext\", \"calc\", \"cambodian\",\n \"capitalize\", \"caps-lock-indicator\", \"caption\", \"captiontext\", \"caret\",\n \"cell\", \"center\", \"checkbox\", \"circle\", \"cjk-decimal\", \"cjk-earthly-branch\",\n \"cjk-heavenly-stem\", \"cjk-ideographic\", \"clear\", \"clip\", \"close-quote\",\n \"col-resize\", \"collapse\", \"color\", \"color-burn\", \"color-dodge\", \"column\", \"column-reverse\",\n \"compact\", \"condensed\", \"contain\", \"content\",\n \"content-box\", \"context-menu\", \"continuous\", \"copy\", \"counter\", \"counters\", \"cover\", \"crop\",\n \"cross\", \"crosshair\", \"currentcolor\", \"cursive\", \"cyclic\", \"darken\", \"dashed\", \"decimal\",\n \"decimal-leading-zero\", \"default\", \"default-button\", \"destination-atop\",\n \"destination-in\", \"destination-out\", \"destination-over\", \"devanagari\", \"difference\",\n \"disc\", \"discard\", \"disclosure-closed\", \"disclosure-open\", \"document\",\n \"dot-dash\", \"dot-dot-dash\",\n \"dotted\", \"double\", \"down\", \"e-resize\", \"ease\", \"ease-in\", \"ease-in-out\", \"ease-out\",\n \"element\", \"ellipse\", \"ellipsis\", \"embed\", \"end\", \"ethiopic\", \"ethiopic-abegede\",\n \"ethiopic-abegede-am-et\", \"ethiopic-abegede-gez\", \"ethiopic-abegede-ti-er\",\n \"ethiopic-abegede-ti-et\", \"ethiopic-halehame-aa-er\",\n \"ethiopic-halehame-aa-et\", \"ethiopic-halehame-am-et\",\n \"ethiopic-halehame-gez\", \"ethiopic-halehame-om-et\",\n \"ethiopic-halehame-sid-et\", \"ethiopic-halehame-so-et\",\n \"ethiopic-halehame-ti-er\", \"ethiopic-halehame-ti-et\", \"ethiopic-halehame-tig\",\n \"ethiopic-numeric\", \"ew-resize\", \"exclusion\", \"expanded\", \"extends\", \"extra-condensed\",\n \"extra-expanded\", \"fantasy\", \"fast\", \"fill\", \"fixed\", \"flat\", \"flex\", \"flex-end\", \"flex-start\", \"footnotes\",\n \"forwards\", \"from\", \"geometricPrecision\", \"georgian\", \"graytext\", \"groove\",\n \"gujarati\", \"gurmukhi\", \"hand\", \"hangul\", \"hangul-consonant\", \"hard-light\", \"hebrew\",\n \"help\", \"hidden\", \"hide\", \"higher\", \"highlight\", \"highlighttext\",\n \"hiragana\", \"hiragana-iroha\", \"horizontal\", \"hsl\", \"hsla\", \"hue\", \"icon\", \"ignore\",\n \"inactiveborder\", \"inactivecaption\", \"inactivecaptiontext\", \"infinite\",\n \"infobackground\", \"infotext\", \"inherit\", \"initial\", \"inline\", \"inline-axis\",\n \"inline-block\", \"inline-flex\", \"inline-table\", \"inset\", \"inside\", \"intrinsic\", \"invert\",\n \"italic\", \"japanese-formal\", \"japanese-informal\", \"justify\", \"kannada\",\n \"katakana\", \"katakana-iroha\", \"keep-all\", \"khmer\",\n \"korean-hangul-formal\", \"korean-hanja-formal\", \"korean-hanja-informal\",\n \"landscape\", \"lao\", \"large\", \"larger\", \"left\", \"level\", \"lighter\", \"lighten\",\n \"line-through\", \"linear\", \"linear-gradient\", \"lines\", \"list-item\", \"listbox\", \"listitem\",\n \"local\", \"logical\", \"loud\", \"lower\", \"lower-alpha\", \"lower-armenian\",\n \"lower-greek\", \"lower-hexadecimal\", \"lower-latin\", \"lower-norwegian\",\n \"lower-roman\", \"lowercase\", \"ltr\", \"luminosity\", \"malayalam\", \"match\", \"matrix\", \"matrix3d\",\n \"media-controls-background\", \"media-current-time-display\",\n \"media-fullscreen-button\", \"media-mute-button\", \"media-play-button\",\n \"media-return-to-realtime-button\", \"media-rewind-button\",\n \"media-seek-back-button\", \"media-seek-forward-button\", \"media-slider\",\n \"media-sliderthumb\", \"media-time-remaining-display\", \"media-volume-slider\",\n \"media-volume-slider-container\", \"media-volume-sliderthumb\", \"medium\",\n \"menu\", \"menulist\", \"menulist-button\", \"menulist-text\",\n \"menulist-textfield\", \"menutext\", \"message-box\", \"middle\", \"min-intrinsic\",\n \"mix\", \"mongolian\", \"monospace\", \"move\", \"multiple\", \"multiply\", \"myanmar\", \"n-resize\",\n \"narrower\", \"ne-resize\", \"nesw-resize\", \"no-close-quote\", \"no-drop\",\n \"no-open-quote\", \"no-repeat\", \"none\", \"normal\", \"not-allowed\", \"nowrap\",\n \"ns-resize\", \"numbers\", \"numeric\", \"nw-resize\", \"nwse-resize\", \"oblique\", \"octal\", \"open-quote\",\n \"optimizeLegibility\", \"optimizeSpeed\", \"oriya\", \"oromo\", \"outset\",\n \"outside\", \"outside-shape\", \"overlay\", \"overline\", \"padding\", \"padding-box\",\n \"painted\", \"page\", \"paused\", \"persian\", \"perspective\", \"plus-darker\", \"plus-lighter\",\n \"pointer\", \"polygon\", \"portrait\", \"pre\", \"pre-line\", \"pre-wrap\", \"preserve-3d\",\n \"progress\", \"push-button\", \"radial-gradient\", \"radio\", \"read-only\",\n \"read-write\", \"read-write-plaintext-only\", \"rectangle\", \"region\",\n \"relative\", \"repeat\", \"repeating-linear-gradient\",\n \"repeating-radial-gradient\", \"repeat-x\", \"repeat-y\", \"reset\", \"reverse\",\n \"rgb\", \"rgba\", \"ridge\", \"right\", \"rotate\", \"rotate3d\", \"rotateX\", \"rotateY\",\n \"rotateZ\", \"round\", \"row\", \"row-resize\", \"row-reverse\", \"rtl\", \"run-in\", \"running\",\n \"s-resize\", \"sans-serif\", \"saturation\", \"scale\", \"scale3d\", \"scaleX\", \"scaleY\", \"scaleZ\", \"screen\",\n \"scroll\", \"scrollbar\", \"se-resize\", \"searchfield\",\n \"searchfield-cancel-button\", \"searchfield-decoration\",\n \"searchfield-results-button\", \"searchfield-results-decoration\",\n \"semi-condensed\", \"semi-expanded\", \"separate\", \"serif\", \"show\", \"sidama\",\n \"simp-chinese-formal\", \"simp-chinese-informal\", \"single\",\n \"skew\", \"skewX\", \"skewY\", \"skip-white-space\", \"slide\", \"slider-horizontal\",\n \"slider-vertical\", \"sliderthumb-horizontal\", \"sliderthumb-vertical\", \"slow\",\n \"small\", \"small-caps\", \"small-caption\", \"smaller\", \"soft-light\", \"solid\", \"somali\",\n \"source-atop\", \"source-in\", \"source-out\", \"source-over\", \"space\", \"space-around\", \"space-between\", \"spell-out\", \"square\",\n \"square-button\", \"start\", \"static\", \"status-bar\", \"stretch\", \"stroke\", \"sub\",\n \"subpixel-antialiased\", \"super\", \"sw-resize\", \"symbolic\", \"symbols\", \"table\",\n \"table-caption\", \"table-cell\", \"table-column\", \"table-column-group\",\n \"table-footer-group\", \"table-header-group\", \"table-row\", \"table-row-group\",\n \"tamil\",\n \"telugu\", \"text\", \"text-bottom\", \"text-top\", \"textarea\", \"textfield\", \"thai\",\n \"thick\", \"thin\", \"threeddarkshadow\", \"threedface\", \"threedhighlight\",\n \"threedlightshadow\", \"threedshadow\", \"tibetan\", \"tigre\", \"tigrinya-er\",\n \"tigrinya-er-abegede\", \"tigrinya-et\", \"tigrinya-et-abegede\", \"to\", \"top\",\n \"trad-chinese-formal\", \"trad-chinese-informal\",\n \"translate\", \"translate3d\", \"translateX\", \"translateY\", \"translateZ\",\n \"transparent\", \"ultra-condensed\", \"ultra-expanded\", \"underline\", \"up\",\n \"upper-alpha\", \"upper-armenian\", \"upper-greek\", \"upper-hexadecimal\",\n \"upper-latin\", \"upper-norwegian\", \"upper-roman\", \"uppercase\", \"urdu\", \"url\",\n \"var\", \"vertical\", \"vertical-text\", \"visible\", \"visibleFill\", \"visiblePainted\",\n \"visibleStroke\", \"visual\", \"w-resize\", \"wait\", \"wave\", \"wider\",\n \"window\", \"windowframe\", \"windowtext\", \"words\", \"wrap\", \"wrap-reverse\", \"x-large\", \"x-small\", \"xor\",\n \"xx-large\", \"xx-small\"\n ], valueKeywords = keySet(valueKeywords_);\n\n var allWords = documentTypes_.concat(mediaTypes_).concat(mediaFeatures_).concat(mediaValueKeywords_)\n .concat(propertyKeywords_).concat(nonStandardPropertyKeywords_).concat(colorKeywords_)\n .concat(valueKeywords_);\n CodeMirror.registerHelper(\"hintWords\", \"css\", allWords);\n\n function tokenCComment(stream, state) {\n var maybeEnd = false, ch;\n while ((ch = stream.next()) != null) {\n if (maybeEnd && ch == \"/\") {\n state.tokenize = null;\n break;\n }\n maybeEnd = (ch == \"*\");\n }\n return [\"comment\", \"comment\"];\n }\n\n CodeMirror.defineMIME(\"text/css\", {\n documentTypes: documentTypes,\n mediaTypes: mediaTypes,\n mediaFeatures: mediaFeatures,\n mediaValueKeywords: mediaValueKeywords,\n propertyKeywords: propertyKeywords,\n nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n fontProperties: fontProperties,\n counterDescriptors: counterDescriptors,\n colorKeywords: colorKeywords,\n valueKeywords: valueKeywords,\n tokenHooks: {\n \"/\": function(stream, state) {\n if (!stream.eat(\"*\")) return false;\n state.tokenize = tokenCComment;\n return tokenCComment(stream, state);\n }\n },\n name: \"css\"\n });\n\n CodeMirror.defineMIME(\"text/x-scss\", {\n mediaTypes: mediaTypes,\n mediaFeatures: mediaFeatures,\n mediaValueKeywords: mediaValueKeywords,\n propertyKeywords: propertyKeywords,\n nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n colorKeywords: colorKeywords,\n valueKeywords: valueKeywords,\n fontProperties: fontProperties,\n allowNested: true,\n tokenHooks: {\n \"/\": function(stream, state) {\n if (stream.eat(\"/\")) {\n stream.skipToEnd();\n return [\"comment\", \"comment\"];\n } else if (stream.eat(\"*\")) {\n state.tokenize = tokenCComment;\n return tokenCComment(stream, state);\n } else {\n return [\"operator\", \"operator\"];\n }\n },\n \":\": function(stream) {\n if (stream.match(/\\s*\\{/))\n return [null, \"{\"];\n return false;\n },\n \"$\": function(stream) {\n stream.match(/^[\\w-]+/);\n if (stream.match(/^\\s*:/, false))\n return [\"variable-2\", \"variable-definition\"];\n return [\"variable-2\", \"variable\"];\n },\n \"#\": function(stream) {\n if (!stream.eat(\"{\")) return false;\n return [null, \"interpolation\"];\n }\n },\n name: \"css\",\n helperType: \"scss\"\n });\n\n CodeMirror.defineMIME(\"text/x-less\", {\n mediaTypes: mediaTypes,\n mediaFeatures: mediaFeatures,\n mediaValueKeywords: mediaValueKeywords,\n propertyKeywords: propertyKeywords,\n nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n colorKeywords: colorKeywords,\n valueKeywords: valueKeywords,\n fontProperties: fontProperties,\n allowNested: true,\n tokenHooks: {\n \"/\": function(stream, state) {\n if (stream.eat(\"/\")) {\n stream.skipToEnd();\n return [\"comment\", \"comment\"];\n } else if (stream.eat(\"*\")) {\n state.tokenize = tokenCComment;\n return tokenCComment(stream, state);\n } else {\n return [\"operator\", \"operator\"];\n }\n },\n \"@\": function(stream) {\n if (stream.eat(\"{\")) return [null, \"interpolation\"];\n if (stream.match(/^(charset|document|font-face|import|(-(moz|ms|o|webkit)-)?keyframes|media|namespace|page|supports)\\b/, false)) return false;\n stream.eatWhile(/[\\w\\\\\\-]/);\n if (stream.match(/^\\s*:/, false))\n return [\"variable-2\", \"variable-definition\"];\n return [\"variable-2\", \"variable\"];\n },\n \"&\": function() {\n return [\"atom\", \"atom\"];\n }\n },\n name: \"css\",\n helperType: \"less\"\n });\n\n CodeMirror.defineMIME(\"text/x-gss\", {\n documentTypes: documentTypes,\n mediaTypes: mediaTypes,\n mediaFeatures: mediaFeatures,\n propertyKeywords: propertyKeywords,\n nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n fontProperties: fontProperties,\n counterDescriptors: counterDescriptors,\n colorKeywords: colorKeywords,\n valueKeywords: valueKeywords,\n supportsAtComponent: true,\n tokenHooks: {\n \"/\": function(stream, state) {\n if (!stream.eat(\"*\")) return false;\n state.tokenize = tokenCComment;\n return tokenCComment(stream, state);\n }\n },\n name: \"css\",\n helperType: \"gss\"\n });\n\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/mode/htmlembedded/htmlembedded.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/htmlembedded/htmlembedded.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"), require(\"../htmlmixed/htmlmixed\"),\n require(\"../../addon/mode/multiplex\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\", \"../htmlmixed/htmlmixed\",\n \"../../addon/mode/multiplex\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n CodeMirror.defineMode(\"htmlembedded\", function(config, parserConfig) {\n return CodeMirror.multiplexingMode(CodeMirror.getMode(config, \"htmlmixed\"), {\n open: parserConfig.open || parserConfig.scriptStartRegex || \"<%\",\n close: parserConfig.close || parserConfig.scriptEndRegex || \"%>\",\n mode: CodeMirror.getMode(config, parserConfig.scriptingModeSpec)\n });\n }, \"htmlmixed\");\n\n CodeMirror.defineMIME(\"application/x-ejs\", {name: \"htmlembedded\", scriptingModeSpec:\"javascript\"});\n CodeMirror.defineMIME(\"application/x-aspx\", {name: \"htmlembedded\", scriptingModeSpec:\"text/x-csharp\"});\n CodeMirror.defineMIME(\"application/x-jsp\", {name: \"htmlembedded\", scriptingModeSpec:\"text/x-java\"});\n CodeMirror.defineMIME(\"application/x-erb\", {name: \"htmlembedded\", scriptingModeSpec:\"ruby\"});\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/mode/htmlmixed/htmlmixed.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/htmlmixed/htmlmixed.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"), require(\"../xml/xml\"), require(\"../javascript/javascript\"), require(\"../css/css\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\", \"../xml/xml\", \"../javascript/javascript\", \"../css/css\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n var defaultTags = {\n script: [\n [\"lang\", /(javascript|babel)/i, \"javascript\"],\n [\"type\", /^(?:text|application)\\/(?:x-)?(?:java|ecma)script$|^$/i, \"javascript\"],\n [\"type\", /./, \"text/plain\"],\n [null, null, \"javascript\"]\n ],\n style: [\n [\"lang\", /^css$/i, \"css\"],\n [\"type\", /^(text\\/)?(x-)?(stylesheet|css)$/i, \"css\"],\n [\"type\", /./, \"text/plain\"],\n [null, null, \"css\"]\n ]\n };\n\n function maybeBackup(stream, pat, style) {\n var cur = stream.current(), close = cur.search(pat);\n if (close > -1) {\n stream.backUp(cur.length - close);\n } else if (cur.match(/<\\/?$/)) {\n stream.backUp(cur.length);\n if (!stream.match(pat, false)) stream.match(cur);\n }\n return style;\n }\n\n var attrRegexpCache = {};\n function getAttrRegexp(attr) {\n var regexp = attrRegexpCache[attr];\n if (regexp) return regexp;\n return attrRegexpCache[attr] = new RegExp(\"\\\\s+\" + attr + \"\\\\s*=\\\\s*('|\\\")?([^'\\\"]+)('|\\\")?\\\\s*\");\n }\n\n function getAttrValue(text, attr) {\n var match = text.match(getAttrRegexp(attr))\n return match ? match[2] : \"\"\n }\n\n function getTagRegexp(tagName, anchored) {\n return new RegExp((anchored ? \"^\" : \"\") + \"<\\/\\s*\" + tagName + \"\\s*>\", \"i\");\n }\n\n function addTags(from, to) {\n for (var tag in from) {\n var dest = to[tag] || (to[tag] = []);\n var source = from[tag];\n for (var i = source.length - 1; i >= 0; i--)\n dest.unshift(source[i])\n }\n }\n\n function findMatchingMode(tagInfo, tagText) {\n for (var i = 0; i < tagInfo.length; i++) {\n var spec = tagInfo[i];\n if (!spec[0] || spec[1].test(getAttrValue(tagText, spec[0]))) return spec[2];\n }\n }\n\n CodeMirror.defineMode(\"htmlmixed\", function (config, parserConfig) {\n var htmlMode = CodeMirror.getMode(config, {\n name: \"xml\",\n htmlMode: true,\n multilineTagIndentFactor: parserConfig.multilineTagIndentFactor,\n multilineTagIndentPastTag: parserConfig.multilineTagIndentPastTag\n });\n\n var tags = {};\n var configTags = parserConfig && parserConfig.tags, configScript = parserConfig && parserConfig.scriptTypes;\n addTags(defaultTags, tags);\n if (configTags) addTags(configTags, tags);\n if (configScript) for (var i = configScript.length - 1; i >= 0; i--)\n tags.script.unshift([\"type\", configScript[i].matches, configScript[i].mode])\n\n function html(stream, state) {\n var style = htmlMode.token(stream, state.htmlState), tag = /\\btag\\b/.test(style), tagName\n if (tag && !/[<>\\s\\/]/.test(stream.current()) &&\n (tagName = state.htmlState.tagName && state.htmlState.tagName.toLowerCase()) &&\n tags.hasOwnProperty(tagName)) {\n state.inTag = tagName + \" \"\n } else if (state.inTag && tag && />$/.test(stream.current())) {\n var inTag = /^([\\S]+) (.*)/.exec(state.inTag)\n state.inTag = null\n var modeSpec = stream.current() == \">\" && findMatchingMode(tags[inTag[1]], inTag[2])\n var mode = CodeMirror.getMode(config, modeSpec)\n var endTagA = getTagRegexp(inTag[1], true), endTag = getTagRegexp(inTag[1], false);\n state.token = function (stream, state) {\n if (stream.match(endTagA, false)) {\n state.token = html;\n state.localState = state.localMode = null;\n return null;\n }\n return maybeBackup(stream, endTag, state.localMode.token(stream, state.localState));\n };\n state.localMode = mode;\n state.localState = CodeMirror.startState(mode, htmlMode.indent(state.htmlState, \"\"));\n } else if (state.inTag) {\n state.inTag += stream.current()\n if (stream.eol()) state.inTag += \" \"\n }\n return style;\n };\n\n return {\n startState: function () {\n var state = htmlMode.startState();\n return {token: html, inTag: null, localMode: null, localState: null, htmlState: state};\n },\n\n copyState: function (state) {\n var local;\n if (state.localState) {\n local = CodeMirror.copyState(state.localMode, state.localState);\n }\n return {token: state.token, inTag: state.inTag,\n localMode: state.localMode, localState: local,\n htmlState: CodeMirror.copyState(htmlMode, state.htmlState)};\n },\n\n token: function (stream, state) {\n return state.token(stream, state);\n },\n\n indent: function (state, textAfter) {\n if (!state.localMode || /^\\s*<\\//.test(textAfter))\n return htmlMode.indent(state.htmlState, textAfter);\n else if (state.localMode.indent)\n return state.localMode.indent(state.localState, textAfter);\n else\n return CodeMirror.Pass;\n },\n\n innerMode: function (state) {\n return {state: state.localState || state.htmlState, mode: state.localMode || htmlMode};\n }\n };\n }, \"xml\", \"javascript\", \"css\");\n\n CodeMirror.defineMIME(\"text/html\", \"htmlmixed\");\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// TODO actually recognize syntax of TypeScript constructs\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nfunction expressionAllowed(stream, state, backUp) {\n return /^(?:operator|sof|keyword c|case|new|[\\[{}\\(,;:]|=>)$/.test(state.lastType) ||\n (state.lastType == \"quasi\" && /\\{\\s*$/.test(stream.string.slice(0, stream.pos - (backUp || 0))))\n}\n\nCodeMirror.defineMode(\"javascript\", function(config, parserConfig) {\n var indentUnit = config.indentUnit;\n var statementIndent = parserConfig.statementIndent;\n var jsonldMode = parserConfig.jsonld;\n var jsonMode = parserConfig.json || jsonldMode;\n var isTS = parserConfig.typescript;\n var wordRE = parserConfig.wordCharacters || /[\\w$\\xa1-\\uffff]/;\n\n // Tokenizer\n\n var keywords = function(){\n function kw(type) {return {type: type, style: \"keyword\"};}\n var A = kw(\"keyword a\"), B = kw(\"keyword b\"), C = kw(\"keyword c\");\n var operator = kw(\"operator\"), atom = {type: \"atom\", style: \"atom\"};\n\n var jsKeywords = {\n \"if\": kw(\"if\"), \"while\": A, \"with\": A, \"else\": B, \"do\": B, \"try\": B, \"finally\": B,\n \"return\": C, \"break\": C, \"continue\": C, \"new\": kw(\"new\"), \"delete\": C, \"throw\": C, \"debugger\": C,\n \"var\": kw(\"var\"), \"const\": kw(\"var\"), \"let\": kw(\"var\"),\n \"function\": kw(\"function\"), \"catch\": kw(\"catch\"),\n \"for\": kw(\"for\"), \"switch\": kw(\"switch\"), \"case\": kw(\"case\"), \"default\": kw(\"default\"),\n \"in\": operator, \"typeof\": operator, \"instanceof\": operator,\n \"true\": atom, \"false\": atom, \"null\": atom, \"undefined\": atom, \"NaN\": atom, \"Infinity\": atom,\n \"this\": kw(\"this\"), \"class\": kw(\"class\"), \"super\": kw(\"atom\"),\n \"yield\": C, \"export\": kw(\"export\"), \"import\": kw(\"import\"), \"extends\": C\n };\n\n // Extend the 'normal' keywords with the TypeScript language extensions\n if (isTS) {\n var type = {type: \"variable\", style: \"variable-3\"};\n var tsKeywords = {\n // object-like things\n \"interface\": kw(\"class\"),\n \"implements\": C,\n \"namespace\": C,\n \"module\": kw(\"module\"),\n \"enum\": kw(\"module\"),\n\n // scope modifiers\n \"public\": kw(\"modifier\"),\n \"private\": kw(\"modifier\"),\n \"protected\": kw(\"modifier\"),\n \"abstract\": kw(\"modifier\"),\n\n // operators\n \"as\": operator,\n\n // types\n \"string\": type, \"number\": type, \"boolean\": type, \"any\": type\n };\n\n for (var attr in tsKeywords) {\n jsKeywords[attr] = tsKeywords[attr];\n }\n }\n\n return jsKeywords;\n }();\n\n var isOperatorChar = /[+\\-*&%=<>!?|~^]/;\n var isJsonldKeyword = /^@(context|id|value|language|type|container|list|set|reverse|index|base|vocab|graph)\"/;\n\n function readRegexp(stream) {\n var escaped = false, next, inSet = false;\n while ((next = stream.next()) != null) {\n if (!escaped) {\n if (next == \"/\" && !inSet) return;\n if (next == \"[\") inSet = true;\n else if (inSet && next == \"]\") inSet = false;\n }\n escaped = !escaped && next == \"\\\\\";\n }\n }\n\n // Used as scratch variables to communicate multiple values without\n // consing up tons of objects.\n var type, content;\n function ret(tp, style, cont) {\n type = tp; content = cont;\n return style;\n }\n function tokenBase(stream, state) {\n var ch = stream.next();\n if (ch == '\"' || ch == \"'\") {\n state.tokenize = tokenString(ch);\n return state.tokenize(stream, state);\n } else if (ch == \".\" && stream.match(/^\\d+(?:[eE][+\\-]?\\d+)?/)) {\n return ret(\"number\", \"number\");\n } else if (ch == \".\" && stream.match(\"..\")) {\n return ret(\"spread\", \"meta\");\n } else if (/[\\[\\]{}\\(\\),;\\:\\.]/.test(ch)) {\n return ret(ch);\n } else if (ch == \"=\" && stream.eat(\">\")) {\n return ret(\"=>\", \"operator\");\n } else if (ch == \"0\" && stream.eat(/x/i)) {\n stream.eatWhile(/[\\da-f]/i);\n return ret(\"number\", \"number\");\n } else if (ch == \"0\" && stream.eat(/o/i)) {\n stream.eatWhile(/[0-7]/i);\n return ret(\"number\", \"number\");\n } else if (ch == \"0\" && stream.eat(/b/i)) {\n stream.eatWhile(/[01]/i);\n return ret(\"number\", \"number\");\n } else if (/\\d/.test(ch)) {\n stream.match(/^\\d*(?:\\.\\d*)?(?:[eE][+\\-]?\\d+)?/);\n return ret(\"number\", \"number\");\n } else if (ch == \"/\") {\n if (stream.eat(\"*\")) {\n state.tokenize = tokenComment;\n return tokenComment(stream, state);\n } else if (stream.eat(\"/\")) {\n stream.skipToEnd();\n return ret(\"comment\", \"comment\");\n } else if (expressionAllowed(stream, state, 1)) {\n readRegexp(stream);\n stream.match(/^\\b(([gimyu])(?![gimyu]*\\2))+\\b/);\n return ret(\"regexp\", \"string-2\");\n } else {\n stream.eatWhile(isOperatorChar);\n return ret(\"operator\", \"operator\", stream.current());\n }\n } else if (ch == \"`\") {\n state.tokenize = tokenQuasi;\n return tokenQuasi(stream, state);\n } else if (ch == \"#\") {\n stream.skipToEnd();\n return ret(\"error\", \"error\");\n } else if (isOperatorChar.test(ch)) {\n stream.eatWhile(isOperatorChar);\n return ret(\"operator\", \"operator\", stream.current());\n } else if (wordRE.test(ch)) {\n stream.eatWhile(wordRE);\n var word = stream.current(), known = keywords.propertyIsEnumerable(word) && keywords[word];\n return (known && state.lastType != \".\") ? ret(known.type, known.style, word) :\n ret(\"variable\", \"variable\", word);\n }\n }\n\n function tokenString(quote) {\n return function(stream, state) {\n var escaped = false, next;\n if (jsonldMode && stream.peek() == \"@\" && stream.match(isJsonldKeyword)){\n state.tokenize = tokenBase;\n return ret(\"jsonld-keyword\", \"meta\");\n }\n while ((next = stream.next()) != null) {\n if (next == quote && !escaped) break;\n escaped = !escaped && next == \"\\\\\";\n }\n if (!escaped) state.tokenize = tokenBase;\n return ret(\"string\", \"string\");\n };\n }\n\n function tokenComment(stream, state) {\n var maybeEnd = false, ch;\n while (ch = stream.next()) {\n if (ch == \"/\" && maybeEnd) {\n state.tokenize = tokenBase;\n break;\n }\n maybeEnd = (ch == \"*\");\n }\n return ret(\"comment\", \"comment\");\n }\n\n function tokenQuasi(stream, state) {\n var escaped = false, next;\n while ((next = stream.next()) != null) {\n if (!escaped && (next == \"`\" || next == \"$\" && stream.eat(\"{\"))) {\n state.tokenize = tokenBase;\n break;\n }\n escaped = !escaped && next == \"\\\\\";\n }\n return ret(\"quasi\", \"string-2\", stream.current());\n }\n\n var brackets = \"([{}])\";\n // This is a crude lookahead trick to try and notice that we're\n // parsing the argument patterns for a fat-arrow function before we\n // actually hit the arrow token. It only works if the arrow is on\n // the same line as the arguments and there's no strange noise\n // (comments) in between. Fallback is to only notice when we hit the\n // arrow, and not declare the arguments as locals for the arrow\n // body.\n function findFatArrow(stream, state) {\n if (state.fatArrowAt) state.fatArrowAt = null;\n var arrow = stream.string.indexOf(\"=>\", stream.start);\n if (arrow < 0) return;\n\n var depth = 0, sawSomething = false;\n for (var pos = arrow - 1; pos >= 0; --pos) {\n var ch = stream.string.charAt(pos);\n var bracket = brackets.indexOf(ch);\n if (bracket >= 0 && bracket < 3) {\n if (!depth) { ++pos; break; }\n if (--depth == 0) break;\n } else if (bracket >= 3 && bracket < 6) {\n ++depth;\n } else if (wordRE.test(ch)) {\n sawSomething = true;\n } else if (/[\"'\\/]/.test(ch)) {\n return;\n } else if (sawSomething && !depth) {\n ++pos;\n break;\n }\n }\n if (sawSomething && !depth) state.fatArrowAt = pos;\n }\n\n // Parser\n\n var atomicTypes = {\"atom\": true, \"number\": true, \"variable\": true, \"string\": true, \"regexp\": true, \"this\": true, \"jsonld-keyword\": true};\n\n function JSLexical(indented, column, type, align, prev, info) {\n this.indented = indented;\n this.column = column;\n this.type = type;\n this.prev = prev;\n this.info = info;\n if (align != null) this.align = align;\n }\n\n function inScope(state, varname) {\n for (var v = state.localVars; v; v = v.next)\n if (v.name == varname) return true;\n for (var cx = state.context; cx; cx = cx.prev) {\n for (var v = cx.vars; v; v = v.next)\n if (v.name == varname) return true;\n }\n }\n\n function parseJS(state, style, type, content, stream) {\n var cc = state.cc;\n // Communicate our context to the combinators.\n // (Less wasteful than consing up a hundred closures on every call.)\n cx.state = state; cx.stream = stream; cx.marked = null, cx.cc = cc; cx.style = style;\n\n if (!state.lexical.hasOwnProperty(\"align\"))\n state.lexical.align = true;\n\n while(true) {\n var combinator = cc.length ? cc.pop() : jsonMode ? expression : statement;\n if (combinator(type, content)) {\n while(cc.length && cc[cc.length - 1].lex)\n cc.pop()();\n if (cx.marked) return cx.marked;\n if (type == \"variable\" && inScope(state, content)) return \"variable-2\";\n return style;\n }\n }\n }\n\n // Combinator utils\n\n var cx = {state: null, column: null, marked: null, cc: null};\n function pass() {\n for (var i = arguments.length - 1; i >= 0; i--) cx.cc.push(arguments[i]);\n }\n function cont() {\n pass.apply(null, arguments);\n return true;\n }\n function register(varname) {\n function inList(list) {\n for (var v = list; v; v = v.next)\n if (v.name == varname) return true;\n return false;\n }\n var state = cx.state;\n cx.marked = \"def\";\n if (state.context) {\n if (inList(state.localVars)) return;\n state.localVars = {name: varname, next: state.localVars};\n } else {\n if (inList(state.globalVars)) return;\n if (parserConfig.globalVars)\n state.globalVars = {name: varname, next: state.globalVars};\n }\n }\n\n // Combinators\n\n var defaultVars = {name: \"this\", next: {name: \"arguments\"}};\n function pushcontext() {\n cx.state.context = {prev: cx.state.context, vars: cx.state.localVars};\n cx.state.localVars = defaultVars;\n }\n function popcontext() {\n cx.state.localVars = cx.state.context.vars;\n cx.state.context = cx.state.context.prev;\n }\n function pushlex(type, info) {\n var result = function() {\n var state = cx.state, indent = state.indented;\n if (state.lexical.type == \"stat\") indent = state.lexical.indented;\n else for (var outer = state.lexical; outer && outer.type == \")\" && outer.align; outer = outer.prev)\n indent = outer.indented;\n state.lexical = new JSLexical(indent, cx.stream.column(), type, null, state.lexical, info);\n };\n result.lex = true;\n return result;\n }\n function poplex() {\n var state = cx.state;\n if (state.lexical.prev) {\n if (state.lexical.type == \")\")\n state.indented = state.lexical.indented;\n state.lexical = state.lexical.prev;\n }\n }\n poplex.lex = true;\n\n function expect(wanted) {\n function exp(type) {\n if (type == wanted) return cont();\n else if (wanted == \";\") return pass();\n else return cont(exp);\n };\n return exp;\n }\n\n function statement(type, value) {\n if (type == \"var\") return cont(pushlex(\"vardef\", value.length), vardef, expect(\";\"), poplex);\n if (type == \"keyword a\") return cont(pushlex(\"form\"), expression, statement, poplex);\n if (type == \"keyword b\") return cont(pushlex(\"form\"), statement, poplex);\n if (type == \"{\") return cont(pushlex(\"}\"), block, poplex);\n if (type == \";\") return cont();\n if (type == \"if\") {\n if (cx.state.lexical.info == \"else\" && cx.state.cc[cx.state.cc.length - 1] == poplex)\n cx.state.cc.pop()();\n return cont(pushlex(\"form\"), expression, statement, poplex, maybeelse);\n }\n if (type == \"function\") return cont(functiondef);\n if (type == \"for\") return cont(pushlex(\"form\"), forspec, statement, poplex);\n if (type == \"variable\") return cont(pushlex(\"stat\"), maybelabel);\n if (type == \"switch\") return cont(pushlex(\"form\"), expression, pushlex(\"}\", \"switch\"), expect(\"{\"),\n block, poplex, poplex);\n if (type == \"case\") return cont(expression, expect(\":\"));\n if (type == \"default\") return cont(expect(\":\"));\n if (type == \"catch\") return cont(pushlex(\"form\"), pushcontext, expect(\"(\"), funarg, expect(\")\"),\n statement, poplex, popcontext);\n if (type == \"class\") return cont(pushlex(\"form\"), className, poplex);\n if (type == \"export\") return cont(pushlex(\"stat\"), afterExport, poplex);\n if (type == \"import\") return cont(pushlex(\"stat\"), afterImport, poplex);\n if (type == \"module\") return cont(pushlex(\"form\"), pattern, pushlex(\"}\"), expect(\"{\"), block, poplex, poplex)\n return pass(pushlex(\"stat\"), expression, expect(\";\"), poplex);\n }\n function expression(type) {\n return expressionInner(type, false);\n }\n function expressionNoComma(type) {\n return expressionInner(type, true);\n }\n function expressionInner(type, noComma) {\n if (cx.state.fatArrowAt == cx.stream.start) {\n var body = noComma ? arrowBodyNoComma : arrowBody;\n if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(pattern, \")\"), poplex, expect(\"=>\"), body, popcontext);\n else if (type == \"variable\") return pass(pushcontext, pattern, expect(\"=>\"), body, popcontext);\n }\n\n var maybeop = noComma ? maybeoperatorNoComma : maybeoperatorComma;\n if (atomicTypes.hasOwnProperty(type)) return cont(maybeop);\n if (type == \"function\") return cont(functiondef, maybeop);\n if (type == \"keyword c\") return cont(noComma ? maybeexpressionNoComma : maybeexpression);\n if (type == \"(\") return cont(pushlex(\")\"), maybeexpression, comprehension, expect(\")\"), poplex, maybeop);\n if (type == \"operator\" || type == \"spread\") return cont(noComma ? expressionNoComma : expression);\n if (type == \"[\") return cont(pushlex(\"]\"), arrayLiteral, poplex, maybeop);\n if (type == \"{\") return contCommasep(objprop, \"}\", null, maybeop);\n if (type == \"quasi\") return pass(quasi, maybeop);\n if (type == \"new\") return cont(maybeTarget(noComma));\n return cont();\n }\n function maybeexpression(type) {\n if (type.match(/[;\\}\\)\\],]/)) return pass();\n return pass(expression);\n }\n function maybeexpressionNoComma(type) {\n if (type.match(/[;\\}\\)\\],]/)) return pass();\n return pass(expressionNoComma);\n }\n\n function maybeoperatorComma(type, value) {\n if (type == \",\") return cont(expression);\n return maybeoperatorNoComma(type, value, false);\n }\n function maybeoperatorNoComma(type, value, noComma) {\n var me = noComma == false ? maybeoperatorComma : maybeoperatorNoComma;\n var expr = noComma == false ? expression : expressionNoComma;\n if (type == \"=>\") return cont(pushcontext, noComma ? arrowBodyNoComma : arrowBody, popcontext);\n if (type == \"operator\") {\n if (/\\+\\+|--/.test(value)) return cont(me);\n if (value == \"?\") return cont(expression, expect(\":\"), expr);\n return cont(expr);\n }\n if (type == \"quasi\") { return pass(quasi, me); }\n if (type == \";\") return;\n if (type == \"(\") return contCommasep(expressionNoComma, \")\", \"call\", me);\n if (type == \".\") return cont(property, me);\n if (type == \"[\") return cont(pushlex(\"]\"), maybeexpression, expect(\"]\"), poplex, me);\n }\n function quasi(type, value) {\n if (type != \"quasi\") return pass();\n if (value.slice(value.length - 2) != \"${\") return cont(quasi);\n return cont(expression, continueQuasi);\n }\n function continueQuasi(type) {\n if (type == \"}\") {\n cx.marked = \"string-2\";\n cx.state.tokenize = tokenQuasi;\n return cont(quasi);\n }\n }\n function arrowBody(type) {\n findFatArrow(cx.stream, cx.state);\n return pass(type == \"{\" ? statement : expression);\n }\n function arrowBodyNoComma(type) {\n findFatArrow(cx.stream, cx.state);\n return pass(type == \"{\" ? statement : expressionNoComma);\n }\n function maybeTarget(noComma) {\n return function(type) {\n if (type == \".\") return cont(noComma ? targetNoComma : target);\n else return pass(noComma ? expressionNoComma : expression);\n };\n }\n function target(_, value) {\n if (value == \"target\") { cx.marked = \"keyword\"; return cont(maybeoperatorComma); }\n }\n function targetNoComma(_, value) {\n if (value == \"target\") { cx.marked = \"keyword\"; return cont(maybeoperatorNoComma); }\n }\n function maybelabel(type) {\n if (type == \":\") return cont(poplex, statement);\n return pass(maybeoperatorComma, expect(\";\"), poplex);\n }\n function property(type) {\n if (type == \"variable\") {cx.marked = \"property\"; return cont();}\n }\n function objprop(type, value) {\n if (type == \"variable\" || cx.style == \"keyword\") {\n cx.marked = \"property\";\n if (value == \"get\" || value == \"set\") return cont(getterSetter);\n return cont(afterprop);\n } else if (type == \"number\" || type == \"string\") {\n cx.marked = jsonldMode ? \"property\" : (cx.style + \" property\");\n return cont(afterprop);\n } else if (type == \"jsonld-keyword\") {\n return cont(afterprop);\n } else if (type == \"modifier\") {\n return cont(objprop)\n } else if (type == \"[\") {\n return cont(expression, expect(\"]\"), afterprop);\n } else if (type == \"spread\") {\n return cont(expression);\n }\n }\n function getterSetter(type) {\n if (type != \"variable\") return pass(afterprop);\n cx.marked = \"property\";\n return cont(functiondef);\n }\n function afterprop(type) {\n if (type == \":\") return cont(expressionNoComma);\n if (type == \"(\") return pass(functiondef);\n }\n function commasep(what, end) {\n function proceed(type) {\n if (type == \",\") {\n var lex = cx.state.lexical;\n if (lex.info == \"call\") lex.pos = (lex.pos || 0) + 1;\n return cont(what, proceed);\n }\n if (type == end) return cont();\n return cont(expect(end));\n }\n return function(type) {\n if (type == end) return cont();\n return pass(what, proceed);\n };\n }\n function contCommasep(what, end, info) {\n for (var i = 3; i < arguments.length; i++)\n cx.cc.push(arguments[i]);\n return cont(pushlex(end, info), commasep(what, end), poplex);\n }\n function block(type) {\n if (type == \"}\") return cont();\n return pass(statement, block);\n }\n function maybetype(type) {\n if (isTS && type == \":\") return cont(typedef);\n }\n function maybedefault(_, value) {\n if (value == \"=\") return cont(expressionNoComma);\n }\n function typedef(type) {\n if (type == \"variable\") {cx.marked = \"variable-3\"; return cont();}\n }\n function vardef() {\n return pass(pattern, maybetype, maybeAssign, vardefCont);\n }\n function pattern(type, value) {\n if (type == \"modifier\") return cont(pattern)\n if (type == \"variable\") { register(value); return cont(); }\n if (type == \"spread\") return cont(pattern);\n if (type == \"[\") return contCommasep(pattern, \"]\");\n if (type == \"{\") return contCommasep(proppattern, \"}\");\n }\n function proppattern(type, value) {\n if (type == \"variable\" && !cx.stream.match(/^\\s*:/, false)) {\n register(value);\n return cont(maybeAssign);\n }\n if (type == \"variable\") cx.marked = \"property\";\n if (type == \"spread\") return cont(pattern);\n if (type == \"}\") return pass();\n return cont(expect(\":\"), pattern, maybeAssign);\n }\n function maybeAssign(_type, value) {\n if (value == \"=\") return cont(expressionNoComma);\n }\n function vardefCont(type) {\n if (type == \",\") return cont(vardef);\n }\n function maybeelse(type, value) {\n if (type == \"keyword b\" && value == \"else\") return cont(pushlex(\"form\", \"else\"), statement, poplex);\n }\n function forspec(type) {\n if (type == \"(\") return cont(pushlex(\")\"), forspec1, expect(\")\"), poplex);\n }\n function forspec1(type) {\n if (type == \"var\") return cont(vardef, expect(\";\"), forspec2);\n if (type == \";\") return cont(forspec2);\n if (type == \"variable\") return cont(formaybeinof);\n return pass(expression, expect(\";\"), forspec2);\n }\n function formaybeinof(_type, value) {\n if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n return cont(maybeoperatorComma, forspec2);\n }\n function forspec2(type, value) {\n if (type == \";\") return cont(forspec3);\n if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n return pass(expression, expect(\";\"), forspec3);\n }\n function forspec3(type) {\n if (type != \")\") cont(expression);\n }\n function functiondef(type, value) {\n if (value == \"*\") {cx.marked = \"keyword\"; return cont(functiondef);}\n if (type == \"variable\") {register(value); return cont(functiondef);}\n if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(funarg, \")\"), poplex, statement, popcontext);\n }\n function funarg(type) {\n if (type == \"spread\") return cont(funarg);\n return pass(pattern, maybetype, maybedefault);\n }\n function className(type, value) {\n if (type == \"variable\") {register(value); return cont(classNameAfter);}\n }\n function classNameAfter(type, value) {\n if (value == \"extends\") return cont(expression, classNameAfter);\n if (type == \"{\") return cont(pushlex(\"}\"), classBody, poplex);\n }\n function classBody(type, value) {\n if (type == \"variable\" || cx.style == \"keyword\") {\n if (value == \"static\") {\n cx.marked = \"keyword\";\n return cont(classBody);\n }\n cx.marked = \"property\";\n if (value == \"get\" || value == \"set\") return cont(classGetterSetter, functiondef, classBody);\n return cont(functiondef, classBody);\n }\n if (value == \"*\") {\n cx.marked = \"keyword\";\n return cont(classBody);\n }\n if (type == \";\") return cont(classBody);\n if (type == \"}\") return cont();\n }\n function classGetterSetter(type) {\n if (type != \"variable\") return pass();\n cx.marked = \"property\";\n return cont();\n }\n function afterExport(_type, value) {\n if (value == \"*\") { cx.marked = \"keyword\"; return cont(maybeFrom, expect(\";\")); }\n if (value == \"default\") { cx.marked = \"keyword\"; return cont(expression, expect(\";\")); }\n return pass(statement);\n }\n function afterImport(type) {\n if (type == \"string\") return cont();\n return pass(importSpec, maybeFrom);\n }\n function importSpec(type, value) {\n if (type == \"{\") return contCommasep(importSpec, \"}\");\n if (type == \"variable\") register(value);\n if (value == \"*\") cx.marked = \"keyword\";\n return cont(maybeAs);\n }\n function maybeAs(_type, value) {\n if (value == \"as\") { cx.marked = \"keyword\"; return cont(importSpec); }\n }\n function maybeFrom(_type, value) {\n if (value == \"from\") { cx.marked = \"keyword\"; return cont(expression); }\n }\n function arrayLiteral(type) {\n if (type == \"]\") return cont();\n return pass(expressionNoComma, maybeArrayComprehension);\n }\n function maybeArrayComprehension(type) {\n if (type == \"for\") return pass(comprehension, expect(\"]\"));\n if (type == \",\") return cont(commasep(maybeexpressionNoComma, \"]\"));\n return pass(commasep(expressionNoComma, \"]\"));\n }\n function comprehension(type) {\n if (type == \"for\") return cont(forspec, comprehension);\n if (type == \"if\") return cont(expression, comprehension);\n }\n\n function isContinuedStatement(state, textAfter) {\n return state.lastType == \"operator\" || state.lastType == \",\" ||\n isOperatorChar.test(textAfter.charAt(0)) ||\n /[,.]/.test(textAfter.charAt(0));\n }\n\n // Interface\n\n return {\n startState: function(basecolumn) {\n var state = {\n tokenize: tokenBase,\n lastType: \"sof\",\n cc: [],\n lexical: new JSLexical((basecolumn || 0) - indentUnit, 0, \"block\", false),\n localVars: parserConfig.localVars,\n context: parserConfig.localVars && {vars: parserConfig.localVars},\n indented: basecolumn || 0\n };\n if (parserConfig.globalVars && typeof parserConfig.globalVars == \"object\")\n state.globalVars = parserConfig.globalVars;\n return state;\n },\n\n token: function(stream, state) {\n if (stream.sol()) {\n if (!state.lexical.hasOwnProperty(\"align\"))\n state.lexical.align = false;\n state.indented = stream.indentation();\n findFatArrow(stream, state);\n }\n if (state.tokenize != tokenComment && stream.eatSpace()) return null;\n var style = state.tokenize(stream, state);\n if (type == \"comment\") return style;\n state.lastType = type == \"operator\" && (content == \"++\" || content == \"--\") ? \"incdec\" : type;\n return parseJS(state, style, type, content, stream);\n },\n\n indent: function(state, textAfter) {\n if (state.tokenize == tokenComment) return CodeMirror.Pass;\n if (state.tokenize != tokenBase) return 0;\n var firstChar = textAfter && textAfter.charAt(0), lexical = state.lexical;\n // Kludge to prevent 'maybelse' from blocking lexical scope pops\n if (!/^\\s*else\\b/.test(textAfter)) for (var i = state.cc.length - 1; i >= 0; --i) {\n var c = state.cc[i];\n if (c == poplex) lexical = lexical.prev;\n else if (c != maybeelse) break;\n }\n if (lexical.type == \"stat\" && firstChar == \"}\") lexical = lexical.prev;\n if (statementIndent && lexical.type == \")\" && lexical.prev.type == \"stat\")\n lexical = lexical.prev;\n var type = lexical.type, closing = firstChar == type;\n\n if (type == \"vardef\") return lexical.indented + (state.lastType == \"operator\" || state.lastType == \",\" ? lexical.info + 1 : 0);\n else if (type == \"form\" && firstChar == \"{\") return lexical.indented;\n else if (type == \"form\") return lexical.indented + indentUnit;\n else if (type == \"stat\")\n return lexical.indented + (isContinuedStatement(state, textAfter) ? statementIndent || indentUnit : 0);\n else if (lexical.info == \"switch\" && !closing && parserConfig.doubleIndentSwitch != false)\n return lexical.indented + (/^(?:case|default)\\b/.test(textAfter) ? indentUnit : 2 * indentUnit);\n else if (lexical.align) return lexical.column + (closing ? 0 : 1);\n else return lexical.indented + (closing ? 0 : indentUnit);\n },\n\n electricInput: /^\\s*(?:case .*?:|default:|\\{|\\})$/,\n blockCommentStart: jsonMode ? null : \"/*\",\n blockCommentEnd: jsonMode ? null : \"*/\",\n lineComment: jsonMode ? null : \"//\",\n fold: \"brace\",\n closeBrackets: \"()[]{}''\\\"\\\"``\",\n\n helperType: jsonMode ? \"json\" : \"javascript\",\n jsonldMode: jsonldMode,\n jsonMode: jsonMode,\n\n expressionAllowed: expressionAllowed,\n skipExpression: function(state) {\n var top = state.cc[state.cc.length - 1]\n if (top == expression || top == expressionNoComma) state.cc.pop()\n }\n };\n});\n\nCodeMirror.registerHelper(\"wordChars\", \"javascript\", /[\\w$]/);\n\nCodeMirror.defineMIME(\"text/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"text/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/x-javascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/x-json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/ld+json\", {name: \"javascript\", jsonld: true});\nCodeMirror.defineMIME(\"text/typescript\", { name: \"javascript\", typescript: true });\nCodeMirror.defineMIME(\"application/typescript\", { name: \"javascript\", typescript: true });\n\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/mode/markdown/markdown.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/markdown/markdown.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"), require(\"../xml/xml\"), require(\"../meta\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\", \"../xml/xml\", \"../meta\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"markdown\", function(cmCfg, modeCfg) {\n\n var htmlMode = CodeMirror.getMode(cmCfg, \"text/html\");\n var htmlModeMissing = htmlMode.name == \"null\"\n\n function getMode(name) {\n if (CodeMirror.findModeByName) {\n var found = CodeMirror.findModeByName(name);\n if (found) name = found.mime || found.mimes[0];\n }\n var mode = CodeMirror.getMode(cmCfg, name);\n return mode.name == \"null\" ? null : mode;\n }\n\n // Should characters that affect highlighting be highlighted separate?\n // Does not include characters that will be output (such as `1.` and `-` for lists)\n if (modeCfg.highlightFormatting === undefined)\n modeCfg.highlightFormatting = false;\n\n // Maximum number of nested blockquotes. Set to 0 for infinite nesting.\n // Excess `>` will emit `error` token.\n if (modeCfg.maxBlockquoteDepth === undefined)\n modeCfg.maxBlockquoteDepth = 0;\n\n // Should underscores in words open/close em/strong?\n if (modeCfg.underscoresBreakWords === undefined)\n modeCfg.underscoresBreakWords = true;\n\n // Use `fencedCodeBlocks` to configure fenced code blocks. false to\n // disable, string to specify a precise regexp that the fence should\n // match, and true to allow three or more backticks or tildes (as\n // per CommonMark).\n\n // Turn on task lists? (\"- [ ] \" and \"- [x] \")\n if (modeCfg.taskLists === undefined) modeCfg.taskLists = false;\n\n // Turn on strikethrough syntax\n if (modeCfg.strikethrough === undefined)\n modeCfg.strikethrough = false;\n\n // Allow token types to be overridden by user-provided token types.\n if (modeCfg.tokenTypeOverrides === undefined)\n modeCfg.tokenTypeOverrides = {};\n\n var tokenTypes = {\n header: \"header\",\n code: \"comment\",\n quote: \"quote\",\n list1: \"variable-2\",\n list2: \"variable-3\",\n list3: \"keyword\",\n hr: \"hr\",\n image: \"tag\",\n formatting: \"formatting\",\n linkInline: \"link\",\n linkEmail: \"link\",\n linkText: \"link\",\n linkHref: \"string\",\n em: \"em\",\n strong: \"strong\",\n strikethrough: \"strikethrough\"\n };\n\n for (var tokenType in tokenTypes) {\n if (tokenTypes.hasOwnProperty(tokenType) && modeCfg.tokenTypeOverrides[tokenType]) {\n tokenTypes[tokenType] = modeCfg.tokenTypeOverrides[tokenType];\n }\n }\n\n var hrRE = /^([*\\-_])(?:\\s*\\1){2,}\\s*$/\n , ulRE = /^[*\\-+]\\s+/\n , olRE = /^[0-9]+([.)])\\s+/\n , taskListRE = /^\\[(x| )\\](?=\\s)/ // Must follow ulRE or olRE\n , atxHeaderRE = modeCfg.allowAtxHeaderWithoutSpace ? /^(#+)/ : /^(#+)(?: |$)/\n , setextHeaderRE = /^ *(?:\\={1,}|-{1,})\\s*$/\n , textRE = /^[^#!\\[\\]*_\\\\<>` \"'(~]+/\n , fencedCodeRE = new RegExp(\"^(\" + (modeCfg.fencedCodeBlocks === true ? \"~~~+|```+\" : modeCfg.fencedCodeBlocks) +\n \")[ \\\\t]*([\\\\w+#]*)\");\n\n function switchInline(stream, state, f) {\n state.f = state.inline = f;\n return f(stream, state);\n }\n\n function switchBlock(stream, state, f) {\n state.f = state.block = f;\n return f(stream, state);\n }\n\n function lineIsEmpty(line) {\n return !line || !/\\S/.test(line.string)\n }\n\n // Blocks\n\n function blankLine(state) {\n // Reset linkTitle state\n state.linkTitle = false;\n // Reset EM state\n state.em = false;\n // Reset STRONG state\n state.strong = false;\n // Reset strikethrough state\n state.strikethrough = false;\n // Reset state.quote\n state.quote = 0;\n // Reset state.indentedCode\n state.indentedCode = false;\n if (htmlModeMissing && state.f == htmlBlock) {\n state.f = inlineNormal;\n state.block = blockNormal;\n }\n // Reset state.trailingSpace\n state.trailingSpace = 0;\n state.trailingSpaceNewLine = false;\n // Mark this line as blank\n state.prevLine = state.thisLine\n state.thisLine = null\n return null;\n }\n\n function blockNormal(stream, state) {\n\n var sol = stream.sol();\n\n var prevLineIsList = state.list !== false,\n prevLineIsIndentedCode = state.indentedCode;\n\n state.indentedCode = false;\n\n if (prevLineIsList) {\n if (state.indentationDiff >= 0) { // Continued list\n if (state.indentationDiff < 4) { // Only adjust indentation if *not* a code block\n state.indentation -= state.indentationDiff;\n }\n state.list = null;\n } else if (state.indentation > 0) {\n state.list = null;\n } else { // No longer a list\n state.list = false;\n }\n }\n\n var match = null;\n if (state.indentationDiff >= 4) {\n stream.skipToEnd();\n if (prevLineIsIndentedCode || lineIsEmpty(state.prevLine)) {\n state.indentation -= 4;\n state.indentedCode = true;\n return tokenTypes.code;\n } else {\n return null;\n }\n } else if (stream.eatSpace()) {\n return null;\n } else if ((match = stream.match(atxHeaderRE)) && match[1].length <= 6) {\n state.header = match[1].length;\n if (modeCfg.highlightFormatting) state.formatting = \"header\";\n state.f = state.inline;\n return getType(state);\n } else if (!lineIsEmpty(state.prevLine) && !state.quote && !prevLineIsList &&\n !prevLineIsIndentedCode && (match = stream.match(setextHeaderRE))) {\n state.header = match[0].charAt(0) == '=' ? 1 : 2;\n if (modeCfg.highlightFormatting) state.formatting = \"header\";\n state.f = state.inline;\n return getType(state);\n } else if (stream.eat('>')) {\n state.quote = sol ? 1 : state.quote + 1;\n if (modeCfg.highlightFormatting) state.formatting = \"quote\";\n stream.eatSpace();\n return getType(state);\n } else if (stream.peek() === '[') {\n return switchInline(stream, state, footnoteLink);\n } else if (stream.match(hrRE, true)) {\n state.hr = true;\n return tokenTypes.hr;\n } else if ((lineIsEmpty(state.prevLine) || prevLineIsList) && (stream.match(ulRE, false) || stream.match(olRE, false))) {\n var listType = null;\n if (stream.match(ulRE, true)) {\n listType = 'ul';\n } else {\n stream.match(olRE, true);\n listType = 'ol';\n }\n state.indentation = stream.column() + stream.current().length;\n state.list = true;\n\n // While this list item's marker's indentation\n // is less than the deepest list item's content's indentation,\n // pop the deepest list item indentation off the stack.\n while (state.listStack && stream.column() < state.listStack[state.listStack.length - 1]) {\n state.listStack.pop();\n }\n\n // Add this list item's content's indentation to the stack\n state.listStack.push(state.indentation);\n\n if (modeCfg.taskLists && stream.match(taskListRE, false)) {\n state.taskList = true;\n }\n state.f = state.inline;\n if (modeCfg.highlightFormatting) state.formatting = [\"list\", \"list-\" + listType];\n return getType(state);\n } else if (modeCfg.fencedCodeBlocks && (match = stream.match(fencedCodeRE, true))) {\n state.fencedChars = match[1]\n // try switching mode\n state.localMode = getMode(match[2]);\n if (state.localMode) state.localState = state.localMode.startState();\n state.f = state.block = local;\n if (modeCfg.highlightFormatting) state.formatting = \"code-block\";\n state.code = -1\n return getType(state);\n }\n\n return switchInline(stream, state, state.inline);\n }\n\n function htmlBlock(stream, state) {\n var style = htmlMode.token(stream, state.htmlState);\n if (!htmlModeMissing) {\n var inner = CodeMirror.innerMode(htmlMode, state.htmlState)\n if ((inner.mode.name == \"xml\" && inner.state.tagStart === null &&\n (!inner.state.context && inner.state.tokenize.isInText)) ||\n (state.md_inside && stream.current().indexOf(\">\") > -1)) {\n state.f = inlineNormal;\n state.block = blockNormal;\n state.htmlState = null;\n }\n }\n return style;\n }\n\n function local(stream, state) {\n if (state.fencedChars && stream.match(state.fencedChars, false)) {\n state.localMode = state.localState = null;\n state.f = state.block = leavingLocal;\n return null;\n } else if (state.localMode) {\n return state.localMode.token(stream, state.localState);\n } else {\n stream.skipToEnd();\n return tokenTypes.code;\n }\n }\n\n function leavingLocal(stream, state) {\n stream.match(state.fencedChars);\n state.block = blockNormal;\n state.f = inlineNormal;\n state.fencedChars = null;\n if (modeCfg.highlightFormatting) state.formatting = \"code-block\";\n state.code = 1\n var returnType = getType(state);\n state.code = 0\n return returnType;\n }\n\n // Inline\n function getType(state) {\n var styles = [];\n\n if (state.formatting) {\n styles.push(tokenTypes.formatting);\n\n if (typeof state.formatting === \"string\") state.formatting = [state.formatting];\n\n for (var i = 0; i < state.formatting.length; i++) {\n styles.push(tokenTypes.formatting + \"-\" + state.formatting[i]);\n\n if (state.formatting[i] === \"header\") {\n styles.push(tokenTypes.formatting + \"-\" + state.formatting[i] + \"-\" + state.header);\n }\n\n // Add `formatting-quote` and `formatting-quote-#` for blockquotes\n // Add `error` instead if the maximum blockquote nesting depth is passed\n if (state.formatting[i] === \"quote\") {\n if (!modeCfg.maxBlockquoteDepth || modeCfg.maxBlockquoteDepth >= state.quote) {\n styles.push(tokenTypes.formatting + \"-\" + state.formatting[i] + \"-\" + state.quote);\n } else {\n styles.push(\"error\");\n }\n }\n }\n }\n\n if (state.taskOpen) {\n styles.push(\"meta\");\n return styles.length ? styles.join(' ') : null;\n }\n if (state.taskClosed) {\n styles.push(\"property\");\n return styles.length ? styles.join(' ') : null;\n }\n\n if (state.linkHref) {\n styles.push(tokenTypes.linkHref, \"url\");\n } else { // Only apply inline styles to non-url text\n if (state.strong) { styles.push(tokenTypes.strong); }\n if (state.em) { styles.push(tokenTypes.em); }\n if (state.strikethrough) { styles.push(tokenTypes.strikethrough); }\n if (state.linkText) { styles.push(tokenTypes.linkText); }\n if (state.code) { styles.push(tokenTypes.code); }\n }\n\n if (state.header) { styles.push(tokenTypes.header, tokenTypes.header + \"-\" + state.header); }\n\n if (state.quote) {\n styles.push(tokenTypes.quote);\n\n // Add `quote-#` where the maximum for `#` is modeCfg.maxBlockquoteDepth\n if (!modeCfg.maxBlockquoteDepth || modeCfg.maxBlockquoteDepth >= state.quote) {\n styles.push(tokenTypes.quote + \"-\" + state.quote);\n } else {\n styles.push(tokenTypes.quote + \"-\" + modeCfg.maxBlockquoteDepth);\n }\n }\n\n if (state.list !== false) {\n var listMod = (state.listStack.length - 1) % 3;\n if (!listMod) {\n styles.push(tokenTypes.list1);\n } else if (listMod === 1) {\n styles.push(tokenTypes.list2);\n } else {\n styles.push(tokenTypes.list3);\n }\n }\n\n if (state.trailingSpaceNewLine) {\n styles.push(\"trailing-space-new-line\");\n } else if (state.trailingSpace) {\n styles.push(\"trailing-space-\" + (state.trailingSpace % 2 ? \"a\" : \"b\"));\n }\n\n return styles.length ? styles.join(' ') : null;\n }\n\n function handleText(stream, state) {\n if (stream.match(textRE, true)) {\n return getType(state);\n }\n return undefined;\n }\n\n function inlineNormal(stream, state) {\n var style = state.text(stream, state);\n if (typeof style !== 'undefined')\n return style;\n\n if (state.list) { // List marker (*, +, -, 1., etc)\n state.list = null;\n return getType(state);\n }\n\n if (state.taskList) {\n var taskOpen = stream.match(taskListRE, true)[1] !== \"x\";\n if (taskOpen) state.taskOpen = true;\n else state.taskClosed = true;\n if (modeCfg.highlightFormatting) state.formatting = \"task\";\n state.taskList = false;\n return getType(state);\n }\n\n state.taskOpen = false;\n state.taskClosed = false;\n\n if (state.header && stream.match(/^#+$/, true)) {\n if (modeCfg.highlightFormatting) state.formatting = \"header\";\n return getType(state);\n }\n\n // Get sol() value now, before character is consumed\n var sol = stream.sol();\n\n var ch = stream.next();\n\n // Matches link titles present on next line\n if (state.linkTitle) {\n state.linkTitle = false;\n var matchCh = ch;\n if (ch === '(') {\n matchCh = ')';\n }\n matchCh = (matchCh+'').replace(/([.?*+^$[\\]\\\\(){}|-])/g, \"\\\\$1\");\n var regex = '^\\\\s*(?:[^' + matchCh + '\\\\\\\\]+|\\\\\\\\\\\\\\\\|\\\\\\\\.)' + matchCh;\n if (stream.match(new RegExp(regex), true)) {\n return tokenTypes.linkHref;\n }\n }\n\n // If this block is changed, it may need to be updated in GFM mode\n if (ch === '`') {\n var previousFormatting = state.formatting;\n if (modeCfg.highlightFormatting) state.formatting = \"code\";\n stream.eatWhile('`');\n var count = stream.current().length\n if (state.code == 0) {\n state.code = count\n return getType(state)\n } else if (count == state.code) { // Must be exact\n var t = getType(state)\n state.code = 0\n return t\n } else {\n state.formatting = previousFormatting\n return getType(state)\n }\n } else if (state.code) {\n return getType(state);\n }\n\n if (ch === '\\\\') {\n stream.next();\n if (modeCfg.highlightFormatting) {\n var type = getType(state);\n var formattingEscape = tokenTypes.formatting + \"-escape\";\n return type ? type + \" \" + formattingEscape : formattingEscape;\n }\n }\n\n if (ch === '!' && stream.match(/\\[[^\\]]*\\] ?(?:\\(|\\[)/, false)) {\n stream.match(/\\[[^\\]]*\\]/);\n state.inline = state.f = linkHref;\n return tokenTypes.image;\n }\n\n if (ch === '[' && stream.match(/.*\\](\\(.*\\)| ?\\[.*\\])/, false)) {\n state.linkText = true;\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n return getType(state);\n }\n\n if (ch === ']' && state.linkText && stream.match(/\\(.*\\)| ?\\[.*\\]/, false)) {\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n var type = getType(state);\n state.linkText = false;\n state.inline = state.f = linkHref;\n return type;\n }\n\n if (ch === '<' && stream.match(/^(https?|ftps?):\\/\\/(?:[^\\\\>]|\\\\.)+>/, false)) {\n state.f = state.inline = linkInline;\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n var type = getType(state);\n if (type){\n type += \" \";\n } else {\n type = \"\";\n }\n return type + tokenTypes.linkInline;\n }\n\n if (ch === '<' && stream.match(/^[^> \\\\]+@(?:[^\\\\>]|\\\\.)+>/, false)) {\n state.f = state.inline = linkInline;\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n var type = getType(state);\n if (type){\n type += \" \";\n } else {\n type = \"\";\n }\n return type + tokenTypes.linkEmail;\n }\n\n if (ch === '<' && stream.match(/^(!--|\\w)/, false)) {\n var end = stream.string.indexOf(\">\", stream.pos);\n if (end != -1) {\n var atts = stream.string.substring(stream.start, end);\n if (/markdown\\s*=\\s*('|\"){0,1}1('|\"){0,1}/.test(atts)) state.md_inside = true;\n }\n stream.backUp(1);\n state.htmlState = CodeMirror.startState(htmlMode);\n return switchBlock(stream, state, htmlBlock);\n }\n\n if (ch === '<' && stream.match(/^\\/\\w*?>/)) {\n state.md_inside = false;\n return \"tag\";\n }\n\n var ignoreUnderscore = false;\n if (!modeCfg.underscoresBreakWords) {\n if (ch === '_' && stream.peek() !== '_' && stream.match(/(\\w)/, false)) {\n var prevPos = stream.pos - 2;\n if (prevPos >= 0) {\n var prevCh = stream.string.charAt(prevPos);\n if (prevCh !== '_' && prevCh.match(/(\\w)/, false)) {\n ignoreUnderscore = true;\n }\n }\n }\n }\n if (ch === '*' || (ch === '_' && !ignoreUnderscore)) {\n if (sol && stream.peek() === ' ') {\n // Do nothing, surrounded by newline and space\n } else if (state.strong === ch && stream.eat(ch)) { // Remove STRONG\n if (modeCfg.highlightFormatting) state.formatting = \"strong\";\n var t = getType(state);\n state.strong = false;\n return t;\n } else if (!state.strong && stream.eat(ch)) { // Add STRONG\n state.strong = ch;\n if (modeCfg.highlightFormatting) state.formatting = \"strong\";\n return getType(state);\n } else if (state.em === ch) { // Remove EM\n if (modeCfg.highlightFormatting) state.formatting = \"em\";\n var t = getType(state);\n state.em = false;\n return t;\n } else if (!state.em) { // Add EM\n state.em = ch;\n if (modeCfg.highlightFormatting) state.formatting = \"em\";\n return getType(state);\n }\n } else if (ch === ' ') {\n if (stream.eat('*') || stream.eat('_')) { // Probably surrounded by spaces\n if (stream.peek() === ' ') { // Surrounded by spaces, ignore\n return getType(state);\n } else { // Not surrounded by spaces, back up pointer\n stream.backUp(1);\n }\n }\n }\n\n if (modeCfg.strikethrough) {\n if (ch === '~' && stream.eatWhile(ch)) {\n if (state.strikethrough) {// Remove strikethrough\n if (modeCfg.highlightFormatting) state.formatting = \"strikethrough\";\n var t = getType(state);\n state.strikethrough = false;\n return t;\n } else if (stream.match(/^[^\\s]/, false)) {// Add strikethrough\n state.strikethrough = true;\n if (modeCfg.highlightFormatting) state.formatting = \"strikethrough\";\n return getType(state);\n }\n } else if (ch === ' ') {\n if (stream.match(/^~~/, true)) { // Probably surrounded by space\n if (stream.peek() === ' ') { // Surrounded by spaces, ignore\n return getType(state);\n } else { // Not surrounded by spaces, back up pointer\n stream.backUp(2);\n }\n }\n }\n }\n\n if (ch === ' ') {\n if (stream.match(/ +$/, false)) {\n state.trailingSpace++;\n } else if (state.trailingSpace) {\n state.trailingSpaceNewLine = true;\n }\n }\n\n return getType(state);\n }\n\n function linkInline(stream, state) {\n var ch = stream.next();\n\n if (ch === \">\") {\n state.f = state.inline = inlineNormal;\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n var type = getType(state);\n if (type){\n type += \" \";\n } else {\n type = \"\";\n }\n return type + tokenTypes.linkInline;\n }\n\n stream.match(/^[^>]+/, true);\n\n return tokenTypes.linkInline;\n }\n\n function linkHref(stream, state) {\n // Check if space, and return NULL if so (to avoid marking the space)\n if(stream.eatSpace()){\n return null;\n }\n var ch = stream.next();\n if (ch === '(' || ch === '[') {\n state.f = state.inline = getLinkHrefInside(ch === \"(\" ? \")\" : \"]\");\n if (modeCfg.highlightFormatting) state.formatting = \"link-string\";\n state.linkHref = true;\n return getType(state);\n }\n return 'error';\n }\n\n function getLinkHrefInside(endChar) {\n return function(stream, state) {\n var ch = stream.next();\n\n if (ch === endChar) {\n state.f = state.inline = inlineNormal;\n if (modeCfg.highlightFormatting) state.formatting = \"link-string\";\n var returnState = getType(state);\n state.linkHref = false;\n return returnState;\n }\n\n if (stream.match(inlineRE(endChar), true)) {\n stream.backUp(1);\n }\n\n state.linkHref = true;\n return getType(state);\n };\n }\n\n function footnoteLink(stream, state) {\n if (stream.match(/^([^\\]\\\\]|\\\\.)*\\]:/, false)) {\n state.f = footnoteLinkInside;\n stream.next(); // Consume [\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n state.linkText = true;\n return getType(state);\n }\n return switchInline(stream, state, inlineNormal);\n }\n\n function footnoteLinkInside(stream, state) {\n if (stream.match(/^\\]:/, true)) {\n state.f = state.inline = footnoteUrl;\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n var returnType = getType(state);\n state.linkText = false;\n return returnType;\n }\n\n stream.match(/^([^\\]\\\\]|\\\\.)+/, true);\n\n return tokenTypes.linkText;\n }\n\n function footnoteUrl(stream, state) {\n // Check if space, and return NULL if so (to avoid marking the space)\n if(stream.eatSpace()){\n return null;\n }\n // Match URL\n stream.match(/^[^\\s]+/, true);\n // Check for link title\n if (stream.peek() === undefined) { // End of line, set flag to check next line\n state.linkTitle = true;\n } else { // More content on line, check if link title\n stream.match(/^(?:\\s+(?:\"(?:[^\"\\\\]|\\\\\\\\|\\\\.)+\"|'(?:[^'\\\\]|\\\\\\\\|\\\\.)+'|\\((?:[^)\\\\]|\\\\\\\\|\\\\.)+\\)))?/, true);\n }\n state.f = state.inline = inlineNormal;\n return tokenTypes.linkHref + \" url\";\n }\n\n var savedInlineRE = [];\n function inlineRE(endChar) {\n if (!savedInlineRE[endChar]) {\n // Escape endChar for RegExp (taken from http://stackoverflow.com/a/494122/526741)\n endChar = (endChar+'').replace(/([.?*+^$[\\]\\\\(){}|-])/g, \"\\\\$1\");\n // Match any non-endChar, escaped character, as well as the closing\n // endChar.\n savedInlineRE[endChar] = new RegExp('^(?:[^\\\\\\\\]|\\\\\\\\.)*?(' + endChar + ')');\n }\n return savedInlineRE[endChar];\n }\n\n var mode = {\n startState: function() {\n return {\n f: blockNormal,\n\n prevLine: null,\n thisLine: null,\n\n block: blockNormal,\n htmlState: null,\n indentation: 0,\n\n inline: inlineNormal,\n text: handleText,\n\n formatting: false,\n linkText: false,\n linkHref: false,\n linkTitle: false,\n code: 0,\n em: false,\n strong: false,\n header: 0,\n hr: false,\n taskList: false,\n list: false,\n listStack: [],\n quote: 0,\n trailingSpace: 0,\n trailingSpaceNewLine: false,\n strikethrough: false,\n fencedChars: null\n };\n },\n\n copyState: function(s) {\n return {\n f: s.f,\n\n prevLine: s.prevLine,\n thisLine: s.thisLine,\n\n block: s.block,\n htmlState: s.htmlState && CodeMirror.copyState(htmlMode, s.htmlState),\n indentation: s.indentation,\n\n localMode: s.localMode,\n localState: s.localMode ? CodeMirror.copyState(s.localMode, s.localState) : null,\n\n inline: s.inline,\n text: s.text,\n formatting: false,\n linkTitle: s.linkTitle,\n code: s.code,\n em: s.em,\n strong: s.strong,\n strikethrough: s.strikethrough,\n header: s.header,\n hr: s.hr,\n taskList: s.taskList,\n list: s.list,\n listStack: s.listStack.slice(0),\n quote: s.quote,\n indentedCode: s.indentedCode,\n trailingSpace: s.trailingSpace,\n trailingSpaceNewLine: s.trailingSpaceNewLine,\n md_inside: s.md_inside,\n fencedChars: s.fencedChars\n };\n },\n\n token: function(stream, state) {\n\n // Reset state.formatting\n state.formatting = false;\n\n if (stream != state.thisLine) {\n var forceBlankLine = state.header || state.hr;\n\n // Reset state.header and state.hr\n state.header = 0;\n state.hr = false;\n\n if (stream.match(/^\\s*$/, true) || forceBlankLine) {\n blankLine(state);\n if (!forceBlankLine) return null\n state.prevLine = null\n }\n\n state.prevLine = state.thisLine\n state.thisLine = stream\n\n // Reset state.taskList\n state.taskList = false;\n\n // Reset state.trailingSpace\n state.trailingSpace = 0;\n state.trailingSpaceNewLine = false;\n\n state.f = state.block;\n var indentation = stream.match(/^\\s*/, true)[0].replace(/\\t/g, ' ').length;\n state.indentationDiff = Math.min(indentation - state.indentation, 4);\n state.indentation = state.indentation + state.indentationDiff;\n if (indentation > 0) return null;\n }\n return state.f(stream, state);\n },\n\n innerMode: function(state) {\n if (state.block == htmlBlock) return {state: state.htmlState, mode: htmlMode};\n if (state.localState) return {state: state.localState, mode: state.localMode};\n return {state: state, mode: mode};\n },\n\n blankLine: blankLine,\n\n getType: getType,\n\n fold: \"markdown\"\n };\n return mode;\n}, \"xml\");\n\nCodeMirror.defineMIME(\"text/x-markdown\", \"markdown\");\n\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/mode/meta.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/meta.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n CodeMirror.modeInfo = [\n {name: \"APL\", mime: \"text/apl\", mode: \"apl\", ext: [\"dyalog\", \"apl\"]},\n {name: \"PGP\", mimes: [\"application/pgp\", \"application/pgp-keys\", \"application/pgp-signature\"], mode: \"asciiarmor\", ext: [\"pgp\"]},\n {name: \"ASN.1\", mime: \"text/x-ttcn-asn\", mode: \"asn.1\", ext: [\"asn\", \"asn1\"]},\n {name: \"Asterisk\", mime: \"text/x-asterisk\", mode: \"asterisk\", file: /^extensions\\.conf$/i},\n {name: \"Brainfuck\", mime: \"text/x-brainfuck\", mode: \"brainfuck\", ext: [\"b\", \"bf\"]},\n {name: \"C\", mime: \"text/x-csrc\", mode: \"clike\", ext: [\"c\", \"h\"]},\n {name: \"C++\", mime: \"text/x-c++src\", mode: \"clike\", ext: [\"cpp\", \"c++\", \"cc\", \"cxx\", \"hpp\", \"h++\", \"hh\", \"hxx\"], alias: [\"cpp\"]},\n {name: \"Cobol\", mime: \"text/x-cobol\", mode: \"cobol\", ext: [\"cob\", \"cpy\"]},\n {name: \"C#\", mime: \"text/x-csharp\", mode: \"clike\", ext: [\"cs\"], alias: [\"csharp\"]},\n {name: \"Clojure\", mime: \"text/x-clojure\", mode: \"clojure\", ext: [\"clj\", \"cljc\", \"cljx\"]},\n {name: \"ClojureScript\", mime: \"text/x-clojurescript\", mode: \"clojure\", ext: [\"cljs\"]},\n {name: \"Closure Stylesheets (GSS)\", mime: \"text/x-gss\", mode: \"css\", ext: [\"gss\"]},\n {name: \"CMake\", mime: \"text/x-cmake\", mode: \"cmake\", ext: [\"cmake\", \"cmake.in\"], file: /^CMakeLists.txt$/},\n {name: \"CoffeeScript\", mime: \"text/x-coffeescript\", mode: \"coffeescript\", ext: [\"coffee\"], alias: [\"coffee\", \"coffee-script\"]},\n {name: \"Common Lisp\", mime: \"text/x-common-lisp\", mode: \"commonlisp\", ext: [\"cl\", \"lisp\", \"el\"], alias: [\"lisp\"]},\n {name: \"Cypher\", mime: \"application/x-cypher-query\", mode: \"cypher\", ext: [\"cyp\", \"cypher\"]},\n {name: \"Cython\", mime: \"text/x-cython\", mode: \"python\", ext: [\"pyx\", \"pxd\", \"pxi\"]},\n {name: \"Crystal\", mime: \"text/x-crystal\", mode: \"crystal\", ext: [\"cr\"]},\n {name: \"CSS\", mime: \"text/css\", mode: \"css\", ext: [\"css\"]},\n {name: \"CQL\", mime: \"text/x-cassandra\", mode: \"sql\", ext: [\"cql\"]},\n {name: \"D\", mime: \"text/x-d\", mode: \"d\", ext: [\"d\"]},\n {name: \"Dart\", mimes: [\"application/dart\", \"text/x-dart\"], mode: \"dart\", ext: [\"dart\"]},\n {name: \"diff\", mime: \"text/x-diff\", mode: \"diff\", ext: [\"diff\", \"patch\"]},\n {name: \"Django\", mime: \"text/x-django\", mode: \"django\"},\n {name: \"Dockerfile\", mime: \"text/x-dockerfile\", mode: \"dockerfile\", file: /^Dockerfile$/},\n {name: \"DTD\", mime: \"application/xml-dtd\", mode: \"dtd\", ext: [\"dtd\"]},\n {name: \"Dylan\", mime: \"text/x-dylan\", mode: \"dylan\", ext: [\"dylan\", \"dyl\", \"intr\"]},\n {name: \"EBNF\", mime: \"text/x-ebnf\", mode: \"ebnf\"},\n {name: \"ECL\", mime: \"text/x-ecl\", mode: \"ecl\", ext: [\"ecl\"]},\n {name: \"edn\", mime: \"application/edn\", mode: \"clojure\", ext: [\"edn\"]},\n {name: \"Eiffel\", mime: \"text/x-eiffel\", mode: \"eiffel\", ext: [\"e\"]},\n {name: \"Elm\", mime: \"text/x-elm\", mode: \"elm\", ext: [\"elm\"]},\n {name: \"Embedded Javascript\", mime: \"application/x-ejs\", mode: \"htmlembedded\", ext: [\"ejs\"]},\n {name: \"Embedded Ruby\", mime: \"application/x-erb\", mode: \"htmlembedded\", ext: [\"erb\"]},\n {name: \"Erlang\", mime: \"text/x-erlang\", mode: \"erlang\", ext: [\"erl\"]},\n {name: \"Factor\", mime: \"text/x-factor\", mode: \"factor\", ext: [\"factor\"]},\n {name: \"FCL\", mime: \"text/x-fcl\", mode: \"fcl\"},\n {name: \"Forth\", mime: \"text/x-forth\", mode: \"forth\", ext: [\"forth\", \"fth\", \"4th\"]},\n {name: \"Fortran\", mime: \"text/x-fortran\", mode: \"fortran\", ext: [\"f\", \"for\", \"f77\", \"f90\"]},\n {name: \"F#\", mime: \"text/x-fsharp\", mode: \"mllike\", ext: [\"fs\"], alias: [\"fsharp\"]},\n {name: \"Gas\", mime: \"text/x-gas\", mode: \"gas\", ext: [\"s\"]},\n {name: \"Gherkin\", mime: \"text/x-feature\", mode: \"gherkin\", ext: [\"feature\"]},\n {name: \"GitHub Flavored Markdown\", mime: \"text/x-gfm\", mode: \"gfm\", file: /^(readme|contributing|history).md$/i},\n {name: \"Go\", mime: \"text/x-go\", mode: \"go\", ext: [\"go\"]},\n {name: \"Groovy\", mime: \"text/x-groovy\", mode: \"groovy\", ext: [\"groovy\", \"gradle\"]},\n {name: \"HAML\", mime: \"text/x-haml\", mode: \"haml\", ext: [\"haml\"]},\n {name: \"Haskell\", mime: \"text/x-haskell\", mode: \"haskell\", ext: [\"hs\"]},\n {name: \"Haskell (Literate)\", mime: \"text/x-literate-haskell\", mode: \"haskell-literate\", ext: [\"lhs\"]},\n {name: \"Haxe\", mime: \"text/x-haxe\", mode: \"haxe\", ext: [\"hx\"]},\n {name: \"HXML\", mime: \"text/x-hxml\", mode: \"haxe\", ext: [\"hxml\"]},\n {name: \"ASP.NET\", mime: \"application/x-aspx\", mode: \"htmlembedded\", ext: [\"aspx\"], alias: [\"asp\", \"aspx\"]},\n {name: \"HTML\", mime: \"text/html\", mode: \"htmlmixed\", ext: [\"html\", \"htm\"], alias: [\"xhtml\"]},\n {name: \"HTTP\", mime: \"message/http\", mode: \"http\"},\n {name: \"IDL\", mime: \"text/x-idl\", mode: \"idl\", ext: [\"pro\"]},\n {name: \"Jade\", mime: \"text/x-jade\", mode: \"jade\", ext: [\"jade\"]},\n {name: \"Java\", mime: \"text/x-java\", mode: \"clike\", ext: [\"java\"]},\n {name: \"Java Server Pages\", mime: \"application/x-jsp\", mode: \"htmlembedded\", ext: [\"jsp\"], alias: [\"jsp\"]},\n {name: \"JavaScript\", mimes: [\"text/javascript\", \"text/ecmascript\", \"application/javascript\", \"application/x-javascript\", \"application/ecmascript\"],\n mode: \"javascript\", ext: [\"js\"], alias: [\"ecmascript\", \"js\", \"node\"]},\n {name: \"JSON\", mimes: [\"application/json\", \"application/x-json\"], mode: \"javascript\", ext: [\"json\", \"map\"], alias: [\"json5\"]},\n {name: \"JSON-LD\", mime: \"application/ld+json\", mode: \"javascript\", ext: [\"jsonld\"], alias: [\"jsonld\"]},\n {name: \"JSX\", mime: \"text/jsx\", mode: \"jsx\", ext: [\"jsx\"]},\n {name: \"Jinja2\", mime: \"null\", mode: \"jinja2\"},\n {name: \"Julia\", mime: \"text/x-julia\", mode: \"julia\", ext: [\"jl\"]},\n {name: \"Kotlin\", mime: \"text/x-kotlin\", mode: \"clike\", ext: [\"kt\"]},\n {name: \"LESS\", mime: \"text/x-less\", mode: \"css\", ext: [\"less\"]},\n {name: \"LiveScript\", mime: \"text/x-livescript\", mode: \"livescript\", ext: [\"ls\"], alias: [\"ls\"]},\n {name: \"Lua\", mime: \"text/x-lua\", mode: \"lua\", ext: [\"lua\"]},\n {name: \"Markdown\", mime: \"text/x-markdown\", mode: \"markdown\", ext: [\"markdown\", \"md\", \"mkd\"]},\n {name: \"mIRC\", mime: \"text/mirc\", mode: \"mirc\"},\n {name: \"MariaDB SQL\", mime: \"text/x-mariadb\", mode: \"sql\"},\n {name: \"Mathematica\", mime: \"text/x-mathematica\", mode: \"mathematica\", ext: [\"m\", \"nb\"]},\n {name: \"Modelica\", mime: \"text/x-modelica\", mode: \"modelica\", ext: [\"mo\"]},\n {name: \"MUMPS\", mime: \"text/x-mumps\", mode: \"mumps\", ext: [\"mps\"]},\n {name: \"MS SQL\", mime: \"text/x-mssql\", mode: \"sql\"},\n {name: \"MySQL\", mime: \"text/x-mysql\", mode: \"sql\"},\n {name: \"Nginx\", mime: \"text/x-nginx-conf\", mode: \"nginx\", file: /nginx.*\\.conf$/i},\n {name: \"NSIS\", mime: \"text/x-nsis\", mode: \"nsis\", ext: [\"nsh\", \"nsi\"]},\n {name: \"NTriples\", mime: \"text/n-triples\", mode: \"ntriples\", ext: [\"nt\"]},\n {name: \"Objective C\", mime: \"text/x-objectivec\", mode: \"clike\", ext: [\"m\", \"mm\"]},\n {name: \"OCaml\", mime: \"text/x-ocaml\", mode: \"mllike\", ext: [\"ml\", \"mli\", \"mll\", \"mly\"]},\n {name: \"Octave\", mime: \"text/x-octave\", mode: \"octave\", ext: [\"m\"]},\n {name: \"Oz\", mime: \"text/x-oz\", mode: \"oz\", ext: [\"oz\"]},\n {name: \"Pascal\", mime: \"text/x-pascal\", mode: \"pascal\", ext: [\"p\", \"pas\"]},\n {name: \"PEG.js\", mime: \"null\", mode: \"pegjs\", ext: [\"jsonld\"]},\n {name: \"Perl\", mime: \"text/x-perl\", mode: \"perl\", ext: [\"pl\", \"pm\"]},\n {name: \"PHP\", mime: \"application/x-httpd-php\", mode: \"php\", ext: [\"php\", \"php3\", \"php4\", \"php5\", \"phtml\"]},\n {name: \"Pig\", mime: \"text/x-pig\", mode: \"pig\", ext: [\"pig\"]},\n {name: \"Plain Text\", mime: \"text/plain\", mode: \"null\", ext: [\"txt\", \"text\", \"conf\", \"def\", \"list\", \"log\"]},\n {name: \"PLSQL\", mime: \"text/x-plsql\", mode: \"sql\", ext: [\"pls\"]},\n {name: \"Properties files\", mime: \"text/x-properties\", mode: \"properties\", ext: [\"properties\", \"ini\", \"in\"], alias: [\"ini\", \"properties\"]},\n {name: \"ProtoBuf\", mime: \"text/x-protobuf\", mode: \"protobuf\", ext: [\"proto\"]},\n {name: \"Python\", mime: \"text/x-python\", mode: \"python\", ext: [\"py\", \"pyw\"]},\n {name: \"Puppet\", mime: \"text/x-puppet\", mode: \"puppet\", ext: [\"pp\"]},\n {name: \"Q\", mime: \"text/x-q\", mode: \"q\", ext: [\"q\"]},\n {name: \"R\", mime: \"text/x-rsrc\", mode: \"r\", ext: [\"r\"], alias: [\"rscript\"]},\n {name: \"reStructuredText\", mime: \"text/x-rst\", mode: \"rst\", ext: [\"rst\"], alias: [\"rst\"]},\n {name: \"RPM Changes\", mime: \"text/x-rpm-changes\", mode: \"rpm\"},\n {name: \"RPM Spec\", mime: \"text/x-rpm-spec\", mode: \"rpm\", ext: [\"spec\"]},\n {name: \"Ruby\", mime: \"text/x-ruby\", mode: \"ruby\", ext: [\"rb\"], alias: [\"jruby\", \"macruby\", \"rake\", \"rb\", \"rbx\"]},\n {name: \"Rust\", mime: \"text/x-rustsrc\", mode: \"rust\", ext: [\"rs\"]},\n {name: \"Sass\", mime: \"text/x-sass\", mode: \"sass\", ext: [\"sass\"]},\n {name: \"Scala\", mime: \"text/x-scala\", mode: \"clike\", ext: [\"scala\"]},\n {name: \"Scheme\", mime: \"text/x-scheme\", mode: \"scheme\", ext: [\"scm\", \"ss\"]},\n {name: \"SCSS\", mime: \"text/x-scss\", mode: \"css\", ext: [\"scss\"]},\n {name: \"Shell\", mime: \"text/x-sh\", mode: \"shell\", ext: [\"sh\", \"ksh\", \"bash\"], alias: [\"bash\", \"sh\", \"zsh\"], file: /^PKGBUILD$/},\n {name: \"Sieve\", mime: \"application/sieve\", mode: \"sieve\", ext: [\"siv\", \"sieve\"]},\n {name: \"Slim\", mimes: [\"text/x-slim\", \"application/x-slim\"], mode: \"slim\", ext: [\"slim\"]},\n {name: \"Smalltalk\", mime: \"text/x-stsrc\", mode: \"smalltalk\", ext: [\"st\"]},\n {name: \"Smarty\", mime: \"text/x-smarty\", mode: \"smarty\", ext: [\"tpl\"]},\n {name: \"Solr\", mime: \"text/x-solr\", mode: \"solr\"},\n {name: \"Soy\", mime: \"text/x-soy\", mode: \"soy\", ext: [\"soy\"], alias: [\"closure template\"]},\n {name: \"SPARQL\", mime: \"application/sparql-query\", mode: \"sparql\", ext: [\"rq\", \"sparql\"], alias: [\"sparul\"]},\n {name: \"Spreadsheet\", mime: \"text/x-spreadsheet\", mode: \"spreadsheet\", alias: [\"excel\", \"formula\"]},\n {name: \"SQL\", mime: \"text/x-sql\", mode: \"sql\", ext: [\"sql\"]},\n {name: \"Squirrel\", mime: \"text/x-squirrel\", mode: \"clike\", ext: [\"nut\"]},\n {name: \"Swift\", mime: \"text/x-swift\", mode: \"swift\", ext: [\"swift\"]},\n {name: \"sTeX\", mime: \"text/x-stex\", mode: \"stex\"},\n {name: \"LaTeX\", mime: \"text/x-latex\", mode: \"stex\", ext: [\"text\", \"ltx\"], alias: [\"tex\"]},\n {name: \"SystemVerilog\", mime: \"text/x-systemverilog\", mode: \"verilog\", ext: [\"v\"]},\n {name: \"Tcl\", mime: \"text/x-tcl\", mode: \"tcl\", ext: [\"tcl\"]},\n {name: \"Textile\", mime: \"text/x-textile\", mode: \"textile\", ext: [\"textile\"]},\n {name: \"TiddlyWiki \", mime: \"text/x-tiddlywiki\", mode: \"tiddlywiki\"},\n {name: \"Tiki wiki\", mime: \"text/tiki\", mode: \"tiki\"},\n {name: \"TOML\", mime: \"text/x-toml\", mode: \"toml\", ext: [\"toml\"]},\n {name: \"Tornado\", mime: \"text/x-tornado\", mode: \"tornado\"},\n {name: \"troff\", mime: \"text/troff\", mode: \"troff\", ext: [\"1\", \"2\", \"3\", \"4\", \"5\", \"6\", \"7\", \"8\", \"9\"]},\n {name: \"TTCN\", mime: \"text/x-ttcn\", mode: \"ttcn\", ext: [\"ttcn\", \"ttcn3\", \"ttcnpp\"]},\n {name: \"TTCN_CFG\", mime: \"text/x-ttcn-cfg\", mode: \"ttcn-cfg\", ext: [\"cfg\"]},\n {name: \"Turtle\", mime: \"text/turtle\", mode: \"turtle\", ext: [\"ttl\"]},\n {name: \"TypeScript\", mime: \"application/typescript\", mode: \"javascript\", ext: [\"ts\"], alias: [\"ts\"]},\n {name: \"Twig\", mime: \"text/x-twig\", mode: \"twig\"},\n {name: \"VB.NET\", mime: \"text/x-vb\", mode: \"vb\", ext: [\"vb\"]},\n {name: \"VBScript\", mime: \"text/vbscript\", mode: \"vbscript\", ext: [\"vbs\"]},\n {name: \"Velocity\", mime: \"text/velocity\", mode: \"velocity\", ext: [\"vtl\"]},\n {name: \"Verilog\", mime: \"text/x-verilog\", mode: \"verilog\", ext: [\"v\"]},\n {name: \"VHDL\", mime: \"text/x-vhdl\", mode: \"vhdl\", ext: [\"vhd\", \"vhdl\"]},\n {name: \"XML\", mimes: [\"application/xml\", \"text/xml\"], mode: \"xml\", ext: [\"xml\", \"xsl\", \"xsd\"], alias: [\"rss\", \"wsdl\", \"xsd\"]},\n {name: \"XQuery\", mime: \"application/xquery\", mode: \"xquery\", ext: [\"xy\", \"xquery\"]},\n {name: \"YAML\", mime: \"text/x-yaml\", mode: \"yaml\", ext: [\"yaml\", \"yml\"], alias: [\"yml\"]},\n {name: \"Z80\", mime: \"text/x-z80\", mode: \"z80\", ext: [\"z80\"]},\n {name: \"mscgen\", mime: \"text/x-mscgen\", mode: \"mscgen\", ext: [\"mscgen\", \"mscin\", \"msc\"]},\n {name: \"xu\", mime: \"text/x-xu\", mode: \"mscgen\", ext: [\"xu\"]},\n {name: \"msgenny\", mime: \"text/x-msgenny\", mode: \"mscgen\", ext: [\"msgenny\"]}\n ];\n // Ensure all modes have a mime property for backwards compatibility\n for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n var info = CodeMirror.modeInfo[i];\n if (info.mimes) info.mime = info.mimes[0];\n }\n\n CodeMirror.findModeByMIME = function(mime) {\n mime = mime.toLowerCase();\n for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n var info = CodeMirror.modeInfo[i];\n if (info.mime == mime) return info;\n if (info.mimes) for (var j = 0; j < info.mimes.length; j++)\n if (info.mimes[j] == mime) return info;\n }\n };\n\n CodeMirror.findModeByExtension = function(ext) {\n for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n var info = CodeMirror.modeInfo[i];\n if (info.ext) for (var j = 0; j < info.ext.length; j++)\n if (info.ext[j] == ext) return info;\n }\n };\n\n CodeMirror.findModeByFileName = function(filename) {\n for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n var info = CodeMirror.modeInfo[i];\n if (info.file && info.file.test(filename)) return info;\n }\n var dot = filename.lastIndexOf(\".\");\n var ext = dot > -1 && filename.substring(dot + 1, filename.length);\n if (ext) return CodeMirror.findModeByExtension(ext);\n };\n\n CodeMirror.findModeByName = function(name) {\n name = name.toLowerCase();\n for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n var info = CodeMirror.modeInfo[i];\n if (info.name.toLowerCase() == name) return info;\n if (info.alias) for (var j = 0; j < info.alias.length; j++)\n if (info.alias[j].toLowerCase() == name) return info;\n }\n };\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.css": {
"type": "text/css",
"title": "$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.css",
"tags": "[[$:/tags/Stylesheet]]",
"text": "span.cm-underlined {\n text-decoration: underline;\n}\nspan.cm-strikethrough {\n text-decoration: line-through;\n}\nspan.cm-brace {\n color: #170;\n font-weight: bold;\n}\nspan.cm-table {\n color: blue;\n font-weight: bold;\n}\n"
},
"$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n/***\n |''Name''|tiddlywiki.js|\n |''Description''|Enables TiddlyWikiy syntax highlighting using CodeMirror|\n |''Author''|PMario|\n |''Version''|0.1.7|\n |''Status''|''stable''|\n |''Source''|[[GitHub|https://github.com/pmario/CodeMirror2/blob/tw-syntax/mode/tiddlywiki]]|\n |''Documentation''|http://codemirror.tiddlyspace.com/|\n |''License''|[[MIT License|http://www.opensource.org/licenses/mit-license.php]]|\n |''CoreVersion''|2.5.0|\n |''Requires''|codemirror.js|\n |''Keywords''|syntax highlighting color code mirror codemirror|\n ! Info\n CoreVersion parameter is needed for TiddlyWiki only!\n***/\n//{{{\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"tiddlywiki\", function () {\n // Tokenizer\n var textwords = {};\n\n var keywords = function () {\n function kw(type) {\n return { type: type, style: \"macro\"};\n }\n return {\n \"allTags\": kw('allTags'), \"closeAll\": kw('closeAll'), \"list\": kw('list'),\n \"newJournal\": kw('newJournal'), \"newTiddler\": kw('newTiddler'),\n \"permaview\": kw('permaview'), \"saveChanges\": kw('saveChanges'),\n \"search\": kw('search'), \"slider\": kw('slider'), \"tabs\": kw('tabs'),\n \"tag\": kw('tag'), \"tagging\": kw('tagging'), \"tags\": kw('tags'),\n \"tiddler\": kw('tiddler'), \"timeline\": kw('timeline'),\n \"today\": kw('today'), \"version\": kw('version'), \"option\": kw('option'),\n\n \"with\": kw('with'),\n \"filter\": kw('filter')\n };\n }();\n\n var isSpaceName = /[\\w_\\-]/i,\n reHR = /^\\-\\-\\-\\-+$/, // <hr>\n reWikiCommentStart = /^\\/\\*\\*\\*$/, // /***\n reWikiCommentStop = /^\\*\\*\\*\\/$/, // ***/\n reBlockQuote = /^<<<$/,\n\n reJsCodeStart = /^\\/\\/\\{\\{\\{$/, // //{{{ js block start\n reJsCodeStop = /^\\/\\/\\}\\}\\}$/, // //}}} js stop\n reXmlCodeStart = /^<!--\\{\\{\\{-->$/, // xml block start\n reXmlCodeStop = /^<!--\\}\\}\\}-->$/, // xml stop\n\n reCodeBlockStart = /^\\{\\{\\{$/, // {{{ TW text div block start\n reCodeBlockStop = /^\\}\\}\\}$/, // }}} TW text stop\n\n reUntilCodeStop = /.*?\\}\\}\\}/;\n\n function chain(stream, state, f) {\n state.tokenize = f;\n return f(stream, state);\n }\n\n function jsTokenBase(stream, state) {\n var sol = stream.sol(), ch;\n\n state.block = false; // indicates the start of a code block.\n\n ch = stream.peek(); // don't eat, to make matching simpler\n\n // check start of blocks\n if (sol && /[<\\/\\*{}\\-]/.test(ch)) {\n if (stream.match(reCodeBlockStart)) {\n state.block = true;\n return chain(stream, state, twTokenCode);\n }\n if (stream.match(reBlockQuote)) {\n return 'quote';\n }\n if (stream.match(reWikiCommentStart) || stream.match(reWikiCommentStop)) {\n return 'comment';\n }\n if (stream.match(reJsCodeStart) || stream.match(reJsCodeStop) || stream.match(reXmlCodeStart) || stream.match(reXmlCodeStop)) {\n return 'comment';\n }\n if (stream.match(reHR)) {\n return 'hr';\n }\n } // sol\n ch = stream.next();\n\n if (sol && /[\\/\\*!#;:>|]/.test(ch)) {\n if (ch == \"!\") { // tw header\n stream.skipToEnd();\n return \"header\";\n }\n if (ch == \"*\") { // tw list\n stream.eatWhile('*');\n return \"comment\";\n }\n if (ch == \"#\") { // tw numbered list\n stream.eatWhile('#');\n return \"comment\";\n }\n if (ch == \";\") { // definition list, term\n stream.eatWhile(';');\n return \"comment\";\n }\n if (ch == \":\") { // definition list, description\n stream.eatWhile(':');\n return \"comment\";\n }\n if (ch == \">\") { // single line quote\n stream.eatWhile(\">\");\n return \"quote\";\n }\n if (ch == '|') {\n return 'header';\n }\n }\n\n if (ch == '{' && stream.match(/\\{\\{/)) {\n return chain(stream, state, twTokenCode);\n }\n\n // rudimentary html:// file:// link matching. TW knows much more ...\n if (/[hf]/i.test(ch)) {\n if (/[ti]/i.test(stream.peek()) && stream.match(/\\b(ttps?|tp|ile):\\/\\/[\\-A-Z0-9+&@#\\/%?=~_|$!:,.;]*[A-Z0-9+&@#\\/%=~_|$]/i)) {\n return \"link\";\n }\n }\n // just a little string indicator, don't want to have the whole string covered\n if (ch == '\"') {\n return 'string';\n }\n if (ch == '~') { // _no_ CamelCase indicator should be bold\n return 'brace';\n }\n if (/[\\[\\]]/.test(ch)) { // check for [[..]]\n if (stream.peek() == ch) {\n stream.next();\n return 'brace';\n }\n }\n if (ch == \"@\") { // check for space link. TODO fix @@...@@ highlighting\n stream.eatWhile(isSpaceName);\n return \"link\";\n }\n if (/\\d/.test(ch)) { // numbers\n stream.eatWhile(/\\d/);\n return \"number\";\n }\n if (ch == \"/\") { // tw invisible comment\n if (stream.eat(\"%\")) {\n return chain(stream, state, twTokenComment);\n }\n else if (stream.eat(\"/\")) { //\n return chain(stream, state, twTokenEm);\n }\n }\n if (ch == \"_\") { // tw underline\n if (stream.eat(\"_\")) {\n return chain(stream, state, twTokenUnderline);\n }\n }\n // strikethrough and mdash handling\n if (ch == \"-\") {\n if (stream.eat(\"-\")) {\n // if strikethrough looks ugly, change CSS.\n if (stream.peek() != ' ')\n return chain(stream, state, twTokenStrike);\n // mdash\n if (stream.peek() == ' ')\n return 'brace';\n }\n }\n if (ch == \"'\") { // tw bold\n if (stream.eat(\"'\")) {\n return chain(stream, state, twTokenStrong);\n }\n }\n if (ch == \"<\") { // tw macro\n if (stream.eat(\"<\")) {\n return chain(stream, state, twTokenMacro);\n }\n }\n else {\n return null;\n }\n\n // core macro handling\n stream.eatWhile(/[\\w\\$_]/);\n var word = stream.current(),\n known = textwords.propertyIsEnumerable(word) && textwords[word];\n\n return known ? known.style : null;\n } // jsTokenBase()\n\n // tw invisible comment\n function twTokenComment(stream, state) {\n var maybeEnd = false,\n ch;\n while (ch = stream.next()) {\n if (ch == \"/\" && maybeEnd) {\n state.tokenize = jsTokenBase;\n break;\n }\n maybeEnd = (ch == \"%\");\n }\n return \"comment\";\n }\n\n // tw strong / bold\n function twTokenStrong(stream, state) {\n var maybeEnd = false,\n ch;\n while (ch = stream.next()) {\n if (ch == \"'\" && maybeEnd) {\n state.tokenize = jsTokenBase;\n break;\n }\n maybeEnd = (ch == \"'\");\n }\n return \"strong\";\n }\n\n // tw code\n function twTokenCode(stream, state) {\n var sb = state.block;\n\n if (sb && stream.current()) {\n return \"comment\";\n }\n\n if (!sb && stream.match(reUntilCodeStop)) {\n state.tokenize = jsTokenBase;\n return \"comment\";\n }\n\n if (sb && stream.sol() && stream.match(reCodeBlockStop)) {\n state.tokenize = jsTokenBase;\n return \"comment\";\n }\n\n stream.next();\n return \"comment\";\n }\n\n // tw em / italic\n function twTokenEm(stream, state) {\n var maybeEnd = false,\n ch;\n while (ch = stream.next()) {\n if (ch == \"/\" && maybeEnd) {\n state.tokenize = jsTokenBase;\n break;\n }\n maybeEnd = (ch == \"/\");\n }\n return \"em\";\n }\n\n // tw underlined text\n function twTokenUnderline(stream, state) {\n var maybeEnd = false,\n ch;\n while (ch = stream.next()) {\n if (ch == \"_\" && maybeEnd) {\n state.tokenize = jsTokenBase;\n break;\n }\n maybeEnd = (ch == \"_\");\n }\n return \"underlined\";\n }\n\n // tw strike through text looks ugly\n // change CSS if needed\n function twTokenStrike(stream, state) {\n var maybeEnd = false, ch;\n\n while (ch = stream.next()) {\n if (ch == \"-\" && maybeEnd) {\n state.tokenize = jsTokenBase;\n break;\n }\n maybeEnd = (ch == \"-\");\n }\n return \"strikethrough\";\n }\n\n // macro\n function twTokenMacro(stream, state) {\n var ch, word, known;\n\n if (stream.current() == '<<') {\n return 'macro';\n }\n\n ch = stream.next();\n if (!ch) {\n state.tokenize = jsTokenBase;\n return null;\n }\n if (ch == \">\") {\n if (stream.peek() == '>') {\n stream.next();\n state.tokenize = jsTokenBase;\n return \"macro\";\n }\n }\n\n stream.eatWhile(/[\\w\\$_]/);\n word = stream.current();\n known = keywords.propertyIsEnumerable(word) && keywords[word];\n\n if (known) {\n return known.style, word;\n }\n else {\n return null, word;\n }\n }\n\n // Interface\n return {\n startState: function () {\n return {\n tokenize: jsTokenBase,\n indented: 0,\n level: 0\n };\n },\n\n token: function (stream, state) {\n if (stream.eatSpace()) return null;\n var style = state.tokenize(stream, state);\n return style;\n },\n\n electricChars: \"\"\n };\n});\n\nCodeMirror.defineMIME(\"text/x-tiddlywiki\", \"tiddlywiki\");\n});\n\n//}}}\n"
},
"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nvar htmlConfig = {\n autoSelfClosers: {'area': true, 'base': true, 'br': true, 'col': true, 'command': true,\n 'embed': true, 'frame': true, 'hr': true, 'img': true, 'input': true,\n 'keygen': true, 'link': true, 'meta': true, 'param': true, 'source': true,\n 'track': true, 'wbr': true, 'menuitem': true},\n implicitlyClosed: {'dd': true, 'li': true, 'optgroup': true, 'option': true, 'p': true,\n 'rp': true, 'rt': true, 'tbody': true, 'td': true, 'tfoot': true,\n 'th': true, 'tr': true},\n contextGrabbers: {\n 'dd': {'dd': true, 'dt': true},\n 'dt': {'dd': true, 'dt': true},\n 'li': {'li': true},\n 'option': {'option': true, 'optgroup': true},\n 'optgroup': {'optgroup': true},\n 'p': {'address': true, 'article': true, 'aside': true, 'blockquote': true, 'dir': true,\n 'div': true, 'dl': true, 'fieldset': true, 'footer': true, 'form': true,\n 'h1': true, 'h2': true, 'h3': true, 'h4': true, 'h5': true, 'h6': true,\n 'header': true, 'hgroup': true, 'hr': true, 'menu': true, 'nav': true, 'ol': true,\n 'p': true, 'pre': true, 'section': true, 'table': true, 'ul': true},\n 'rp': {'rp': true, 'rt': true},\n 'rt': {'rp': true, 'rt': true},\n 'tbody': {'tbody': true, 'tfoot': true},\n 'td': {'td': true, 'th': true},\n 'tfoot': {'tbody': true},\n 'th': {'td': true, 'th': true},\n 'thead': {'tbody': true, 'tfoot': true},\n 'tr': {'tr': true}\n },\n doNotIndent: {\"pre\": true},\n allowUnquoted: true,\n allowMissing: true,\n caseFold: true\n}\n\nvar xmlConfig = {\n autoSelfClosers: {},\n implicitlyClosed: {},\n contextGrabbers: {},\n doNotIndent: {},\n allowUnquoted: false,\n allowMissing: false,\n caseFold: false\n}\n\nCodeMirror.defineMode(\"xml\", function(editorConf, config_) {\n var indentUnit = editorConf.indentUnit\n var config = {}\n var defaults = config_.htmlMode ? htmlConfig : xmlConfig\n for (var prop in defaults) config[prop] = defaults[prop]\n for (var prop in config_) config[prop] = config_[prop]\n\n // Return variables for tokenizers\n var type, setStyle;\n\n function inText(stream, state) {\n function chain(parser) {\n state.tokenize = parser;\n return parser(stream, state);\n }\n\n var ch = stream.next();\n if (ch == \"<\") {\n if (stream.eat(\"!\")) {\n if (stream.eat(\"[\")) {\n if (stream.match(\"CDATA[\")) return chain(inBlock(\"atom\", \"]]>\"));\n else return null;\n } else if (stream.match(\"--\")) {\n return chain(inBlock(\"comment\", \"-->\"));\n } else if (stream.match(\"DOCTYPE\", true, true)) {\n stream.eatWhile(/[\\w\\._\\-]/);\n return chain(doctype(1));\n } else {\n return null;\n }\n } else if (stream.eat(\"?\")) {\n stream.eatWhile(/[\\w\\._\\-]/);\n state.tokenize = inBlock(\"meta\", \"?>\");\n return \"meta\";\n } else {\n type = stream.eat(\"/\") ? \"closeTag\" : \"openTag\";\n state.tokenize = inTag;\n return \"tag bracket\";\n }\n } else if (ch == \"&\") {\n var ok;\n if (stream.eat(\"#\")) {\n if (stream.eat(\"x\")) {\n ok = stream.eatWhile(/[a-fA-F\\d]/) && stream.eat(\";\");\n } else {\n ok = stream.eatWhile(/[\\d]/) && stream.eat(\";\");\n }\n } else {\n ok = stream.eatWhile(/[\\w\\.\\-:]/) && stream.eat(\";\");\n }\n return ok ? \"atom\" : \"error\";\n } else {\n stream.eatWhile(/[^&<]/);\n return null;\n }\n }\n inText.isInText = true;\n\n function inTag(stream, state) {\n var ch = stream.next();\n if (ch == \">\" || (ch == \"/\" && stream.eat(\">\"))) {\n state.tokenize = inText;\n type = ch == \">\" ? \"endTag\" : \"selfcloseTag\";\n return \"tag bracket\";\n } else if (ch == \"=\") {\n type = \"equals\";\n return null;\n } else if (ch == \"<\") {\n state.tokenize = inText;\n state.state = baseState;\n state.tagName = state.tagStart = null;\n var next = state.tokenize(stream, state);\n return next ? next + \" tag error\" : \"tag error\";\n } else if (/[\\'\\\"]/.test(ch)) {\n state.tokenize = inAttribute(ch);\n state.stringStartCol = stream.column();\n return state.tokenize(stream, state);\n } else {\n stream.match(/^[^\\s\\u00a0=<>\\\"\\']*[^\\s\\u00a0=<>\\\"\\'\\/]/);\n return \"word\";\n }\n }\n\n function inAttribute(quote) {\n var closure = function(stream, state) {\n while (!stream.eol()) {\n if (stream.next() == quote) {\n state.tokenize = inTag;\n break;\n }\n }\n return \"string\";\n };\n closure.isInAttribute = true;\n return closure;\n }\n\n function inBlock(style, terminator) {\n return function(stream, state) {\n while (!stream.eol()) {\n if (stream.match(terminator)) {\n state.tokenize = inText;\n break;\n }\n stream.next();\n }\n return style;\n };\n }\n function doctype(depth) {\n return function(stream, state) {\n var ch;\n while ((ch = stream.next()) != null) {\n if (ch == \"<\") {\n state.tokenize = doctype(depth + 1);\n return state.tokenize(stream, state);\n } else if (ch == \">\") {\n if (depth == 1) {\n state.tokenize = inText;\n break;\n } else {\n state.tokenize = doctype(depth - 1);\n return state.tokenize(stream, state);\n }\n }\n }\n return \"meta\";\n };\n }\n\n function Context(state, tagName, startOfLine) {\n this.prev = state.context;\n this.tagName = tagName;\n this.indent = state.indented;\n this.startOfLine = startOfLine;\n if (config.doNotIndent.hasOwnProperty(tagName) || (state.context && state.context.noIndent))\n this.noIndent = true;\n }\n function popContext(state) {\n if (state.context) state.context = state.context.prev;\n }\n function maybePopContext(state, nextTagName) {\n var parentTagName;\n while (true) {\n if (!state.context) {\n return;\n }\n parentTagName = state.context.tagName;\n if (!config.contextGrabbers.hasOwnProperty(parentTagName) ||\n !config.contextGrabbers[parentTagName].hasOwnProperty(nextTagName)) {\n return;\n }\n popContext(state);\n }\n }\n\n function baseState(type, stream, state) {\n if (type == \"openTag\") {\n state.tagStart = stream.column();\n return tagNameState;\n } else if (type == \"closeTag\") {\n return closeTagNameState;\n } else {\n return baseState;\n }\n }\n function tagNameState(type, stream, state) {\n if (type == \"word\") {\n state.tagName = stream.current();\n setStyle = \"tag\";\n return attrState;\n } else {\n setStyle = \"error\";\n return tagNameState;\n }\n }\n function closeTagNameState(type, stream, state) {\n if (type == \"word\") {\n var tagName = stream.current();\n if (state.context && state.context.tagName != tagName &&\n config.implicitlyClosed.hasOwnProperty(state.context.tagName))\n popContext(state);\n if ((state.context && state.context.tagName == tagName) || config.matchClosing === false) {\n setStyle = \"tag\";\n return closeState;\n } else {\n setStyle = \"tag error\";\n return closeStateErr;\n }\n } else {\n setStyle = \"error\";\n return closeStateErr;\n }\n }\n\n function closeState(type, _stream, state) {\n if (type != \"endTag\") {\n setStyle = \"error\";\n return closeState;\n }\n popContext(state);\n return baseState;\n }\n function closeStateErr(type, stream, state) {\n setStyle = \"error\";\n return closeState(type, stream, state);\n }\n\n function attrState(type, _stream, state) {\n if (type == \"word\") {\n setStyle = \"attribute\";\n return attrEqState;\n } else if (type == \"endTag\" || type == \"selfcloseTag\") {\n var tagName = state.tagName, tagStart = state.tagStart;\n state.tagName = state.tagStart = null;\n if (type == \"selfcloseTag\" ||\n config.autoSelfClosers.hasOwnProperty(tagName)) {\n maybePopContext(state, tagName);\n } else {\n maybePopContext(state, tagName);\n state.context = new Context(state, tagName, tagStart == state.indented);\n }\n return baseState;\n }\n setStyle = \"error\";\n return attrState;\n }\n function attrEqState(type, stream, state) {\n if (type == \"equals\") return attrValueState;\n if (!config.allowMissing) setStyle = \"error\";\n return attrState(type, stream, state);\n }\n function attrValueState(type, stream, state) {\n if (type == \"string\") return attrContinuedState;\n if (type == \"word\" && config.allowUnquoted) {setStyle = \"string\"; return attrState;}\n setStyle = \"error\";\n return attrState(type, stream, state);\n }\n function attrContinuedState(type, stream, state) {\n if (type == \"string\") return attrContinuedState;\n return attrState(type, stream, state);\n }\n\n return {\n startState: function(baseIndent) {\n var state = {tokenize: inText,\n state: baseState,\n indented: baseIndent || 0,\n tagName: null, tagStart: null,\n context: null}\n if (baseIndent != null) state.baseIndent = baseIndent\n return state\n },\n\n token: function(stream, state) {\n if (!state.tagName && stream.sol())\n state.indented = stream.indentation();\n\n if (stream.eatSpace()) return null;\n type = null;\n var style = state.tokenize(stream, state);\n if ((style || type) && style != \"comment\") {\n setStyle = null;\n state.state = state.state(type || style, stream, state);\n if (setStyle)\n style = setStyle == \"error\" ? style + \" error\" : setStyle;\n }\n return style;\n },\n\n indent: function(state, textAfter, fullLine) {\n var context = state.context;\n // Indent multi-line strings (e.g. css).\n if (state.tokenize.isInAttribute) {\n if (state.tagStart == state.indented)\n return state.stringStartCol + 1;\n else\n return state.indented + indentUnit;\n }\n if (context && context.noIndent) return CodeMirror.Pass;\n if (state.tokenize != inTag && state.tokenize != inText)\n return fullLine ? fullLine.match(/^(\\s*)/)[0].length : 0;\n // Indent the starts of attribute names.\n if (state.tagName) {\n if (config.multilineTagIndentPastTag !== false)\n return state.tagStart + state.tagName.length + 2;\n else\n return state.tagStart + indentUnit * (config.multilineTagIndentFactor || 1);\n }\n if (config.alignCDATA && /<!\\[CDATA\\[/.test(textAfter)) return 0;\n var tagAfter = textAfter && /^<(\\/)?([\\w_:\\.-]*)/.exec(textAfter);\n if (tagAfter && tagAfter[1]) { // Closing tag spotted\n while (context) {\n if (context.tagName == tagAfter[2]) {\n context = context.prev;\n break;\n } else if (config.implicitlyClosed.hasOwnProperty(context.tagName)) {\n context = context.prev;\n } else {\n break;\n }\n }\n } else if (tagAfter) { // Opening tag spotted\n while (context) {\n var grabbers = config.contextGrabbers[context.tagName];\n if (grabbers && grabbers.hasOwnProperty(tagAfter[2]))\n context = context.prev;\n else\n break;\n }\n }\n while (context && context.prev && !context.startOfLine)\n context = context.prev;\n if (context) return context.indent + indentUnit;\n else return state.baseIndent || 0;\n },\n\n electricInput: /<\\/[\\s\\w:]+>$/,\n blockCommentStart: \"<!--\",\n blockCommentEnd: \"-->\",\n\n configuration: config.htmlMode ? \"html\" : \"xml\",\n helperType: config.htmlMode ? \"html\" : \"xml\",\n\n skipAttribute: function(state) {\n if (state.state == attrValueState)\n state.state = attrState\n }\n };\n});\n\nCodeMirror.defineMIME(\"text/xml\", \"xml\");\nCodeMirror.defineMIME(\"application/xml\", \"xml\");\nif (!CodeMirror.mimeModes.hasOwnProperty(\"text/html\"))\n CodeMirror.defineMIME(\"text/html\", {name: \"xml\", htmlMode: true});\n\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/keymap/vim.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/vim.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n/**\n * Supported keybindings:\n * Too many to list. Refer to defaultKeyMap below.\n *\n * Supported Ex commands:\n * Refer to defaultExCommandMap below.\n *\n * Registers: unnamed, -, a-z, A-Z, 0-9\n * (Does not respect the special case for number registers when delete\n * operator is made with these commands: %, (, ), , /, ?, n, N, {, } )\n * TODO: Implement the remaining registers.\n *\n * Marks: a-z, A-Z, and 0-9\n * TODO: Implement the remaining special marks. They have more complex\n * behavior.\n *\n * Events:\n * 'vim-mode-change' - raised on the editor anytime the current mode changes,\n * Event object: {mode: \"visual\", subMode: \"linewise\"}\n *\n * Code structure:\n * 1. Default keymap\n * 2. Variable declarations and short basic helpers\n * 3. Instance (External API) implementation\n * 4. Internal state tracking objects (input state, counter) implementation\n * and instanstiation\n * 5. Key handler (the main command dispatcher) implementation\n * 6. Motion, operator, and action implementations\n * 7. Helper functions for the key handler, motions, operators, and actions\n * 8. Set up Vim to work as a keymap for CodeMirror.\n * 9. Ex command implementations.\n */\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/dialog/dialog\"), require(\"../addon/edit/matchbrackets.js\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/dialog/dialog\", \"../addon/edit/matchbrackets\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n 'use strict';\n\n var defaultKeymap = [\n // Key to key mapping. This goes first to make it possible to override\n // existing mappings.\n { keys: '<Left>', type: 'keyToKey', toKeys: 'h' },\n { keys: '<Right>', type: 'keyToKey', toKeys: 'l' },\n { keys: '<Up>', type: 'keyToKey', toKeys: 'k' },\n { keys: '<Down>', type: 'keyToKey', toKeys: 'j' },\n { keys: '<Space>', type: 'keyToKey', toKeys: 'l' },\n { keys: '<BS>', type: 'keyToKey', toKeys: 'h', context: 'normal'},\n { keys: '<C-Space>', type: 'keyToKey', toKeys: 'W' },\n { keys: '<C-BS>', type: 'keyToKey', toKeys: 'B', context: 'normal' },\n { keys: '<S-Space>', type: 'keyToKey', toKeys: 'w' },\n { keys: '<S-BS>', type: 'keyToKey', toKeys: 'b', context: 'normal' },\n { keys: '<C-n>', type: 'keyToKey', toKeys: 'j' },\n { keys: '<C-p>', type: 'keyToKey', toKeys: 'k' },\n { keys: '<C-[>', type: 'keyToKey', toKeys: '<Esc>' },\n { keys: '<C-c>', type: 'keyToKey', toKeys: '<Esc>' },\n { keys: '<C-[>', type: 'keyToKey', toKeys: '<Esc>', context: 'insert' },\n { keys: '<C-c>', type: 'keyToKey', toKeys: '<Esc>', context: 'insert' },\n { keys: 's', type: 'keyToKey', toKeys: 'cl', context: 'normal' },\n { keys: 's', type: 'keyToKey', toKeys: 'c', context: 'visual'},\n { keys: 'S', type: 'keyToKey', toKeys: 'cc', context: 'normal' },\n { keys: 'S', type: 'keyToKey', toKeys: 'VdO', context: 'visual' },\n { keys: '<Home>', type: 'keyToKey', toKeys: '0' },\n { keys: '<End>', type: 'keyToKey', toKeys: '$' },\n { keys: '<PageUp>', type: 'keyToKey', toKeys: '<C-b>' },\n { keys: '<PageDown>', type: 'keyToKey', toKeys: '<C-f>' },\n { keys: '<CR>', type: 'keyToKey', toKeys: 'j^', context: 'normal' },\n // Motions\n { keys: 'H', type: 'motion', motion: 'moveToTopLine', motionArgs: { linewise: true, toJumplist: true }},\n { keys: 'M', type: 'motion', motion: 'moveToMiddleLine', motionArgs: { linewise: true, toJumplist: true }},\n { keys: 'L', type: 'motion', motion: 'moveToBottomLine', motionArgs: { linewise: true, toJumplist: true }},\n { keys: 'h', type: 'motion', motion: 'moveByCharacters', motionArgs: { forward: false }},\n { keys: 'l', type: 'motion', motion: 'moveByCharacters', motionArgs: { forward: true }},\n { keys: 'j', type: 'motion', motion: 'moveByLines', motionArgs: { forward: true, linewise: true }},\n { keys: 'k', type: 'motion', motion: 'moveByLines', motionArgs: { forward: false, linewise: true }},\n { keys: 'gj', type: 'motion', motion: 'moveByDisplayLines', motionArgs: { forward: true }},\n { keys: 'gk', type: 'motion', motion: 'moveByDisplayLines', motionArgs: { forward: false }},\n { keys: 'w', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: false }},\n { keys: 'W', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: false, bigWord: true }},\n { keys: 'e', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: true, inclusive: true }},\n { keys: 'E', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: true, bigWord: true, inclusive: true }},\n { keys: 'b', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: false }},\n { keys: 'B', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: false, bigWord: true }},\n { keys: 'ge', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: true, inclusive: true }},\n { keys: 'gE', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: true, bigWord: true, inclusive: true }},\n { keys: '{', type: 'motion', motion: 'moveByParagraph', motionArgs: { forward: false, toJumplist: true }},\n { keys: '}', type: 'motion', motion: 'moveByParagraph', motionArgs: { forward: true, toJumplist: true }},\n { keys: '<C-f>', type: 'motion', motion: 'moveByPage', motionArgs: { forward: true }},\n { keys: '<C-b>', type: 'motion', motion: 'moveByPage', motionArgs: { forward: false }},\n { keys: '<C-d>', type: 'motion', motion: 'moveByScroll', motionArgs: { forward: true, explicitRepeat: true }},\n { keys: '<C-u>', type: 'motion', motion: 'moveByScroll', motionArgs: { forward: false, explicitRepeat: true }},\n { keys: 'gg', type: 'motion', motion: 'moveToLineOrEdgeOfDocument', motionArgs: { forward: false, explicitRepeat: true, linewise: true, toJumplist: true }},\n { keys: 'G', type: 'motion', motion: 'moveToLineOrEdgeOfDocument', motionArgs: { forward: true, explicitRepeat: true, linewise: true, toJumplist: true }},\n { keys: '0', type: 'motion', motion: 'moveToStartOfLine' },\n { keys: '^', type: 'motion', motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: '+', type: 'motion', motion: 'moveByLines', motionArgs: { forward: true, toFirstChar:true }},\n { keys: '-', type: 'motion', motion: 'moveByLines', motionArgs: { forward: false, toFirstChar:true }},\n { keys: '_', type: 'motion', motion: 'moveByLines', motionArgs: { forward: true, toFirstChar:true, repeatOffset:-1 }},\n { keys: '$', type: 'motion', motion: 'moveToEol', motionArgs: { inclusive: true }},\n { keys: '%', type: 'motion', motion: 'moveToMatchedSymbol', motionArgs: { inclusive: true, toJumplist: true }},\n { keys: 'f<character>', type: 'motion', motion: 'moveToCharacter', motionArgs: { forward: true , inclusive: true }},\n { keys: 'F<character>', type: 'motion', motion: 'moveToCharacter', motionArgs: { forward: false }},\n { keys: 't<character>', type: 'motion', motion: 'moveTillCharacter', motionArgs: { forward: true, inclusive: true }},\n { keys: 'T<character>', type: 'motion', motion: 'moveTillCharacter', motionArgs: { forward: false }},\n { keys: ';', type: 'motion', motion: 'repeatLastCharacterSearch', motionArgs: { forward: true }},\n { keys: ',', type: 'motion', motion: 'repeatLastCharacterSearch', motionArgs: { forward: false }},\n { keys: '\\'<character>', type: 'motion', motion: 'goToMark', motionArgs: {toJumplist: true, linewise: true}},\n { keys: '`<character>', type: 'motion', motion: 'goToMark', motionArgs: {toJumplist: true}},\n { keys: ']`', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true } },\n { keys: '[`', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false } },\n { keys: ']\\'', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true, linewise: true } },\n { keys: '[\\'', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false, linewise: true } },\n // the next two aren't motions but must come before more general motion declarations\n { keys: ']p', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: true, isEdit: true, matchIndent: true}},\n { keys: '[p', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: false, isEdit: true, matchIndent: true}},\n { keys: ']<character>', type: 'motion', motion: 'moveToSymbol', motionArgs: { forward: true, toJumplist: true}},\n { keys: '[<character>', type: 'motion', motion: 'moveToSymbol', motionArgs: { forward: false, toJumplist: true}},\n { keys: '|', type: 'motion', motion: 'moveToColumn'},\n { keys: 'o', type: 'motion', motion: 'moveToOtherHighlightedEnd', context:'visual'},\n { keys: 'O', type: 'motion', motion: 'moveToOtherHighlightedEnd', motionArgs: {sameLine: true}, context:'visual'},\n // Operators\n { keys: 'd', type: 'operator', operator: 'delete' },\n { keys: 'y', type: 'operator', operator: 'yank' },\n { keys: 'c', type: 'operator', operator: 'change' },\n { keys: '>', type: 'operator', operator: 'indent', operatorArgs: { indentRight: true }},\n { keys: '<', type: 'operator', operator: 'indent', operatorArgs: { indentRight: false }},\n { keys: 'g~', type: 'operator', operator: 'changeCase' },\n { keys: 'gu', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: true}, isEdit: true },\n { keys: 'gU', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: false}, isEdit: true },\n { keys: 'n', type: 'motion', motion: 'findNext', motionArgs: { forward: true, toJumplist: true }},\n { keys: 'N', type: 'motion', motion: 'findNext', motionArgs: { forward: false, toJumplist: true }},\n // Operator-Motion dual commands\n { keys: 'x', type: 'operatorMotion', operator: 'delete', motion: 'moveByCharacters', motionArgs: { forward: true }, operatorMotionArgs: { visualLine: false }},\n { keys: 'X', type: 'operatorMotion', operator: 'delete', motion: 'moveByCharacters', motionArgs: { forward: false }, operatorMotionArgs: { visualLine: true }},\n { keys: 'D', type: 'operatorMotion', operator: 'delete', motion: 'moveToEol', motionArgs: { inclusive: true }, context: 'normal'},\n { keys: 'D', type: 'operator', operator: 'delete', operatorArgs: { linewise: true }, context: 'visual'},\n { keys: 'Y', type: 'operatorMotion', operator: 'yank', motion: 'moveToEol', motionArgs: { inclusive: true }, context: 'normal'},\n { keys: 'Y', type: 'operator', operator: 'yank', operatorArgs: { linewise: true }, context: 'visual'},\n { keys: 'C', type: 'operatorMotion', operator: 'change', motion: 'moveToEol', motionArgs: { inclusive: true }, context: 'normal'},\n { keys: 'C', type: 'operator', operator: 'change', operatorArgs: { linewise: true }, context: 'visual'},\n { keys: '~', type: 'operatorMotion', operator: 'changeCase', motion: 'moveByCharacters', motionArgs: { forward: true }, operatorArgs: { shouldMoveCursor: true }, context: 'normal'},\n { keys: '~', type: 'operator', operator: 'changeCase', context: 'visual'},\n { keys: '<C-w>', type: 'operatorMotion', operator: 'delete', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: false }, context: 'insert' },\n // Actions\n { keys: '<C-i>', type: 'action', action: 'jumpListWalk', actionArgs: { forward: true }},\n { keys: '<C-o>', type: 'action', action: 'jumpListWalk', actionArgs: { forward: false }},\n { keys: '<C-e>', type: 'action', action: 'scroll', actionArgs: { forward: true, linewise: true }},\n { keys: '<C-y>', type: 'action', action: 'scroll', actionArgs: { forward: false, linewise: true }},\n { keys: 'a', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'charAfter' }, context: 'normal' },\n { keys: 'A', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'eol' }, context: 'normal' },\n { keys: 'A', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'endOfSelectedArea' }, context: 'visual' },\n { keys: 'i', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'inplace' }, context: 'normal' },\n { keys: 'I', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'firstNonBlank'}, context: 'normal' },\n { keys: 'I', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'startOfSelectedArea' }, context: 'visual' },\n { keys: 'o', type: 'action', action: 'newLineAndEnterInsertMode', isEdit: true, interlaceInsertRepeat: true, actionArgs: { after: true }, context: 'normal' },\n { keys: 'O', type: 'action', action: 'newLineAndEnterInsertMode', isEdit: true, interlaceInsertRepeat: true, actionArgs: { after: false }, context: 'normal' },\n { keys: 'v', type: 'action', action: 'toggleVisualMode' },\n { keys: 'V', type: 'action', action: 'toggleVisualMode', actionArgs: { linewise: true }},\n { keys: '<C-v>', type: 'action', action: 'toggleVisualMode', actionArgs: { blockwise: true }},\n { keys: '<C-q>', type: 'action', action: 'toggleVisualMode', actionArgs: { blockwise: true }},\n { keys: 'gv', type: 'action', action: 'reselectLastSelection' },\n { keys: 'J', type: 'action', action: 'joinLines', isEdit: true },\n { keys: 'p', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: true, isEdit: true }},\n { keys: 'P', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: false, isEdit: true }},\n { keys: 'r<character>', type: 'action', action: 'replace', isEdit: true },\n { keys: '@<character>', type: 'action', action: 'replayMacro' },\n { keys: 'q<character>', type: 'action', action: 'enterMacroRecordMode' },\n // Handle Replace-mode as a special case of insert mode.\n { keys: 'R', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { replace: true }},\n { keys: 'u', type: 'action', action: 'undo', context: 'normal' },\n { keys: 'u', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: true}, context: 'visual', isEdit: true },\n { keys: 'U', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: false}, context: 'visual', isEdit: true },\n { keys: '<C-r>', type: 'action', action: 'redo' },\n { keys: 'm<character>', type: 'action', action: 'setMark' },\n { keys: '\"<character>', type: 'action', action: 'setRegister' },\n { keys: 'zz', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'center' }},\n { keys: 'z.', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'center' }, motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: 'zt', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'top' }},\n { keys: 'z<CR>', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'top' }, motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: 'z-', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'bottom' }},\n { keys: 'zb', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'bottom' }, motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: '.', type: 'action', action: 'repeatLastEdit' },\n { keys: '<C-a>', type: 'action', action: 'incrementNumberToken', isEdit: true, actionArgs: {increase: true, backtrack: false}},\n { keys: '<C-x>', type: 'action', action: 'incrementNumberToken', isEdit: true, actionArgs: {increase: false, backtrack: false}},\n // Text object motions\n { keys: 'a<character>', type: 'motion', motion: 'textObjectManipulation' },\n { keys: 'i<character>', type: 'motion', motion: 'textObjectManipulation', motionArgs: { textObjectInner: true }},\n // Search\n { keys: '/', type: 'search', searchArgs: { forward: true, querySrc: 'prompt', toJumplist: true }},\n { keys: '?', type: 'search', searchArgs: { forward: false, querySrc: 'prompt', toJumplist: true }},\n { keys: '*', type: 'search', searchArgs: { forward: true, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n { keys: '#', type: 'search', searchArgs: { forward: false, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n { keys: 'g*', type: 'search', searchArgs: { forward: true, querySrc: 'wordUnderCursor', toJumplist: true }},\n { keys: 'g#', type: 'search', searchArgs: { forward: false, querySrc: 'wordUnderCursor', toJumplist: true }},\n // Ex command\n { keys: ':', type: 'ex' }\n ];\n\n /**\n * Ex commands\n * Care must be taken when adding to the default Ex command map. For any\n * pair of commands that have a shared prefix, at least one of their\n * shortNames must not match the prefix of the other command.\n */\n var defaultExCommandMap = [\n { name: 'colorscheme', shortName: 'colo' },\n { name: 'map' },\n { name: 'imap', shortName: 'im' },\n { name: 'nmap', shortName: 'nm' },\n { name: 'vmap', shortName: 'vm' },\n { name: 'unmap' },\n { name: 'write', shortName: 'w' },\n { name: 'undo', shortName: 'u' },\n { name: 'redo', shortName: 'red' },\n { name: 'set', shortName: 'se' },\n { name: 'set', shortName: 'se' },\n { name: 'setlocal', shortName: 'setl' },\n { name: 'setglobal', shortName: 'setg' },\n { name: 'sort', shortName: 'sor' },\n { name: 'substitute', shortName: 's', possiblyAsync: true },\n { name: 'nohlsearch', shortName: 'noh' },\n { name: 'delmarks', shortName: 'delm' },\n { name: 'registers', shortName: 'reg', excludeFromCommandHistory: true },\n { name: 'global', shortName: 'g' }\n ];\n\n var Pos = CodeMirror.Pos;\n\n var Vim = function() {\n function enterVimMode(cm) {\n cm.setOption('disableInput', true);\n cm.setOption('showCursorWhenSelecting', false);\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n cm.on('cursorActivity', onCursorActivity);\n maybeInitVimState(cm);\n CodeMirror.on(cm.getInputField(), 'paste', getOnPasteFn(cm));\n }\n\n function leaveVimMode(cm) {\n cm.setOption('disableInput', false);\n cm.off('cursorActivity', onCursorActivity);\n CodeMirror.off(cm.getInputField(), 'paste', getOnPasteFn(cm));\n cm.state.vim = null;\n }\n\n function detachVimMap(cm, next) {\n if (this == CodeMirror.keyMap.vim)\n CodeMirror.rmClass(cm.getWrapperElement(), \"cm-fat-cursor\");\n\n if (!next || next.attach != attachVimMap)\n leaveVimMode(cm, false);\n }\n function attachVimMap(cm, prev) {\n if (this == CodeMirror.keyMap.vim)\n CodeMirror.addClass(cm.getWrapperElement(), \"cm-fat-cursor\");\n\n if (!prev || prev.attach != attachVimMap)\n enterVimMode(cm);\n }\n\n // Deprecated, simply setting the keymap works again.\n CodeMirror.defineOption('vimMode', false, function(cm, val, prev) {\n if (val && cm.getOption(\"keyMap\") != \"vim\")\n cm.setOption(\"keyMap\", \"vim\");\n else if (!val && prev != CodeMirror.Init && /^vim/.test(cm.getOption(\"keyMap\")))\n cm.setOption(\"keyMap\", \"default\");\n });\n\n function cmKey(key, cm) {\n if (!cm) { return undefined; }\n var vimKey = cmKeyToVimKey(key);\n if (!vimKey) {\n return false;\n }\n var cmd = CodeMirror.Vim.findKey(cm, vimKey);\n if (typeof cmd == 'function') {\n CodeMirror.signal(cm, 'vim-keypress', vimKey);\n }\n return cmd;\n }\n\n var modifiers = {'Shift': 'S', 'Ctrl': 'C', 'Alt': 'A', 'Cmd': 'D', 'Mod': 'A'};\n var specialKeys = {Enter:'CR',Backspace:'BS',Delete:'Del'};\n function cmKeyToVimKey(key) {\n if (key.charAt(0) == '\\'') {\n // Keypress character binding of format \"'a'\"\n return key.charAt(1);\n }\n var pieces = key.split(/-(?!$)/);\n var lastPiece = pieces[pieces.length - 1];\n if (pieces.length == 1 && pieces[0].length == 1) {\n // No-modifier bindings use literal character bindings above. Skip.\n return false;\n } else if (pieces.length == 2 && pieces[0] == 'Shift' && lastPiece.length == 1) {\n // Ignore Shift+char bindings as they should be handled by literal character.\n return false;\n }\n var hasCharacter = false;\n for (var i = 0; i < pieces.length; i++) {\n var piece = pieces[i];\n if (piece in modifiers) { pieces[i] = modifiers[piece]; }\n else { hasCharacter = true; }\n if (piece in specialKeys) { pieces[i] = specialKeys[piece]; }\n }\n if (!hasCharacter) {\n // Vim does not support modifier only keys.\n return false;\n }\n // TODO: Current bindings expect the character to be lower case, but\n // it looks like vim key notation uses upper case.\n if (isUpperCase(lastPiece)) {\n pieces[pieces.length - 1] = lastPiece.toLowerCase();\n }\n return '<' + pieces.join('-') + '>';\n }\n\n function getOnPasteFn(cm) {\n var vim = cm.state.vim;\n if (!vim.onPasteFn) {\n vim.onPasteFn = function() {\n if (!vim.insertMode) {\n cm.setCursor(offsetCursor(cm.getCursor(), 0, 1));\n actions.enterInsertMode(cm, {}, vim);\n }\n };\n }\n return vim.onPasteFn;\n }\n\n var numberRegex = /[\\d]/;\n var wordCharTest = [CodeMirror.isWordChar, function(ch) {\n return ch && !CodeMirror.isWordChar(ch) && !/\\s/.test(ch);\n }], bigWordCharTest = [function(ch) {\n return /\\S/.test(ch);\n }];\n function makeKeyRange(start, size) {\n var keys = [];\n for (var i = start; i < start + size; i++) {\n keys.push(String.fromCharCode(i));\n }\n return keys;\n }\n var upperCaseAlphabet = makeKeyRange(65, 26);\n var lowerCaseAlphabet = makeKeyRange(97, 26);\n var numbers = makeKeyRange(48, 10);\n var validMarks = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['<', '>']);\n var validRegisters = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['-', '\"', '.', ':', '/']);\n\n function isLine(cm, line) {\n return line >= cm.firstLine() && line <= cm.lastLine();\n }\n function isLowerCase(k) {\n return (/^[a-z]$/).test(k);\n }\n function isMatchableSymbol(k) {\n return '()[]{}'.indexOf(k) != -1;\n }\n function isNumber(k) {\n return numberRegex.test(k);\n }\n function isUpperCase(k) {\n return (/^[A-Z]$/).test(k);\n }\n function isWhiteSpaceString(k) {\n return (/^\\s*$/).test(k);\n }\n function inArray(val, arr) {\n for (var i = 0; i < arr.length; i++) {\n if (arr[i] == val) {\n return true;\n }\n }\n return false;\n }\n\n var options = {};\n function defineOption(name, defaultValue, type, aliases, callback) {\n if (defaultValue === undefined && !callback) {\n throw Error('defaultValue is required unless callback is provided');\n }\n if (!type) { type = 'string'; }\n options[name] = {\n type: type,\n defaultValue: defaultValue,\n callback: callback\n };\n if (aliases) {\n for (var i = 0; i < aliases.length; i++) {\n options[aliases[i]] = options[name];\n }\n }\n if (defaultValue) {\n setOption(name, defaultValue);\n }\n }\n\n function setOption(name, value, cm, cfg) {\n var option = options[name];\n cfg = cfg || {};\n var scope = cfg.scope;\n if (!option) {\n throw Error('Unknown option: ' + name);\n }\n if (option.type == 'boolean') {\n if (value && value !== true) {\n throw Error('Invalid argument: ' + name + '=' + value);\n } else if (value !== false) {\n // Boolean options are set to true if value is not defined.\n value = true;\n }\n }\n if (option.callback) {\n if (scope !== 'local') {\n option.callback(value, undefined);\n }\n if (scope !== 'global' && cm) {\n option.callback(value, cm);\n }\n } else {\n if (scope !== 'local') {\n option.value = option.type == 'boolean' ? !!value : value;\n }\n if (scope !== 'global' && cm) {\n cm.state.vim.options[name] = {value: value};\n }\n }\n }\n\n function getOption(name, cm, cfg) {\n var option = options[name];\n cfg = cfg || {};\n var scope = cfg.scope;\n if (!option) {\n throw Error('Unknown option: ' + name);\n }\n if (option.callback) {\n var local = cm && option.callback(undefined, cm);\n if (scope !== 'global' && local !== undefined) {\n return local;\n }\n if (scope !== 'local') {\n return option.callback();\n }\n return;\n } else {\n var local = (scope !== 'global') && (cm && cm.state.vim.options[name]);\n return (local || (scope !== 'local') && option || {}).value;\n }\n }\n\n defineOption('filetype', undefined, 'string', ['ft'], function(name, cm) {\n // Option is local. Do nothing for global.\n if (cm === undefined) {\n return;\n }\n // The 'filetype' option proxies to the CodeMirror 'mode' option.\n if (name === undefined) {\n var mode = cm.getOption('mode');\n return mode == 'null' ? '' : mode;\n } else {\n var mode = name == '' ? 'null' : name;\n cm.setOption('mode', mode);\n }\n });\n\n var createCircularJumpList = function() {\n var size = 100;\n var pointer = -1;\n var head = 0;\n var tail = 0;\n var buffer = new Array(size);\n function add(cm, oldCur, newCur) {\n var current = pointer % size;\n var curMark = buffer[current];\n function useNextSlot(cursor) {\n var next = ++pointer % size;\n var trashMark = buffer[next];\n if (trashMark) {\n trashMark.clear();\n }\n buffer[next] = cm.setBookmark(cursor);\n }\n if (curMark) {\n var markPos = curMark.find();\n // avoid recording redundant cursor position\n if (markPos && !cursorEqual(markPos, oldCur)) {\n useNextSlot(oldCur);\n }\n } else {\n useNextSlot(oldCur);\n }\n useNextSlot(newCur);\n head = pointer;\n tail = pointer - size + 1;\n if (tail < 0) {\n tail = 0;\n }\n }\n function move(cm, offset) {\n pointer += offset;\n if (pointer > head) {\n pointer = head;\n } else if (pointer < tail) {\n pointer = tail;\n }\n var mark = buffer[(size + pointer) % size];\n // skip marks that are temporarily removed from text buffer\n if (mark && !mark.find()) {\n var inc = offset > 0 ? 1 : -1;\n var newCur;\n var oldCur = cm.getCursor();\n do {\n pointer += inc;\n mark = buffer[(size + pointer) % size];\n // skip marks that are the same as current position\n if (mark &&\n (newCur = mark.find()) &&\n !cursorEqual(oldCur, newCur)) {\n break;\n }\n } while (pointer < head && pointer > tail);\n }\n return mark;\n }\n return {\n cachedCursor: undefined, //used for # and * jumps\n add: add,\n move: move\n };\n };\n\n // Returns an object to track the changes associated insert mode. It\n // clones the object that is passed in, or creates an empty object one if\n // none is provided.\n var createInsertModeChanges = function(c) {\n if (c) {\n // Copy construction\n return {\n changes: c.changes,\n expectCursorActivityForChange: c.expectCursorActivityForChange\n };\n }\n return {\n // Change list\n changes: [],\n // Set to true on change, false on cursorActivity.\n expectCursorActivityForChange: false\n };\n };\n\n function MacroModeState() {\n this.latestRegister = undefined;\n this.isPlaying = false;\n this.isRecording = false;\n this.replaySearchQueries = [];\n this.onRecordingDone = undefined;\n this.lastInsertModeChanges = createInsertModeChanges();\n }\n MacroModeState.prototype = {\n exitMacroRecordMode: function() {\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.onRecordingDone) {\n macroModeState.onRecordingDone(); // close dialog\n }\n macroModeState.onRecordingDone = undefined;\n macroModeState.isRecording = false;\n },\n enterMacroRecordMode: function(cm, registerName) {\n var register =\n vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.clear();\n this.latestRegister = registerName;\n if (cm.openDialog) {\n this.onRecordingDone = cm.openDialog(\n '(recording)['+registerName+']', null, {bottom:true});\n }\n this.isRecording = true;\n }\n }\n };\n\n function maybeInitVimState(cm) {\n if (!cm.state.vim) {\n // Store instance state in the CodeMirror object.\n cm.state.vim = {\n inputState: new InputState(),\n // Vim's input state that triggered the last edit, used to repeat\n // motions and operators with '.'.\n lastEditInputState: undefined,\n // Vim's action command before the last edit, used to repeat actions\n // with '.' and insert mode repeat.\n lastEditActionCommand: undefined,\n // When using jk for navigation, if you move from a longer line to a\n // shorter line, the cursor may clip to the end of the shorter line.\n // If j is pressed again and cursor goes to the next line, the\n // cursor should go back to its horizontal position on the longer\n // line if it can. This is to keep track of the horizontal position.\n lastHPos: -1,\n // Doing the same with screen-position for gj/gk\n lastHSPos: -1,\n // The last motion command run. Cleared if a non-motion command gets\n // executed in between.\n lastMotion: null,\n marks: {},\n // Mark for rendering fake cursor for visual mode.\n fakeCursor: null,\n insertMode: false,\n // Repeat count for changes made in insert mode, triggered by key\n // sequences like 3,i. Only exists when insertMode is true.\n insertModeRepeat: undefined,\n visualMode: false,\n // If we are in visual line mode. No effect if visualMode is false.\n visualLine: false,\n visualBlock: false,\n lastSelection: null,\n lastPastedText: null,\n sel: {},\n // Buffer-local/window-local values of vim options.\n options: {}\n };\n }\n return cm.state.vim;\n }\n var vimGlobalState;\n function resetVimGlobalState() {\n vimGlobalState = {\n // The current search query.\n searchQuery: null,\n // Whether we are searching backwards.\n searchIsReversed: false,\n // Replace part of the last substituted pattern\n lastSubstituteReplacePart: undefined,\n jumpList: createCircularJumpList(),\n macroModeState: new MacroModeState,\n // Recording latest f, t, F or T motion command.\n lastChararacterSearch: {increment:0, forward:true, selectedCharacter:''},\n registerController: new RegisterController({}),\n // search history buffer\n searchHistoryController: new HistoryController({}),\n // ex Command history buffer\n exCommandHistoryController : new HistoryController({})\n };\n for (var optionName in options) {\n var option = options[optionName];\n option.value = option.defaultValue;\n }\n }\n\n var lastInsertModeKeyTimer;\n var vimApi= {\n buildKeyMap: function() {\n // TODO: Convert keymap into dictionary format for fast lookup.\n },\n // Testing hook, though it might be useful to expose the register\n // controller anyways.\n getRegisterController: function() {\n return vimGlobalState.registerController;\n },\n // Testing hook.\n resetVimGlobalState_: resetVimGlobalState,\n\n // Testing hook.\n getVimGlobalState_: function() {\n return vimGlobalState;\n },\n\n // Testing hook.\n maybeInitVimState_: maybeInitVimState,\n\n suppressErrorLogging: false,\n\n InsertModeKey: InsertModeKey,\n map: function(lhs, rhs, ctx) {\n // Add user defined key bindings.\n exCommandDispatcher.map(lhs, rhs, ctx);\n },\n unmap: function(lhs, ctx) {\n exCommandDispatcher.unmap(lhs, ctx);\n },\n // TODO: Expose setOption and getOption as instance methods. Need to decide how to namespace\n // them, or somehow make them work with the existing CodeMirror setOption/getOption API.\n setOption: setOption,\n getOption: getOption,\n defineOption: defineOption,\n defineEx: function(name, prefix, func){\n if (!prefix) {\n prefix = name;\n } else if (name.indexOf(prefix) !== 0) {\n throw new Error('(Vim.defineEx) \"'+prefix+'\" is not a prefix of \"'+name+'\", command not registered');\n }\n exCommands[name]=func;\n exCommandDispatcher.commandMap_[prefix]={name:name, shortName:prefix, type:'api'};\n },\n handleKey: function (cm, key, origin) {\n var command = this.findKey(cm, key, origin);\n if (typeof command === 'function') {\n return command();\n }\n },\n /**\n * This is the outermost function called by CodeMirror, after keys have\n * been mapped to their Vim equivalents.\n *\n * Finds a command based on the key (and cached keys if there is a\n * multi-key sequence). Returns `undefined` if no key is matched, a noop\n * function if a partial match is found (multi-key), and a function to\n * execute the bound command if a a key is matched. The function always\n * returns true.\n */\n findKey: function(cm, key, origin) {\n var vim = maybeInitVimState(cm);\n function handleMacroRecording() {\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isRecording) {\n if (key == 'q') {\n macroModeState.exitMacroRecordMode();\n clearInputState(cm);\n return true;\n }\n if (origin != 'mapping') {\n logKey(macroModeState, key);\n }\n }\n }\n function handleEsc() {\n if (key == '<Esc>') {\n // Clear input state and get back to normal mode.\n clearInputState(cm);\n if (vim.visualMode) {\n exitVisualMode(cm);\n } else if (vim.insertMode) {\n exitInsertMode(cm);\n }\n return true;\n }\n }\n function doKeyToKey(keys) {\n // TODO: prevent infinite recursion.\n var match;\n while (keys) {\n // Pull off one command key, which is either a single character\n // or a special sequence wrapped in '<' and '>', e.g. '<Space>'.\n match = (/<\\w+-.+?>|<\\w+>|./).exec(keys);\n key = match[0];\n keys = keys.substring(match.index + key.length);\n CodeMirror.Vim.handleKey(cm, key, 'mapping');\n }\n }\n\n function handleKeyInsertMode() {\n if (handleEsc()) { return true; }\n var keys = vim.inputState.keyBuffer = vim.inputState.keyBuffer + key;\n var keysAreChars = key.length == 1;\n var match = commandDispatcher.matchCommand(keys, defaultKeymap, vim.inputState, 'insert');\n // Need to check all key substrings in insert mode.\n while (keys.length > 1 && match.type != 'full') {\n var keys = vim.inputState.keyBuffer = keys.slice(1);\n var thisMatch = commandDispatcher.matchCommand(keys, defaultKeymap, vim.inputState, 'insert');\n if (thisMatch.type != 'none') { match = thisMatch; }\n }\n if (match.type == 'none') { clearInputState(cm); return false; }\n else if (match.type == 'partial') {\n if (lastInsertModeKeyTimer) { window.clearTimeout(lastInsertModeKeyTimer); }\n lastInsertModeKeyTimer = window.setTimeout(\n function() { if (vim.insertMode && vim.inputState.keyBuffer) { clearInputState(cm); } },\n getOption('insertModeEscKeysTimeout'));\n return !keysAreChars;\n }\n\n if (lastInsertModeKeyTimer) { window.clearTimeout(lastInsertModeKeyTimer); }\n if (keysAreChars) {\n var here = cm.getCursor();\n cm.replaceRange('', offsetCursor(here, 0, -(keys.length - 1)), here, '+input');\n }\n clearInputState(cm);\n return match.command;\n }\n\n function handleKeyNonInsertMode() {\n if (handleMacroRecording() || handleEsc()) { return true; };\n\n var keys = vim.inputState.keyBuffer = vim.inputState.keyBuffer + key;\n if (/^[1-9]\\d*$/.test(keys)) { return true; }\n\n var keysMatcher = /^(\\d*)(.*)$/.exec(keys);\n if (!keysMatcher) { clearInputState(cm); return false; }\n var context = vim.visualMode ? 'visual' :\n 'normal';\n var match = commandDispatcher.matchCommand(keysMatcher[2] || keysMatcher[1], defaultKeymap, vim.inputState, context);\n if (match.type == 'none') { clearInputState(cm); return false; }\n else if (match.type == 'partial') { return true; }\n\n vim.inputState.keyBuffer = '';\n var keysMatcher = /^(\\d*)(.*)$/.exec(keys);\n if (keysMatcher[1] && keysMatcher[1] != '0') {\n vim.inputState.pushRepeatDigit(keysMatcher[1]);\n }\n return match.command;\n }\n\n var command;\n if (vim.insertMode) { command = handleKeyInsertMode(); }\n else { command = handleKeyNonInsertMode(); }\n if (command === false) {\n return undefined;\n } else if (command === true) {\n // TODO: Look into using CodeMirror's multi-key handling.\n // Return no-op since we are caching the key. Counts as handled, but\n // don't want act on it just yet.\n return function() {};\n } else {\n return function() {\n return cm.operation(function() {\n cm.curOp.isVimOp = true;\n try {\n if (command.type == 'keyToKey') {\n doKeyToKey(command.toKeys);\n } else {\n commandDispatcher.processCommand(cm, vim, command);\n }\n } catch (e) {\n // clear VIM state in case it's in a bad state.\n cm.state.vim = undefined;\n maybeInitVimState(cm);\n if (!CodeMirror.Vim.suppressErrorLogging) {\n console['log'](e);\n }\n throw e;\n }\n return true;\n });\n };\n }\n },\n handleEx: function(cm, input) {\n exCommandDispatcher.processCommand(cm, input);\n },\n\n defineMotion: defineMotion,\n defineAction: defineAction,\n defineOperator: defineOperator,\n mapCommand: mapCommand,\n _mapCommand: _mapCommand,\n\n defineRegister: defineRegister,\n\n exitVisualMode: exitVisualMode,\n exitInsertMode: exitInsertMode\n };\n\n // Represents the current input state.\n function InputState() {\n this.prefixRepeat = [];\n this.motionRepeat = [];\n\n this.operator = null;\n this.operatorArgs = null;\n this.motion = null;\n this.motionArgs = null;\n this.keyBuffer = []; // For matching multi-key commands.\n this.registerName = null; // Defaults to the unnamed register.\n }\n InputState.prototype.pushRepeatDigit = function(n) {\n if (!this.operator) {\n this.prefixRepeat = this.prefixRepeat.concat(n);\n } else {\n this.motionRepeat = this.motionRepeat.concat(n);\n }\n };\n InputState.prototype.getRepeat = function() {\n var repeat = 0;\n if (this.prefixRepeat.length > 0 || this.motionRepeat.length > 0) {\n repeat = 1;\n if (this.prefixRepeat.length > 0) {\n repeat *= parseInt(this.prefixRepeat.join(''), 10);\n }\n if (this.motionRepeat.length > 0) {\n repeat *= parseInt(this.motionRepeat.join(''), 10);\n }\n }\n return repeat;\n };\n\n function clearInputState(cm, reason) {\n cm.state.vim.inputState = new InputState();\n CodeMirror.signal(cm, 'vim-command-done', reason);\n }\n\n /*\n * Register stores information about copy and paste registers. Besides\n * text, a register must store whether it is linewise (i.e., when it is\n * pasted, should it insert itself into a new line, or should the text be\n * inserted at the cursor position.)\n */\n function Register(text, linewise, blockwise) {\n this.clear();\n this.keyBuffer = [text || ''];\n this.insertModeChanges = [];\n this.searchQueries = [];\n this.linewise = !!linewise;\n this.blockwise = !!blockwise;\n }\n Register.prototype = {\n setText: function(text, linewise, blockwise) {\n this.keyBuffer = [text || ''];\n this.linewise = !!linewise;\n this.blockwise = !!blockwise;\n },\n pushText: function(text, linewise) {\n // if this register has ever been set to linewise, use linewise.\n if (linewise) {\n if (!this.linewise) {\n this.keyBuffer.push('\\n');\n }\n this.linewise = true;\n }\n this.keyBuffer.push(text);\n },\n pushInsertModeChanges: function(changes) {\n this.insertModeChanges.push(createInsertModeChanges(changes));\n },\n pushSearchQuery: function(query) {\n this.searchQueries.push(query);\n },\n clear: function() {\n this.keyBuffer = [];\n this.insertModeChanges = [];\n this.searchQueries = [];\n this.linewise = false;\n },\n toString: function() {\n return this.keyBuffer.join('');\n }\n };\n\n /**\n * Defines an external register.\n *\n * The name should be a single character that will be used to reference the register.\n * The register should support setText, pushText, clear, and toString(). See Register\n * for a reference implementation.\n */\n function defineRegister(name, register) {\n var registers = vimGlobalState.registerController.registers[name];\n if (!name || name.length != 1) {\n throw Error('Register name must be 1 character');\n }\n if (registers[name]) {\n throw Error('Register already defined ' + name);\n }\n registers[name] = register;\n validRegisters.push(name);\n }\n\n /*\n * vim registers allow you to keep many independent copy and paste buffers.\n * See http://usevim.com/2012/04/13/registers/ for an introduction.\n *\n * RegisterController keeps the state of all the registers. An initial\n * state may be passed in. The unnamed register '\"' will always be\n * overridden.\n */\n function RegisterController(registers) {\n this.registers = registers;\n this.unnamedRegister = registers['\"'] = new Register();\n registers['.'] = new Register();\n registers[':'] = new Register();\n registers['/'] = new Register();\n }\n RegisterController.prototype = {\n pushText: function(registerName, operator, text, linewise, blockwise) {\n if (linewise && text.charAt(0) == '\\n') {\n text = text.slice(1) + '\\n';\n }\n if (linewise && text.charAt(text.length - 1) !== '\\n'){\n text += '\\n';\n }\n // Lowercase and uppercase registers refer to the same register.\n // Uppercase just means append.\n var register = this.isValidRegister(registerName) ?\n this.getRegister(registerName) : null;\n // if no register/an invalid register was specified, things go to the\n // default registers\n if (!register) {\n switch (operator) {\n case 'yank':\n // The 0 register contains the text from the most recent yank.\n this.registers['0'] = new Register(text, linewise, blockwise);\n break;\n case 'delete':\n case 'change':\n if (text.indexOf('\\n') == -1) {\n // Delete less than 1 line. Update the small delete register.\n this.registers['-'] = new Register(text, linewise);\n } else {\n // Shift down the contents of the numbered registers and put the\n // deleted text into register 1.\n this.shiftNumericRegisters_();\n this.registers['1'] = new Register(text, linewise);\n }\n break;\n }\n // Make sure the unnamed register is set to what just happened\n this.unnamedRegister.setText(text, linewise, blockwise);\n return;\n }\n\n // If we've gotten to this point, we've actually specified a register\n var append = isUpperCase(registerName);\n if (append) {\n register.pushText(text, linewise);\n } else {\n register.setText(text, linewise, blockwise);\n }\n // The unnamed register always has the same value as the last used\n // register.\n this.unnamedRegister.setText(register.toString(), linewise);\n },\n // Gets the register named @name. If one of @name doesn't already exist,\n // create it. If @name is invalid, return the unnamedRegister.\n getRegister: function(name) {\n if (!this.isValidRegister(name)) {\n return this.unnamedRegister;\n }\n name = name.toLowerCase();\n if (!this.registers[name]) {\n this.registers[name] = new Register();\n }\n return this.registers[name];\n },\n isValidRegister: function(name) {\n return name && inArray(name, validRegisters);\n },\n shiftNumericRegisters_: function() {\n for (var i = 9; i >= 2; i--) {\n this.registers[i] = this.getRegister('' + (i - 1));\n }\n }\n };\n function HistoryController() {\n this.historyBuffer = [];\n this.iterator;\n this.initialPrefix = null;\n }\n HistoryController.prototype = {\n // the input argument here acts a user entered prefix for a small time\n // until we start autocompletion in which case it is the autocompleted.\n nextMatch: function (input, up) {\n var historyBuffer = this.historyBuffer;\n var dir = up ? -1 : 1;\n if (this.initialPrefix === null) this.initialPrefix = input;\n for (var i = this.iterator + dir; up ? i >= 0 : i < historyBuffer.length; i+= dir) {\n var element = historyBuffer[i];\n for (var j = 0; j <= element.length; j++) {\n if (this.initialPrefix == element.substring(0, j)) {\n this.iterator = i;\n return element;\n }\n }\n }\n // should return the user input in case we reach the end of buffer.\n if (i >= historyBuffer.length) {\n this.iterator = historyBuffer.length;\n return this.initialPrefix;\n }\n // return the last autocompleted query or exCommand as it is.\n if (i < 0 ) return input;\n },\n pushInput: function(input) {\n var index = this.historyBuffer.indexOf(input);\n if (index > -1) this.historyBuffer.splice(index, 1);\n if (input.length) this.historyBuffer.push(input);\n },\n reset: function() {\n this.initialPrefix = null;\n this.iterator = this.historyBuffer.length;\n }\n };\n var commandDispatcher = {\n matchCommand: function(keys, keyMap, inputState, context) {\n var matches = commandMatches(keys, keyMap, context, inputState);\n if (!matches.full && !matches.partial) {\n return {type: 'none'};\n } else if (!matches.full && matches.partial) {\n return {type: 'partial'};\n }\n\n var bestMatch;\n for (var i = 0; i < matches.full.length; i++) {\n var match = matches.full[i];\n if (!bestMatch) {\n bestMatch = match;\n }\n }\n if (bestMatch.keys.slice(-11) == '<character>') {\n inputState.selectedCharacter = lastChar(keys);\n }\n return {type: 'full', command: bestMatch};\n },\n processCommand: function(cm, vim, command) {\n vim.inputState.repeatOverride = command.repeatOverride;\n switch (command.type) {\n case 'motion':\n this.processMotion(cm, vim, command);\n break;\n case 'operator':\n this.processOperator(cm, vim, command);\n break;\n case 'operatorMotion':\n this.processOperatorMotion(cm, vim, command);\n break;\n case 'action':\n this.processAction(cm, vim, command);\n break;\n case 'search':\n this.processSearch(cm, vim, command);\n break;\n case 'ex':\n case 'keyToEx':\n this.processEx(cm, vim, command);\n break;\n default:\n break;\n }\n },\n processMotion: function(cm, vim, command) {\n vim.inputState.motion = command.motion;\n vim.inputState.motionArgs = copyArgs(command.motionArgs);\n this.evalInput(cm, vim);\n },\n processOperator: function(cm, vim, command) {\n var inputState = vim.inputState;\n if (inputState.operator) {\n if (inputState.operator == command.operator) {\n // Typing an operator twice like 'dd' makes the operator operate\n // linewise\n inputState.motion = 'expandToLine';\n inputState.motionArgs = { linewise: true };\n this.evalInput(cm, vim);\n return;\n } else {\n // 2 different operators in a row doesn't make sense.\n clearInputState(cm);\n }\n }\n inputState.operator = command.operator;\n inputState.operatorArgs = copyArgs(command.operatorArgs);\n if (vim.visualMode) {\n // Operating on a selection in visual mode. We don't need a motion.\n this.evalInput(cm, vim);\n }\n },\n processOperatorMotion: function(cm, vim, command) {\n var visualMode = vim.visualMode;\n var operatorMotionArgs = copyArgs(command.operatorMotionArgs);\n if (operatorMotionArgs) {\n // Operator motions may have special behavior in visual mode.\n if (visualMode && operatorMotionArgs.visualLine) {\n vim.visualLine = true;\n }\n }\n this.processOperator(cm, vim, command);\n if (!visualMode) {\n this.processMotion(cm, vim, command);\n }\n },\n processAction: function(cm, vim, command) {\n var inputState = vim.inputState;\n var repeat = inputState.getRepeat();\n var repeatIsExplicit = !!repeat;\n var actionArgs = copyArgs(command.actionArgs) || {};\n if (inputState.selectedCharacter) {\n actionArgs.selectedCharacter = inputState.selectedCharacter;\n }\n // Actions may or may not have motions and operators. Do these first.\n if (command.operator) {\n this.processOperator(cm, vim, command);\n }\n if (command.motion) {\n this.processMotion(cm, vim, command);\n }\n if (command.motion || command.operator) {\n this.evalInput(cm, vim);\n }\n actionArgs.repeat = repeat || 1;\n actionArgs.repeatIsExplicit = repeatIsExplicit;\n actionArgs.registerName = inputState.registerName;\n clearInputState(cm);\n vim.lastMotion = null;\n if (command.isEdit) {\n this.recordLastEdit(vim, inputState, command);\n }\n actions[command.action](cm, actionArgs, vim);\n },\n processSearch: function(cm, vim, command) {\n if (!cm.getSearchCursor) {\n // Search depends on SearchCursor.\n return;\n }\n var forward = command.searchArgs.forward;\n var wholeWordOnly = command.searchArgs.wholeWordOnly;\n getSearchState(cm).setReversed(!forward);\n var promptPrefix = (forward) ? '/' : '?';\n var originalQuery = getSearchState(cm).getQuery();\n var originalScrollPos = cm.getScrollInfo();\n function handleQuery(query, ignoreCase, smartCase) {\n vimGlobalState.searchHistoryController.pushInput(query);\n vimGlobalState.searchHistoryController.reset();\n try {\n updateSearchQuery(cm, query, ignoreCase, smartCase);\n } catch (e) {\n showConfirm(cm, 'Invalid regex: ' + query);\n clearInputState(cm);\n return;\n }\n commandDispatcher.processMotion(cm, vim, {\n type: 'motion',\n motion: 'findNext',\n motionArgs: { forward: true, toJumplist: command.searchArgs.toJumplist }\n });\n }\n function onPromptClose(query) {\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n handleQuery(query, true /** ignoreCase */, true /** smartCase */);\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isRecording) {\n logSearchQuery(macroModeState, query);\n }\n }\n function onPromptKeyUp(e, query, close) {\n var keyName = CodeMirror.keyName(e), up;\n if (keyName == 'Up' || keyName == 'Down') {\n up = keyName == 'Up' ? true : false;\n query = vimGlobalState.searchHistoryController.nextMatch(query, up) || '';\n close(query);\n } else {\n if ( keyName != 'Left' && keyName != 'Right' && keyName != 'Ctrl' && keyName != 'Alt' && keyName != 'Shift')\n vimGlobalState.searchHistoryController.reset();\n }\n var parsedQuery;\n try {\n parsedQuery = updateSearchQuery(cm, query,\n true /** ignoreCase */, true /** smartCase */);\n } catch (e) {\n // Swallow bad regexes for incremental search.\n }\n if (parsedQuery) {\n cm.scrollIntoView(findNext(cm, !forward, parsedQuery), 30);\n } else {\n clearSearchHighlight(cm);\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n }\n }\n function onPromptKeyDown(e, query, close) {\n var keyName = CodeMirror.keyName(e);\n if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[' ||\n (keyName == 'Backspace' && query == '')) {\n vimGlobalState.searchHistoryController.pushInput(query);\n vimGlobalState.searchHistoryController.reset();\n updateSearchQuery(cm, originalQuery);\n clearSearchHighlight(cm);\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n CodeMirror.e_stop(e);\n clearInputState(cm);\n close();\n cm.focus();\n } else if (keyName == 'Ctrl-U') {\n // Ctrl-U clears input.\n CodeMirror.e_stop(e);\n close('');\n }\n }\n switch (command.searchArgs.querySrc) {\n case 'prompt':\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) {\n var query = macroModeState.replaySearchQueries.shift();\n handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n } else {\n showPrompt(cm, {\n onClose: onPromptClose,\n prefix: promptPrefix,\n desc: searchPromptDesc,\n onKeyUp: onPromptKeyUp,\n onKeyDown: onPromptKeyDown\n });\n }\n break;\n case 'wordUnderCursor':\n var word = expandWordUnderCursor(cm, false /** inclusive */,\n true /** forward */, false /** bigWord */,\n true /** noSymbol */);\n var isKeyword = true;\n if (!word) {\n word = expandWordUnderCursor(cm, false /** inclusive */,\n true /** forward */, false /** bigWord */,\n false /** noSymbol */);\n isKeyword = false;\n }\n if (!word) {\n return;\n }\n var query = cm.getLine(word.start.line).substring(word.start.ch,\n word.end.ch);\n if (isKeyword && wholeWordOnly) {\n query = '\\\\b' + query + '\\\\b';\n } else {\n query = escapeRegex(query);\n }\n\n // cachedCursor is used to save the old position of the cursor\n // when * or # causes vim to seek for the nearest word and shift\n // the cursor before entering the motion.\n vimGlobalState.jumpList.cachedCursor = cm.getCursor();\n cm.setCursor(word.start);\n\n handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n break;\n }\n },\n processEx: function(cm, vim, command) {\n function onPromptClose(input) {\n // Give the prompt some time to close so that if processCommand shows\n // an error, the elements don't overlap.\n vimGlobalState.exCommandHistoryController.pushInput(input);\n vimGlobalState.exCommandHistoryController.reset();\n exCommandDispatcher.processCommand(cm, input);\n }\n function onPromptKeyDown(e, input, close) {\n var keyName = CodeMirror.keyName(e), up;\n if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[' ||\n (keyName == 'Backspace' && input == '')) {\n vimGlobalState.exCommandHistoryController.pushInput(input);\n vimGlobalState.exCommandHistoryController.reset();\n CodeMirror.e_stop(e);\n clearInputState(cm);\n close();\n cm.focus();\n }\n if (keyName == 'Up' || keyName == 'Down') {\n up = keyName == 'Up' ? true : false;\n input = vimGlobalState.exCommandHistoryController.nextMatch(input, up) || '';\n close(input);\n } else if (keyName == 'Ctrl-U') {\n // Ctrl-U clears input.\n CodeMirror.e_stop(e);\n close('');\n } else {\n if ( keyName != 'Left' && keyName != 'Right' && keyName != 'Ctrl' && keyName != 'Alt' && keyName != 'Shift')\n vimGlobalState.exCommandHistoryController.reset();\n }\n }\n if (command.type == 'keyToEx') {\n // Handle user defined Ex to Ex mappings\n exCommandDispatcher.processCommand(cm, command.exArgs.input);\n } else {\n if (vim.visualMode) {\n showPrompt(cm, { onClose: onPromptClose, prefix: ':', value: '\\'<,\\'>',\n onKeyDown: onPromptKeyDown});\n } else {\n showPrompt(cm, { onClose: onPromptClose, prefix: ':',\n onKeyDown: onPromptKeyDown});\n }\n }\n },\n evalInput: function(cm, vim) {\n // If the motion comand is set, execute both the operator and motion.\n // Otherwise return.\n var inputState = vim.inputState;\n var motion = inputState.motion;\n var motionArgs = inputState.motionArgs || {};\n var operator = inputState.operator;\n var operatorArgs = inputState.operatorArgs || {};\n var registerName = inputState.registerName;\n var sel = vim.sel;\n // TODO: Make sure cm and vim selections are identical outside visual mode.\n var origHead = copyCursor(vim.visualMode ? clipCursorToContent(cm, sel.head): cm.getCursor('head'));\n var origAnchor = copyCursor(vim.visualMode ? clipCursorToContent(cm, sel.anchor) : cm.getCursor('anchor'));\n var oldHead = copyCursor(origHead);\n var oldAnchor = copyCursor(origAnchor);\n var newHead, newAnchor;\n var repeat;\n if (operator) {\n this.recordLastEdit(vim, inputState);\n }\n if (inputState.repeatOverride !== undefined) {\n // If repeatOverride is specified, that takes precedence over the\n // input state's repeat. Used by Ex mode and can be user defined.\n repeat = inputState.repeatOverride;\n } else {\n repeat = inputState.getRepeat();\n }\n if (repeat > 0 && motionArgs.explicitRepeat) {\n motionArgs.repeatIsExplicit = true;\n } else if (motionArgs.noRepeat ||\n (!motionArgs.explicitRepeat && repeat === 0)) {\n repeat = 1;\n motionArgs.repeatIsExplicit = false;\n }\n if (inputState.selectedCharacter) {\n // If there is a character input, stick it in all of the arg arrays.\n motionArgs.selectedCharacter = operatorArgs.selectedCharacter =\n inputState.selectedCharacter;\n }\n motionArgs.repeat = repeat;\n clearInputState(cm);\n if (motion) {\n var motionResult = motions[motion](cm, origHead, motionArgs, vim);\n vim.lastMotion = motions[motion];\n if (!motionResult) {\n return;\n }\n if (motionArgs.toJumplist) {\n var jumpList = vimGlobalState.jumpList;\n // if the current motion is # or *, use cachedCursor\n var cachedCursor = jumpList.cachedCursor;\n if (cachedCursor) {\n recordJumpPosition(cm, cachedCursor, motionResult);\n delete jumpList.cachedCursor;\n } else {\n recordJumpPosition(cm, origHead, motionResult);\n }\n }\n if (motionResult instanceof Array) {\n newAnchor = motionResult[0];\n newHead = motionResult[1];\n } else {\n newHead = motionResult;\n }\n // TODO: Handle null returns from motion commands better.\n if (!newHead) {\n newHead = copyCursor(origHead);\n }\n if (vim.visualMode) {\n if (!(vim.visualBlock && newHead.ch === Infinity)) {\n newHead = clipCursorToContent(cm, newHead, vim.visualBlock);\n }\n if (newAnchor) {\n newAnchor = clipCursorToContent(cm, newAnchor, true);\n }\n newAnchor = newAnchor || oldAnchor;\n sel.anchor = newAnchor;\n sel.head = newHead;\n updateCmSelection(cm);\n updateMark(cm, vim, '<',\n cursorIsBefore(newAnchor, newHead) ? newAnchor\n : newHead);\n updateMark(cm, vim, '>',\n cursorIsBefore(newAnchor, newHead) ? newHead\n : newAnchor);\n } else if (!operator) {\n newHead = clipCursorToContent(cm, newHead);\n cm.setCursor(newHead.line, newHead.ch);\n }\n }\n if (operator) {\n if (operatorArgs.lastSel) {\n // Replaying a visual mode operation\n newAnchor = oldAnchor;\n var lastSel = operatorArgs.lastSel;\n var lineOffset = Math.abs(lastSel.head.line - lastSel.anchor.line);\n var chOffset = Math.abs(lastSel.head.ch - lastSel.anchor.ch);\n if (lastSel.visualLine) {\n // Linewise Visual mode: The same number of lines.\n newHead = Pos(oldAnchor.line + lineOffset, oldAnchor.ch);\n } else if (lastSel.visualBlock) {\n // Blockwise Visual mode: The same number of lines and columns.\n newHead = Pos(oldAnchor.line + lineOffset, oldAnchor.ch + chOffset);\n } else if (lastSel.head.line == lastSel.anchor.line) {\n // Normal Visual mode within one line: The same number of characters.\n newHead = Pos(oldAnchor.line, oldAnchor.ch + chOffset);\n } else {\n // Normal Visual mode with several lines: The same number of lines, in the\n // last line the same number of characters as in the last line the last time.\n newHead = Pos(oldAnchor.line + lineOffset, oldAnchor.ch);\n }\n vim.visualMode = true;\n vim.visualLine = lastSel.visualLine;\n vim.visualBlock = lastSel.visualBlock;\n sel = vim.sel = {\n anchor: newAnchor,\n head: newHead\n };\n updateCmSelection(cm);\n } else if (vim.visualMode) {\n operatorArgs.lastSel = {\n anchor: copyCursor(sel.anchor),\n head: copyCursor(sel.head),\n visualBlock: vim.visualBlock,\n visualLine: vim.visualLine\n };\n }\n var curStart, curEnd, linewise, mode;\n var cmSel;\n if (vim.visualMode) {\n // Init visual op\n curStart = cursorMin(sel.head, sel.anchor);\n curEnd = cursorMax(sel.head, sel.anchor);\n linewise = vim.visualLine || operatorArgs.linewise;\n mode = vim.visualBlock ? 'block' :\n linewise ? 'line' :\n 'char';\n cmSel = makeCmSelection(cm, {\n anchor: curStart,\n head: curEnd\n }, mode);\n if (linewise) {\n var ranges = cmSel.ranges;\n if (mode == 'block') {\n // Linewise operators in visual block mode extend to end of line\n for (var i = 0; i < ranges.length; i++) {\n ranges[i].head.ch = lineLength(cm, ranges[i].head.line);\n }\n } else if (mode == 'line') {\n ranges[0].head = Pos(ranges[0].head.line + 1, 0);\n }\n }\n } else {\n // Init motion op\n curStart = copyCursor(newAnchor || oldAnchor);\n curEnd = copyCursor(newHead || oldHead);\n if (cursorIsBefore(curEnd, curStart)) {\n var tmp = curStart;\n curStart = curEnd;\n curEnd = tmp;\n }\n linewise = motionArgs.linewise || operatorArgs.linewise;\n if (linewise) {\n // Expand selection to entire line.\n expandSelectionToLine(cm, curStart, curEnd);\n } else if (motionArgs.forward) {\n // Clip to trailing newlines only if the motion goes forward.\n clipToLine(cm, curStart, curEnd);\n }\n mode = 'char';\n var exclusive = !motionArgs.inclusive || linewise;\n cmSel = makeCmSelection(cm, {\n anchor: curStart,\n head: curEnd\n }, mode, exclusive);\n }\n cm.setSelections(cmSel.ranges, cmSel.primary);\n vim.lastMotion = null;\n operatorArgs.repeat = repeat; // For indent in visual mode.\n operatorArgs.registerName = registerName;\n // Keep track of linewise as it affects how paste and change behave.\n operatorArgs.linewise = linewise;\n var operatorMoveTo = operators[operator](\n cm, operatorArgs, cmSel.ranges, oldAnchor, newHead);\n if (vim.visualMode) {\n exitVisualMode(cm, operatorMoveTo != null);\n }\n if (operatorMoveTo) {\n cm.setCursor(operatorMoveTo);\n }\n }\n },\n recordLastEdit: function(vim, inputState, actionCommand) {\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) { return; }\n vim.lastEditInputState = inputState;\n vim.lastEditActionCommand = actionCommand;\n macroModeState.lastInsertModeChanges.changes = [];\n macroModeState.lastInsertModeChanges.expectCursorActivityForChange = false;\n }\n };\n\n /**\n * typedef {Object{line:number,ch:number}} Cursor An object containing the\n * position of the cursor.\n */\n // All of the functions below return Cursor objects.\n var motions = {\n moveToTopLine: function(cm, _head, motionArgs) {\n var line = getUserVisibleLines(cm).top + motionArgs.repeat -1;\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n moveToMiddleLine: function(cm) {\n var range = getUserVisibleLines(cm);\n var line = Math.floor((range.top + range.bottom) * 0.5);\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n moveToBottomLine: function(cm, _head, motionArgs) {\n var line = getUserVisibleLines(cm).bottom - motionArgs.repeat +1;\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n expandToLine: function(_cm, head, motionArgs) {\n // Expands forward to end of line, and then to next line if repeat is\n // >1. Does not handle backward motion!\n var cur = head;\n return Pos(cur.line + motionArgs.repeat - 1, Infinity);\n },\n findNext: function(cm, _head, motionArgs) {\n var state = getSearchState(cm);\n var query = state.getQuery();\n if (!query) {\n return;\n }\n var prev = !motionArgs.forward;\n // If search is initiated with ? instead of /, negate direction.\n prev = (state.isReversed()) ? !prev : prev;\n highlightSearchMatches(cm, query);\n return findNext(cm, prev/** prev */, query, motionArgs.repeat);\n },\n goToMark: function(cm, _head, motionArgs, vim) {\n var mark = vim.marks[motionArgs.selectedCharacter];\n if (mark) {\n var pos = mark.find();\n return motionArgs.linewise ? { line: pos.line, ch: findFirstNonWhiteSpaceCharacter(cm.getLine(pos.line)) } : pos;\n }\n return null;\n },\n moveToOtherHighlightedEnd: function(cm, _head, motionArgs, vim) {\n if (vim.visualBlock && motionArgs.sameLine) {\n var sel = vim.sel;\n return [\n clipCursorToContent(cm, Pos(sel.anchor.line, sel.head.ch)),\n clipCursorToContent(cm, Pos(sel.head.line, sel.anchor.ch))\n ];\n } else {\n return ([vim.sel.head, vim.sel.anchor]);\n }\n },\n jumpToMark: function(cm, head, motionArgs, vim) {\n var best = head;\n for (var i = 0; i < motionArgs.repeat; i++) {\n var cursor = best;\n for (var key in vim.marks) {\n if (!isLowerCase(key)) {\n continue;\n }\n var mark = vim.marks[key].find();\n var isWrongDirection = (motionArgs.forward) ?\n cursorIsBefore(mark, cursor) : cursorIsBefore(cursor, mark);\n\n if (isWrongDirection) {\n continue;\n }\n if (motionArgs.linewise && (mark.line == cursor.line)) {\n continue;\n }\n\n var equal = cursorEqual(cursor, best);\n var between = (motionArgs.forward) ?\n cursorIsBetween(cursor, mark, best) :\n cursorIsBetween(best, mark, cursor);\n\n if (equal || between) {\n best = mark;\n }\n }\n }\n\n if (motionArgs.linewise) {\n // Vim places the cursor on the first non-whitespace character of\n // the line if there is one, else it places the cursor at the end\n // of the line, regardless of whether a mark was found.\n best = Pos(best.line, findFirstNonWhiteSpaceCharacter(cm.getLine(best.line)));\n }\n return best;\n },\n moveByCharacters: function(_cm, head, motionArgs) {\n var cur = head;\n var repeat = motionArgs.repeat;\n var ch = motionArgs.forward ? cur.ch + repeat : cur.ch - repeat;\n return Pos(cur.line, ch);\n },\n moveByLines: function(cm, head, motionArgs, vim) {\n var cur = head;\n var endCh = cur.ch;\n // Depending what our last motion was, we may want to do different\n // things. If our last motion was moving vertically, we want to\n // preserve the HPos from our last horizontal move. If our last motion\n // was going to the end of a line, moving vertically we should go to\n // the end of the line, etc.\n switch (vim.lastMotion) {\n case this.moveByLines:\n case this.moveByDisplayLines:\n case this.moveByScroll:\n case this.moveToColumn:\n case this.moveToEol:\n endCh = vim.lastHPos;\n break;\n default:\n vim.lastHPos = endCh;\n }\n var repeat = motionArgs.repeat+(motionArgs.repeatOffset||0);\n var line = motionArgs.forward ? cur.line + repeat : cur.line - repeat;\n var first = cm.firstLine();\n var last = cm.lastLine();\n // Vim go to line begin or line end when cursor at first/last line and\n // move to previous/next line is triggered.\n if (line < first && cur.line == first){\n return this.moveToStartOfLine(cm, head, motionArgs, vim);\n }else if (line > last && cur.line == last){\n return this.moveToEol(cm, head, motionArgs, vim);\n }\n if (motionArgs.toFirstChar){\n endCh=findFirstNonWhiteSpaceCharacter(cm.getLine(line));\n vim.lastHPos = endCh;\n }\n vim.lastHSPos = cm.charCoords(Pos(line, endCh),'div').left;\n return Pos(line, endCh);\n },\n moveByDisplayLines: function(cm, head, motionArgs, vim) {\n var cur = head;\n switch (vim.lastMotion) {\n case this.moveByDisplayLines:\n case this.moveByScroll:\n case this.moveByLines:\n case this.moveToColumn:\n case this.moveToEol:\n break;\n default:\n vim.lastHSPos = cm.charCoords(cur,'div').left;\n }\n var repeat = motionArgs.repeat;\n var res=cm.findPosV(cur,(motionArgs.forward ? repeat : -repeat),'line',vim.lastHSPos);\n if (res.hitSide) {\n if (motionArgs.forward) {\n var lastCharCoords = cm.charCoords(res, 'div');\n var goalCoords = { top: lastCharCoords.top + 8, left: vim.lastHSPos };\n var res = cm.coordsChar(goalCoords, 'div');\n } else {\n var resCoords = cm.charCoords(Pos(cm.firstLine(), 0), 'div');\n resCoords.left = vim.lastHSPos;\n res = cm.coordsChar(resCoords, 'div');\n }\n }\n vim.lastHPos = res.ch;\n return res;\n },\n moveByPage: function(cm, head, motionArgs) {\n // CodeMirror only exposes functions that move the cursor page down, so\n // doing this bad hack to move the cursor and move it back. evalInput\n // will move the cursor to where it should be in the end.\n var curStart = head;\n var repeat = motionArgs.repeat;\n return cm.findPosV(curStart, (motionArgs.forward ? repeat : -repeat), 'page');\n },\n moveByParagraph: function(cm, head, motionArgs) {\n var dir = motionArgs.forward ? 1 : -1;\n return findParagraph(cm, head, motionArgs.repeat, dir);\n },\n moveByScroll: function(cm, head, motionArgs, vim) {\n var scrollbox = cm.getScrollInfo();\n var curEnd = null;\n var repeat = motionArgs.repeat;\n if (!repeat) {\n repeat = scrollbox.clientHeight / (2 * cm.defaultTextHeight());\n }\n var orig = cm.charCoords(head, 'local');\n motionArgs.repeat = repeat;\n var curEnd = motions.moveByDisplayLines(cm, head, motionArgs, vim);\n if (!curEnd) {\n return null;\n }\n var dest = cm.charCoords(curEnd, 'local');\n cm.scrollTo(null, scrollbox.top + dest.top - orig.top);\n return curEnd;\n },\n moveByWords: function(cm, head, motionArgs) {\n return moveToWord(cm, head, motionArgs.repeat, !!motionArgs.forward,\n !!motionArgs.wordEnd, !!motionArgs.bigWord);\n },\n moveTillCharacter: function(cm, _head, motionArgs) {\n var repeat = motionArgs.repeat;\n var curEnd = moveToCharacter(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter);\n var increment = motionArgs.forward ? -1 : 1;\n recordLastCharacterSearch(increment, motionArgs);\n if (!curEnd) return null;\n curEnd.ch += increment;\n return curEnd;\n },\n moveToCharacter: function(cm, head, motionArgs) {\n var repeat = motionArgs.repeat;\n recordLastCharacterSearch(0, motionArgs);\n return moveToCharacter(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter) || head;\n },\n moveToSymbol: function(cm, head, motionArgs) {\n var repeat = motionArgs.repeat;\n return findSymbol(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter) || head;\n },\n moveToColumn: function(cm, head, motionArgs, vim) {\n var repeat = motionArgs.repeat;\n // repeat is equivalent to which column we want to move to!\n vim.lastHPos = repeat - 1;\n vim.lastHSPos = cm.charCoords(head,'div').left;\n return moveToColumn(cm, repeat);\n },\n moveToEol: function(cm, head, motionArgs, vim) {\n var cur = head;\n vim.lastHPos = Infinity;\n var retval= Pos(cur.line + motionArgs.repeat - 1, Infinity);\n var end=cm.clipPos(retval);\n end.ch--;\n vim.lastHSPos = cm.charCoords(end,'div').left;\n return retval;\n },\n moveToFirstNonWhiteSpaceCharacter: function(cm, head) {\n // Go to the start of the line where the text begins, or the end for\n // whitespace-only lines\n var cursor = head;\n return Pos(cursor.line,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cursor.line)));\n },\n moveToMatchedSymbol: function(cm, head) {\n var cursor = head;\n var line = cursor.line;\n var ch = cursor.ch;\n var lineText = cm.getLine(line);\n var symbol;\n do {\n symbol = lineText.charAt(ch++);\n if (symbol && isMatchableSymbol(symbol)) {\n var style = cm.getTokenTypeAt(Pos(line, ch));\n if (style !== \"string\" && style !== \"comment\") {\n break;\n }\n }\n } while (symbol);\n if (symbol) {\n var matched = cm.findMatchingBracket(Pos(line, ch));\n return matched.to;\n } else {\n return cursor;\n }\n },\n moveToStartOfLine: function(_cm, head) {\n return Pos(head.line, 0);\n },\n moveToLineOrEdgeOfDocument: function(cm, _head, motionArgs) {\n var lineNum = motionArgs.forward ? cm.lastLine() : cm.firstLine();\n if (motionArgs.repeatIsExplicit) {\n lineNum = motionArgs.repeat - cm.getOption('firstLineNumber');\n }\n return Pos(lineNum,\n findFirstNonWhiteSpaceCharacter(cm.getLine(lineNum)));\n },\n textObjectManipulation: function(cm, head, motionArgs, vim) {\n // TODO: lots of possible exceptions that can be thrown here. Try da(\n // outside of a () block.\n\n // TODO: adding <> >< to this map doesn't work, presumably because\n // they're operators\n var mirroredPairs = {'(': ')', ')': '(',\n '{': '}', '}': '{',\n '[': ']', ']': '['};\n var selfPaired = {'\\'': true, '\"': true};\n\n var character = motionArgs.selectedCharacter;\n // 'b' refers to '()' block.\n // 'B' refers to '{}' block.\n if (character == 'b') {\n character = '(';\n } else if (character == 'B') {\n character = '{';\n }\n\n // Inclusive is the difference between a and i\n // TODO: Instead of using the additional text object map to perform text\n // object operations, merge the map into the defaultKeyMap and use\n // motionArgs to define behavior. Define separate entries for 'aw',\n // 'iw', 'a[', 'i[', etc.\n var inclusive = !motionArgs.textObjectInner;\n\n var tmp;\n if (mirroredPairs[character]) {\n tmp = selectCompanionObject(cm, head, character, inclusive);\n } else if (selfPaired[character]) {\n tmp = findBeginningAndEnd(cm, head, character, inclusive);\n } else if (character === 'W') {\n tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n true /** bigWord */);\n } else if (character === 'w') {\n tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n false /** bigWord */);\n } else if (character === 'p') {\n tmp = findParagraph(cm, head, motionArgs.repeat, 0, inclusive);\n motionArgs.linewise = true;\n if (vim.visualMode) {\n if (!vim.visualLine) { vim.visualLine = true; }\n } else {\n var operatorArgs = vim.inputState.operatorArgs;\n if (operatorArgs) { operatorArgs.linewise = true; }\n tmp.end.line--;\n }\n } else {\n // No text object defined for this, don't move.\n return null;\n }\n\n if (!cm.state.vim.visualMode) {\n return [tmp.start, tmp.end];\n } else {\n return expandSelection(cm, tmp.start, tmp.end);\n }\n },\n\n repeatLastCharacterSearch: function(cm, head, motionArgs) {\n var lastSearch = vimGlobalState.lastChararacterSearch;\n var repeat = motionArgs.repeat;\n var forward = motionArgs.forward === lastSearch.forward;\n var increment = (lastSearch.increment ? 1 : 0) * (forward ? -1 : 1);\n cm.moveH(-increment, 'char');\n motionArgs.inclusive = forward ? true : false;\n var curEnd = moveToCharacter(cm, repeat, forward, lastSearch.selectedCharacter);\n if (!curEnd) {\n cm.moveH(increment, 'char');\n return head;\n }\n curEnd.ch += increment;\n return curEnd;\n }\n };\n\n function defineMotion(name, fn) {\n motions[name] = fn;\n }\n\n function fillArray(val, times) {\n var arr = [];\n for (var i = 0; i < times; i++) {\n arr.push(val);\n }\n return arr;\n }\n /**\n * An operator acts on a text selection. It receives the list of selections\n * as input. The corresponding CodeMirror selection is guaranteed to\n * match the input selection.\n */\n var operators = {\n change: function(cm, args, ranges) {\n var finalHead, text;\n var vim = cm.state.vim;\n vimGlobalState.macroModeState.lastInsertModeChanges.inVisualBlock = vim.visualBlock;\n if (!vim.visualMode) {\n var anchor = ranges[0].anchor,\n head = ranges[0].head;\n text = cm.getRange(anchor, head);\n var lastState = vim.lastEditInputState || {};\n if (lastState.motion == \"moveByWords\" && !isWhiteSpaceString(text)) {\n // Exclude trailing whitespace if the range is not all whitespace.\n var match = (/\\s+$/).exec(text);\n if (match && lastState.motionArgs && lastState.motionArgs.forward) {\n head = offsetCursor(head, 0, - match[0].length);\n text = text.slice(0, - match[0].length);\n }\n }\n var prevLineEnd = new Pos(anchor.line - 1, Number.MAX_VALUE);\n var wasLastLine = cm.firstLine() == cm.lastLine();\n if (head.line > cm.lastLine() && args.linewise && !wasLastLine) {\n cm.replaceRange('', prevLineEnd, head);\n } else {\n cm.replaceRange('', anchor, head);\n }\n if (args.linewise) {\n // Push the next line back down, if there is a next line.\n if (!wasLastLine) {\n cm.setCursor(prevLineEnd);\n CodeMirror.commands.newlineAndIndent(cm);\n }\n // make sure cursor ends up at the end of the line.\n anchor.ch = Number.MAX_VALUE;\n }\n finalHead = anchor;\n } else {\n text = cm.getSelection();\n var replacement = fillArray('', ranges.length);\n cm.replaceSelections(replacement);\n finalHead = cursorMin(ranges[0].head, ranges[0].anchor);\n }\n vimGlobalState.registerController.pushText(\n args.registerName, 'change', text,\n args.linewise, ranges.length > 1);\n actions.enterInsertMode(cm, {head: finalHead}, cm.state.vim);\n },\n // delete is a javascript keyword.\n 'delete': function(cm, args, ranges) {\n var finalHead, text;\n var vim = cm.state.vim;\n if (!vim.visualBlock) {\n var anchor = ranges[0].anchor,\n head = ranges[0].head;\n if (args.linewise &&\n head.line != cm.firstLine() &&\n anchor.line == cm.lastLine() &&\n anchor.line == head.line - 1) {\n // Special case for dd on last line (and first line).\n if (anchor.line == cm.firstLine()) {\n anchor.ch = 0;\n } else {\n anchor = Pos(anchor.line - 1, lineLength(cm, anchor.line - 1));\n }\n }\n text = cm.getRange(anchor, head);\n cm.replaceRange('', anchor, head);\n finalHead = anchor;\n if (args.linewise) {\n finalHead = motions.moveToFirstNonWhiteSpaceCharacter(cm, anchor);\n }\n } else {\n text = cm.getSelection();\n var replacement = fillArray('', ranges.length);\n cm.replaceSelections(replacement);\n finalHead = ranges[0].anchor;\n }\n vimGlobalState.registerController.pushText(\n args.registerName, 'delete', text,\n args.linewise, vim.visualBlock);\n return clipCursorToContent(cm, finalHead);\n },\n indent: function(cm, args, ranges) {\n var vim = cm.state.vim;\n var startLine = ranges[0].anchor.line;\n var endLine = vim.visualBlock ?\n ranges[ranges.length - 1].anchor.line :\n ranges[0].head.line;\n // In visual mode, n> shifts the selection right n times, instead of\n // shifting n lines right once.\n var repeat = (vim.visualMode) ? args.repeat : 1;\n if (args.linewise) {\n // The only way to delete a newline is to delete until the start of\n // the next line, so in linewise mode evalInput will include the next\n // line. We don't want this in indent, so we go back a line.\n endLine--;\n }\n for (var i = startLine; i <= endLine; i++) {\n for (var j = 0; j < repeat; j++) {\n cm.indentLine(i, args.indentRight);\n }\n }\n return motions.moveToFirstNonWhiteSpaceCharacter(cm, ranges[0].anchor);\n },\n changeCase: function(cm, args, ranges, oldAnchor, newHead) {\n var selections = cm.getSelections();\n var swapped = [];\n var toLower = args.toLower;\n for (var j = 0; j < selections.length; j++) {\n var toSwap = selections[j];\n var text = '';\n if (toLower === true) {\n text = toSwap.toLowerCase();\n } else if (toLower === false) {\n text = toSwap.toUpperCase();\n } else {\n for (var i = 0; i < toSwap.length; i++) {\n var character = toSwap.charAt(i);\n text += isUpperCase(character) ? character.toLowerCase() :\n character.toUpperCase();\n }\n }\n swapped.push(text);\n }\n cm.replaceSelections(swapped);\n if (args.shouldMoveCursor){\n return newHead;\n } else if (!cm.state.vim.visualMode && args.linewise && ranges[0].anchor.line + 1 == ranges[0].head.line) {\n return motions.moveToFirstNonWhiteSpaceCharacter(cm, oldAnchor);\n } else if (args.linewise){\n return oldAnchor;\n } else {\n return cursorMin(ranges[0].anchor, ranges[0].head);\n }\n },\n yank: function(cm, args, ranges, oldAnchor) {\n var vim = cm.state.vim;\n var text = cm.getSelection();\n var endPos = vim.visualMode\n ? cursorMin(vim.sel.anchor, vim.sel.head, ranges[0].head, ranges[0].anchor)\n : oldAnchor;\n vimGlobalState.registerController.pushText(\n args.registerName, 'yank',\n text, args.linewise, vim.visualBlock);\n return endPos;\n }\n };\n\n function defineOperator(name, fn) {\n operators[name] = fn;\n }\n\n var actions = {\n jumpListWalk: function(cm, actionArgs, vim) {\n if (vim.visualMode) {\n return;\n }\n var repeat = actionArgs.repeat;\n var forward = actionArgs.forward;\n var jumpList = vimGlobalState.jumpList;\n\n var mark = jumpList.move(cm, forward ? repeat : -repeat);\n var markPos = mark ? mark.find() : undefined;\n markPos = markPos ? markPos : cm.getCursor();\n cm.setCursor(markPos);\n },\n scroll: function(cm, actionArgs, vim) {\n if (vim.visualMode) {\n return;\n }\n var repeat = actionArgs.repeat || 1;\n var lineHeight = cm.defaultTextHeight();\n var top = cm.getScrollInfo().top;\n var delta = lineHeight * repeat;\n var newPos = actionArgs.forward ? top + delta : top - delta;\n var cursor = copyCursor(cm.getCursor());\n var cursorCoords = cm.charCoords(cursor, 'local');\n if (actionArgs.forward) {\n if (newPos > cursorCoords.top) {\n cursor.line += (newPos - cursorCoords.top) / lineHeight;\n cursor.line = Math.ceil(cursor.line);\n cm.setCursor(cursor);\n cursorCoords = cm.charCoords(cursor, 'local');\n cm.scrollTo(null, cursorCoords.top);\n } else {\n // Cursor stays within bounds. Just reposition the scroll window.\n cm.scrollTo(null, newPos);\n }\n } else {\n var newBottom = newPos + cm.getScrollInfo().clientHeight;\n if (newBottom < cursorCoords.bottom) {\n cursor.line -= (cursorCoords.bottom - newBottom) / lineHeight;\n cursor.line = Math.floor(cursor.line);\n cm.setCursor(cursor);\n cursorCoords = cm.charCoords(cursor, 'local');\n cm.scrollTo(\n null, cursorCoords.bottom - cm.getScrollInfo().clientHeight);\n } else {\n // Cursor stays within bounds. Just reposition the scroll window.\n cm.scrollTo(null, newPos);\n }\n }\n },\n scrollToCursor: function(cm, actionArgs) {\n var lineNum = cm.getCursor().line;\n var charCoords = cm.charCoords(Pos(lineNum, 0), 'local');\n var height = cm.getScrollInfo().clientHeight;\n var y = charCoords.top;\n var lineHeight = charCoords.bottom - y;\n switch (actionArgs.position) {\n case 'center': y = y - (height / 2) + lineHeight;\n break;\n case 'bottom': y = y - height + lineHeight;\n break;\n }\n cm.scrollTo(null, y);\n },\n replayMacro: function(cm, actionArgs, vim) {\n var registerName = actionArgs.selectedCharacter;\n var repeat = actionArgs.repeat;\n var macroModeState = vimGlobalState.macroModeState;\n if (registerName == '@') {\n registerName = macroModeState.latestRegister;\n }\n while(repeat--){\n executeMacroRegister(cm, vim, macroModeState, registerName);\n }\n },\n enterMacroRecordMode: function(cm, actionArgs) {\n var macroModeState = vimGlobalState.macroModeState;\n var registerName = actionArgs.selectedCharacter;\n macroModeState.enterMacroRecordMode(cm, registerName);\n },\n enterInsertMode: function(cm, actionArgs, vim) {\n if (cm.getOption('readOnly')) { return; }\n vim.insertMode = true;\n vim.insertModeRepeat = actionArgs && actionArgs.repeat || 1;\n var insertAt = (actionArgs) ? actionArgs.insertAt : null;\n var sel = vim.sel;\n var head = actionArgs.head || cm.getCursor('head');\n var height = cm.listSelections().length;\n if (insertAt == 'eol') {\n head = Pos(head.line, lineLength(cm, head.line));\n } else if (insertAt == 'charAfter') {\n head = offsetCursor(head, 0, 1);\n } else if (insertAt == 'firstNonBlank') {\n head = motions.moveToFirstNonWhiteSpaceCharacter(cm, head);\n } else if (insertAt == 'startOfSelectedArea') {\n if (!vim.visualBlock) {\n if (sel.head.line < sel.anchor.line) {\n head = sel.head;\n } else {\n head = Pos(sel.anchor.line, 0);\n }\n } else {\n head = Pos(\n Math.min(sel.head.line, sel.anchor.line),\n Math.min(sel.head.ch, sel.anchor.ch));\n height = Math.abs(sel.head.line - sel.anchor.line) + 1;\n }\n } else if (insertAt == 'endOfSelectedArea') {\n if (!vim.visualBlock) {\n if (sel.head.line >= sel.anchor.line) {\n head = offsetCursor(sel.head, 0, 1);\n } else {\n head = Pos(sel.anchor.line, 0);\n }\n } else {\n head = Pos(\n Math.min(sel.head.line, sel.anchor.line),\n Math.max(sel.head.ch + 1, sel.anchor.ch));\n height = Math.abs(sel.head.line - sel.anchor.line) + 1;\n }\n } else if (insertAt == 'inplace') {\n if (vim.visualMode){\n return;\n }\n }\n cm.setOption('keyMap', 'vim-insert');\n cm.setOption('disableInput', false);\n if (actionArgs && actionArgs.replace) {\n // Handle Replace-mode as a special case of insert mode.\n cm.toggleOverwrite(true);\n cm.setOption('keyMap', 'vim-replace');\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"replace\"});\n } else {\n cm.setOption('keyMap', 'vim-insert');\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"insert\"});\n }\n if (!vimGlobalState.macroModeState.isPlaying) {\n // Only record if not replaying.\n cm.on('change', onChange);\n CodeMirror.on(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n }\n if (vim.visualMode) {\n exitVisualMode(cm);\n }\n selectForInsert(cm, head, height);\n },\n toggleVisualMode: function(cm, actionArgs, vim) {\n var repeat = actionArgs.repeat;\n var anchor = cm.getCursor();\n var head;\n // TODO: The repeat should actually select number of characters/lines\n // equal to the repeat times the size of the previous visual\n // operation.\n if (!vim.visualMode) {\n // Entering visual mode\n vim.visualMode = true;\n vim.visualLine = !!actionArgs.linewise;\n vim.visualBlock = !!actionArgs.blockwise;\n head = clipCursorToContent(\n cm, Pos(anchor.line, anchor.ch + repeat - 1),\n true /** includeLineBreak */);\n vim.sel = {\n anchor: anchor,\n head: head\n };\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : vim.visualBlock ? \"blockwise\" : \"\"});\n updateCmSelection(cm);\n updateMark(cm, vim, '<', cursorMin(anchor, head));\n updateMark(cm, vim, '>', cursorMax(anchor, head));\n } else if (vim.visualLine ^ actionArgs.linewise ||\n vim.visualBlock ^ actionArgs.blockwise) {\n // Toggling between modes\n vim.visualLine = !!actionArgs.linewise;\n vim.visualBlock = !!actionArgs.blockwise;\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : vim.visualBlock ? \"blockwise\" : \"\"});\n updateCmSelection(cm);\n } else {\n exitVisualMode(cm);\n }\n },\n reselectLastSelection: function(cm, _actionArgs, vim) {\n var lastSelection = vim.lastSelection;\n if (vim.visualMode) {\n updateLastSelection(cm, vim);\n }\n if (lastSelection) {\n var anchor = lastSelection.anchorMark.find();\n var head = lastSelection.headMark.find();\n if (!anchor || !head) {\n // If the marks have been destroyed due to edits, do nothing.\n return;\n }\n vim.sel = {\n anchor: anchor,\n head: head\n };\n vim.visualMode = true;\n vim.visualLine = lastSelection.visualLine;\n vim.visualBlock = lastSelection.visualBlock;\n updateCmSelection(cm);\n updateMark(cm, vim, '<', cursorMin(anchor, head));\n updateMark(cm, vim, '>', cursorMax(anchor, head));\n CodeMirror.signal(cm, 'vim-mode-change', {\n mode: 'visual',\n subMode: vim.visualLine ? 'linewise' :\n vim.visualBlock ? 'blockwise' : ''});\n }\n },\n joinLines: function(cm, actionArgs, vim) {\n var curStart, curEnd;\n if (vim.visualMode) {\n curStart = cm.getCursor('anchor');\n curEnd = cm.getCursor('head');\n if (cursorIsBefore(curEnd, curStart)) {\n var tmp = curEnd;\n curEnd = curStart;\n curStart = tmp;\n }\n curEnd.ch = lineLength(cm, curEnd.line) - 1;\n } else {\n // Repeat is the number of lines to join. Minimum 2 lines.\n var repeat = Math.max(actionArgs.repeat, 2);\n curStart = cm.getCursor();\n curEnd = clipCursorToContent(cm, Pos(curStart.line + repeat - 1,\n Infinity));\n }\n var finalCh = 0;\n for (var i = curStart.line; i < curEnd.line; i++) {\n finalCh = lineLength(cm, curStart.line);\n var tmp = Pos(curStart.line + 1,\n lineLength(cm, curStart.line + 1));\n var text = cm.getRange(curStart, tmp);\n text = text.replace(/\\n\\s*/g, ' ');\n cm.replaceRange(text, curStart, tmp);\n }\n var curFinalPos = Pos(curStart.line, finalCh);\n if (vim.visualMode) {\n exitVisualMode(cm, false);\n }\n cm.setCursor(curFinalPos);\n },\n newLineAndEnterInsertMode: function(cm, actionArgs, vim) {\n vim.insertMode = true;\n var insertAt = copyCursor(cm.getCursor());\n if (insertAt.line === cm.firstLine() && !actionArgs.after) {\n // Special case for inserting newline before start of document.\n cm.replaceRange('\\n', Pos(cm.firstLine(), 0));\n cm.setCursor(cm.firstLine(), 0);\n } else {\n insertAt.line = (actionArgs.after) ? insertAt.line :\n insertAt.line - 1;\n insertAt.ch = lineLength(cm, insertAt.line);\n cm.setCursor(insertAt);\n var newlineFn = CodeMirror.commands.newlineAndIndentContinueComment ||\n CodeMirror.commands.newlineAndIndent;\n newlineFn(cm);\n }\n this.enterInsertMode(cm, { repeat: actionArgs.repeat }, vim);\n },\n paste: function(cm, actionArgs, vim) {\n var cur = copyCursor(cm.getCursor());\n var register = vimGlobalState.registerController.getRegister(\n actionArgs.registerName);\n var text = register.toString();\n if (!text) {\n return;\n }\n if (actionArgs.matchIndent) {\n var tabSize = cm.getOption(\"tabSize\");\n // length that considers tabs and tabSize\n var whitespaceLength = function(str) {\n var tabs = (str.split(\"\\t\").length - 1);\n var spaces = (str.split(\" \").length - 1);\n return tabs * tabSize + spaces * 1;\n };\n var currentLine = cm.getLine(cm.getCursor().line);\n var indent = whitespaceLength(currentLine.match(/^\\s*/)[0]);\n // chomp last newline b/c don't want it to match /^\\s*/gm\n var chompedText = text.replace(/\\n$/, '');\n var wasChomped = text !== chompedText;\n var firstIndent = whitespaceLength(text.match(/^\\s*/)[0]);\n var text = chompedText.replace(/^\\s*/gm, function(wspace) {\n var newIndent = indent + (whitespaceLength(wspace) - firstIndent);\n if (newIndent < 0) {\n return \"\";\n }\n else if (cm.getOption(\"indentWithTabs\")) {\n var quotient = Math.floor(newIndent / tabSize);\n return Array(quotient + 1).join('\\t');\n }\n else {\n return Array(newIndent + 1).join(' ');\n }\n });\n text += wasChomped ? \"\\n\" : \"\";\n }\n if (actionArgs.repeat > 1) {\n var text = Array(actionArgs.repeat + 1).join(text);\n }\n var linewise = register.linewise;\n var blockwise = register.blockwise;\n if (linewise) {\n if(vim.visualMode) {\n text = vim.visualLine ? text.slice(0, -1) : '\\n' + text.slice(0, text.length - 1) + '\\n';\n } else if (actionArgs.after) {\n // Move the newline at the end to the start instead, and paste just\n // before the newline character of the line we are on right now.\n text = '\\n' + text.slice(0, text.length - 1);\n cur.ch = lineLength(cm, cur.line);\n } else {\n cur.ch = 0;\n }\n } else {\n if (blockwise) {\n text = text.split('\\n');\n for (var i = 0; i < text.length; i++) {\n text[i] = (text[i] == '') ? ' ' : text[i];\n }\n }\n cur.ch += actionArgs.after ? 1 : 0;\n }\n var curPosFinal;\n var idx;\n if (vim.visualMode) {\n // save the pasted text for reselection if the need arises\n vim.lastPastedText = text;\n var lastSelectionCurEnd;\n var selectedArea = getSelectedAreaRange(cm, vim);\n var selectionStart = selectedArea[0];\n var selectionEnd = selectedArea[1];\n var selectedText = cm.getSelection();\n var selections = cm.listSelections();\n var emptyStrings = new Array(selections.length).join('1').split('1');\n // save the curEnd marker before it get cleared due to cm.replaceRange.\n if (vim.lastSelection) {\n lastSelectionCurEnd = vim.lastSelection.headMark.find();\n }\n // push the previously selected text to unnamed register\n vimGlobalState.registerController.unnamedRegister.setText(selectedText);\n if (blockwise) {\n // first delete the selected text\n cm.replaceSelections(emptyStrings);\n // Set new selections as per the block length of the yanked text\n selectionEnd = Pos(selectionStart.line + text.length-1, selectionStart.ch);\n cm.setCursor(selectionStart);\n selectBlock(cm, selectionEnd);\n cm.replaceSelections(text);\n curPosFinal = selectionStart;\n } else if (vim.visualBlock) {\n cm.replaceSelections(emptyStrings);\n cm.setCursor(selectionStart);\n cm.replaceRange(text, selectionStart, selectionStart);\n curPosFinal = selectionStart;\n } else {\n cm.replaceRange(text, selectionStart, selectionEnd);\n curPosFinal = cm.posFromIndex(cm.indexFromPos(selectionStart) + text.length - 1);\n }\n // restore the the curEnd marker\n if(lastSelectionCurEnd) {\n vim.lastSelection.headMark = cm.setBookmark(lastSelectionCurEnd);\n }\n if (linewise) {\n curPosFinal.ch=0;\n }\n } else {\n if (blockwise) {\n cm.setCursor(cur);\n for (var i = 0; i < text.length; i++) {\n var line = cur.line+i;\n if (line > cm.lastLine()) {\n cm.replaceRange('\\n', Pos(line, 0));\n }\n var lastCh = lineLength(cm, line);\n if (lastCh < cur.ch) {\n extendLineToColumn(cm, line, cur.ch);\n }\n }\n cm.setCursor(cur);\n selectBlock(cm, Pos(cur.line + text.length-1, cur.ch));\n cm.replaceSelections(text);\n curPosFinal = cur;\n } else {\n cm.replaceRange(text, cur);\n // Now fine tune the cursor to where we want it.\n if (linewise && actionArgs.after) {\n curPosFinal = Pos(\n cur.line + 1,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line + 1)));\n } else if (linewise && !actionArgs.after) {\n curPosFinal = Pos(\n cur.line,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line)));\n } else if (!linewise && actionArgs.after) {\n idx = cm.indexFromPos(cur);\n curPosFinal = cm.posFromIndex(idx + text.length - 1);\n } else {\n idx = cm.indexFromPos(cur);\n curPosFinal = cm.posFromIndex(idx + text.length);\n }\n }\n }\n if (vim.visualMode) {\n exitVisualMode(cm, false);\n }\n cm.setCursor(curPosFinal);\n },\n undo: function(cm, actionArgs) {\n cm.operation(function() {\n repeatFn(cm, CodeMirror.commands.undo, actionArgs.repeat)();\n cm.setCursor(cm.getCursor('anchor'));\n });\n },\n redo: function(cm, actionArgs) {\n repeatFn(cm, CodeMirror.commands.redo, actionArgs.repeat)();\n },\n setRegister: function(_cm, actionArgs, vim) {\n vim.inputState.registerName = actionArgs.selectedCharacter;\n },\n setMark: function(cm, actionArgs, vim) {\n var markName = actionArgs.selectedCharacter;\n updateMark(cm, vim, markName, cm.getCursor());\n },\n replace: function(cm, actionArgs, vim) {\n var replaceWith = actionArgs.selectedCharacter;\n var curStart = cm.getCursor();\n var replaceTo;\n var curEnd;\n var selections = cm.listSelections();\n if (vim.visualMode) {\n curStart = cm.getCursor('start');\n curEnd = cm.getCursor('end');\n } else {\n var line = cm.getLine(curStart.line);\n replaceTo = curStart.ch + actionArgs.repeat;\n if (replaceTo > line.length) {\n replaceTo=line.length;\n }\n curEnd = Pos(curStart.line, replaceTo);\n }\n if (replaceWith=='\\n') {\n if (!vim.visualMode) cm.replaceRange('', curStart, curEnd);\n // special case, where vim help says to replace by just one line-break\n (CodeMirror.commands.newlineAndIndentContinueComment || CodeMirror.commands.newlineAndIndent)(cm);\n } else {\n var replaceWithStr = cm.getRange(curStart, curEnd);\n //replace all characters in range by selected, but keep linebreaks\n replaceWithStr = replaceWithStr.replace(/[^\\n]/g, replaceWith);\n if (vim.visualBlock) {\n // Tabs are split in visua block before replacing\n var spaces = new Array(cm.getOption(\"tabSize\")+1).join(' ');\n replaceWithStr = cm.getSelection();\n replaceWithStr = replaceWithStr.replace(/\\t/g, spaces).replace(/[^\\n]/g, replaceWith).split('\\n');\n cm.replaceSelections(replaceWithStr);\n } else {\n cm.replaceRange(replaceWithStr, curStart, curEnd);\n }\n if (vim.visualMode) {\n curStart = cursorIsBefore(selections[0].anchor, selections[0].head) ?\n selections[0].anchor : selections[0].head;\n cm.setCursor(curStart);\n exitVisualMode(cm, false);\n } else {\n cm.setCursor(offsetCursor(curEnd, 0, -1));\n }\n }\n },\n incrementNumberToken: function(cm, actionArgs) {\n var cur = cm.getCursor();\n var lineStr = cm.getLine(cur.line);\n var re = /-?\\d+/g;\n var match;\n var start;\n var end;\n var numberStr;\n var token;\n while ((match = re.exec(lineStr)) !== null) {\n token = match[0];\n start = match.index;\n end = start + token.length;\n if (cur.ch < end)break;\n }\n if (!actionArgs.backtrack && (end <= cur.ch))return;\n if (token) {\n var increment = actionArgs.increase ? 1 : -1;\n var number = parseInt(token) + (increment * actionArgs.repeat);\n var from = Pos(cur.line, start);\n var to = Pos(cur.line, end);\n numberStr = number.toString();\n cm.replaceRange(numberStr, from, to);\n } else {\n return;\n }\n cm.setCursor(Pos(cur.line, start + numberStr.length - 1));\n },\n repeatLastEdit: function(cm, actionArgs, vim) {\n var lastEditInputState = vim.lastEditInputState;\n if (!lastEditInputState) { return; }\n var repeat = actionArgs.repeat;\n if (repeat && actionArgs.repeatIsExplicit) {\n vim.lastEditInputState.repeatOverride = repeat;\n } else {\n repeat = vim.lastEditInputState.repeatOverride || repeat;\n }\n repeatLastEdit(cm, vim, repeat, false /** repeatForInsert */);\n },\n exitInsertMode: exitInsertMode\n };\n\n function defineAction(name, fn) {\n actions[name] = fn;\n }\n\n /*\n * Below are miscellaneous utility functions used by vim.js\n */\n\n /**\n * Clips cursor to ensure that line is within the buffer's range\n * If includeLineBreak is true, then allow cur.ch == lineLength.\n */\n function clipCursorToContent(cm, cur, includeLineBreak) {\n var line = Math.min(Math.max(cm.firstLine(), cur.line), cm.lastLine() );\n var maxCh = lineLength(cm, line) - 1;\n maxCh = (includeLineBreak) ? maxCh + 1 : maxCh;\n var ch = Math.min(Math.max(0, cur.ch), maxCh);\n return Pos(line, ch);\n }\n function copyArgs(args) {\n var ret = {};\n for (var prop in args) {\n if (args.hasOwnProperty(prop)) {\n ret[prop] = args[prop];\n }\n }\n return ret;\n }\n function offsetCursor(cur, offsetLine, offsetCh) {\n if (typeof offsetLine === 'object') {\n offsetCh = offsetLine.ch;\n offsetLine = offsetLine.line;\n }\n return Pos(cur.line + offsetLine, cur.ch + offsetCh);\n }\n function getOffset(anchor, head) {\n return {\n line: head.line - anchor.line,\n ch: head.line - anchor.line\n };\n }\n function commandMatches(keys, keyMap, context, inputState) {\n // Partial matches are not applied. They inform the key handler\n // that the current key sequence is a subsequence of a valid key\n // sequence, so that the key buffer is not cleared.\n var match, partial = [], full = [];\n for (var i = 0; i < keyMap.length; i++) {\n var command = keyMap[i];\n if (context == 'insert' && command.context != 'insert' ||\n command.context && command.context != context ||\n inputState.operator && command.type == 'action' ||\n !(match = commandMatch(keys, command.keys))) { continue; }\n if (match == 'partial') { partial.push(command); }\n if (match == 'full') { full.push(command); }\n }\n return {\n partial: partial.length && partial,\n full: full.length && full\n };\n }\n function commandMatch(pressed, mapped) {\n if (mapped.slice(-11) == '<character>') {\n // Last character matches anything.\n var prefixLen = mapped.length - 11;\n var pressedPrefix = pressed.slice(0, prefixLen);\n var mappedPrefix = mapped.slice(0, prefixLen);\n return pressedPrefix == mappedPrefix && pressed.length > prefixLen ? 'full' :\n mappedPrefix.indexOf(pressedPrefix) == 0 ? 'partial' : false;\n } else {\n return pressed == mapped ? 'full' :\n mapped.indexOf(pressed) == 0 ? 'partial' : false;\n }\n }\n function lastChar(keys) {\n var match = /^.*(<[\\w\\-]+>)$/.exec(keys);\n var selectedCharacter = match ? match[1] : keys.slice(-1);\n if (selectedCharacter.length > 1){\n switch(selectedCharacter){\n case '<CR>':\n selectedCharacter='\\n';\n break;\n case '<Space>':\n selectedCharacter=' ';\n break;\n default:\n break;\n }\n }\n return selectedCharacter;\n }\n function repeatFn(cm, fn, repeat) {\n return function() {\n for (var i = 0; i < repeat; i++) {\n fn(cm);\n }\n };\n }\n function copyCursor(cur) {\n return Pos(cur.line, cur.ch);\n }\n function cursorEqual(cur1, cur2) {\n return cur1.ch == cur2.ch && cur1.line == cur2.line;\n }\n function cursorIsBefore(cur1, cur2) {\n if (cur1.line < cur2.line) {\n return true;\n }\n if (cur1.line == cur2.line && cur1.ch < cur2.ch) {\n return true;\n }\n return false;\n }\n function cursorMin(cur1, cur2) {\n if (arguments.length > 2) {\n cur2 = cursorMin.apply(undefined, Array.prototype.slice.call(arguments, 1));\n }\n return cursorIsBefore(cur1, cur2) ? cur1 : cur2;\n }\n function cursorMax(cur1, cur2) {\n if (arguments.length > 2) {\n cur2 = cursorMax.apply(undefined, Array.prototype.slice.call(arguments, 1));\n }\n return cursorIsBefore(cur1, cur2) ? cur2 : cur1;\n }\n function cursorIsBetween(cur1, cur2, cur3) {\n // returns true if cur2 is between cur1 and cur3.\n var cur1before2 = cursorIsBefore(cur1, cur2);\n var cur2before3 = cursorIsBefore(cur2, cur3);\n return cur1before2 && cur2before3;\n }\n function lineLength(cm, lineNum) {\n return cm.getLine(lineNum).length;\n }\n function trim(s) {\n if (s.trim) {\n return s.trim();\n }\n return s.replace(/^\\s+|\\s+$/g, '');\n }\n function escapeRegex(s) {\n return s.replace(/([.?*+$\\[\\]\\/\\\\(){}|\\-])/g, '\\\\$1');\n }\n function extendLineToColumn(cm, lineNum, column) {\n var endCh = lineLength(cm, lineNum);\n var spaces = new Array(column-endCh+1).join(' ');\n cm.setCursor(Pos(lineNum, endCh));\n cm.replaceRange(spaces, cm.getCursor());\n }\n // This functions selects a rectangular block\n // of text with selectionEnd as any of its corner\n // Height of block:\n // Difference in selectionEnd.line and first/last selection.line\n // Width of the block:\n // Distance between selectionEnd.ch and any(first considered here) selection.ch\n function selectBlock(cm, selectionEnd) {\n var selections = [], ranges = cm.listSelections();\n var head = copyCursor(cm.clipPos(selectionEnd));\n var isClipped = !cursorEqual(selectionEnd, head);\n var curHead = cm.getCursor('head');\n var primIndex = getIndex(ranges, curHead);\n var wasClipped = cursorEqual(ranges[primIndex].head, ranges[primIndex].anchor);\n var max = ranges.length - 1;\n var index = max - primIndex > primIndex ? max : 0;\n var base = ranges[index].anchor;\n\n var firstLine = Math.min(base.line, head.line);\n var lastLine = Math.max(base.line, head.line);\n var baseCh = base.ch, headCh = head.ch;\n\n var dir = ranges[index].head.ch - baseCh;\n var newDir = headCh - baseCh;\n if (dir > 0 && newDir <= 0) {\n baseCh++;\n if (!isClipped) { headCh--; }\n } else if (dir < 0 && newDir >= 0) {\n baseCh--;\n if (!wasClipped) { headCh++; }\n } else if (dir < 0 && newDir == -1) {\n baseCh--;\n headCh++;\n }\n for (var line = firstLine; line <= lastLine; line++) {\n var range = {anchor: new Pos(line, baseCh), head: new Pos(line, headCh)};\n selections.push(range);\n }\n primIndex = head.line == lastLine ? selections.length - 1 : 0;\n cm.setSelections(selections);\n selectionEnd.ch = headCh;\n base.ch = baseCh;\n return base;\n }\n function selectForInsert(cm, head, height) {\n var sel = [];\n for (var i = 0; i < height; i++) {\n var lineHead = offsetCursor(head, i, 0);\n sel.push({anchor: lineHead, head: lineHead});\n }\n cm.setSelections(sel, 0);\n }\n // getIndex returns the index of the cursor in the selections.\n function getIndex(ranges, cursor, end) {\n for (var i = 0; i < ranges.length; i++) {\n var atAnchor = end != 'head' && cursorEqual(ranges[i].anchor, cursor);\n var atHead = end != 'anchor' && cursorEqual(ranges[i].head, cursor);\n if (atAnchor || atHead) {\n return i;\n }\n }\n return -1;\n }\n function getSelectedAreaRange(cm, vim) {\n var lastSelection = vim.lastSelection;\n var getCurrentSelectedAreaRange = function() {\n var selections = cm.listSelections();\n var start = selections[0];\n var end = selections[selections.length-1];\n var selectionStart = cursorIsBefore(start.anchor, start.head) ? start.anchor : start.head;\n var selectionEnd = cursorIsBefore(end.anchor, end.head) ? end.head : end.anchor;\n return [selectionStart, selectionEnd];\n };\n var getLastSelectedAreaRange = function() {\n var selectionStart = cm.getCursor();\n var selectionEnd = cm.getCursor();\n var block = lastSelection.visualBlock;\n if (block) {\n var width = block.width;\n var height = block.height;\n selectionEnd = Pos(selectionStart.line + height, selectionStart.ch + width);\n var selections = [];\n // selectBlock creates a 'proper' rectangular block.\n // We do not want that in all cases, so we manually set selections.\n for (var i = selectionStart.line; i < selectionEnd.line; i++) {\n var anchor = Pos(i, selectionStart.ch);\n var head = Pos(i, selectionEnd.ch);\n var range = {anchor: anchor, head: head};\n selections.push(range);\n }\n cm.setSelections(selections);\n } else {\n var start = lastSelection.anchorMark.find();\n var end = lastSelection.headMark.find();\n var line = end.line - start.line;\n var ch = end.ch - start.ch;\n selectionEnd = {line: selectionEnd.line + line, ch: line ? selectionEnd.ch : ch + selectionEnd.ch};\n if (lastSelection.visualLine) {\n selectionStart = Pos(selectionStart.line, 0);\n selectionEnd = Pos(selectionEnd.line, lineLength(cm, selectionEnd.line));\n }\n cm.setSelection(selectionStart, selectionEnd);\n }\n return [selectionStart, selectionEnd];\n };\n if (!vim.visualMode) {\n // In case of replaying the action.\n return getLastSelectedAreaRange();\n } else {\n return getCurrentSelectedAreaRange();\n }\n }\n // Updates the previous selection with the current selection's values. This\n // should only be called in visual mode.\n function updateLastSelection(cm, vim) {\n var anchor = vim.sel.anchor;\n var head = vim.sel.head;\n // To accommodate the effect of lastPastedText in the last selection\n if (vim.lastPastedText) {\n head = cm.posFromIndex(cm.indexFromPos(anchor) + vim.lastPastedText.length);\n vim.lastPastedText = null;\n }\n vim.lastSelection = {'anchorMark': cm.setBookmark(anchor),\n 'headMark': cm.setBookmark(head),\n 'anchor': copyCursor(anchor),\n 'head': copyCursor(head),\n 'visualMode': vim.visualMode,\n 'visualLine': vim.visualLine,\n 'visualBlock': vim.visualBlock};\n }\n function expandSelection(cm, start, end) {\n var sel = cm.state.vim.sel;\n var head = sel.head;\n var anchor = sel.anchor;\n var tmp;\n if (cursorIsBefore(end, start)) {\n tmp = end;\n end = start;\n start = tmp;\n }\n if (cursorIsBefore(head, anchor)) {\n head = cursorMin(start, head);\n anchor = cursorMax(anchor, end);\n } else {\n anchor = cursorMin(start, anchor);\n head = cursorMax(head, end);\n head = offsetCursor(head, 0, -1);\n if (head.ch == -1 && head.line != cm.firstLine()) {\n head = Pos(head.line - 1, lineLength(cm, head.line - 1));\n }\n }\n return [anchor, head];\n }\n /**\n * Updates the CodeMirror selection to match the provided vim selection.\n * If no arguments are given, it uses the current vim selection state.\n */\n function updateCmSelection(cm, sel, mode) {\n var vim = cm.state.vim;\n sel = sel || vim.sel;\n var mode = mode ||\n vim.visualLine ? 'line' : vim.visualBlock ? 'block' : 'char';\n var cmSel = makeCmSelection(cm, sel, mode);\n cm.setSelections(cmSel.ranges, cmSel.primary);\n updateFakeCursor(cm);\n }\n function makeCmSelection(cm, sel, mode, exclusive) {\n var head = copyCursor(sel.head);\n var anchor = copyCursor(sel.anchor);\n if (mode == 'char') {\n var headOffset = !exclusive && !cursorIsBefore(sel.head, sel.anchor) ? 1 : 0;\n var anchorOffset = cursorIsBefore(sel.head, sel.anchor) ? 1 : 0;\n head = offsetCursor(sel.head, 0, headOffset);\n anchor = offsetCursor(sel.anchor, 0, anchorOffset);\n return {\n ranges: [{anchor: anchor, head: head}],\n primary: 0\n };\n } else if (mode == 'line') {\n if (!cursorIsBefore(sel.head, sel.anchor)) {\n anchor.ch = 0;\n\n var lastLine = cm.lastLine();\n if (head.line > lastLine) {\n head.line = lastLine;\n }\n head.ch = lineLength(cm, head.line);\n } else {\n head.ch = 0;\n anchor.ch = lineLength(cm, anchor.line);\n }\n return {\n ranges: [{anchor: anchor, head: head}],\n primary: 0\n };\n } else if (mode == 'block') {\n var top = Math.min(anchor.line, head.line),\n left = Math.min(anchor.ch, head.ch),\n bottom = Math.max(anchor.line, head.line),\n right = Math.max(anchor.ch, head.ch) + 1;\n var height = bottom - top + 1;\n var primary = head.line == top ? 0 : height - 1;\n var ranges = [];\n for (var i = 0; i < height; i++) {\n ranges.push({\n anchor: Pos(top + i, left),\n head: Pos(top + i, right)\n });\n }\n return {\n ranges: ranges,\n primary: primary\n };\n }\n }\n function getHead(cm) {\n var cur = cm.getCursor('head');\n if (cm.getSelection().length == 1) {\n // Small corner case when only 1 character is selected. The \"real\"\n // head is the left of head and anchor.\n cur = cursorMin(cur, cm.getCursor('anchor'));\n }\n return cur;\n }\n\n /**\n * If moveHead is set to false, the CodeMirror selection will not be\n * touched. The caller assumes the responsibility of putting the cursor\n * in the right place.\n */\n function exitVisualMode(cm, moveHead) {\n var vim = cm.state.vim;\n if (moveHead !== false) {\n cm.setCursor(clipCursorToContent(cm, vim.sel.head));\n }\n updateLastSelection(cm, vim);\n vim.visualMode = false;\n vim.visualLine = false;\n vim.visualBlock = false;\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n if (vim.fakeCursor) {\n vim.fakeCursor.clear();\n }\n }\n\n // Remove any trailing newlines from the selection. For\n // example, with the caret at the start of the last word on the line,\n // 'dw' should word, but not the newline, while 'w' should advance the\n // caret to the first character of the next line.\n function clipToLine(cm, curStart, curEnd) {\n var selection = cm.getRange(curStart, curEnd);\n // Only clip if the selection ends with trailing newline + whitespace\n if (/\\n\\s*$/.test(selection)) {\n var lines = selection.split('\\n');\n // We know this is all whitepsace.\n lines.pop();\n\n // Cases:\n // 1. Last word is an empty line - do not clip the trailing '\\n'\n // 2. Last word is not an empty line - clip the trailing '\\n'\n var line;\n // Find the line containing the last word, and clip all whitespace up\n // to it.\n for (var line = lines.pop(); lines.length > 0 && line && isWhiteSpaceString(line); line = lines.pop()) {\n curEnd.line--;\n curEnd.ch = 0;\n }\n // If the last word is not an empty line, clip an additional newline\n if (line) {\n curEnd.line--;\n curEnd.ch = lineLength(cm, curEnd.line);\n } else {\n curEnd.ch = 0;\n }\n }\n }\n\n // Expand the selection to line ends.\n function expandSelectionToLine(_cm, curStart, curEnd) {\n curStart.ch = 0;\n curEnd.ch = 0;\n curEnd.line++;\n }\n\n function findFirstNonWhiteSpaceCharacter(text) {\n if (!text) {\n return 0;\n }\n var firstNonWS = text.search(/\\S/);\n return firstNonWS == -1 ? text.length : firstNonWS;\n }\n\n function expandWordUnderCursor(cm, inclusive, _forward, bigWord, noSymbol) {\n var cur = getHead(cm);\n var line = cm.getLine(cur.line);\n var idx = cur.ch;\n\n // Seek to first word or non-whitespace character, depending on if\n // noSymbol is true.\n var test = noSymbol ? wordCharTest[0] : bigWordCharTest [0];\n while (!test(line.charAt(idx))) {\n idx++;\n if (idx >= line.length) { return null; }\n }\n\n if (bigWord) {\n test = bigWordCharTest[0];\n } else {\n test = wordCharTest[0];\n if (!test(line.charAt(idx))) {\n test = wordCharTest[1];\n }\n }\n\n var end = idx, start = idx;\n while (test(line.charAt(end)) && end < line.length) { end++; }\n while (test(line.charAt(start)) && start >= 0) { start--; }\n start++;\n\n if (inclusive) {\n // If present, include all whitespace after word.\n // Otherwise, include all whitespace before word, except indentation.\n var wordEnd = end;\n while (/\\s/.test(line.charAt(end)) && end < line.length) { end++; }\n if (wordEnd == end) {\n var wordStart = start;\n while (/\\s/.test(line.charAt(start - 1)) && start > 0) { start--; }\n if (!start) { start = wordStart; }\n }\n }\n return { start: Pos(cur.line, start), end: Pos(cur.line, end) };\n }\n\n function recordJumpPosition(cm, oldCur, newCur) {\n if (!cursorEqual(oldCur, newCur)) {\n vimGlobalState.jumpList.add(cm, oldCur, newCur);\n }\n }\n\n function recordLastCharacterSearch(increment, args) {\n vimGlobalState.lastChararacterSearch.increment = increment;\n vimGlobalState.lastChararacterSearch.forward = args.forward;\n vimGlobalState.lastChararacterSearch.selectedCharacter = args.selectedCharacter;\n }\n\n var symbolToMode = {\n '(': 'bracket', ')': 'bracket', '{': 'bracket', '}': 'bracket',\n '[': 'section', ']': 'section',\n '*': 'comment', '/': 'comment',\n 'm': 'method', 'M': 'method',\n '#': 'preprocess'\n };\n var findSymbolModes = {\n bracket: {\n isComplete: function(state) {\n if (state.nextCh === state.symb) {\n state.depth++;\n if (state.depth >= 1)return true;\n } else if (state.nextCh === state.reverseSymb) {\n state.depth--;\n }\n return false;\n }\n },\n section: {\n init: function(state) {\n state.curMoveThrough = true;\n state.symb = (state.forward ? ']' : '[') === state.symb ? '{' : '}';\n },\n isComplete: function(state) {\n return state.index === 0 && state.nextCh === state.symb;\n }\n },\n comment: {\n isComplete: function(state) {\n var found = state.lastCh === '*' && state.nextCh === '/';\n state.lastCh = state.nextCh;\n return found;\n }\n },\n // TODO: The original Vim implementation only operates on level 1 and 2.\n // The current implementation doesn't check for code block level and\n // therefore it operates on any levels.\n method: {\n init: function(state) {\n state.symb = (state.symb === 'm' ? '{' : '}');\n state.reverseSymb = state.symb === '{' ? '}' : '{';\n },\n isComplete: function(state) {\n if (state.nextCh === state.symb)return true;\n return false;\n }\n },\n preprocess: {\n init: function(state) {\n state.index = 0;\n },\n isComplete: function(state) {\n if (state.nextCh === '#') {\n var token = state.lineText.match(/#(\\w+)/)[1];\n if (token === 'endif') {\n if (state.forward && state.depth === 0) {\n return true;\n }\n state.depth++;\n } else if (token === 'if') {\n if (!state.forward && state.depth === 0) {\n return true;\n }\n state.depth--;\n }\n if (token === 'else' && state.depth === 0)return true;\n }\n return false;\n }\n }\n };\n function findSymbol(cm, repeat, forward, symb) {\n var cur = copyCursor(cm.getCursor());\n var increment = forward ? 1 : -1;\n var endLine = forward ? cm.lineCount() : -1;\n var curCh = cur.ch;\n var line = cur.line;\n var lineText = cm.getLine(line);\n var state = {\n lineText: lineText,\n nextCh: lineText.charAt(curCh),\n lastCh: null,\n index: curCh,\n symb: symb,\n reverseSymb: (forward ? { ')': '(', '}': '{' } : { '(': ')', '{': '}' })[symb],\n forward: forward,\n depth: 0,\n curMoveThrough: false\n };\n var mode = symbolToMode[symb];\n if (!mode)return cur;\n var init = findSymbolModes[mode].init;\n var isComplete = findSymbolModes[mode].isComplete;\n if (init) { init(state); }\n while (line !== endLine && repeat) {\n state.index += increment;\n state.nextCh = state.lineText.charAt(state.index);\n if (!state.nextCh) {\n line += increment;\n state.lineText = cm.getLine(line) || '';\n if (increment > 0) {\n state.index = 0;\n } else {\n var lineLen = state.lineText.length;\n state.index = (lineLen > 0) ? (lineLen-1) : 0;\n }\n state.nextCh = state.lineText.charAt(state.index);\n }\n if (isComplete(state)) {\n cur.line = line;\n cur.ch = state.index;\n repeat--;\n }\n }\n if (state.nextCh || state.curMoveThrough) {\n return Pos(line, state.index);\n }\n return cur;\n }\n\n /**\n * Returns the boundaries of the next word. If the cursor in the middle of\n * the word, then returns the boundaries of the current word, starting at\n * the cursor. If the cursor is at the start/end of a word, and we are going\n * forward/backward, respectively, find the boundaries of the next word.\n *\n * @param {CodeMirror} cm CodeMirror object.\n * @param {Cursor} cur The cursor position.\n * @param {boolean} forward True to search forward. False to search\n * backward.\n * @param {boolean} bigWord True if punctuation count as part of the word.\n * False if only [a-zA-Z0-9] characters count as part of the word.\n * @param {boolean} emptyLineIsWord True if empty lines should be treated\n * as words.\n * @return {Object{from:number, to:number, line: number}} The boundaries of\n * the word, or null if there are no more words.\n */\n function findWord(cm, cur, forward, bigWord, emptyLineIsWord) {\n var lineNum = cur.line;\n var pos = cur.ch;\n var line = cm.getLine(lineNum);\n var dir = forward ? 1 : -1;\n var charTests = bigWord ? bigWordCharTest: wordCharTest;\n\n if (emptyLineIsWord && line == '') {\n lineNum += dir;\n line = cm.getLine(lineNum);\n if (!isLine(cm, lineNum)) {\n return null;\n }\n pos = (forward) ? 0 : line.length;\n }\n\n while (true) {\n if (emptyLineIsWord && line == '') {\n return { from: 0, to: 0, line: lineNum };\n }\n var stop = (dir > 0) ? line.length : -1;\n var wordStart = stop, wordEnd = stop;\n // Find bounds of next word.\n while (pos != stop) {\n var foundWord = false;\n for (var i = 0; i < charTests.length && !foundWord; ++i) {\n if (charTests[i](line.charAt(pos))) {\n wordStart = pos;\n // Advance to end of word.\n while (pos != stop && charTests[i](line.charAt(pos))) {\n pos += dir;\n }\n wordEnd = pos;\n foundWord = wordStart != wordEnd;\n if (wordStart == cur.ch && lineNum == cur.line &&\n wordEnd == wordStart + dir) {\n // We started at the end of a word. Find the next one.\n continue;\n } else {\n return {\n from: Math.min(wordStart, wordEnd + 1),\n to: Math.max(wordStart, wordEnd),\n line: lineNum };\n }\n }\n }\n if (!foundWord) {\n pos += dir;\n }\n }\n // Advance to next/prev line.\n lineNum += dir;\n if (!isLine(cm, lineNum)) {\n return null;\n }\n line = cm.getLine(lineNum);\n pos = (dir > 0) ? 0 : line.length;\n }\n // Should never get here.\n throw new Error('The impossible happened.');\n }\n\n /**\n * @param {CodeMirror} cm CodeMirror object.\n * @param {Pos} cur The position to start from.\n * @param {int} repeat Number of words to move past.\n * @param {boolean} forward True to search forward. False to search\n * backward.\n * @param {boolean} wordEnd True to move to end of word. False to move to\n * beginning of word.\n * @param {boolean} bigWord True if punctuation count as part of the word.\n * False if only alphabet characters count as part of the word.\n * @return {Cursor} The position the cursor should move to.\n */\n function moveToWord(cm, cur, repeat, forward, wordEnd, bigWord) {\n var curStart = copyCursor(cur);\n var words = [];\n if (forward && !wordEnd || !forward && wordEnd) {\n repeat++;\n }\n // For 'e', empty lines are not considered words, go figure.\n var emptyLineIsWord = !(forward && wordEnd);\n for (var i = 0; i < repeat; i++) {\n var word = findWord(cm, cur, forward, bigWord, emptyLineIsWord);\n if (!word) {\n var eodCh = lineLength(cm, cm.lastLine());\n words.push(forward\n ? {line: cm.lastLine(), from: eodCh, to: eodCh}\n : {line: 0, from: 0, to: 0});\n break;\n }\n words.push(word);\n cur = Pos(word.line, forward ? (word.to - 1) : word.from);\n }\n var shortCircuit = words.length != repeat;\n var firstWord = words[0];\n var lastWord = words.pop();\n if (forward && !wordEnd) {\n // w\n if (!shortCircuit && (firstWord.from != curStart.ch || firstWord.line != curStart.line)) {\n // We did not start in the middle of a word. Discard the extra word at the end.\n lastWord = words.pop();\n }\n return Pos(lastWord.line, lastWord.from);\n } else if (forward && wordEnd) {\n return Pos(lastWord.line, lastWord.to - 1);\n } else if (!forward && wordEnd) {\n // ge\n if (!shortCircuit && (firstWord.to != curStart.ch || firstWord.line != curStart.line)) {\n // We did not start in the middle of a word. Discard the extra word at the end.\n lastWord = words.pop();\n }\n return Pos(lastWord.line, lastWord.to);\n } else {\n // b\n return Pos(lastWord.line, lastWord.from);\n }\n }\n\n function moveToCharacter(cm, repeat, forward, character) {\n var cur = cm.getCursor();\n var start = cur.ch;\n var idx;\n for (var i = 0; i < repeat; i ++) {\n var line = cm.getLine(cur.line);\n idx = charIdxInLine(start, line, character, forward, true);\n if (idx == -1) {\n return null;\n }\n start = idx;\n }\n return Pos(cm.getCursor().line, idx);\n }\n\n function moveToColumn(cm, repeat) {\n // repeat is always >= 1, so repeat - 1 always corresponds\n // to the column we want to go to.\n var line = cm.getCursor().line;\n return clipCursorToContent(cm, Pos(line, repeat - 1));\n }\n\n function updateMark(cm, vim, markName, pos) {\n if (!inArray(markName, validMarks)) {\n return;\n }\n if (vim.marks[markName]) {\n vim.marks[markName].clear();\n }\n vim.marks[markName] = cm.setBookmark(pos);\n }\n\n function charIdxInLine(start, line, character, forward, includeChar) {\n // Search for char in line.\n // motion_options: {forward, includeChar}\n // If includeChar = true, include it too.\n // If forward = true, search forward, else search backwards.\n // If char is not found on this line, do nothing\n var idx;\n if (forward) {\n idx = line.indexOf(character, start + 1);\n if (idx != -1 && !includeChar) {\n idx -= 1;\n }\n } else {\n idx = line.lastIndexOf(character, start - 1);\n if (idx != -1 && !includeChar) {\n idx += 1;\n }\n }\n return idx;\n }\n\n function findParagraph(cm, head, repeat, dir, inclusive) {\n var line = head.line;\n var min = cm.firstLine();\n var max = cm.lastLine();\n var start, end, i = line;\n function isEmpty(i) { return !cm.getLine(i); }\n function isBoundary(i, dir, any) {\n if (any) { return isEmpty(i) != isEmpty(i + dir); }\n return !isEmpty(i) && isEmpty(i + dir);\n }\n if (dir) {\n while (min <= i && i <= max && repeat > 0) {\n if (isBoundary(i, dir)) { repeat--; }\n i += dir;\n }\n return new Pos(i, 0);\n }\n\n var vim = cm.state.vim;\n if (vim.visualLine && isBoundary(line, 1, true)) {\n var anchor = vim.sel.anchor;\n if (isBoundary(anchor.line, -1, true)) {\n if (!inclusive || anchor.line != line) {\n line += 1;\n }\n }\n }\n var startState = isEmpty(line);\n for (i = line; i <= max && repeat; i++) {\n if (isBoundary(i, 1, true)) {\n if (!inclusive || isEmpty(i) != startState) {\n repeat--;\n }\n }\n }\n end = new Pos(i, 0);\n // select boundary before paragraph for the last one\n if (i > max && !startState) { startState = true; }\n else { inclusive = false; }\n for (i = line; i > min; i--) {\n if (!inclusive || isEmpty(i) == startState || i == line) {\n if (isBoundary(i, -1, true)) { break; }\n }\n }\n start = new Pos(i, 0);\n return { start: start, end: end };\n }\n\n // TODO: perhaps this finagling of start and end positions belonds\n // in codmirror/replaceRange?\n function selectCompanionObject(cm, head, symb, inclusive) {\n var cur = head, start, end;\n\n var bracketRegexp = ({\n '(': /[()]/, ')': /[()]/,\n '[': /[[\\]]/, ']': /[[\\]]/,\n '{': /[{}]/, '}': /[{}]/})[symb];\n var openSym = ({\n '(': '(', ')': '(',\n '[': '[', ']': '[',\n '{': '{', '}': '{'})[symb];\n var curChar = cm.getLine(cur.line).charAt(cur.ch);\n // Due to the behavior of scanForBracket, we need to add an offset if the\n // cursor is on a matching open bracket.\n var offset = curChar === openSym ? 1 : 0;\n\n start = cm.scanForBracket(Pos(cur.line, cur.ch + offset), -1, null, {'bracketRegex': bracketRegexp});\n end = cm.scanForBracket(Pos(cur.line, cur.ch + offset), 1, null, {'bracketRegex': bracketRegexp});\n\n if (!start || !end) {\n return { start: cur, end: cur };\n }\n\n start = start.pos;\n end = end.pos;\n\n if ((start.line == end.line && start.ch > end.ch)\n || (start.line > end.line)) {\n var tmp = start;\n start = end;\n end = tmp;\n }\n\n if (inclusive) {\n end.ch += 1;\n } else {\n start.ch += 1;\n }\n\n return { start: start, end: end };\n }\n\n // Takes in a symbol and a cursor and tries to simulate text objects that\n // have identical opening and closing symbols\n // TODO support across multiple lines\n function findBeginningAndEnd(cm, head, symb, inclusive) {\n var cur = copyCursor(head);\n var line = cm.getLine(cur.line);\n var chars = line.split('');\n var start, end, i, len;\n var firstIndex = chars.indexOf(symb);\n\n // the decision tree is to always look backwards for the beginning first,\n // but if the cursor is in front of the first instance of the symb,\n // then move the cursor forward\n if (cur.ch < firstIndex) {\n cur.ch = firstIndex;\n // Why is this line even here???\n // cm.setCursor(cur.line, firstIndex+1);\n }\n // otherwise if the cursor is currently on the closing symbol\n else if (firstIndex < cur.ch && chars[cur.ch] == symb) {\n end = cur.ch; // assign end to the current cursor\n --cur.ch; // make sure to look backwards\n }\n\n // if we're currently on the symbol, we've got a start\n if (chars[cur.ch] == symb && !end) {\n start = cur.ch + 1; // assign start to ahead of the cursor\n } else {\n // go backwards to find the start\n for (i = cur.ch; i > -1 && !start; i--) {\n if (chars[i] == symb) {\n start = i + 1;\n }\n }\n }\n\n // look forwards for the end symbol\n if (start && !end) {\n for (i = start, len = chars.length; i < len && !end; i++) {\n if (chars[i] == symb) {\n end = i;\n }\n }\n }\n\n // nothing found\n if (!start || !end) {\n return { start: cur, end: cur };\n }\n\n // include the symbols\n if (inclusive) {\n --start; ++end;\n }\n\n return {\n start: Pos(cur.line, start),\n end: Pos(cur.line, end)\n };\n }\n\n // Search functions\n defineOption('pcre', true, 'boolean');\n function SearchState() {}\n SearchState.prototype = {\n getQuery: function() {\n return vimGlobalState.query;\n },\n setQuery: function(query) {\n vimGlobalState.query = query;\n },\n getOverlay: function() {\n return this.searchOverlay;\n },\n setOverlay: function(overlay) {\n this.searchOverlay = overlay;\n },\n isReversed: function() {\n return vimGlobalState.isReversed;\n },\n setReversed: function(reversed) {\n vimGlobalState.isReversed = reversed;\n },\n getScrollbarAnnotate: function() {\n return this.annotate;\n },\n setScrollbarAnnotate: function(annotate) {\n this.annotate = annotate;\n }\n };\n function getSearchState(cm) {\n var vim = cm.state.vim;\n return vim.searchState_ || (vim.searchState_ = new SearchState());\n }\n function dialog(cm, template, shortText, onClose, options) {\n if (cm.openDialog) {\n cm.openDialog(template, onClose, { bottom: true, value: options.value,\n onKeyDown: options.onKeyDown, onKeyUp: options.onKeyUp,\n selectValueOnOpen: false});\n }\n else {\n onClose(prompt(shortText, ''));\n }\n }\n function splitBySlash(argString) {\n var slashes = findUnescapedSlashes(argString) || [];\n if (!slashes.length) return [];\n var tokens = [];\n // in case of strings like foo/bar\n if (slashes[0] !== 0) return;\n for (var i = 0; i < slashes.length; i++) {\n if (typeof slashes[i] == 'number')\n tokens.push(argString.substring(slashes[i] + 1, slashes[i+1]));\n }\n return tokens;\n }\n\n function findUnescapedSlashes(str) {\n var escapeNextChar = false;\n var slashes = [];\n for (var i = 0; i < str.length; i++) {\n var c = str.charAt(i);\n if (!escapeNextChar && c == '/') {\n slashes.push(i);\n }\n escapeNextChar = !escapeNextChar && (c == '\\\\');\n }\n return slashes;\n }\n\n // Translates a search string from ex (vim) syntax into javascript form.\n function translateRegex(str) {\n // When these match, add a '\\' if unescaped or remove one if escaped.\n var specials = '|(){';\n // Remove, but never add, a '\\' for these.\n var unescape = '}';\n var escapeNextChar = false;\n var out = [];\n for (var i = -1; i < str.length; i++) {\n var c = str.charAt(i) || '';\n var n = str.charAt(i+1) || '';\n var specialComesNext = (n && specials.indexOf(n) != -1);\n if (escapeNextChar) {\n if (c !== '\\\\' || !specialComesNext) {\n out.push(c);\n }\n escapeNextChar = false;\n } else {\n if (c === '\\\\') {\n escapeNextChar = true;\n // Treat the unescape list as special for removing, but not adding '\\'.\n if (n && unescape.indexOf(n) != -1) {\n specialComesNext = true;\n }\n // Not passing this test means removing a '\\'.\n if (!specialComesNext || n === '\\\\') {\n out.push(c);\n }\n } else {\n out.push(c);\n if (specialComesNext && n !== '\\\\') {\n out.push('\\\\');\n }\n }\n }\n }\n return out.join('');\n }\n\n // Translates the replace part of a search and replace from ex (vim) syntax into\n // javascript form. Similar to translateRegex, but additionally fixes back references\n // (translates '\\[0..9]' to '$[0..9]') and follows different rules for escaping '$'.\n var charUnescapes = {'\\\\n': '\\n', '\\\\r': '\\r', '\\\\t': '\\t'};\n function translateRegexReplace(str) {\n var escapeNextChar = false;\n var out = [];\n for (var i = -1; i < str.length; i++) {\n var c = str.charAt(i) || '';\n var n = str.charAt(i+1) || '';\n if (charUnescapes[c + n]) {\n out.push(charUnescapes[c+n]);\n i++;\n } else if (escapeNextChar) {\n // At any point in the loop, escapeNextChar is true if the previous\n // character was a '\\' and was not escaped.\n out.push(c);\n escapeNextChar = false;\n } else {\n if (c === '\\\\') {\n escapeNextChar = true;\n if ((isNumber(n) || n === '$')) {\n out.push('$');\n } else if (n !== '/' && n !== '\\\\') {\n out.push('\\\\');\n }\n } else {\n if (c === '$') {\n out.push('$');\n }\n out.push(c);\n if (n === '/') {\n out.push('\\\\');\n }\n }\n }\n }\n return out.join('');\n }\n\n // Unescape \\ and / in the replace part, for PCRE mode.\n var unescapes = {'\\\\/': '/', '\\\\\\\\': '\\\\', '\\\\n': '\\n', '\\\\r': '\\r', '\\\\t': '\\t'};\n function unescapeRegexReplace(str) {\n var stream = new CodeMirror.StringStream(str);\n var output = [];\n while (!stream.eol()) {\n // Search for \\.\n while (stream.peek() && stream.peek() != '\\\\') {\n output.push(stream.next());\n }\n var matched = false;\n for (var matcher in unescapes) {\n if (stream.match(matcher, true)) {\n matched = true;\n output.push(unescapes[matcher]);\n break;\n }\n }\n if (!matched) {\n // Don't change anything\n output.push(stream.next());\n }\n }\n return output.join('');\n }\n\n /**\n * Extract the regular expression from the query and return a Regexp object.\n * Returns null if the query is blank.\n * If ignoreCase is passed in, the Regexp object will have the 'i' flag set.\n * If smartCase is passed in, and the query contains upper case letters,\n * then ignoreCase is overridden, and the 'i' flag will not be set.\n * If the query contains the /i in the flag part of the regular expression,\n * then both ignoreCase and smartCase are ignored, and 'i' will be passed\n * through to the Regex object.\n */\n function parseQuery(query, ignoreCase, smartCase) {\n // First update the last search register\n var lastSearchRegister = vimGlobalState.registerController.getRegister('/');\n lastSearchRegister.setText(query);\n // Check if the query is already a regex.\n if (query instanceof RegExp) { return query; }\n // First try to extract regex + flags from the input. If no flags found,\n // extract just the regex. IE does not accept flags directly defined in\n // the regex string in the form /regex/flags\n var slashes = findUnescapedSlashes(query);\n var regexPart;\n var forceIgnoreCase;\n if (!slashes.length) {\n // Query looks like 'regexp'\n regexPart = query;\n } else {\n // Query looks like 'regexp/...'\n regexPart = query.substring(0, slashes[0]);\n var flagsPart = query.substring(slashes[0]);\n forceIgnoreCase = (flagsPart.indexOf('i') != -1);\n }\n if (!regexPart) {\n return null;\n }\n if (!getOption('pcre')) {\n regexPart = translateRegex(regexPart);\n }\n if (smartCase) {\n ignoreCase = (/^[^A-Z]*$/).test(regexPart);\n }\n var regexp = new RegExp(regexPart,\n (ignoreCase || forceIgnoreCase) ? 'i' : undefined);\n return regexp;\n }\n function showConfirm(cm, text) {\n if (cm.openNotification) {\n cm.openNotification('<span style=\"color: red\">' + text + '</span>',\n {bottom: true, duration: 5000});\n } else {\n alert(text);\n }\n }\n function makePrompt(prefix, desc) {\n var raw = '';\n if (prefix) {\n raw += '<span style=\"font-family: monospace\">' + prefix + '</span>';\n }\n raw += '<input type=\"text\"/> ' +\n '<span style=\"color: #888\">';\n if (desc) {\n raw += '<span style=\"color: #888\">';\n raw += desc;\n raw += '</span>';\n }\n return raw;\n }\n var searchPromptDesc = '(Javascript regexp)';\n function showPrompt(cm, options) {\n var shortText = (options.prefix || '') + ' ' + (options.desc || '');\n var prompt = makePrompt(options.prefix, options.desc);\n dialog(cm, prompt, shortText, options.onClose, options);\n }\n function regexEqual(r1, r2) {\n if (r1 instanceof RegExp && r2 instanceof RegExp) {\n var props = ['global', 'multiline', 'ignoreCase', 'source'];\n for (var i = 0; i < props.length; i++) {\n var prop = props[i];\n if (r1[prop] !== r2[prop]) {\n return false;\n }\n }\n return true;\n }\n return false;\n }\n // Returns true if the query is valid.\n function updateSearchQuery(cm, rawQuery, ignoreCase, smartCase) {\n if (!rawQuery) {\n return;\n }\n var state = getSearchState(cm);\n var query = parseQuery(rawQuery, !!ignoreCase, !!smartCase);\n if (!query) {\n return;\n }\n highlightSearchMatches(cm, query);\n if (regexEqual(query, state.getQuery())) {\n return query;\n }\n state.setQuery(query);\n return query;\n }\n function searchOverlay(query) {\n if (query.source.charAt(0) == '^') {\n var matchSol = true;\n }\n return {\n token: function(stream) {\n if (matchSol && !stream.sol()) {\n stream.skipToEnd();\n return;\n }\n var match = stream.match(query, false);\n if (match) {\n if (match[0].length == 0) {\n // Matched empty string, skip to next.\n stream.next();\n return 'searching';\n }\n if (!stream.sol()) {\n // Backtrack 1 to match \\b\n stream.backUp(1);\n if (!query.exec(stream.next() + match[0])) {\n stream.next();\n return null;\n }\n }\n stream.match(query);\n return 'searching';\n }\n while (!stream.eol()) {\n stream.next();\n if (stream.match(query, false)) break;\n }\n },\n query: query\n };\n }\n function highlightSearchMatches(cm, query) {\n var searchState = getSearchState(cm);\n var overlay = searchState.getOverlay();\n if (!overlay || query != overlay.query) {\n if (overlay) {\n cm.removeOverlay(overlay);\n }\n overlay = searchOverlay(query);\n cm.addOverlay(overlay);\n if (cm.showMatchesOnScrollbar) {\n if (searchState.getScrollbarAnnotate()) {\n searchState.getScrollbarAnnotate().clear();\n }\n searchState.setScrollbarAnnotate(cm.showMatchesOnScrollbar(query));\n }\n searchState.setOverlay(overlay);\n }\n }\n function findNext(cm, prev, query, repeat) {\n if (repeat === undefined) { repeat = 1; }\n return cm.operation(function() {\n var pos = cm.getCursor();\n var cursor = cm.getSearchCursor(query, pos);\n for (var i = 0; i < repeat; i++) {\n var found = cursor.find(prev);\n if (i == 0 && found && cursorEqual(cursor.from(), pos)) { found = cursor.find(prev); }\n if (!found) {\n // SearchCursor may have returned null because it hit EOF, wrap\n // around and try again.\n cursor = cm.getSearchCursor(query,\n (prev) ? Pos(cm.lastLine()) : Pos(cm.firstLine(), 0) );\n if (!cursor.find(prev)) {\n return;\n }\n }\n }\n return cursor.from();\n });\n }\n function clearSearchHighlight(cm) {\n var state = getSearchState(cm);\n cm.removeOverlay(getSearchState(cm).getOverlay());\n state.setOverlay(null);\n if (state.getScrollbarAnnotate()) {\n state.getScrollbarAnnotate().clear();\n state.setScrollbarAnnotate(null);\n }\n }\n /**\n * Check if pos is in the specified range, INCLUSIVE.\n * Range can be specified with 1 or 2 arguments.\n * If the first range argument is an array, treat it as an array of line\n * numbers. Match pos against any of the lines.\n * If the first range argument is a number,\n * if there is only 1 range argument, check if pos has the same line\n * number\n * if there are 2 range arguments, then check if pos is in between the two\n * range arguments.\n */\n function isInRange(pos, start, end) {\n if (typeof pos != 'number') {\n // Assume it is a cursor position. Get the line number.\n pos = pos.line;\n }\n if (start instanceof Array) {\n return inArray(pos, start);\n } else {\n if (end) {\n return (pos >= start && pos <= end);\n } else {\n return pos == start;\n }\n }\n }\n function getUserVisibleLines(cm) {\n var scrollInfo = cm.getScrollInfo();\n var occludeToleranceTop = 6;\n var occludeToleranceBottom = 10;\n var from = cm.coordsChar({left:0, top: occludeToleranceTop + scrollInfo.top}, 'local');\n var bottomY = scrollInfo.clientHeight - occludeToleranceBottom + scrollInfo.top;\n var to = cm.coordsChar({left:0, top: bottomY}, 'local');\n return {top: from.line, bottom: to.line};\n }\n\n var ExCommandDispatcher = function() {\n this.buildCommandMap_();\n };\n ExCommandDispatcher.prototype = {\n processCommand: function(cm, input, opt_params) {\n var that = this;\n cm.operation(function () {\n cm.curOp.isVimOp = true;\n that._processCommand(cm, input, opt_params);\n });\n },\n _processCommand: function(cm, input, opt_params) {\n var vim = cm.state.vim;\n var commandHistoryRegister = vimGlobalState.registerController.getRegister(':');\n var previousCommand = commandHistoryRegister.toString();\n if (vim.visualMode) {\n exitVisualMode(cm);\n }\n var inputStream = new CodeMirror.StringStream(input);\n // update \": with the latest command whether valid or invalid\n commandHistoryRegister.setText(input);\n var params = opt_params || {};\n params.input = input;\n try {\n this.parseInput_(cm, inputStream, params);\n } catch(e) {\n showConfirm(cm, e);\n throw e;\n }\n var command;\n var commandName;\n if (!params.commandName) {\n // If only a line range is defined, move to the line.\n if (params.line !== undefined) {\n commandName = 'move';\n }\n } else {\n command = this.matchCommand_(params.commandName);\n if (command) {\n commandName = command.name;\n if (command.excludeFromCommandHistory) {\n commandHistoryRegister.setText(previousCommand);\n }\n this.parseCommandArgs_(inputStream, params, command);\n if (command.type == 'exToKey') {\n // Handle Ex to Key mapping.\n for (var i = 0; i < command.toKeys.length; i++) {\n CodeMirror.Vim.handleKey(cm, command.toKeys[i], 'mapping');\n }\n return;\n } else if (command.type == 'exToEx') {\n // Handle Ex to Ex mapping.\n this.processCommand(cm, command.toInput);\n return;\n }\n }\n }\n if (!commandName) {\n showConfirm(cm, 'Not an editor command \":' + input + '\"');\n return;\n }\n try {\n exCommands[commandName](cm, params);\n // Possibly asynchronous commands (e.g. substitute, which might have a\n // user confirmation), are responsible for calling the callback when\n // done. All others have it taken care of for them here.\n if ((!command || !command.possiblyAsync) && params.callback) {\n params.callback();\n }\n } catch(e) {\n showConfirm(cm, e);\n throw e;\n }\n },\n parseInput_: function(cm, inputStream, result) {\n inputStream.eatWhile(':');\n // Parse range.\n if (inputStream.eat('%')) {\n result.line = cm.firstLine();\n result.lineEnd = cm.lastLine();\n } else {\n result.line = this.parseLineSpec_(cm, inputStream);\n if (result.line !== undefined && inputStream.eat(',')) {\n result.lineEnd = this.parseLineSpec_(cm, inputStream);\n }\n }\n\n // Parse command name.\n var commandMatch = inputStream.match(/^(\\w+)/);\n if (commandMatch) {\n result.commandName = commandMatch[1];\n } else {\n result.commandName = inputStream.match(/.*/)[0];\n }\n\n return result;\n },\n parseLineSpec_: function(cm, inputStream) {\n var numberMatch = inputStream.match(/^(\\d+)/);\n if (numberMatch) {\n return parseInt(numberMatch[1], 10) - 1;\n }\n switch (inputStream.next()) {\n case '.':\n return cm.getCursor().line;\n case '$':\n return cm.lastLine();\n case '\\'':\n var mark = cm.state.vim.marks[inputStream.next()];\n if (mark && mark.find()) {\n return mark.find().line;\n }\n throw new Error('Mark not set');\n default:\n inputStream.backUp(1);\n return undefined;\n }\n },\n parseCommandArgs_: function(inputStream, params, command) {\n if (inputStream.eol()) {\n return;\n }\n params.argString = inputStream.match(/.*/)[0];\n // Parse command-line arguments\n var delim = command.argDelimiter || /\\s+/;\n var args = trim(params.argString).split(delim);\n if (args.length && args[0]) {\n params.args = args;\n }\n },\n matchCommand_: function(commandName) {\n // Return the command in the command map that matches the shortest\n // prefix of the passed in command name. The match is guaranteed to be\n // unambiguous if the defaultExCommandMap's shortNames are set up\n // correctly. (see @code{defaultExCommandMap}).\n for (var i = commandName.length; i > 0; i--) {\n var prefix = commandName.substring(0, i);\n if (this.commandMap_[prefix]) {\n var command = this.commandMap_[prefix];\n if (command.name.indexOf(commandName) === 0) {\n return command;\n }\n }\n }\n return null;\n },\n buildCommandMap_: function() {\n this.commandMap_ = {};\n for (var i = 0; i < defaultExCommandMap.length; i++) {\n var command = defaultExCommandMap[i];\n var key = command.shortName || command.name;\n this.commandMap_[key] = command;\n }\n },\n map: function(lhs, rhs, ctx) {\n if (lhs != ':' && lhs.charAt(0) == ':') {\n if (ctx) { throw Error('Mode not supported for ex mappings'); }\n var commandName = lhs.substring(1);\n if (rhs != ':' && rhs.charAt(0) == ':') {\n // Ex to Ex mapping\n this.commandMap_[commandName] = {\n name: commandName,\n type: 'exToEx',\n toInput: rhs.substring(1),\n user: true\n };\n } else {\n // Ex to key mapping\n this.commandMap_[commandName] = {\n name: commandName,\n type: 'exToKey',\n toKeys: rhs,\n user: true\n };\n }\n } else {\n if (rhs != ':' && rhs.charAt(0) == ':') {\n // Key to Ex mapping.\n var mapping = {\n keys: lhs,\n type: 'keyToEx',\n exArgs: { input: rhs.substring(1) },\n user: true};\n if (ctx) { mapping.context = ctx; }\n defaultKeymap.unshift(mapping);\n } else {\n // Key to key mapping\n var mapping = {\n keys: lhs,\n type: 'keyToKey',\n toKeys: rhs,\n user: true\n };\n if (ctx) { mapping.context = ctx; }\n defaultKeymap.unshift(mapping);\n }\n }\n },\n unmap: function(lhs, ctx) {\n if (lhs != ':' && lhs.charAt(0) == ':') {\n // Ex to Ex or Ex to key mapping\n if (ctx) { throw Error('Mode not supported for ex mappings'); }\n var commandName = lhs.substring(1);\n if (this.commandMap_[commandName] && this.commandMap_[commandName].user) {\n delete this.commandMap_[commandName];\n return;\n }\n } else {\n // Key to Ex or key to key mapping\n var keys = lhs;\n for (var i = 0; i < defaultKeymap.length; i++) {\n if (keys == defaultKeymap[i].keys\n && defaultKeymap[i].context === ctx\n && defaultKeymap[i].user) {\n defaultKeymap.splice(i, 1);\n return;\n }\n }\n }\n throw Error('No such mapping.');\n }\n };\n\n var exCommands = {\n colorscheme: function(cm, params) {\n if (!params.args || params.args.length < 1) {\n showConfirm(cm, cm.getOption('theme'));\n return;\n }\n cm.setOption('theme', params.args[0]);\n },\n map: function(cm, params, ctx) {\n var mapArgs = params.args;\n if (!mapArgs || mapArgs.length < 2) {\n if (cm) {\n showConfirm(cm, 'Invalid mapping: ' + params.input);\n }\n return;\n }\n exCommandDispatcher.map(mapArgs[0], mapArgs[1], ctx);\n },\n imap: function(cm, params) { this.map(cm, params, 'insert'); },\n nmap: function(cm, params) { this.map(cm, params, 'normal'); },\n vmap: function(cm, params) { this.map(cm, params, 'visual'); },\n unmap: function(cm, params, ctx) {\n var mapArgs = params.args;\n if (!mapArgs || mapArgs.length < 1) {\n if (cm) {\n showConfirm(cm, 'No such mapping: ' + params.input);\n }\n return;\n }\n exCommandDispatcher.unmap(mapArgs[0], ctx);\n },\n move: function(cm, params) {\n commandDispatcher.processCommand(cm, cm.state.vim, {\n type: 'motion',\n motion: 'moveToLineOrEdgeOfDocument',\n motionArgs: { forward: false, explicitRepeat: true,\n linewise: true },\n repeatOverride: params.line+1});\n },\n set: function(cm, params) {\n var setArgs = params.args;\n // Options passed through to the setOption/getOption calls. May be passed in by the\n // local/global versions of the set command\n var setCfg = params.setCfg || {};\n if (!setArgs || setArgs.length < 1) {\n if (cm) {\n showConfirm(cm, 'Invalid mapping: ' + params.input);\n }\n return;\n }\n var expr = setArgs[0].split('=');\n var optionName = expr[0];\n var value = expr[1];\n var forceGet = false;\n\n if (optionName.charAt(optionName.length - 1) == '?') {\n // If post-fixed with ?, then the set is actually a get.\n if (value) { throw Error('Trailing characters: ' + params.argString); }\n optionName = optionName.substring(0, optionName.length - 1);\n forceGet = true;\n }\n if (value === undefined && optionName.substring(0, 2) == 'no') {\n // To set boolean options to false, the option name is prefixed with\n // 'no'.\n optionName = optionName.substring(2);\n value = false;\n }\n\n var optionIsBoolean = options[optionName] && options[optionName].type == 'boolean';\n if (optionIsBoolean && value == undefined) {\n // Calling set with a boolean option sets it to true.\n value = true;\n }\n // If no value is provided, then we assume this is a get.\n if (!optionIsBoolean && value === undefined || forceGet) {\n var oldValue = getOption(optionName, cm, setCfg);\n if (oldValue === true || oldValue === false) {\n showConfirm(cm, ' ' + (oldValue ? '' : 'no') + optionName);\n } else {\n showConfirm(cm, ' ' + optionName + '=' + oldValue);\n }\n } else {\n setOption(optionName, value, cm, setCfg);\n }\n },\n setlocal: function (cm, params) {\n // setCfg is passed through to setOption\n params.setCfg = {scope: 'local'};\n this.set(cm, params);\n },\n setglobal: function (cm, params) {\n // setCfg is passed through to setOption\n params.setCfg = {scope: 'global'};\n this.set(cm, params);\n },\n registers: function(cm, params) {\n var regArgs = params.args;\n var registers = vimGlobalState.registerController.registers;\n var regInfo = '----------Registers----------<br><br>';\n if (!regArgs) {\n for (var registerName in registers) {\n var text = registers[registerName].toString();\n if (text.length) {\n regInfo += '\"' + registerName + ' ' + text + '<br>';\n }\n }\n } else {\n var registerName;\n regArgs = regArgs.join('');\n for (var i = 0; i < regArgs.length; i++) {\n registerName = regArgs.charAt(i);\n if (!vimGlobalState.registerController.isValidRegister(registerName)) {\n continue;\n }\n var register = registers[registerName] || new Register();\n regInfo += '\"' + registerName + ' ' + register.toString() + '<br>';\n }\n }\n showConfirm(cm, regInfo);\n },\n sort: function(cm, params) {\n var reverse, ignoreCase, unique, number;\n function parseArgs() {\n if (params.argString) {\n var args = new CodeMirror.StringStream(params.argString);\n if (args.eat('!')) { reverse = true; }\n if (args.eol()) { return; }\n if (!args.eatSpace()) { return 'Invalid arguments'; }\n var opts = args.match(/[a-z]+/);\n if (opts) {\n opts = opts[0];\n ignoreCase = opts.indexOf('i') != -1;\n unique = opts.indexOf('u') != -1;\n var decimal = opts.indexOf('d') != -1 && 1;\n var hex = opts.indexOf('x') != -1 && 1;\n var octal = opts.indexOf('o') != -1 && 1;\n if (decimal + hex + octal > 1) { return 'Invalid arguments'; }\n number = decimal && 'decimal' || hex && 'hex' || octal && 'octal';\n }\n if (args.match(/\\/.*\\//)) { return 'patterns not supported'; }\n }\n }\n var err = parseArgs();\n if (err) {\n showConfirm(cm, err + ': ' + params.argString);\n return;\n }\n var lineStart = params.line || cm.firstLine();\n var lineEnd = params.lineEnd || params.line || cm.lastLine();\n if (lineStart == lineEnd) { return; }\n var curStart = Pos(lineStart, 0);\n var curEnd = Pos(lineEnd, lineLength(cm, lineEnd));\n var text = cm.getRange(curStart, curEnd).split('\\n');\n var numberRegex = (number == 'decimal') ? /(-?)([\\d]+)/ :\n (number == 'hex') ? /(-?)(?:0x)?([0-9a-f]+)/i :\n (number == 'octal') ? /([0-7]+)/ : null;\n var radix = (number == 'decimal') ? 10 : (number == 'hex') ? 16 : (number == 'octal') ? 8 : null;\n var numPart = [], textPart = [];\n if (number) {\n for (var i = 0; i < text.length; i++) {\n if (numberRegex.exec(text[i])) {\n numPart.push(text[i]);\n } else {\n textPart.push(text[i]);\n }\n }\n } else {\n textPart = text;\n }\n function compareFn(a, b) {\n if (reverse) { var tmp; tmp = a; a = b; b = tmp; }\n if (ignoreCase) { a = a.toLowerCase(); b = b.toLowerCase(); }\n var anum = number && numberRegex.exec(a);\n var bnum = number && numberRegex.exec(b);\n if (!anum) { return a < b ? -1 : 1; }\n anum = parseInt((anum[1] + anum[2]).toLowerCase(), radix);\n bnum = parseInt((bnum[1] + bnum[2]).toLowerCase(), radix);\n return anum - bnum;\n }\n numPart.sort(compareFn);\n textPart.sort(compareFn);\n text = (!reverse) ? textPart.concat(numPart) : numPart.concat(textPart);\n if (unique) { // Remove duplicate lines\n var textOld = text;\n var lastLine;\n text = [];\n for (var i = 0; i < textOld.length; i++) {\n if (textOld[i] != lastLine) {\n text.push(textOld[i]);\n }\n lastLine = textOld[i];\n }\n }\n cm.replaceRange(text.join('\\n'), curStart, curEnd);\n },\n global: function(cm, params) {\n // a global command is of the form\n // :[range]g/pattern/[cmd]\n // argString holds the string /pattern/[cmd]\n var argString = params.argString;\n if (!argString) {\n showConfirm(cm, 'Regular Expression missing from global');\n return;\n }\n // range is specified here\n var lineStart = (params.line !== undefined) ? params.line : cm.firstLine();\n var lineEnd = params.lineEnd || params.line || cm.lastLine();\n // get the tokens from argString\n var tokens = splitBySlash(argString);\n var regexPart = argString, cmd;\n if (tokens.length) {\n regexPart = tokens[0];\n cmd = tokens.slice(1, tokens.length).join('/');\n }\n if (regexPart) {\n // If regex part is empty, then use the previous query. Otherwise\n // use the regex part as the new query.\n try {\n updateSearchQuery(cm, regexPart, true /** ignoreCase */,\n true /** smartCase */);\n } catch (e) {\n showConfirm(cm, 'Invalid regex: ' + regexPart);\n return;\n }\n }\n // now that we have the regexPart, search for regex matches in the\n // specified range of lines\n var query = getSearchState(cm).getQuery();\n var matchedLines = [], content = '';\n for (var i = lineStart; i <= lineEnd; i++) {\n var matched = query.test(cm.getLine(i));\n if (matched) {\n matchedLines.push(i+1);\n content+= cm.getLine(i) + '<br>';\n }\n }\n // if there is no [cmd], just display the list of matched lines\n if (!cmd) {\n showConfirm(cm, content);\n return;\n }\n var index = 0;\n var nextCommand = function() {\n if (index < matchedLines.length) {\n var command = matchedLines[index] + cmd;\n exCommandDispatcher.processCommand(cm, command, {\n callback: nextCommand\n });\n }\n index++;\n };\n nextCommand();\n },\n substitute: function(cm, params) {\n if (!cm.getSearchCursor) {\n throw new Error('Search feature not available. Requires searchcursor.js or ' +\n 'any other getSearchCursor implementation.');\n }\n var argString = params.argString;\n var tokens = argString ? splitBySlash(argString) : [];\n var regexPart, replacePart = '', trailing, flagsPart, count;\n var confirm = false; // Whether to confirm each replace.\n var global = false; // True to replace all instances on a line, false to replace only 1.\n if (tokens.length) {\n regexPart = tokens[0];\n replacePart = tokens[1];\n if (replacePart !== undefined) {\n if (getOption('pcre')) {\n replacePart = unescapeRegexReplace(replacePart);\n } else {\n replacePart = translateRegexReplace(replacePart);\n }\n vimGlobalState.lastSubstituteReplacePart = replacePart;\n }\n trailing = tokens[2] ? tokens[2].split(' ') : [];\n } else {\n // either the argString is empty or its of the form ' hello/world'\n // actually splitBySlash returns a list of tokens\n // only if the string starts with a '/'\n if (argString && argString.length) {\n showConfirm(cm, 'Substitutions should be of the form ' +\n ':s/pattern/replace/');\n return;\n }\n }\n // After the 3rd slash, we can have flags followed by a space followed\n // by count.\n if (trailing) {\n flagsPart = trailing[0];\n count = parseInt(trailing[1]);\n if (flagsPart) {\n if (flagsPart.indexOf('c') != -1) {\n confirm = true;\n flagsPart.replace('c', '');\n }\n if (flagsPart.indexOf('g') != -1) {\n global = true;\n flagsPart.replace('g', '');\n }\n regexPart = regexPart + '/' + flagsPart;\n }\n }\n if (regexPart) {\n // If regex part is empty, then use the previous query. Otherwise use\n // the regex part as the new query.\n try {\n updateSearchQuery(cm, regexPart, true /** ignoreCase */,\n true /** smartCase */);\n } catch (e) {\n showConfirm(cm, 'Invalid regex: ' + regexPart);\n return;\n }\n }\n replacePart = replacePart || vimGlobalState.lastSubstituteReplacePart;\n if (replacePart === undefined) {\n showConfirm(cm, 'No previous substitute regular expression');\n return;\n }\n var state = getSearchState(cm);\n var query = state.getQuery();\n var lineStart = (params.line !== undefined) ? params.line : cm.getCursor().line;\n var lineEnd = params.lineEnd || lineStart;\n if (lineStart == cm.firstLine() && lineEnd == cm.lastLine()) {\n lineEnd = Infinity;\n }\n if (count) {\n lineStart = lineEnd;\n lineEnd = lineStart + count - 1;\n }\n var startPos = clipCursorToContent(cm, Pos(lineStart, 0));\n var cursor = cm.getSearchCursor(query, startPos);\n doReplace(cm, confirm, global, lineStart, lineEnd, cursor, query, replacePart, params.callback);\n },\n redo: CodeMirror.commands.redo,\n undo: CodeMirror.commands.undo,\n write: function(cm) {\n if (CodeMirror.commands.save) {\n // If a save command is defined, call it.\n CodeMirror.commands.save(cm);\n } else {\n // Saves to text area if no save command is defined.\n cm.save();\n }\n },\n nohlsearch: function(cm) {\n clearSearchHighlight(cm);\n },\n delmarks: function(cm, params) {\n if (!params.argString || !trim(params.argString)) {\n showConfirm(cm, 'Argument required');\n return;\n }\n\n var state = cm.state.vim;\n var stream = new CodeMirror.StringStream(trim(params.argString));\n while (!stream.eol()) {\n stream.eatSpace();\n\n // Record the streams position at the beginning of the loop for use\n // in error messages.\n var count = stream.pos;\n\n if (!stream.match(/[a-zA-Z]/, false)) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n var sym = stream.next();\n // Check if this symbol is part of a range\n if (stream.match('-', true)) {\n // This symbol is part of a range.\n\n // The range must terminate at an alphabetic character.\n if (!stream.match(/[a-zA-Z]/, false)) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n var startMark = sym;\n var finishMark = stream.next();\n // The range must terminate at an alphabetic character which\n // shares the same case as the start of the range.\n if (isLowerCase(startMark) && isLowerCase(finishMark) ||\n isUpperCase(startMark) && isUpperCase(finishMark)) {\n var start = startMark.charCodeAt(0);\n var finish = finishMark.charCodeAt(0);\n if (start >= finish) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n // Because marks are always ASCII values, and we have\n // determined that they are the same case, we can use\n // their char codes to iterate through the defined range.\n for (var j = 0; j <= finish - start; j++) {\n var mark = String.fromCharCode(start + j);\n delete state.marks[mark];\n }\n } else {\n showConfirm(cm, 'Invalid argument: ' + startMark + '-');\n return;\n }\n } else {\n // This symbol is a valid mark, and is not part of a range.\n delete state.marks[sym];\n }\n }\n }\n };\n\n var exCommandDispatcher = new ExCommandDispatcher();\n\n /**\n * @param {CodeMirror} cm CodeMirror instance we are in.\n * @param {boolean} confirm Whether to confirm each replace.\n * @param {Cursor} lineStart Line to start replacing from.\n * @param {Cursor} lineEnd Line to stop replacing at.\n * @param {RegExp} query Query for performing matches with.\n * @param {string} replaceWith Text to replace matches with. May contain $1,\n * $2, etc for replacing captured groups using Javascript replace.\n * @param {function()} callback A callback for when the replace is done.\n */\n function doReplace(cm, confirm, global, lineStart, lineEnd, searchCursor, query,\n replaceWith, callback) {\n // Set up all the functions.\n cm.state.vim.exMode = true;\n var done = false;\n var lastPos = searchCursor.from();\n function replaceAll() {\n cm.operation(function() {\n while (!done) {\n replace();\n next();\n }\n stop();\n });\n }\n function replace() {\n var text = cm.getRange(searchCursor.from(), searchCursor.to());\n var newText = text.replace(query, replaceWith);\n searchCursor.replace(newText);\n }\n function next() {\n // The below only loops to skip over multiple occurrences on the same\n // line when 'global' is not true.\n while(searchCursor.findNext() &&\n isInRange(searchCursor.from(), lineStart, lineEnd)) {\n if (!global && lastPos && searchCursor.from().line == lastPos.line) {\n continue;\n }\n cm.scrollIntoView(searchCursor.from(), 30);\n cm.setSelection(searchCursor.from(), searchCursor.to());\n lastPos = searchCursor.from();\n done = false;\n return;\n }\n done = true;\n }\n function stop(close) {\n if (close) { close(); }\n cm.focus();\n if (lastPos) {\n cm.setCursor(lastPos);\n var vim = cm.state.vim;\n vim.exMode = false;\n vim.lastHPos = vim.lastHSPos = lastPos.ch;\n }\n if (callback) { callback(); }\n }\n function onPromptKeyDown(e, _value, close) {\n // Swallow all keys.\n CodeMirror.e_stop(e);\n var keyName = CodeMirror.keyName(e);\n switch (keyName) {\n case 'Y':\n replace(); next(); break;\n case 'N':\n next(); break;\n case 'A':\n // replaceAll contains a call to close of its own. We don't want it\n // to fire too early or multiple times.\n var savedCallback = callback;\n callback = undefined;\n cm.operation(replaceAll);\n callback = savedCallback;\n break;\n case 'L':\n replace();\n // fall through and exit.\n case 'Q':\n case 'Esc':\n case 'Ctrl-C':\n case 'Ctrl-[':\n stop(close);\n break;\n }\n if (done) { stop(close); }\n return true;\n }\n\n // Actually do replace.\n next();\n if (done) {\n showConfirm(cm, 'No matches for ' + query.source);\n return;\n }\n if (!confirm) {\n replaceAll();\n if (callback) { callback(); };\n return;\n }\n showPrompt(cm, {\n prefix: 'replace with <strong>' + replaceWith + '</strong> (y/n/a/q/l)',\n onKeyDown: onPromptKeyDown\n });\n }\n\n CodeMirror.keyMap.vim = {\n attach: attachVimMap,\n detach: detachVimMap,\n call: cmKey\n };\n\n function exitInsertMode(cm) {\n var vim = cm.state.vim;\n var macroModeState = vimGlobalState.macroModeState;\n var insertModeChangeRegister = vimGlobalState.registerController.getRegister('.');\n var isPlaying = macroModeState.isPlaying;\n var lastChange = macroModeState.lastInsertModeChanges;\n // In case of visual block, the insertModeChanges are not saved as a\n // single word, so we convert them to a single word\n // so as to update the \". register as expected in real vim.\n var text = [];\n if (!isPlaying) {\n var selLength = lastChange.inVisualBlock ? vim.lastSelection.visualBlock.height : 1;\n var changes = lastChange.changes;\n var text = [];\n var i = 0;\n // In case of multiple selections in blockwise visual,\n // the inserted text, for example: 'f<Backspace>oo', is stored as\n // 'f', 'f', InsertModeKey 'o', 'o', 'o', 'o'. (if you have a block with 2 lines).\n // We push the contents of the changes array as per the following:\n // 1. In case of InsertModeKey, just increment by 1.\n // 2. In case of a character, jump by selLength (2 in the example).\n while (i < changes.length) {\n // This loop will convert 'ff<bs>oooo' to 'f<bs>oo'.\n text.push(changes[i]);\n if (changes[i] instanceof InsertModeKey) {\n i++;\n } else {\n i+= selLength;\n }\n }\n lastChange.changes = text;\n cm.off('change', onChange);\n CodeMirror.off(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n }\n if (!isPlaying && vim.insertModeRepeat > 1) {\n // Perform insert mode repeat for commands like 3,a and 3,o.\n repeatLastEdit(cm, vim, vim.insertModeRepeat - 1,\n true /** repeatForInsert */);\n vim.lastEditInputState.repeatOverride = vim.insertModeRepeat;\n }\n delete vim.insertModeRepeat;\n vim.insertMode = false;\n cm.setCursor(cm.getCursor().line, cm.getCursor().ch-1);\n cm.setOption('keyMap', 'vim');\n cm.setOption('disableInput', true);\n cm.toggleOverwrite(false); // exit replace mode if we were in it.\n // update the \". register before exiting insert mode\n insertModeChangeRegister.setText(lastChange.changes.join(''));\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n if (macroModeState.isRecording) {\n logInsertModeChange(macroModeState);\n }\n }\n\n function _mapCommand(command) {\n defaultKeymap.unshift(command);\n }\n\n function mapCommand(keys, type, name, args, extra) {\n var command = {keys: keys, type: type};\n command[type] = name;\n command[type + \"Args\"] = args;\n for (var key in extra)\n command[key] = extra[key];\n _mapCommand(command);\n }\n\n // The timeout in milliseconds for the two-character ESC keymap should be\n // adjusted according to your typing speed to prevent false positives.\n defineOption('insertModeEscKeysTimeout', 200, 'number');\n\n CodeMirror.keyMap['vim-insert'] = {\n // TODO: override navigation keys so that Esc will cancel automatic\n // indentation from o, O, i_<CR>\n 'Ctrl-N': 'autocomplete',\n 'Ctrl-P': 'autocomplete',\n 'Enter': function(cm) {\n var fn = CodeMirror.commands.newlineAndIndentContinueComment ||\n CodeMirror.commands.newlineAndIndent;\n fn(cm);\n },\n fallthrough: ['default'],\n attach: attachVimMap,\n detach: detachVimMap,\n call: cmKey\n };\n\n CodeMirror.keyMap['vim-replace'] = {\n 'Backspace': 'goCharLeft',\n fallthrough: ['vim-insert'],\n attach: attachVimMap,\n detach: detachVimMap,\n call: cmKey\n };\n\n function executeMacroRegister(cm, vim, macroModeState, registerName) {\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (registerName == ':') {\n // Read-only register containing last Ex command.\n if (register.keyBuffer[0]) {\n exCommandDispatcher.processCommand(cm, register.keyBuffer[0]);\n }\n macroModeState.isPlaying = false;\n return;\n }\n var keyBuffer = register.keyBuffer;\n var imc = 0;\n macroModeState.isPlaying = true;\n macroModeState.replaySearchQueries = register.searchQueries.slice(0);\n for (var i = 0; i < keyBuffer.length; i++) {\n var text = keyBuffer[i];\n var match, key;\n while (text) {\n // Pull off one command key, which is either a single character\n // or a special sequence wrapped in '<' and '>', e.g. '<Space>'.\n match = (/<\\w+-.+?>|<\\w+>|./).exec(text);\n key = match[0];\n text = text.substring(match.index + key.length);\n CodeMirror.Vim.handleKey(cm, key, 'macro');\n if (vim.insertMode) {\n var changes = register.insertModeChanges[imc++].changes;\n vimGlobalState.macroModeState.lastInsertModeChanges.changes =\n changes;\n repeatInsertModeChanges(cm, changes, 1);\n exitInsertMode(cm);\n }\n }\n };\n macroModeState.isPlaying = false;\n }\n\n function logKey(macroModeState, key) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.pushText(key);\n }\n }\n\n function logInsertModeChange(macroModeState) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register && register.pushInsertModeChanges) {\n register.pushInsertModeChanges(macroModeState.lastInsertModeChanges);\n }\n }\n\n function logSearchQuery(macroModeState, query) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register && register.pushSearchQuery) {\n register.pushSearchQuery(query);\n }\n }\n\n /**\n * Listens for changes made in insert mode.\n * Should only be active in insert mode.\n */\n function onChange(_cm, changeObj) {\n var macroModeState = vimGlobalState.macroModeState;\n var lastChange = macroModeState.lastInsertModeChanges;\n if (!macroModeState.isPlaying) {\n while(changeObj) {\n lastChange.expectCursorActivityForChange = true;\n if (changeObj.origin == '+input' || changeObj.origin == 'paste'\n || changeObj.origin === undefined /* only in testing */) {\n var text = changeObj.text.join('\\n');\n lastChange.changes.push(text);\n }\n // Change objects may be chained with next.\n changeObj = changeObj.next;\n }\n }\n }\n\n /**\n * Listens for any kind of cursor activity on CodeMirror.\n */\n function onCursorActivity(cm) {\n var vim = cm.state.vim;\n if (vim.insertMode) {\n // Tracking cursor activity in insert mode (for macro support).\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) { return; }\n var lastChange = macroModeState.lastInsertModeChanges;\n if (lastChange.expectCursorActivityForChange) {\n lastChange.expectCursorActivityForChange = false;\n } else {\n // Cursor moved outside the context of an edit. Reset the change.\n lastChange.changes = [];\n }\n } else if (!cm.curOp.isVimOp) {\n handleExternalSelection(cm, vim);\n }\n if (vim.visualMode) {\n updateFakeCursor(cm);\n }\n }\n function updateFakeCursor(cm) {\n var vim = cm.state.vim;\n var from = clipCursorToContent(cm, copyCursor(vim.sel.head));\n var to = offsetCursor(from, 0, 1);\n if (vim.fakeCursor) {\n vim.fakeCursor.clear();\n }\n vim.fakeCursor = cm.markText(from, to, {className: 'cm-animate-fat-cursor'});\n }\n function handleExternalSelection(cm, vim) {\n var anchor = cm.getCursor('anchor');\n var head = cm.getCursor('head');\n // Enter or exit visual mode to match mouse selection.\n if (vim.visualMode && !cm.somethingSelected()) {\n exitVisualMode(cm, false);\n } else if (!vim.visualMode && !vim.insertMode && cm.somethingSelected()) {\n vim.visualMode = true;\n vim.visualLine = false;\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\"});\n }\n if (vim.visualMode) {\n // Bind CodeMirror selection model to vim selection model.\n // Mouse selections are considered visual characterwise.\n var headOffset = !cursorIsBefore(head, anchor) ? -1 : 0;\n var anchorOffset = cursorIsBefore(head, anchor) ? -1 : 0;\n head = offsetCursor(head, 0, headOffset);\n anchor = offsetCursor(anchor, 0, anchorOffset);\n vim.sel = {\n anchor: anchor,\n head: head\n };\n updateMark(cm, vim, '<', cursorMin(head, anchor));\n updateMark(cm, vim, '>', cursorMax(head, anchor));\n } else if (!vim.insertMode) {\n // Reset lastHPos if selection was modified by something outside of vim mode e.g. by mouse.\n vim.lastHPos = cm.getCursor().ch;\n }\n }\n\n /** Wrapper for special keys pressed in insert mode */\n function InsertModeKey(keyName) {\n this.keyName = keyName;\n }\n\n /**\n * Handles raw key down events from the text area.\n * - Should only be active in insert mode.\n * - For recording deletes in insert mode.\n */\n function onKeyEventTargetKeyDown(e) {\n var macroModeState = vimGlobalState.macroModeState;\n var lastChange = macroModeState.lastInsertModeChanges;\n var keyName = CodeMirror.keyName(e);\n if (!keyName) { return; }\n function onKeyFound() {\n lastChange.changes.push(new InsertModeKey(keyName));\n return true;\n }\n if (keyName.indexOf('Delete') != -1 || keyName.indexOf('Backspace') != -1) {\n CodeMirror.lookupKey(keyName, 'vim-insert', onKeyFound);\n }\n }\n\n /**\n * Repeats the last edit, which includes exactly 1 command and at most 1\n * insert. Operator and motion commands are read from lastEditInputState,\n * while action commands are read from lastEditActionCommand.\n *\n * If repeatForInsert is true, then the function was called by\n * exitInsertMode to repeat the insert mode changes the user just made. The\n * corresponding enterInsertMode call was made with a count.\n */\n function repeatLastEdit(cm, vim, repeat, repeatForInsert) {\n var macroModeState = vimGlobalState.macroModeState;\n macroModeState.isPlaying = true;\n var isAction = !!vim.lastEditActionCommand;\n var cachedInputState = vim.inputState;\n function repeatCommand() {\n if (isAction) {\n commandDispatcher.processAction(cm, vim, vim.lastEditActionCommand);\n } else {\n commandDispatcher.evalInput(cm, vim);\n }\n }\n function repeatInsert(repeat) {\n if (macroModeState.lastInsertModeChanges.changes.length > 0) {\n // For some reason, repeat cw in desktop VIM does not repeat\n // insert mode changes. Will conform to that behavior.\n repeat = !vim.lastEditActionCommand ? 1 : repeat;\n var changeObject = macroModeState.lastInsertModeChanges;\n repeatInsertModeChanges(cm, changeObject.changes, repeat);\n }\n }\n vim.inputState = vim.lastEditInputState;\n if (isAction && vim.lastEditActionCommand.interlaceInsertRepeat) {\n // o and O repeat have to be interlaced with insert repeats so that the\n // insertions appear on separate lines instead of the last line.\n for (var i = 0; i < repeat; i++) {\n repeatCommand();\n repeatInsert(1);\n }\n } else {\n if (!repeatForInsert) {\n // Hack to get the cursor to end up at the right place. If I is\n // repeated in insert mode repeat, cursor will be 1 insert\n // change set left of where it should be.\n repeatCommand();\n }\n repeatInsert(repeat);\n }\n vim.inputState = cachedInputState;\n if (vim.insertMode && !repeatForInsert) {\n // Don't exit insert mode twice. If repeatForInsert is set, then we\n // were called by an exitInsertMode call lower on the stack.\n exitInsertMode(cm);\n }\n macroModeState.isPlaying = false;\n };\n\n function repeatInsertModeChanges(cm, changes, repeat) {\n function keyHandler(binding) {\n if (typeof binding == 'string') {\n CodeMirror.commands[binding](cm);\n } else {\n binding(cm);\n }\n return true;\n }\n var head = cm.getCursor('head');\n var inVisualBlock = vimGlobalState.macroModeState.lastInsertModeChanges.inVisualBlock;\n if (inVisualBlock) {\n // Set up block selection again for repeating the changes.\n var vim = cm.state.vim;\n var lastSel = vim.lastSelection;\n var offset = getOffset(lastSel.anchor, lastSel.head);\n selectForInsert(cm, head, offset.line + 1);\n repeat = cm.listSelections().length;\n cm.setCursor(head);\n }\n for (var i = 0; i < repeat; i++) {\n if (inVisualBlock) {\n cm.setCursor(offsetCursor(head, i, 0));\n }\n for (var j = 0; j < changes.length; j++) {\n var change = changes[j];\n if (change instanceof InsertModeKey) {\n CodeMirror.lookupKey(change.keyName, 'vim-insert', keyHandler);\n } else {\n var cur = cm.getCursor();\n cm.replaceRange(change, cur, cur);\n }\n }\n }\n if (inVisualBlock) {\n cm.setCursor(offsetCursor(head, 0, 1));\n }\n }\n\n resetVimGlobalState();\n return vimApi;\n };\n // Initialize Vim and make it available as an API.\n CodeMirror.Vim = Vim();\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/keymap/sublime.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/sublime.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// A rough approximation of Sublime Text's keybindings\n// Depends on addon/search/searchcursor.js and optionally addon/dialog/dialogs.js\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/edit/matchbrackets\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/edit/matchbrackets\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n var map = CodeMirror.keyMap.sublime = {fallthrough: \"default\"};\n var cmds = CodeMirror.commands;\n var Pos = CodeMirror.Pos;\n var mac = CodeMirror.keyMap[\"default\"] == CodeMirror.keyMap.macDefault;\n var ctrl = mac ? \"Cmd-\" : \"Ctrl-\";\n\n // This is not exactly Sublime's algorithm. I couldn't make heads or tails of that.\n function findPosSubword(doc, start, dir) {\n if (dir < 0 && start.ch == 0) return doc.clipPos(Pos(start.line - 1));\n var line = doc.getLine(start.line);\n if (dir > 0 && start.ch >= line.length) return doc.clipPos(Pos(start.line + 1, 0));\n var state = \"start\", type;\n for (var pos = start.ch, e = dir < 0 ? 0 : line.length, i = 0; pos != e; pos += dir, i++) {\n var next = line.charAt(dir < 0 ? pos - 1 : pos);\n var cat = next != \"_\" && CodeMirror.isWordChar(next) ? \"w\" : \"o\";\n if (cat == \"w\" && next.toUpperCase() == next) cat = \"W\";\n if (state == \"start\") {\n if (cat != \"o\") { state = \"in\"; type = cat; }\n } else if (state == \"in\") {\n if (type != cat) {\n if (type == \"w\" && cat == \"W\" && dir < 0) pos--;\n if (type == \"W\" && cat == \"w\" && dir > 0) { type = \"w\"; continue; }\n break;\n }\n }\n }\n return Pos(start.line, pos);\n }\n\n function moveSubword(cm, dir) {\n cm.extendSelectionsBy(function(range) {\n if (cm.display.shift || cm.doc.extend || range.empty())\n return findPosSubword(cm.doc, range.head, dir);\n else\n return dir < 0 ? range.from() : range.to();\n });\n }\n\n cmds[map[\"Alt-Left\"] = \"goSubwordLeft\"] = function(cm) { moveSubword(cm, -1); };\n cmds[map[\"Alt-Right\"] = \"goSubwordRight\"] = function(cm) { moveSubword(cm, 1); };\n\n var scrollLineCombo = mac ? \"Ctrl-Alt-\" : \"Ctrl-\";\n\n cmds[map[scrollLineCombo + \"Up\"] = \"scrollLineUp\"] = function(cm) {\n var info = cm.getScrollInfo();\n if (!cm.somethingSelected()) {\n var visibleBottomLine = cm.lineAtHeight(info.top + info.clientHeight, \"local\");\n if (cm.getCursor().line >= visibleBottomLine)\n cm.execCommand(\"goLineUp\");\n }\n cm.scrollTo(null, info.top - cm.defaultTextHeight());\n };\n cmds[map[scrollLineCombo + \"Down\"] = \"scrollLineDown\"] = function(cm) {\n var info = cm.getScrollInfo();\n if (!cm.somethingSelected()) {\n var visibleTopLine = cm.lineAtHeight(info.top, \"local\")+1;\n if (cm.getCursor().line <= visibleTopLine)\n cm.execCommand(\"goLineDown\");\n }\n cm.scrollTo(null, info.top + cm.defaultTextHeight());\n };\n\n cmds[map[\"Shift-\" + ctrl + \"L\"] = \"splitSelectionByLine\"] = function(cm) {\n var ranges = cm.listSelections(), lineRanges = [];\n for (var i = 0; i < ranges.length; i++) {\n var from = ranges[i].from(), to = ranges[i].to();\n for (var line = from.line; line <= to.line; ++line)\n if (!(to.line > from.line && line == to.line && to.ch == 0))\n lineRanges.push({anchor: line == from.line ? from : Pos(line, 0),\n head: line == to.line ? to : Pos(line)});\n }\n cm.setSelections(lineRanges, 0);\n };\n\n map[\"Shift-Tab\"] = \"indentLess\";\n\n cmds[map[\"Esc\"] = \"singleSelectionTop\"] = function(cm) {\n var range = cm.listSelections()[0];\n cm.setSelection(range.anchor, range.head, {scroll: false});\n };\n\n cmds[map[ctrl + \"L\"] = \"selectLine\"] = function(cm) {\n var ranges = cm.listSelections(), extended = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n extended.push({anchor: Pos(range.from().line, 0),\n head: Pos(range.to().line + 1, 0)});\n }\n cm.setSelections(extended);\n };\n\n map[\"Shift-Ctrl-K\"] = \"deleteLine\";\n\n function insertLine(cm, above) {\n if (cm.isReadOnly()) return CodeMirror.Pass\n cm.operation(function() {\n var len = cm.listSelections().length, newSelection = [], last = -1;\n for (var i = 0; i < len; i++) {\n var head = cm.listSelections()[i].head;\n if (head.line <= last) continue;\n var at = Pos(head.line + (above ? 0 : 1), 0);\n cm.replaceRange(\"\\n\", at, null, \"+insertLine\");\n cm.indentLine(at.line, null, true);\n newSelection.push({head: at, anchor: at});\n last = head.line + 1;\n }\n cm.setSelections(newSelection);\n });\n }\n\n cmds[map[ctrl + \"Enter\"] = \"insertLineAfter\"] = function(cm) { return insertLine(cm, false); };\n\n cmds[map[\"Shift-\" + ctrl + \"Enter\"] = \"insertLineBefore\"] = function(cm) { return insertLine(cm, true); };\n\n function wordAt(cm, pos) {\n var start = pos.ch, end = start, line = cm.getLine(pos.line);\n while (start && CodeMirror.isWordChar(line.charAt(start - 1))) --start;\n while (end < line.length && CodeMirror.isWordChar(line.charAt(end))) ++end;\n return {from: Pos(pos.line, start), to: Pos(pos.line, end), word: line.slice(start, end)};\n }\n\n cmds[map[ctrl + \"D\"] = \"selectNextOccurrence\"] = function(cm) {\n var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n var fullWord = cm.state.sublimeFindFullWord == cm.doc.sel;\n if (CodeMirror.cmpPos(from, to) == 0) {\n var word = wordAt(cm, from);\n if (!word.word) return;\n cm.setSelection(word.from, word.to);\n fullWord = true;\n } else {\n var text = cm.getRange(from, to);\n var query = fullWord ? new RegExp(\"\\\\b\" + text + \"\\\\b\") : text;\n var cur = cm.getSearchCursor(query, to);\n if (cur.findNext()) {\n cm.addSelection(cur.from(), cur.to());\n } else {\n cur = cm.getSearchCursor(query, Pos(cm.firstLine(), 0));\n if (cur.findNext())\n cm.addSelection(cur.from(), cur.to());\n }\n }\n if (fullWord)\n cm.state.sublimeFindFullWord = cm.doc.sel;\n };\n\n var mirror = \"(){}[]\";\n function selectBetweenBrackets(cm) {\n var pos = cm.getCursor(), opening = cm.scanForBracket(pos, -1);\n if (!opening) return;\n for (;;) {\n var closing = cm.scanForBracket(pos, 1);\n if (!closing) return;\n if (closing.ch == mirror.charAt(mirror.indexOf(opening.ch) + 1)) {\n cm.setSelection(Pos(opening.pos.line, opening.pos.ch + 1), closing.pos, false);\n return true;\n }\n pos = Pos(closing.pos.line, closing.pos.ch + 1);\n }\n }\n\n cmds[map[\"Shift-\" + ctrl + \"Space\"] = \"selectScope\"] = function(cm) {\n selectBetweenBrackets(cm) || cm.execCommand(\"selectAll\");\n };\n cmds[map[\"Shift-\" + ctrl + \"M\"] = \"selectBetweenBrackets\"] = function(cm) {\n if (!selectBetweenBrackets(cm)) return CodeMirror.Pass;\n };\n\n cmds[map[ctrl + \"M\"] = \"goToBracket\"] = function(cm) {\n cm.extendSelectionsBy(function(range) {\n var next = cm.scanForBracket(range.head, 1);\n if (next && CodeMirror.cmpPos(next.pos, range.head) != 0) return next.pos;\n var prev = cm.scanForBracket(range.head, -1);\n return prev && Pos(prev.pos.line, prev.pos.ch + 1) || range.head;\n });\n };\n\n var swapLineCombo = mac ? \"Cmd-Ctrl-\" : \"Shift-Ctrl-\";\n\n cmds[map[swapLineCombo + \"Up\"] = \"swapLineUp\"] = function(cm) {\n if (cm.isReadOnly()) return CodeMirror.Pass\n var ranges = cm.listSelections(), linesToMove = [], at = cm.firstLine() - 1, newSels = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i], from = range.from().line - 1, to = range.to().line;\n newSels.push({anchor: Pos(range.anchor.line - 1, range.anchor.ch),\n head: Pos(range.head.line - 1, range.head.ch)});\n if (range.to().ch == 0 && !range.empty()) --to;\n if (from > at) linesToMove.push(from, to);\n else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n at = to;\n }\n cm.operation(function() {\n for (var i = 0; i < linesToMove.length; i += 2) {\n var from = linesToMove[i], to = linesToMove[i + 1];\n var line = cm.getLine(from);\n cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n if (to > cm.lastLine())\n cm.replaceRange(\"\\n\" + line, Pos(cm.lastLine()), null, \"+swapLine\");\n else\n cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n }\n cm.setSelections(newSels);\n cm.scrollIntoView();\n });\n };\n\n cmds[map[swapLineCombo + \"Down\"] = \"swapLineDown\"] = function(cm) {\n if (cm.isReadOnly()) return CodeMirror.Pass\n var ranges = cm.listSelections(), linesToMove = [], at = cm.lastLine() + 1;\n for (var i = ranges.length - 1; i >= 0; i--) {\n var range = ranges[i], from = range.to().line + 1, to = range.from().line;\n if (range.to().ch == 0 && !range.empty()) from--;\n if (from < at) linesToMove.push(from, to);\n else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n at = to;\n }\n cm.operation(function() {\n for (var i = linesToMove.length - 2; i >= 0; i -= 2) {\n var from = linesToMove[i], to = linesToMove[i + 1];\n var line = cm.getLine(from);\n if (from == cm.lastLine())\n cm.replaceRange(\"\", Pos(from - 1), Pos(from), \"+swapLine\");\n else\n cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n }\n cm.scrollIntoView();\n });\n };\n\n cmds[map[ctrl + \"/\"] = \"toggleCommentIndented\"] = function(cm) {\n cm.toggleComment({ indent: true });\n }\n\n cmds[map[ctrl + \"J\"] = \"joinLines\"] = function(cm) {\n var ranges = cm.listSelections(), joined = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i], from = range.from();\n var start = from.line, end = range.to().line;\n while (i < ranges.length - 1 && ranges[i + 1].from().line == end)\n end = ranges[++i].to().line;\n joined.push({start: start, end: end, anchor: !range.empty() && from});\n }\n cm.operation(function() {\n var offset = 0, ranges = [];\n for (var i = 0; i < joined.length; i++) {\n var obj = joined[i];\n var anchor = obj.anchor && Pos(obj.anchor.line - offset, obj.anchor.ch), head;\n for (var line = obj.start; line <= obj.end; line++) {\n var actual = line - offset;\n if (line == obj.end) head = Pos(actual, cm.getLine(actual).length + 1);\n if (actual < cm.lastLine()) {\n cm.replaceRange(\" \", Pos(actual), Pos(actual + 1, /^\\s*/.exec(cm.getLine(actual + 1))[0].length));\n ++offset;\n }\n }\n ranges.push({anchor: anchor || head, head: head});\n }\n cm.setSelections(ranges, 0);\n });\n };\n\n cmds[map[\"Shift-\" + ctrl + \"D\"] = \"duplicateLine\"] = function(cm) {\n cm.operation(function() {\n var rangeCount = cm.listSelections().length;\n for (var i = 0; i < rangeCount; i++) {\n var range = cm.listSelections()[i];\n if (range.empty())\n cm.replaceRange(cm.getLine(range.head.line) + \"\\n\", Pos(range.head.line, 0));\n else\n cm.replaceRange(cm.getRange(range.from(), range.to()), range.from());\n }\n cm.scrollIntoView();\n });\n };\n\n map[ctrl + \"T\"] = \"transposeChars\";\n\n function sortLines(cm, caseSensitive) {\n if (cm.isReadOnly()) return CodeMirror.Pass\n var ranges = cm.listSelections(), toSort = [], selected;\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.empty()) continue;\n var from = range.from().line, to = range.to().line;\n while (i < ranges.length - 1 && ranges[i + 1].from().line == to)\n to = range[++i].to().line;\n toSort.push(from, to);\n }\n if (toSort.length) selected = true;\n else toSort.push(cm.firstLine(), cm.lastLine());\n\n cm.operation(function() {\n var ranges = [];\n for (var i = 0; i < toSort.length; i += 2) {\n var from = toSort[i], to = toSort[i + 1];\n var start = Pos(from, 0), end = Pos(to);\n var lines = cm.getRange(start, end, false);\n if (caseSensitive)\n lines.sort();\n else\n lines.sort(function(a, b) {\n var au = a.toUpperCase(), bu = b.toUpperCase();\n if (au != bu) { a = au; b = bu; }\n return a < b ? -1 : a == b ? 0 : 1;\n });\n cm.replaceRange(lines, start, end);\n if (selected) ranges.push({anchor: start, head: end});\n }\n if (selected) cm.setSelections(ranges, 0);\n });\n }\n\n cmds[map[\"F9\"] = \"sortLines\"] = function(cm) { sortLines(cm, true); };\n cmds[map[ctrl + \"F9\"] = \"sortLinesInsensitive\"] = function(cm) { sortLines(cm, false); };\n\n cmds[map[\"F2\"] = \"nextBookmark\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) while (marks.length) {\n var current = marks.shift();\n var found = current.find();\n if (found) {\n marks.push(current);\n return cm.setSelection(found.from, found.to);\n }\n }\n };\n\n cmds[map[\"Shift-F2\"] = \"prevBookmark\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) while (marks.length) {\n marks.unshift(marks.pop());\n var found = marks[marks.length - 1].find();\n if (!found)\n marks.pop();\n else\n return cm.setSelection(found.from, found.to);\n }\n };\n\n cmds[map[ctrl + \"F2\"] = \"toggleBookmark\"] = function(cm) {\n var ranges = cm.listSelections();\n var marks = cm.state.sublimeBookmarks || (cm.state.sublimeBookmarks = []);\n for (var i = 0; i < ranges.length; i++) {\n var from = ranges[i].from(), to = ranges[i].to();\n var found = cm.findMarks(from, to);\n for (var j = 0; j < found.length; j++) {\n if (found[j].sublimeBookmark) {\n found[j].clear();\n for (var k = 0; k < marks.length; k++)\n if (marks[k] == found[j])\n marks.splice(k--, 1);\n break;\n }\n }\n if (j == found.length)\n marks.push(cm.markText(from, to, {sublimeBookmark: true, clearWhenEmpty: false}));\n }\n };\n\n cmds[map[\"Shift-\" + ctrl + \"F2\"] = \"clearBookmarks\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) for (var i = 0; i < marks.length; i++) marks[i].clear();\n marks.length = 0;\n };\n\n cmds[map[\"Alt-F2\"] = \"selectBookmarks\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks, ranges = [];\n if (marks) for (var i = 0; i < marks.length; i++) {\n var found = marks[i].find();\n if (!found)\n marks.splice(i--, 0);\n else\n ranges.push({anchor: found.from, head: found.to});\n }\n if (ranges.length)\n cm.setSelections(ranges, 0);\n };\n\n map[\"Alt-Q\"] = \"wrapLines\";\n\n var cK = ctrl + \"K \";\n\n function modifyWordOrSelection(cm, mod) {\n cm.operation(function() {\n var ranges = cm.listSelections(), indices = [], replacements = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.empty()) { indices.push(i); replacements.push(\"\"); }\n else replacements.push(mod(cm.getRange(range.from(), range.to())));\n }\n cm.replaceSelections(replacements, \"around\", \"case\");\n for (var i = indices.length - 1, at; i >= 0; i--) {\n var range = ranges[indices[i]];\n if (at && CodeMirror.cmpPos(range.head, at) > 0) continue;\n var word = wordAt(cm, range.head);\n at = word.from;\n cm.replaceRange(mod(word.word), word.from, word.to);\n }\n });\n }\n\n map[cK + ctrl + \"Backspace\"] = \"delLineLeft\";\n\n cmds[map[\"Backspace\"] = \"smartBackspace\"] = function(cm) {\n if (cm.somethingSelected()) return CodeMirror.Pass;\n\n var cursor = cm.getCursor();\n var toStartOfLine = cm.getRange({line: cursor.line, ch: 0}, cursor);\n var column = CodeMirror.countColumn(toStartOfLine, null, cm.getOption(\"tabSize\"));\n var indentUnit = cm.getOption(\"indentUnit\");\n\n if (toStartOfLine && !/\\S/.test(toStartOfLine) && column % indentUnit == 0) {\n var prevIndent = new Pos(cursor.line,\n CodeMirror.findColumn(toStartOfLine, column - indentUnit, indentUnit));\n\n // If no smart delete is happening (due to tab sizing) just do a regular delete\n if (prevIndent.ch == cursor.ch) return CodeMirror.Pass;\n\n return cm.replaceRange(\"\", prevIndent, cursor, \"+delete\");\n } else {\n return CodeMirror.Pass;\n }\n };\n\n cmds[map[cK + ctrl + \"K\"] = \"delLineRight\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = ranges.length - 1; i >= 0; i--)\n cm.replaceRange(\"\", ranges[i].anchor, Pos(ranges[i].to().line), \"+delete\");\n cm.scrollIntoView();\n });\n };\n\n cmds[map[cK + ctrl + \"U\"] = \"upcaseAtCursor\"] = function(cm) {\n modifyWordOrSelection(cm, function(str) { return str.toUpperCase(); });\n };\n cmds[map[cK + ctrl + \"L\"] = \"downcaseAtCursor\"] = function(cm) {\n modifyWordOrSelection(cm, function(str) { return str.toLowerCase(); });\n };\n\n cmds[map[cK + ctrl + \"Space\"] = \"setSublimeMark\"] = function(cm) {\n if (cm.state.sublimeMark) cm.state.sublimeMark.clear();\n cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n };\n cmds[map[cK + ctrl + \"A\"] = \"selectToSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) cm.setSelection(cm.getCursor(), found);\n };\n cmds[map[cK + ctrl + \"W\"] = \"deleteToSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) {\n var from = cm.getCursor(), to = found;\n if (CodeMirror.cmpPos(from, to) > 0) { var tmp = to; to = from; from = tmp; }\n cm.state.sublimeKilled = cm.getRange(from, to);\n cm.replaceRange(\"\", from, to);\n }\n };\n cmds[map[cK + ctrl + \"X\"] = \"swapWithSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) {\n cm.state.sublimeMark.clear();\n cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n cm.setCursor(found);\n }\n };\n cmds[map[cK + ctrl + \"Y\"] = \"sublimeYank\"] = function(cm) {\n if (cm.state.sublimeKilled != null)\n cm.replaceSelection(cm.state.sublimeKilled, null, \"paste\");\n };\n\n map[cK + ctrl + \"G\"] = \"clearBookmarks\";\n cmds[map[cK + ctrl + \"C\"] = \"showInCenter\"] = function(cm) {\n var pos = cm.cursorCoords(null, \"local\");\n cm.scrollTo(null, (pos.top + pos.bottom) / 2 - cm.getScrollInfo().clientHeight / 2);\n };\n\n cmds[map[\"Shift-Alt-Up\"] = \"selectLinesUpward\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.head.line > cm.firstLine())\n cm.addSelection(Pos(range.head.line - 1, range.head.ch));\n }\n });\n };\n cmds[map[\"Shift-Alt-Down\"] = \"selectLinesDownward\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.head.line < cm.lastLine())\n cm.addSelection(Pos(range.head.line + 1, range.head.ch));\n }\n });\n };\n\n function getTarget(cm) {\n var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n if (CodeMirror.cmpPos(from, to) == 0) {\n var word = wordAt(cm, from);\n if (!word.word) return;\n from = word.from;\n to = word.to;\n }\n return {from: from, to: to, query: cm.getRange(from, to), word: word};\n }\n\n function findAndGoTo(cm, forward) {\n var target = getTarget(cm);\n if (!target) return;\n var query = target.query;\n var cur = cm.getSearchCursor(query, forward ? target.to : target.from);\n\n if (forward ? cur.findNext() : cur.findPrevious()) {\n cm.setSelection(cur.from(), cur.to());\n } else {\n cur = cm.getSearchCursor(query, forward ? Pos(cm.firstLine(), 0)\n : cm.clipPos(Pos(cm.lastLine())));\n if (forward ? cur.findNext() : cur.findPrevious())\n cm.setSelection(cur.from(), cur.to());\n else if (target.word)\n cm.setSelection(target.from, target.to);\n }\n };\n cmds[map[ctrl + \"F3\"] = \"findUnder\"] = function(cm) { findAndGoTo(cm, true); };\n cmds[map[\"Shift-\" + ctrl + \"F3\"] = \"findUnderPrevious\"] = function(cm) { findAndGoTo(cm,false); };\n cmds[map[\"Alt-F3\"] = \"findAllUnder\"] = function(cm) {\n var target = getTarget(cm);\n if (!target) return;\n var cur = cm.getSearchCursor(target.query);\n var matches = [];\n var primaryIndex = -1;\n while (cur.findNext()) {\n matches.push({anchor: cur.from(), head: cur.to()});\n if (cur.from().line <= target.from.line && cur.from().ch <= target.from.ch)\n primaryIndex++;\n }\n cm.setSelections(matches, primaryIndex);\n };\n\n map[\"Shift-\" + ctrl + \"[\"] = \"fold\";\n map[\"Shift-\" + ctrl + \"]\"] = \"unfold\";\n map[cK + ctrl + \"0\"] = map[cK + ctrl + \"j\"] = \"unfoldAll\";\n\n map[ctrl + \"I\"] = \"findIncremental\";\n map[\"Shift-\" + ctrl + \"I\"] = \"findIncrementalReverse\";\n map[ctrl + \"H\"] = \"replace\";\n map[\"F3\"] = \"findNext\";\n map[\"Shift-F3\"] = \"findPrev\";\n\n CodeMirror.normalizeKeyMap(map);\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/emacs.js",
"module-type": "library",
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n var Pos = CodeMirror.Pos;\n function posEq(a, b) { return a.line == b.line && a.ch == b.ch; }\n\n // Kill 'ring'\n\n var killRing = [];\n function addToRing(str) {\n killRing.push(str);\n if (killRing.length > 50) killRing.shift();\n }\n function growRingTop(str) {\n if (!killRing.length) return addToRing(str);\n killRing[killRing.length - 1] += str;\n }\n function getFromRing(n) { return killRing[killRing.length - (n ? Math.min(n, 1) : 1)] || \"\"; }\n function popFromRing() { if (killRing.length > 1) killRing.pop(); return getFromRing(); }\n\n var lastKill = null;\n\n function kill(cm, from, to, mayGrow, text) {\n if (text == null) text = cm.getRange(from, to);\n\n if (mayGrow && lastKill && lastKill.cm == cm && posEq(from, lastKill.pos) && cm.isClean(lastKill.gen))\n growRingTop(text);\n else\n addToRing(text);\n cm.replaceRange(\"\", from, to, \"+delete\");\n\n if (mayGrow) lastKill = {cm: cm, pos: from, gen: cm.changeGeneration()};\n else lastKill = null;\n }\n\n // Boundaries of various units\n\n function byChar(cm, pos, dir) {\n return cm.findPosH(pos, dir, \"char\", true);\n }\n\n function byWord(cm, pos, dir) {\n return cm.findPosH(pos, dir, \"word\", true);\n }\n\n function byLine(cm, pos, dir) {\n return cm.findPosV(pos, dir, \"line\", cm.doc.sel.goalColumn);\n }\n\n function byPage(cm, pos, dir) {\n return cm.findPosV(pos, dir, \"page\", cm.doc.sel.goalColumn);\n }\n\n function byParagraph(cm, pos, dir) {\n var no = pos.line, line = cm.getLine(no);\n var sawText = /\\S/.test(dir < 0 ? line.slice(0, pos.ch) : line.slice(pos.ch));\n var fst = cm.firstLine(), lst = cm.lastLine();\n for (;;) {\n no += dir;\n if (no < fst || no > lst)\n return cm.clipPos(Pos(no - dir, dir < 0 ? 0 : null));\n line = cm.getLine(no);\n var hasText = /\\S/.test(line);\n if (hasText) sawText = true;\n else if (sawText) return Pos(no, 0);\n }\n }\n\n function bySentence(cm, pos, dir) {\n var line = pos.line, ch = pos.ch;\n var text = cm.getLine(pos.line), sawWord = false;\n for (;;) {\n var next = text.charAt(ch + (dir < 0 ? -1 : 0));\n if (!next) { // End/beginning of line reached\n if (line == (dir < 0 ? cm.firstLine() : cm.lastLine())) return Pos(line, ch);\n text = cm.getLine(line + dir);\n if (!/\\S/.test(text)) return Pos(line, ch);\n line += dir;\n ch = dir < 0 ? text.length : 0;\n continue;\n }\n if (sawWord && /[!?.]/.test(next)) return Pos(line, ch + (dir > 0 ? 1 : 0));\n if (!sawWord) sawWord = /\\w/.test(next);\n ch += dir;\n }\n }\n\n function byExpr(cm, pos, dir) {\n var wrap;\n if (cm.findMatchingBracket && (wrap = cm.findMatchingBracket(pos, true))\n && wrap.match && (wrap.forward ? 1 : -1) == dir)\n return dir > 0 ? Pos(wrap.to.line, wrap.to.ch + 1) : wrap.to;\n\n for (var first = true;; first = false) {\n var token = cm.getTokenAt(pos);\n var after = Pos(pos.line, dir < 0 ? token.start : token.end);\n if (first && dir > 0 && token.end == pos.ch || !/\\w/.test(token.string)) {\n var newPos = cm.findPosH(after, dir, \"char\");\n if (posEq(after, newPos)) return pos;\n else pos = newPos;\n } else {\n return after;\n }\n }\n }\n\n // Prefixes (only crudely supported)\n\n function getPrefix(cm, precise) {\n var digits = cm.state.emacsPrefix;\n if (!digits) return precise ? null : 1;\n clearPrefix(cm);\n return digits == \"-\" ? -1 : Number(digits);\n }\n\n function repeated(cmd) {\n var f = typeof cmd == \"string\" ? function(cm) { cm.execCommand(cmd); } : cmd;\n return function(cm) {\n var prefix = getPrefix(cm);\n f(cm);\n for (var i = 1; i < prefix; ++i) f(cm);\n };\n }\n\n function findEnd(cm, pos, by, dir) {\n var prefix = getPrefix(cm);\n if (prefix < 0) { dir = -dir; prefix = -prefix; }\n for (var i = 0; i < prefix; ++i) {\n var newPos = by(cm, pos, dir);\n if (posEq(newPos, pos)) break;\n pos = newPos;\n }\n return pos;\n }\n\n function move(by, dir) {\n var f = function(cm) {\n cm.extendSelection(findEnd(cm, cm.getCursor(), by, dir));\n };\n f.motion = true;\n return f;\n }\n\n function killTo(cm, by, dir) {\n var selections = cm.listSelections(), cursor;\n var i = selections.length;\n while (i--) {\n cursor = selections[i].head;\n kill(cm, cursor, findEnd(cm, cursor, by, dir), true);\n }\n }\n\n function killRegion(cm) {\n if (cm.somethingSelected()) {\n var selections = cm.listSelections(), selection;\n var i = selections.length;\n while (i--) {\n selection = selections[i];\n kill(cm, selection.anchor, selection.head);\n }\n return true;\n }\n }\n\n function addPrefix(cm, digit) {\n if (cm.state.emacsPrefix) {\n if (digit != \"-\") cm.state.emacsPrefix += digit;\n return;\n }\n // Not active yet\n cm.state.emacsPrefix = digit;\n cm.on(\"keyHandled\", maybeClearPrefix);\n cm.on(\"inputRead\", maybeDuplicateInput);\n }\n\n var prefixPreservingKeys = {\"Alt-G\": true, \"Ctrl-X\": true, \"Ctrl-Q\": true, \"Ctrl-U\": true};\n\n function maybeClearPrefix(cm, arg) {\n if (!cm.state.emacsPrefixMap && !prefixPreservingKeys.hasOwnProperty(arg))\n clearPrefix(cm);\n }\n\n function clearPrefix(cm) {\n cm.state.emacsPrefix = null;\n cm.off(\"keyHandled\", maybeClearPrefix);\n cm.off(\"inputRead\", maybeDuplicateInput);\n }\n\n function maybeDuplicateInput(cm, event) {\n var dup = getPrefix(cm);\n if (dup > 1 && event.origin == \"+input\") {\n var one = event.text.join(\"\\n\"), txt = \"\";\n for (var i = 1; i < dup; ++i) txt += one;\n cm.replaceSelection(txt);\n }\n }\n\n function addPrefixMap(cm) {\n cm.state.emacsPrefixMap = true;\n cm.addKeyMap(prefixMap);\n cm.on(\"keyHandled\", maybeRemovePrefixMap);\n cm.on(\"inputRead\", maybeRemovePrefixMap);\n }\n\n function maybeRemovePrefixMap(cm, arg) {\n if (typeof arg == \"string\" && (/^\\d$/.test(arg) || arg == \"Ctrl-U\")) return;\n cm.removeKeyMap(prefixMap);\n cm.state.emacsPrefixMap = false;\n cm.off(\"keyHandled\", maybeRemovePrefixMap);\n cm.off(\"inputRead\", maybeRemovePrefixMap);\n }\n\n // Utilities\n\n function setMark(cm) {\n cm.setCursor(cm.getCursor());\n cm.setExtending(!cm.getExtending());\n cm.on(\"change\", function() { cm.setExtending(false); });\n }\n\n function clearMark(cm) {\n cm.setExtending(false);\n cm.setCursor(cm.getCursor());\n }\n\n function getInput(cm, msg, f) {\n if (cm.openDialog)\n cm.openDialog(msg + \": <input type=\\\"text\\\" style=\\\"width: 10em\\\"/>\", f, {bottom: true});\n else\n f(prompt(msg, \"\"));\n }\n\n function operateOnWord(cm, op) {\n var start = cm.getCursor(), end = cm.findPosH(start, 1, \"word\");\n cm.replaceRange(op(cm.getRange(start, end)), start, end);\n cm.setCursor(end);\n }\n\n function toEnclosingExpr(cm) {\n var pos = cm.getCursor(), line = pos.line, ch = pos.ch;\n var stack = [];\n while (line >= cm.firstLine()) {\n var text = cm.getLine(line);\n for (var i = ch == null ? text.length : ch; i > 0;) {\n var ch = text.charAt(--i);\n if (ch == \")\")\n stack.push(\"(\");\n else if (ch == \"]\")\n stack.push(\"[\");\n else if (ch == \"}\")\n stack.push(\"{\");\n else if (/[\\(\\{\\[]/.test(ch) && (!stack.length || stack.pop() != ch))\n return cm.extendSelection(Pos(line, i));\n }\n --line; ch = null;\n }\n }\n\n function quit(cm) {\n cm.execCommand(\"clearSearch\");\n clearMark(cm);\n }\n\n // Actual keymap\n\n var keyMap = CodeMirror.keyMap.emacs = CodeMirror.normalizeKeyMap({\n \"Ctrl-W\": function(cm) {kill(cm, cm.getCursor(\"start\"), cm.getCursor(\"end\"));},\n \"Ctrl-K\": repeated(function(cm) {\n var start = cm.getCursor(), end = cm.clipPos(Pos(start.line));\n var text = cm.getRange(start, end);\n if (!/\\S/.test(text)) {\n text += \"\\n\";\n end = Pos(start.line + 1, 0);\n }\n kill(cm, start, end, true, text);\n }),\n \"Alt-W\": function(cm) {\n addToRing(cm.getSelection());\n clearMark(cm);\n },\n \"Ctrl-Y\": function(cm) {\n var start = cm.getCursor();\n cm.replaceRange(getFromRing(getPrefix(cm)), start, start, \"paste\");\n cm.setSelection(start, cm.getCursor());\n },\n \"Alt-Y\": function(cm) {cm.replaceSelection(popFromRing(), \"around\", \"paste\");},\n\n \"Ctrl-Space\": setMark, \"Ctrl-Shift-2\": setMark,\n\n \"Ctrl-F\": move(byChar, 1), \"Ctrl-B\": move(byChar, -1),\n \"Right\": move(byChar, 1), \"Left\": move(byChar, -1),\n \"Ctrl-D\": function(cm) { killTo(cm, byChar, 1); },\n \"Delete\": function(cm) { killRegion(cm) || killTo(cm, byChar, 1); },\n \"Ctrl-H\": function(cm) { killTo(cm, byChar, -1); },\n \"Backspace\": function(cm) { killRegion(cm) || killTo(cm, byChar, -1); },\n\n \"Alt-F\": move(byWord, 1), \"Alt-B\": move(byWord, -1),\n \"Alt-D\": function(cm) { killTo(cm, byWord, 1); },\n \"Alt-Backspace\": function(cm) { killTo(cm, byWord, -1); },\n\n \"Ctrl-N\": move(byLine, 1), \"Ctrl-P\": move(byLine, -1),\n \"Down\": move(byLine, 1), \"Up\": move(byLine, -1),\n \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n \"End\": \"goLineEnd\", \"Home\": \"goLineStart\",\n\n \"Alt-V\": move(byPage, -1), \"Ctrl-V\": move(byPage, 1),\n \"PageUp\": move(byPage, -1), \"PageDown\": move(byPage, 1),\n\n \"Ctrl-Up\": move(byParagraph, -1), \"Ctrl-Down\": move(byParagraph, 1),\n\n \"Alt-A\": move(bySentence, -1), \"Alt-E\": move(bySentence, 1),\n \"Alt-K\": function(cm) { killTo(cm, bySentence, 1); },\n\n \"Ctrl-Alt-K\": function(cm) { killTo(cm, byExpr, 1); },\n \"Ctrl-Alt-Backspace\": function(cm) { killTo(cm, byExpr, -1); },\n \"Ctrl-Alt-F\": move(byExpr, 1), \"Ctrl-Alt-B\": move(byExpr, -1),\n\n \"Shift-Ctrl-Alt-2\": function(cm) {\n var cursor = cm.getCursor();\n cm.setSelection(findEnd(cm, cursor, byExpr, 1), cursor);\n },\n \"Ctrl-Alt-T\": function(cm) {\n var leftStart = byExpr(cm, cm.getCursor(), -1), leftEnd = byExpr(cm, leftStart, 1);\n var rightEnd = byExpr(cm, leftEnd, 1), rightStart = byExpr(cm, rightEnd, -1);\n cm.replaceRange(cm.getRange(rightStart, rightEnd) + cm.getRange(leftEnd, rightStart) +\n cm.getRange(leftStart, leftEnd), leftStart, rightEnd);\n },\n \"Ctrl-Alt-U\": repeated(toEnclosingExpr),\n\n \"Alt-Space\": function(cm) {\n var pos = cm.getCursor(), from = pos.ch, to = pos.ch, text = cm.getLine(pos.line);\n while (from && /\\s/.test(text.charAt(from - 1))) --from;\n while (to < text.length && /\\s/.test(text.charAt(to))) ++to;\n cm.replaceRange(\" \", Pos(pos.line, from), Pos(pos.line, to));\n },\n \"Ctrl-O\": repeated(function(cm) { cm.replaceSelection(\"\\n\", \"start\"); }),\n \"Ctrl-T\": repeated(function(cm) {\n cm.execCommand(\"transposeChars\");\n }),\n\n \"Alt-C\": repeated(function(cm) {\n operateOnWord(cm, function(w) {\n var letter = w.search(/\\w/);\n if (letter == -1) return w;\n return w.slice(0, letter) + w.charAt(letter).toUpperCase() + w.slice(letter + 1).toLowerCase();\n });\n }),\n \"Alt-U\": repeated(function(cm) {\n operateOnWord(cm, function(w) { return w.toUpperCase(); });\n }),\n \"Alt-L\": repeated(function(cm) {\n operateOnWord(cm, function(w) { return w.toLowerCase(); });\n }),\n\n \"Alt-;\": \"toggleComment\",\n\n \"Ctrl-/\": repeated(\"undo\"), \"Shift-Ctrl--\": repeated(\"undo\"),\n \"Ctrl-Z\": repeated(\"undo\"), \"Cmd-Z\": repeated(\"undo\"),\n \"Shift-Alt-,\": \"goDocStart\", \"Shift-Alt-.\": \"goDocEnd\",\n \"Ctrl-S\": \"findNext\", \"Ctrl-R\": \"findPrev\", \"Ctrl-G\": quit, \"Shift-Alt-5\": \"replace\",\n \"Alt-/\": \"autocomplete\",\n \"Ctrl-J\": \"newlineAndIndent\", \"Enter\": false, \"Tab\": \"indentAuto\",\n\n \"Alt-G G\": function(cm) {\n var prefix = getPrefix(cm, true);\n if (prefix != null && prefix > 0) return cm.setCursor(prefix - 1);\n\n getInput(cm, \"Goto line\", function(str) {\n var num;\n if (str && !isNaN(num = Number(str)) && num == (num|0) && num > 0)\n cm.setCursor(num - 1);\n });\n },\n\n \"Ctrl-X Tab\": function(cm) {\n cm.indentSelection(getPrefix(cm, true) || cm.getOption(\"indentUnit\"));\n },\n \"Ctrl-X Ctrl-X\": function(cm) {\n cm.setSelection(cm.getCursor(\"head\"), cm.getCursor(\"anchor\"));\n },\n \"Ctrl-X Ctrl-S\": \"save\",\n \"Ctrl-X Ctrl-W\": \"save\",\n \"Ctrl-X S\": \"saveAll\",\n \"Ctrl-X F\": \"open\",\n \"Ctrl-X U\": repeated(\"undo\"),\n \"Ctrl-X K\": \"close\",\n \"Ctrl-X Delete\": function(cm) { kill(cm, cm.getCursor(), bySentence(cm, cm.getCursor(), 1), true); },\n \"Ctrl-X H\": \"selectAll\",\n\n \"Ctrl-Q Tab\": repeated(\"insertTab\"),\n \"Ctrl-U\": addPrefixMap\n });\n\n var prefixMap = {\"Ctrl-G\": clearPrefix};\n function regPrefix(d) {\n prefixMap[d] = function(cm) { addPrefix(cm, d); };\n keyMap[\"Ctrl-\" + d] = function(cm) { addPrefix(cm, d); };\n prefixPreservingKeys[\"Ctrl-\" + d] = true;\n }\n for (var i = 0; i < 10; ++i) regPrefix(String(i));\n regPrefix(\"-\");\n});\n"
},
"$:/plugins/tiddlywiki/codemirror/readme": {
"title": "$:/plugins/tiddlywiki/codemirror/readme",
"text": "This plugin provides an enhanced text editor component based on [[CodeMirror|http://codemirror.net]]. It provides several advantages over the default browser text editor:\n\n* Code colouring for many languages (see [[the official documentation here|http://codemirror.net/mode/index.html]])\n* Auto closing brackets and tags\n* Folding brackets, comments, and tags\n* Auto-completion\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/codemirror]]\n\nBased on ~CodeMirror version 5.13.2\n"
},
"$:/plugins/tiddlywiki/codemirror/styles": {
"title": "$:/plugins/tiddlywiki/codemirror/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "/* Make the editor resize to fit its content */\n\n.CodeMirror {\n\theight: auto;\n\tborder: 1px solid #ddd;\n\tline-height: 1.5;\n\tfont-family: \"Monaco\", monospace;\n}\n\n.CodeMirror-scroll {\n\toverflow-x: auto;\n\toverflow-y: hidden;\t\n}\n"
},
"$:/plugins/tiddlywiki/codemirror/usage": {
"title": "$:/plugins/tiddlywiki/codemirror/usage",
"text": "! Setting ~CodeMirror Content Types\n\nYou can determine which tiddler content types are edited by the ~CodeMirror widget by creating or modifying special tiddlers whose prefix is comprised of the string `$:/config/EditorTypeMappings/` concatenated with the content type. The text of that tiddler gives the editor type to be used (eg, ''text'', ''bitmap'', ''codemirror'').\n\nThe current editor type mappings are shown in [[$:/ControlPanel]] under the \"Advanced\" tab.\n\n! ~CodeMirror Configuration\n\nYou can configure the ~CodeMirror plugin by creating a tiddler called [[$:/config/CodeMirror]] containing a JSON configuration object. The configuration tiddler must have its type field set to `application/json` to take effect.\n\nSee http://codemirror.net/ for details of available configuration options.\n\nFor example:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js\"\n ],\n \"configuration\": {\n \"keyMap\": \"vim\",\n \"matchBrackets\":true,\n \"showCursorWhenSelecting\": true\n }\n}\n```\n\n!! Basic working configuration\n\n# Create a tiddler called `$:/config/CodeMirror`\n\n# The type of the tiddler has to be set to `application/json`\n\n# The text of the tiddler is the following: \n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n ],\n \"configuration\": {\n \"matchBrackets\":true,\n \"showCursorWhenSelecting\": true\n }\n}\n\n```\n\n# You should see line numbers when editing a tiddler\n# When editing a tiddler, no matter what the type of the tiddler is set to, you should see matching brackets being highlighted whenever the cursor is next to one of them\n# If you edit a tiddler with the type `application/javascript` or `application/json` you should see the code being syntax highlighted\n\n!! Add HTML syntax highlighting\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/xml/xml.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchBrackets\":true\n }\n}\n```\n# Edit a tiddler with the type `text/html` and write some html code. You should see your code being coloured\n\n!! Add a non-existing language mode\n\nHere's an example of adding a new language mode - in this case, the language C.\n\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/clike/clike.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true\n }\n}\n```\n\n# Add the correct ~EditorTypeMappings tiddler\n## Find the matching MIME type. If you go on the [[CodeMirror documentation for language modes|http://codemirror.net/mode/index.html]] you can see the [[documentation for the c-like mode|http://codemirror.net/mode/clike/index.html]]. In this documentation, at the end you will be told the MIME types defined. Here it's ''text/x-csrc''\n## Add the tiddler: `$:/config/EditorTypeMappings/text/x-csrc` and fill the text field with : ''codemirror''\n\nIf you edit a tiddler with the type `text/x-csrc` and write some code in C, you should see your text being coloured.\n\n!! Add matching tags\n\n# Add XML and HTML colouring\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/matchtags.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchTags\": {\"bothTags\": true},\n \"extraKeys\": {\"Ctrl-J\": \"toMatchingTag\"}\n }\n}\n```\n\nEdit a tiddler that has the type :`text/htm` and write this code:\n\n```\n<html>\n <div id=\"click here and press CTRL+J\">\n <ul>\n <li>\n </li>\n </ul>\n </div>\n</html>\n```\n\nIf you click on a tag and press CTRL+J, your cursor will select the matching tag. Supposedly, it should highlight the pair when clicking a tag. However, that part doesn't work.\n\n!! Adding closing tags\n\n# Add the xml mode (see \"Add XML and HTML colouring\")\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closetag.js]]\n\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"autoCloseTags\":true\n }\n}\n```\n\nIf you edit a tiddler with the type`text/html` and write:\n\n```\n<html>\n```\n\nThen the closing tag ''</html>'' should automatically appear.\n\n!! Add closing brackets\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closebrackets.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js\"\n ],\n\n \"configuration\": {\n\n \"showCursorWhenSelecting\": true,\n \"matchBrackets\":true,\n \"autoCloseBrackets\":true\n }\n}\n```\n\n# If you try to edit any tiddler and write `if(` you should see the bracket closing itself automatically (you will get \"if()\"). It works with (), [], and {}\n# If you try and edit a tiddler with the type `application/javascript`, it will auto-close `()`,`[]`,`{}`,`''` and `\"\"`\n\n!! Adding folding tags\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/fold/foldcode.js]]\n# Repeat the above process for the following tiddlers, but replace the code with the one from the given link:\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js`, the code can be found here [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/addon/fold/xml-fold.js]]\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js`, the code can be found here [[http://codemirror.net/addon/fold/foldgutter.js]]\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.css`\n## Add the tag `$:/tags/Stylesheet`\n## Set the text field of the tiddler with the css code from this link : [[http://codemirror.net/addon/fold/foldgutter.css]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchTags\": {\"bothTags\": true},\n \"foldGutter\": true,\n \"gutters\": [\"CodeMirror-linenumbers\", \"CodeMirror-foldgutter\"]\n }\n}\n```\n\nNow if you type the below code in a tiddler with the type `text/html`:\n\n```\n<html>\n <div>\n <ul>\n\n </ul>\n </div>\n</html>\n```\n\nYou should see little arrows just next to the line numbers. Clicking on it will have the effect to fold the code (or unfold it).\n"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/googleanalytics/googleanalytics.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/googleanalytics/googleanalytics.js\ntype: application/javascript\nmodule-type: startup\n\nRuns Google Analytics with the account number in the tiddler `$:/GoogleAnalyticsAccount` and the domain name in `$:/GoogleAnalyticsDomain`\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"google-analytics\";\nexports.platforms = [\"browser\"];\nexports.synchronous = true;\n\nvar GOOGLE_ANALYTICS_ACCOUNT = \"$:/GoogleAnalyticsAccount\",\n\tGOOGLE_ANALYTICS_DOMAIN = \"$:/GoogleAnalyticsDomain\";\n\nexports.startup = function() {\n\twindow._gaq = window._gaq || [];\n\t_gaq.push([\"_setAccount\", $tw.wiki.getTiddlerText(GOOGLE_ANALYTICS_ACCOUNT)]);\n\t_gaq.push([\"_setDomainName\", $tw.wiki.getTiddlerText(GOOGLE_ANALYTICS_DOMAIN)]);\n\t_gaq.push([\"_trackPageview\"]);\n\tvar ga = document.createElement(\"script\");\n\tga.type = \"text/javascript\";\n\tga.async = true;\n\tga.src = (\"https:\" == document.location.protocol ? \"https://ssl\" : \"http://www\") + \".google-analytics.com/ga.js\";\n\tdocument.body.appendChild(ga);\n};\n\n})();\n",
"title": "$:/plugins/tiddlywiki/googleanalytics/googleanalytics.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/tiddlywiki/googleanalytics/readme": {
"title": "$:/plugins/tiddlywiki/googleanalytics/readme",
"text": "This plugin enables you to use Google Analytics to track access to your online TiddlyWiki document.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/googleanalytics]]\n"
},
"$:/plugins/tiddlywiki/googleanalytics/usage": {
"title": "$:/plugins/tiddlywiki/googleanalytics/usage",
"text": "These instructions assume you are using TiddlySpot to publish your wiki.\n\n# Go to the Google Analytics website: http://www.google.com/analytics/\n# Click the ''Access Google Analytics'' button and follow instructions to set up your account\n# Enter the name of your TiddlySpot domain, for example \"mysite.tiddlyspot.com\" \n# You will be given your own Tracking ID for this domain\n# Go to http://tiddlywiki.com -- open the More/System tab and drag the links to these three tiddlers across to a local copy of your site:\n#* [[$:/GoogleAnalyticsDomain]]\n#* [[$:/GoogleAnalyticsAccount]]\n#* [[$:/plugins/tiddlywiki/googleanalytics]]\n# Edit the first two of these tiddlers to reflect your Domain and Tracking ID\n# Upload the new version to TiddlySpot or other web host\n# Return to your Google Analytics page to check that your site is being tracked\n\n"
}
}
}
オンライン設定資料集（作者の備忘録）
旧キミはキメラWiki!
no
no
no
yes
readme
yes
yes
usage
yes
usage
yes
yes
yes
$:/themes/tiddlywiki/vanilla/themetweaks
$:/core/ui/ControlPanel/Basics
$:/core/ui/ControlPanel/Plugins/Installed/Plugins
$:/core/ui/ControlPanel/EditorTypes
$:/core/ui/ControlPanel/Plugins/Add/Plugins
$:/core/ui/ControlPanel/Info
$:/core/ui/MoreSideBar/Types
TableOfContents
$:/core/ui/ControlPanel/Toolbars/EditorToolbar
open
open
open
open
open
open
open
open
open
open
open
open
open
open
open
close
open
open
open
open
hoshimi12
yes
{
"tiddlers": {
"$:/info/browser": {
"title": "$:/info/browser",
"text": "yes"
},
"$:/info/node": {
"title": "$:/info/node",
"text": "no"
}
}
}
ana
loaded
$:/themes/tiddlywiki/snowwhite
{
"tiddlers": {
"$:/themes/tiddlywiki/centralised/styles.tid": {
"title": "$:/themes/tiddlywiki/centralised/styles.tid",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\thtml .tc-page-container {\n\t\ttext-align: center;\n\t}\n\n\thtml .tc-story-river {\n\t\tposition: relative;\n\t\twidth: 770px;\n\t\tpadding: 42px;\n\t\tmargin: 0 auto;\n\t\ttext-align: left;\n\t}\n\n\thtml .tc-sidebar-scrollable {\n\t\ttext-align: left;\n\t\tleft: 50%;\n\t\tright: 0;\n\t\tmargin-left: 343px;\n\t}\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/readonly/styles.tid": {
"title": "$:/themes/tiddlywiki/readonly/styles.tid",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\nsvg.tc-image-new-button, svg.tc-image-options-button, svg.tc-image-save-button, svg.tc-image-edit-button, svg.tc-image-delete-button, svg.tc-image-cancel-button, svg.tc-image-done-button {\n\tdisplay: none;\t\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/seamless/base": {
"title": "$:/themes/tiddlywiki/seamless/base",
"tags": "[[$:/tags/Stylesheet]]",
"list-after": "$:/themes/tiddlywiki/vanilla/base",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n/*\nRules copied from Snow White\n*/\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected svg {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal-displayed {\n\t<<filter \"blur(4px)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n/*\nSeamless modifications\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t/* Drop the tiddler frame padding */\n\tbody.tc-body .tc-tiddler-frame {\n\t\tpadding: 0;\n\t}\n\n\t/* Move the sidebar up so that the title lines up */\n\tbody.tc-body .tc-sidebar-scrollable {\n\t\tpadding: 43px 0 28px 42px;\n\t}\n\n\t/* Stop the tiddler info panel from bleeding into the tiddler frame padding */\n\tbody.tc-body .tc-tiddler-info {\n\t\tmargin: 0;\n\t}\n\n\t/* Stop message boxes from bleeding into the tiddler frame padding */\n\tbody.tc-body .tc-message-box {\n\t\tmargin: 21px 0 21px 0;\n\t}\n\n}\n\n/* Use the tiddler background colour for the page background */\nhtml body.tc-body {\n\tbackground-color: <<colour background>>;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour background>>;\n}\n\n/* Adjust the colour of the page controls */\nbody.tc-body .tc-page-controls svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n/* Adjust the colour of the sidebar selected tabs */\nbody.tc-body .tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour background>>;\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected,\n.tc-page-controls button.tc-selected {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-set .tc-tab-divider {\n\tborder-top: none;\n\theight: 1px;\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.15) 0%, rgba(0,0,0,0.0) 100%\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.01) 0%, rgba(0,0,0,0.1) 100%\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.05) 0%, rgba(255,255,255,0.05) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/starlight/arvo.woff": {
"text": 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",
"type": "image/jpeg",
"title": "$:/themes/tiddlywiki/starlight/ltbg.jpg"
},
"$:/themes/tiddlywiki/starlight/styles.tid": {
"title": "$:/themes/tiddlywiki/starlight/styles.tid",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n/*\nPlaceholder for a more thorough refinement of Snow White\n*/\n\n@font-face {\n font-family: \"Arvo\";\n font-style: normal;\n font-weight: 400;\n src: local(\"Arvo\"), url(<<datauri \"$:/themes/tiddlywiki/starlight/arvo.woff\">>) format(\"woff\");\n}\n\nhtml body, .tc-sidebar-scrollable-backdrop {\n\tfont-family: \"Arvo\", \"Times\";\n background: url(<<datauri \"$:/themes/tiddlywiki/starlight/ltbg.jpg\">>);\n}\n\n.tc-page-controls svg {\n <<filter \"drop-shadow(1px 1px 2px rgba(255,255,255,0.9))\">>\n}\n"
},
"$:/themes/tiddlywiki/starlight/themetweaks": {
"title": "$:/themes/tiddlywiki/starlight/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "Star Tweaks",
"text": "Demo of a control panel tab dynamically loaded with a theme.\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/tight/base": {
"title": "$:/themes/tiddlywiki/tight/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\thtml body.tc-body {\n\t\tfont-size: 13px;\n\t\tline-height: 16px;\n\t}\n\n\thtml body.tc-body h1,\n\thtml body.tc-body h2,\n\thtml body.tc-body h3,\n\thtml body.tc-body h4,\n\thtml body.tc-body p {\n\t\tmargin-top: 0.3em;\n\t\tmargin-bottom: 0.3em;\n\t}\n\n\thtml body.tc-body code {\n\t\tfont-size: 0.8em;\n\t}\n\n\thtml body.tc-body section.tc-story-river {\n\t\tpadding: 0px;\n\t}\n\n\thtml body.tc-body div.tc-tiddler-frame {\n\t\tpadding: 12px;\n\t}\n\n\thtml body.tc-body div.tc-sidebar-scrollable {\n\t\tpadding: 12px 0 12px 12px;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-subtitle {\n\t\tfont-size: 0.7em;\n\t\tfont-weight: 700;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tags-wrapper {\n\t\tmargin: 0;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame button.tc-tag-label,\n\thtml body.tc-body .tc-tiddler-frame span.tc-tag-label {\n\t\tfont-size: 0.8em;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tiddler-body h1 {\n\t\tfont-size: 1.5em;\n\t\tfont-weight: 500;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tiddler-body h2 {\n\t\tfont-size: 1.3em;\n\t\tfont-weight: 500;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tiddler-body h3 {\n\t\tfont-size: 1.2em;\n\t\tfont-weight: 500;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tiddler-body h4 {\n\t\tfont-size: 1.1em;\n\t\tfont-weight: 500;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-improvement-banner {\n\t\tmargin-right: -15px;\n\t\tmargin-left: -10px;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-tiddler-info {\n\t margin: 0 -13px 0 -13px;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-fold-banner {\n\t width: 13px;\n\t margin-left: -15px;\n\t}\n\n\thtml body.tc-body .tc-tiddler-frame .tc-unfold-banner {\n\t margin-left: -13px;\n\t margin-top: -4px;\n\t}\n\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ThemeTweaks/ThemeTweaks}}",
"text": "\\define lingo-base() $:/language/ThemeTweaks/\n\n\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"\n\t$value=<<imageTitle>>\n/>\n\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\"><<lingo Settings/BackgroundImageAttachment/Scroll>></option>\n<option value=\"fixed\"><<lingo Settings/BackgroundImageAttachment/Fixed>></option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\"><<lingo Settings/BackgroundImageSize/Auto>></option>\n<option value=\"cover\"><<lingo Settings/BackgroundImageSize/Cover>></option>\n<option value=\"contain\"><<lingo Settings/BackgroundImageSize/Contain>></option>\n</$select>\n\\end\n\n<<lingo ThemeTweaks/Hint>>\n\n! <<lingo Options>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><<lingo Options/SidebarLayout>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\"><<lingo Options/SidebarLayout/Fixed-Fluid>></option><option value=\"fluid-fixed\"><<lingo Options/SidebarLayout/Fluid-Fixed>></option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><<lingo Options/StickyTitles>></$link><br>//<<lingo Options/StickyTitles/Hint>>// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">{{$:/language/No}}</option><option value=\"yes\">{{$:/language/Yes}}</option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><<lingo Options/CodeWrapping>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><option value=\"pre\">{{$:/language/No}}</option><option value=\"pre-wrap\">{{$:/language/Yes}}</option></$select> |\n\n! <<lingo Settings>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"><<lingo Settings/FontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\"><<lingo Settings/CodeFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"><<lingo Settings/BackgroundImage>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\"><<lingo Settings/BackgroundImageAttachment>></$link> |<<backgroundimageattachment-dropdown>> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\"><<lingo Settings/BackgroundImageSize>></$link> |<<backgroundimagesize-dropdown>> | |\n\n! <<lingo Metrics>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\"><<lingo Metrics/FontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\"><<lingo Metrics/LineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\"><<lingo Metrics/BodyFontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\"><<lingo Metrics/BodyLineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\"><<lingo Metrics/StoryLeft>></$link><br>//<<lingo Metrics/StoryLeft/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\"><<lingo Metrics/StoryTop>></$link><br>//<<lingo Metrics/StoryTop/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\"><<lingo Metrics/StoryRight>></$link><br>//<<lingo Metrics/StoryRight/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\"><<lingo Metrics/StoryWidth>></$link><br>//<<lingo Metrics/StoryWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"><<lingo Metrics/TiddlerWidth>></$link><br>//<<lingo Metrics/TiddlerWidth/Hint>>//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\"><<lingo Metrics/SidebarBreakpoint>></$link><br>//<<lingo Metrics/SidebarBreakpoint/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\"><<lingo Metrics/SidebarWidth>></$link><br>//<<lingo Metrics/SidebarWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n}\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: normal;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img, label svg, label img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n.tc-unfold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 100%;\n\twidth: calc(100% + 2px);\n\tmargin-left: -43px;\n\ttext-align: center;\n\tborder-top: 2px solid <<colour tiddler-info-background>>;\n\tmargin-top: 4px;\n}\n\n.tc-unfold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n\tborder-top: 2px solid <<colour tiddler-info-border>>;\n}\n\n.tc-unfold-banner svg, .tc-fold-banner svg {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-unfold-banner:hover svg, .tc-fold-banner:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n.tc-fold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 23px;\n\ttext-align: center;\n\tmargin-left: -35px;\n\ttop: 6px;\n\tbottom: 6px;\n}\n\n.tc-fold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-unfold-banner {\n\t\tposition: static;\n\t\twidth: calc(100% + 59px);\n\t}\n\n\t.tc-fold-banner {\n\t\twidth: 16px;\n\t\tmargin-left: -16px;\n\t\tfont-size: 0.75em;\n\t}\n\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 300;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour tag-foreground>>;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: calc(100% - {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}});\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 0;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tposition: relative;\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n font-style: italic;\n font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img,\n.tc-search button svg, .tc-search a svg {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame .tc-edit-texteditor {\n\twidth: 100%;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor,\n.tc-tiddler-frame textarea.tc-edit-texteditor,\n.tc-tiddler-frame iframe.tc-edit-texteditor {\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\tbackground-color: <<colour tiddler-editor-background>>;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-body {\n\tclear: both;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Editor\n*/\n\n.tc-editor-toolbar {\n\tmargin-top: 8px;\n}\n\n.tc-editor-toolbar button {\n\tvertical-align: middle;\n\tbackground-color: <<colour tiddler-controls-foreground>>;\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n\tborder-radius: 4px;\n\tpadding: 3px;\n\tmargin: 2px 0 2px 4px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-adjunct {\n\tmargin-left: 1px;\n\twidth: 1em;\n\tborder-radius: 8px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-start-group {\n\tmargin-left: 11px;\n}\n\n.tc-editor-toolbar button.tc-selected {\n\tbackground-color: <<colour primary>>;\n}\n\n.tc-editor-toolbar button svg {\n\twidth: 1.6em;\n\theight: 1.2em;\n}\n\n.tc-editor-toolbar button:hover {\n\tbackground-color: <<colour tiddler-controls-foreground-selected>>;\n\tfill: <<colour background>>;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more {\n\twhite-space: normal;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more button {\n\tdisplay: inline-block;\n\tpadding: 3px;\n\twidth: auto;\n}\n\n.tc-editor-toolbar .tc-search-results {\n\tpadding: 0;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-left: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 49%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 3px 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n.tc-tiddler-frame .tc-tiddler-preview .tc-edit-texteditor {\n\twidth: 49%;\n}\n\n.tc-tiddler-frame .tc-tiddler-preview canvas.tc-edit-bitmapeditor {\n\tmax-width: 49%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down-language-chooser img {\n\twidth: 2em;\n\tvertical-align: baseline;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-tab-set .tc-tab-buttons button {\n\tdisplay: inline-block;\n width: auto;\n margin-bottom: 0px;\n border-bottom-left-radius: 0;\n border-bottom-right-radius: 0;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n\ttext-shadow: none;\n}\n\n.tc-block-dropdown.tc-search-drop-down {\n\tmargin-left: -12px;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-block-dropdown.tc-search-drop-down a {\n\tdisplay: block;\n\tpadding: 0px 10px 0px 10px;\n}\n\n.tc-drop-down .tc-dropdown-item-plain,\n.tc-block-dropdown .tc-dropdown-item-plain {\n\tpadding: 4px 14px 4px 7px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-search-results {\n\tpadding: 0 7px 0 7px;\n}\n\n.tc-image-chooser, .tc-colour-chooser {\n\twhite-space: normal;\n}\n\n.tc-image-chooser a,\n.tc-colour-chooser a {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\ttext-align: center;\n\tposition: relative;\n}\n\n.tc-image-chooser a {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 2px;\n\tmargin: 2px;\n\twidth: 4em;\n\theight: 4em;\n}\n\n.tc-colour-chooser a {\n\tpadding: 3px;\n\twidth: 2em;\n\theight: 2em;\n\tvertical-align: middle;\n}\n\n.tc-image-chooser a:hover,\n.tc-colour-chooser a:hover {\n\tbackground: <<colour primary>>;\n\tpadding: 0px;\n\tborder: 3px solid <<colour primary>>;\n}\n\n.tc-image-chooser a svg,\n.tc-image-chooser a img {\n\tdisplay: inline-block;\n\twidth: auto;\n\theight: auto;\n\tmax-width: 3.5em;\n\tmax-height: 3.5em;\n\tposition: absolute;\n\ttop: 0;\n\tbottom: 0;\n\tleft: 0;\n\tright: 0;\n\tmargin: auto;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 900;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tmargin-right: 0.3em;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\tmargin-right: 0;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\tdisplay: block;\n\twidth: 100%;\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-plugin-info-chunk h1 {\n\tfont-size: 1em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk h2 {\n\tfont-size: 0.8em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk div {\n\tfont-size: 0.7em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info:hover > .tc-plugin-info-chunk > img, .tc-plugin-info:hover > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info > .tc-plugin-info-chunk > img, .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > img, .tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 1em 1em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder: 1px solid <<colour table-border>>;\n}\n\n.tc-chooser-item {\n\tborder: 8px;\n\tpadding: 2px 4px;\n}\n\n.tc-chooser-item a.tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-foreground>>;\n\tbackground-color: <<colour tiddler-link-background>>;\n}\n\n.tc-chooser-item a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n\ttext-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n\tmin-width: 100%;\n\tmin-height: 100%;\n\tmax-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
"text": "15px"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
"text": "22px"
},
"$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
"text": "14px"
},
"$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
"text": "20px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storytop": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyright": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
"text": "686px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
"text": "960px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
"text": "350px"
},
"$:/themes/tiddlywiki/vanilla/options/stickytitles": {
"title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
"text": "no"
},
"$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
"title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
"text": "fixed-fluid"
},
"$:/themes/tiddlywiki/vanilla/options/codewrapping": {
"title": "$:/themes/tiddlywiki/vanilla/options/codewrapping",
"text": "pre-wrap"
},
"$:/themes/tiddlywiki/vanilla/reset": {
"title": "$:/themes/tiddlywiki/vanilla/reset",
"type": "text/plain",
"text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n * user zoom.\n */\n\nhtml {\n font-family: sans-serif; /* 1 */\n -ms-text-size-adjust: 100%; /* 2 */\n -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n margin: 0;\n}\n\n/* HTML5 display definitions\n ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n display: inline-block; /* 1 */\n vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n display: none;\n height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n display: none;\n}\n\n/* Links\n ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n outline: 0;\n}\n\n/* Text-level semantics\n ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n font-size: 2em;\n margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n background: #ff0;\n color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n font-size: 75%;\n line-height: 0;\n position: relative;\n vertical-align: baseline;\n}\n\nsup {\n top: -0.5em;\n}\n\nsub {\n bottom: -0.25em;\n}\n\n/* Embedded content\n ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n overflow: hidden;\n}\n\n/* Grouping content\n ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n font-family: monospace, monospace;\n font-size: 1em;\n}\n\n/* Forms\n ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n * Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n color: inherit; /* 1 */\n font: inherit; /* 2 */\n margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n * and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n * `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n -webkit-appearance: button; /* 2 */\n cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n border: 0;\n padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n box-sizing: border-box; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n * (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n -webkit-appearance: textfield; /* 1 */\n -moz-box-sizing: content-box;\n -webkit-box-sizing: content-box; /* 2 */\n box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n border: 1px solid #c0c0c0;\n margin: 0 2px;\n padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n border: 0; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Remove default vertical scrollbar in IE 8/9.\n */\n\ntextarea {\n overflow: auto;\n}\n\n/**\n * Don't inherit the `font-weight` (applied by a rule above).\n * NOTE: the default cannot safely be changed in Chrome and Safari on OS X.\n */\n\noptgroup {\n font-weight: bold;\n}\n\n/* Tables\n ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n border-collapse: collapse;\n border-spacing: 0;\n}\n\ntd,\nth {\n padding: 0;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
"text": "\"Helvetica Neue\", Helvetica, Arial, \"Lucida Grande\", \"DejaVu Sans\", sans-serif"
},
"$:/themes/tiddlywiki/vanilla/settings/codefontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/codefontfamily",
"text": "Monaco, Consolas, \"Lucida Console\", \"DejaVu Sans Mono\", monospace"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment",
"text": "fixed"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize",
"text": "auto"
},
"$:/themes/tiddlywiki/vanilla/sticky": {
"title": "$:/themes/tiddlywiki/vanilla/sticky",
"text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0px;\n\tbackground: ``<<colour tiddler-background>>``;\n\tz-index: 500;\n}\n``\n</$reveal>\n"
}
}
}
pre-wrap
fixed-fluid
no
""" """
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
[img[2015y12m17d_221835177.jpg]] 表現規制で作品を削除されたとはいえ、個人制作者に多くの機会を与えてくれた素晴らしいプラットフォーム。最大限の感謝を！
iVBORw0KGgoAAAANSUhEUgAAAZAAAAJYCAYAAABM7LCIAAAACXBIWXMAAAsSAAALEgHS3X78AAAgAElEQVR4nOy9d4BeV33m/5xz69vf6b1Ioy5Zkgs22NjGFBtsDIEEUshCstk0EgcMSYA4rNYkv4QkQEI2IZvsEhIggY0DyWJjGwzuxrYsS1Yb1dHMaEbTy9vf2845vz/ufcs0SbYlzUhzPvaredu977ntPPdbzvcAEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgkEolEIpFIJBKJRCKRSCSSyxKy3A2QSC4W//aBDygNd27RkIfqaSGF5YqKohtE1e3KeZ8FPMMWzDGEQcGLFDyngDdE4GEA3m333+8t4yZIJCsaKSCSy5bv7doVDtfoMdtzEqqCsBoOhXXd0AmhOhMiRjiLexwxzpkpBNM5F5oQXBUclBNChBAEQgiXMeG5TFCFOopCLU1Ri6qq5BRFSSuKkqK6NkM4cq5VZF4mzW3mMUPxLD0ULRzXRu1f//V/cJd7X0gky4EUEMmK5+Ev32NwVtumK2gEpQkBPWyD1THX63Idu50z3iSEqBVAhAkYjDHNZUJzGVNdxhTGBYQQYEKAMwFPCCK4IExw4jEuLNshjusSQokIGaYXMnVm6qZnGpqjKoqra4plqmpeU2gRnLmCOUXB+TRV1GFd0wcYyCAcZ8Yqztrc5cU8yWU/+vl/TQEQy73vJJKLiRQQyYri3754byguwvVCoe2FfKHWpVqjy9km5rjrHNvqyBXtxoLLTMtjmuUwzfE86nFBmeCKEIS6HqMe54QLQRjj8BgD4xxCCHDOwbkA4zx4zsE4h+M4YIwBINA0FbquwzAMGLoOTdOgqQrXNI2risJVhTJFCAbhcZVQz1Cpp1PiaAS2rpCsrpIRhSgnqGHsoxC9nmPPFItZu5ieSd3/wFO55d6/EsmFRAqIZFl5+Mu74iEdtelZuylt5bo5lHWMse2zqcz6TKFYn7W8cNF1dYcJxfE8xXI81XY96noecVwPrueBcwEQAhI8QCqnNSEX9hQXwrdmOGOghEDXVBiaCl1VuKYozFCppxC4KqGuodKiqZCsqdDTVMHL4ORpXsz1MeIWBvaenn1geLh4QRsnkVxipIBILili1y76WD2aue3ER1LZLYyxbQXb3TE1m1mbyhcbCo4bsVyuFxxHLdquajkOdVwPhFIQQstCsZIQQgR/OThj8DwPgnPoCoWpqczUVUcn1FYpijoRKYNgkHL2rGO7T8XCytCpocHZR0/O5ADw5d0SieTVsbKuRMkVya5dt6pvqX1L81SxmJjNZK9lHr9+fDazfXRqtr3guImiw8y87WoF21ZdjxFClUAwgMvlFC2JCISAAHwXGWPgnIF5DK7rQHAGQ1WZqSqOqapFFSKnCjZuQrwkPOfRiEn27x8+NX1gHBYAtpzbI5GcD5fH1Sm5LPnBV3Y12gWndnQ6s9O1nVtPT85smUhl2gu2W5OznHDOsjWPC0qpsiIti1dNIB6+m4uDMw7OGTjnEEH8pfTac10wxmAo1I2ZekEnJKNBDKvMeoG77o/hsb3p01OpFwDp5pKsWC7zK1ay0nj4y/cYhtLYfHpyYnO+6LxlaHTy6tHpdGfechoythMr2K4GQolvYVxZp1/FleXHSXzRYOWAfUlEhPCD+gi+xxiD67pQKXGjmlrQFTKjeG6fYltPqYI/lj8z0/sTX0he65gUAoDeWnW9v+XWW8sfbm1sLGeLPQBgy5YtAgD+x/33i2ABmU0mWZQr6wqWLBuP/f2nEvmC1jw7m75+fDr9jpPDY5umM/nWnO3UFhxmglJCyJUnGnMILJCSMPAg2M4590WjWkA4r3y3vLj/fdd1QQV3wyrN6hCjqms/rzLvh6li+jE3jUIv4CzRAnItoBaD67q9PR4lRGnRDKNeoWqNpqlxKFpCNfVQKBI1jLCpUkXTBIhOFIWEQ7oVCYXsiKE74ZBuh3TDioXNTDQcnoUiMjpRZxw4k6EZfVYOsJQAUkAkr5NHv7irNs/tnomZ9G2nRyZvHhyb6kwVrNas5SSZICpVlCtbNOYx1wrhVbEQDsEr75WslODLZTEBUH7ueR5cxxGGQgsRBeOK5+0zPOvHeTvz0J5ZjADg1wJqGqA1MUTDodB6AW2t0NQupugJDjRwShOEkIgAMQUhYRBiUEXRFE3TKFVUEKIzIXRCCNU1xTI0zdEU1dU0xTN0zTFUzTENLW8ael7X1JyhaWnT0Kbj4fBMU11yqj4ZG6LcO41JDN92//3WMuxyyTKyeq5syQXl0S/uqi0we+Po9OwdJ4fGbhocm+5IF6wWy+MxQhVyRcQ0XgML3FhVsRDBg7EoJQskcGMBJR+RKDuLyuICPyDvODYo53ZYIRMaZ/uI6zypOvYeQUmTQ5VNnqJ2gahNQiH1HmitIEqM6lqEqlpY03RNUVVQSlFyHZYSFJY6QqLcFgHhN5gBwlMIsQxNtWJhI5+MRLK18ehkNGKMhTRjtDYZG+6sr+k3dXrs+IHRwV//BzlC/0pn9V3hktfFw1/eFbeLxW1Dk6k7Tw6P3jA4NtWRLthtjkDUv6GVp1Q5vhE8F5yDMRa4sEoPtlBAxPxQgwjeEr74CAHLsuBYRaZD5EO6dpBz4TKqdGihcKMeDkd13SCKqpbHxFzw4yFEWVyE4EJw4VJwy9TUXF08kmuqTUwkY9H+ZCR8pKu5/ngyHj/heGPH7vzY/7QvbEMkKwF5tUvOiyd27TKdJDYdHx75qRPDYzf1j052ZIpOqysQk8Ixl2orpBwPmRdQL7m1zmWBlILsnDMQEAgAnueHH0LhMCLRKBRV862LpY/BhQiCn/UAi7JbjrkUohAzjVR7Q81Mc13yVF0ium9ta8t+UzcO3/47nx0gMih/xSCveslZEQLksS//4bqB8dl3njwzfvuxwTPrZ3LFVkaU2GqLb7waziUizGPgzPM73cpC5WXKgffgQ0IIqKLANE3ohomSlVH9W6W1XJINrLDoCRBYW4IKlouZ+uy6tubxlobkkcaa5Avr2xpeKLiTvdIqufyRV79kSR7+8mcaptPF204Mjf90b//wxol0ts3jtJ6q0uI4H+aICDDHhcWYB+Z6YJzNEY7Sd0vuJ6oo0A0DqqrNEY2z/R6W9w5/QQMF5+DM81SCTFMyOr2xq+1Ea33yqXXtjc+l3dzeD37yL+VYl8sU2QtIFrDn739Nm/Xadh44PvBfDpwaeuPp8Zk2i4lmRVUpIXS5m3d5Mc/CEKV4BufwPBee65UtEUIpKKVQFAWqpp2Pa2qJnwwCJyuDSuOFP5ASnOdqIubU1u62012tjU/0tDb+sL0Fe7Z98P6l0pMlKxQpIJI5/Phv7uvqG029+8Tp0bsO9Q9vSBWcdqpqxkUJyK4ihBD+xVbah8E4EeZ5YJ4vIIqqQFU1UEW5IL9Xevq6V3ZhmHPyCM7AmWcnw8b4trXtpzubGx7e0Nn8SLqx9+AHP/iALONymSB7BAkA4O9/7de0jg0NNxwcGP5vLx/rv3p0NtvCQBtknOPyZQWKSInyCSU4B/dcuyZijF+3ae3R7tam765pSf7gtt+8f2AZ2yc5T2TPIMGjX7ivY2hm9n2HTg39VO/AaE/O8doVTacgS48TkFw+rDCXVjXl04tzBnhuobUmPnbt5p6929Z2fE1ElSff8+v3F5azgZKzI/uHVc4jX/qDaw4PjP7Gi70nbxyZybZBUZNXYp0qyYJsrTkfXcp2LEJFSJgHyrz0VWvbBrb2dD66qbX5X9/+8fsPLGfjJEsje4lVyn/85ceSM9Ps3b39Zz5ysH9oXcbyulRND9z08rRYNVQH+YN3lqchAEr9kRDwPNeLG+r4LTs2Hd7S1faVZt354Y0yW2vFIXuKVchDX/r02sGR2V95/vCJOwfGp7u4otZQKmMdkhUTNyGAH2gXnpvb0tk8dPWmNf9vQ3vz195xz/3Hl7FdknnIHmOV8fAX/vDq/X2Dv/f8oeNvmMwWuxTd0FZr3arLierxIZfgx8oD4i/+jy1JeUOZ64iYoY697dqte65Z1/3n7/j4/c8uY7skVcheY5XwtV0fMTUev2PfqaHffuXk6Y0FT3QoqgZAuqwuB0rziQgEo9IvQZxqJVkjnDMQz02/cfOagR0buv7n2pDxb2/+1F9kl7FdEgCvP+FcsuL57p98ui6fF//t6QNHf+tA/8gWj6jNVFEBSPG4XCCE+HWxPM8fhOjYoBAgwWyOF+s3S08vyg+cP/5cMopqDo5P1U7OpHaEk4nGj33gbce+8ehz6WVu26pGCsgVzoN/fG/b8EzqE4/vPfzzfeOzm6lmRCslvZe7X5C8GiiloJSAgCCfTqM5ZEBTFRQ9BkrIRRGSSun3ZRcRACBUUZXZXLGmb3ikJxlPbPydn3vn4X959NnJ5W7YakUKyBXMv//px9ceGZr8o8f3Hbl9LFPYoBqmKuMdlzeEUFBFQbGQx4b6GqyNR1C0bTABWK4H5QKMYl/kV0vnzEo4cQhVFDhcRI/1D7cYqnbdJ37+3b3feuzZkeVu2GpECsgVyv/789/d/lLv4BeePXD8xowrulVNJ9LquHJwHQezhQJu29iD9bUJOIU8LNsGiC8kF6OCwEoSEUIoOFVCJ4dGal3PvekTP3f38AOPP39iuRu22pACcgXy7T/65C3PvnL8z148eupal2pN56riKrn8sK0iCraDrO3gmq42NMaiaItF4BbysCwLAoDtsQsebF9BIgJCCCGqZpwem6rL5/Nv+N0PvXf2Z+s7eh/o7V3ugZGrBikgVxjf/ty9dz71ypHPvXxy8BpoZuJCFOaTrDwc2wJjHqbyRSRDIXTWJZEIh3whiUcgrCIKhQJc1wUHwDi/YO6tlSQiAAhVNWVkKlWfzua2rdm53rp9w/aDD738Ml/uhq0GZO9y5UC+tetj7//x3sO7DgyM7FSNUIhSWXr9SsW1bTDPA0AwksngqtYmGKoCXdOQiEbQkoijKRLCyMgIQgoFYwwe53A9v9Dt6z03VpqIKKqG8dlM/cT0zNartnW7d2zYvk+KyMVHCsgVgADIxl33fOAHLx38bO/QxFWaGdLkvB1XAgKL9tFCwHX9uUQAwAlEYW19rf85AXRNRU0sCo8xJBsasKahFm42g3w+DwgOxjk8z5+Xnb7G2NirEBFylseFgiiqiplsoWZsYmrzjh1rnJ+tb98r3VkXFykgVwAbd93zM4+8ePC/Hx+d2aqZIUXGO64UFhcPEALPdeC5bvnt4VQG21oaETa04Hv+4rWxGApGCGvXdKOxvg4tiThiqgI7l4Nd9F1cQGWWRC78m/bzTbioEpGlhGHhSubW3wq+L6oeSwtL9Zwq84tDEkIIVVTM5oo1oxNTG7e8cUvxgceff/mcGyF5zcie5jLnW5+9570P797/xyfGU1tVwyRSPK5wAgEp5vMo5OYOxN7a0oif3rGlclULgAHoc4H6mjgUhZbfn56dQS6TxXQqjZGpacxmc8i7DEJRoGo6qKrOGaRY0glSfr3wPCuNkKflmRVpKYjvUEodIjgBiBCCU8G5xhjTSlP8Cs4BIaDAn9Y3X7TAA6ER/sqFCH6fBGNeSNUDlc8IIQSe66KnMdH3gdve+Nn3/8FffOvCHwgJIAXksuZf7/voO7//0sG/6JvMbFV1Q4rHKsIuFpHLBIOwqw77r7zxGrQl4yAIplqnBIV4HXqPH8P69T3+l8rTgxAQSpDN5pDNZpHJ5ZDK+o90voCC7cBlDJ4QEML/Lgmm3FUUBZqqwjQMhAwdkZDpJGLhFFWUMAENm4ZOTUOHqWm8NhnPxyJhuzTYUXBBXM9TbdfVbNfTPNdVXM8jGiEkauiw81kM9fcjly1AEArLdVGwHRQcFw7ncAXBrOOCEyoopSgNjC1lnBFKCSEEzPOwsbX++C/ccfPv3P27f/KDS3qAVgmyx7lM+ef7PvrmH+05/JUTE7PbNN0sDxeWXMEE1gcAOLaNbGrWf7/q0HfXJvHh63eWBYQqFJHONfjn//tvePs73g4BsbCyFSn98Tt413VQKFooFArIFwqwbAeO68JjDIwxEEKgqSp0TYWu6zB0HSHTECHTtFVVVVVNVRVVhaKoviWiKv787oqCUoevqCpU3YCmG9AMA6quQ9U0UEWFaxUx3ncM00ePICQA3TDguS6Ktg1wjqMT03hq4Awsz/OFQ1FBFUX44kH8wZaEEEIpmOdh59r2Qz97+42/fNcn/mTPRT9Gqwx1uRsgefV881O/dtUP9hz6q5Pjqa2aIcVjtVAdUq9kUc0NtA/MpDAwnUJ3bbL8acgMgXoeGGdQqAJBxIJFSekNIaCpKhKxGBLxeOXOntJy5wwAQnAIIQJNI74HCcQkhIAoFJQqoAqFoqhQ1OChaVA1zRcWRQnW6T8opf7Pcw7NDKF101UwIxFM9vaCewyRWAyRWBzgDDNjM+CKIhTfHwYhBDhjhFAiiKAAODghouTOevl4/7aaePRLD3/+93/hzk//+fBFPESrDhlEv8z4u3s/3PbM4ZNfOz46e4Nqhqh0W60eqgPIIIBVLJSr81YzUyji6vYWAL7QxFvaMNrfh6IAEslkRW7miEdV/NsXhMAiqTJYBAK/GEAoAVUUqKoKVdeh6Tp0w7cmNMMQmm5AC6wKVdOgqFrZIgEhYK4bBOyD2IX/u8QXKQKqqojWNkCPx2BzBg+AGYvjudOj2Dd0BoRScAFfqEhVY0tNDYRFcE5ACE4MjbTU1iQ6P3r3T3/vgaeeYhfwsKxqpIBcRvzFL/5i5Pj42FcODI7froUiUjxWG4SU3ViEUFj5PATEAgHJWDY6axKoCYdAKEGssRl2aga9/YPoWtONUt5UZcb7wIgl1X1wybANOng6P3BNyy6v6qB2WY1IyTKh5eUprbzmnMGxLeI6NoEQhFAKSiihJUsH/m+EEkmYySQYOEanptlwrkg7OzvQ1dFJFEqJZVkVIZqzF0TpfwgBQghRjg8ON121oTn80HMvP3FxDtDqQwrIZcSOTR1/tPvEwC9TI6zJEearlCoRKRbyEGKhgABzrRAtHEEkFseeffuwYfNmVCwNBB01yq8XfhY8J1UVnCkJxo5U3E/VrqggkB28DjKzSOW1b7345XUooYQxD1YuS1zH8l1digaiKOXxKVoojGhdI4hCiGvliWU7KFgWmhoasXH9OpJMJsjs7Cxc1ytbSOXdVX4QwriInBwaafvH++45+fVHnjx5MQ/TakH2QpcJ93/4fe97/sip/8+GGlZ1Xda2Ws0Ex962iuCcL3ouZCwba+qSSJgmBPNQ37MeR17Zh5rmZhiGCcY8f4Iq3wfmd/BAlYVRbXHQOe9TWhKPIGBNFwpJSUR8QSl9NteCUTQNmmFA0XQAINxzkU+n4BQLflBd18vxE90wUdvcRrrXrkVNxEB6ehL9p4fABZBMxLF500ZSX1dLJqenywMsgTn5AoQQgrzt1PafGe3+0id+6al/efSZ2Yt6nFYBUkAuA/7+tz+y6anek9+cyBabdDN0kUp2Sy4rhIBj2+CMV1kOc0kVLOxoawLnHC2bt2Hk6GFMFopYu24dVE2H4ML3WlUNzOOclQPkgJjnxqK+VaCURGKucNC54kHmiEhJdKpdWiUhUVUY4QgJxRIglMC1isilpsE5g6YZ0EMhmOEIovEE4nWNaF+3EVu2bkVTIgJmFzE+Pg4BIBaLY/PG9URRFDIzOwvGF1QyIYQQTMxm2jgT2u7eE49czEO0GpA90Qpm17vfHX7v26679aXj/X99bGx6q2aYUDVNWh+Scrot87ylBcSysKGhDvFQCPVr12Nm4BRODA3hLXfdjeve8S7UNjahpr4BEAL5TAbJ+nqI0sg9Um2N+OsTpf8WKQ4y12opRSQqabUlIaFBhpaiqFA1DZqmQ9UNopsmjHAYifpG1DS1grku0lPjSI+PwPUYFK1idWuajkR9I9Zvvxbbr7kGV23oQVjXYBcLIFRBfX09GhvqyejYOPG8ymh9UkpDoJQOjk6suefn7jryxJ6Dxy/sgVldSAFZgXzmPW/ecnVP920DmdkPH+ob/FTfRGozUTWi6waUizDPg+TyhHkeXMepxCsWqSSSd1xsb2tCqKYWwnVx6MhRbL/hBlx181vR0NGFtg2bYeeymDwzjFve90F0bdqCxvZ21Le0IllXj2giiVA4At0woARxC9+NpVRZG1XiUZXFRRVKykKh69AMA7puQg+ZMMMRhCIxhONxROIJEo0nEE0kEUkkkahvQF1rBxRVxczEGA7s24eD+/fDymVABINjFWHlc2CuCyMcRfPaDdhx4y3YuGEdWhtqAc7Q2tKMa3ZuR0NdHalJJklbWxtJJBNkZmoaXHAQQiODI5Ndf/epj3zvWz98vrBsB/EyR44DWTmQj1y74caMIG968dTYdVO54sZsobhe0fSwGQoTQ1FBlQs7t4Pk8kZRg8t3Qc3FkolAcHxiGrOFIqJDg2jbsg2xJ5/EyMApMM+fdKq0HqpQxOrqEa9rKJ9jnuvALhTgFPKwrSJc24Jr2/BcF8zz4LkOOOMQIqijxdjcsSWBi4oqSjmWQQNB8QcO6lA1jSilsSGlwYeKAt00EaupQ7SmHjmX46UXnsd3/vN7aGxuwfq13aiJhlGbTCCWqEE0WYNYTS1itfWoa1+DN9Q1ITs9gVxqFt1N9Rg5M4SR6RReOXrSd80JQBCBdL5ww7/8YPeHAXzp4h+tKxMpIMtMF2Bubk/ekFe0tx6ezNw8XbQ3eKBRQhCFIIqp637pCFWBrLArqUZRtUpW1hzmprQ+eaIfP5OIo6vxJtRFo5ianMRo33G0bdgMzrxyMP7k3t245h13lZdTNR1KXEM4njiv9vhBeREUSxTgjIF5HhHcD7aUXWLBWBAIQapqWM11gVEFccNEz1VXgyoKurvX4MGHHsSPntuN51/eh5413WiorYGhUFCIINvLH5fCBPwsLlVFLJ6A43noHziNg729pdHqvi+LEvXA8cE/+JtP/tfv/PYX/3HwdR6OVYkUkGViC6DXJs035RXljv4if0uGFTeoqmYSqkQUQsAYg2ma5TsySqXrSjIXJUh15VUCstgZcmhkAu8s2nByWbR3tGNkYhyTw4No27AZjDFkUymomoZ8NlOpw7hYoOMcLEgt17BkmrEQ4pxnswBghEJYu3UHhBC4+26gtaEeDz/9PAaGzojB4RE/JsMFhBBEVAVwfC2iglCCcCiMeCxKVEUF47w8NJIzhrChFS2PbwIgBeQ1IAVkGXhzbeiGHMf7R5l4W46jS9OUsKbr4eDGCJxzUEqh6XpQ1VSR7ivJolBFARd8qZlDAPizET59og+ta09i8w034tSD/4nMzLT/meviTN9xUKqgkM0gNTmGREPzq26Hn7lF5k5UJcRrLrZXLV+6aWLt1u3gnudbGZTguX0HyYmhUVEO1JcXKe2JyhoKxQKE4KAKJYxzcMagEjK1obPl1Jt3bvnJho4uWfL9NSIF5BJyS412VYFo7x7z+HszgvRoeihqKIpJq4TBLwfESSQaqaRHKtJ9JVkcRVXhed45v7dvaBRvHz6Nq971HlDmwi4W4NkWBGOYGTqNuu41cGwLA4f2Y8dtFQERnPsup3OQmZ6CXSigqWtNsGClAxdCEEKIqH79arYRAIxQGD1X7QRjHq65kSIRj+G5l/eT/X2DcBwXWFgishpStCxQQuE5dr61Jj78xm0bDt9w1fq/fv99f/nUq22LpIIUkEvAzfXhFiboe6c89nMzTGxSdDNmqkqYVkShfPIzxoimaVBVrVzIjlLldU9Buvo42z35lYOm6XBsqzpu7lPdnRLA8jw83zeANVMTaOvogud5sHJZgFC4s7NgrW0AgKnRERSzaYRiCXDPQz6TgmaYMCPRs7Yjl05h5NQJhKJRxOsawEvWR/XN0TzhWOoILYjoBOswI1H0XLUTnm2jc8NmWIUCIuEQdveeRKFYrDI7ymsor951XIQ15fQbN3YNvHHL+q/+1t988+v49lk3SXIeyDTei8itgNrTFLk1w+lnz9jehyxF79YMs1ZVVS24KOZcKwKCCM4RiUTKpa9VTYOu6+d1Fyip5soXD8AvlmgVi/6L6k1emNGLiUwO1zTVoXXbdrieh6bOLgjG0PvDR0BME4mGJjDmwXMcNHWtBQhBIZNGenIcnmsjFI0FhQ8XrBqceThz8hjcYg6NnWtRzOdgFQrQdaMkAEsekLMdqXJGmG1hZugUDr74HPa+tBuv7N0H2/VgT40jGg6J2aINz2NVxbz8XGLOOTzbTnfWxvtu2drzvQQVv/UH//LQi+e5eyXnQFogF4k7mhLdeYr/eqbg/kwOpFE1w3Xq3CCjmP+CeQyGYVRGmhMCVVGleEiWhCqKHwfxPMz3/ftUuuec4+LpA4fwnk1bUMhYKKTTcAs59Fx9LU73nwShFEIITAwNYmb0DOpa2pBsbIbr2JgcPo3s7Aza1m2CpusL1q7pBhRVw8zYCKxcFoQQjJ/uRzYSRVNnN1TdABAE1YNlRNXf+e+VhcOxMXbqGJ574sfY98orOHK8DycHTsN2HFBCsaa1KWcSHg4plNrl5f2FHceGQTC8vbP51Lqm5P/40//4sSyieIGRFsgF5gOA0t3VcMeU6/35YMF7J9OMdl03ogpd6Oo6FSIAACAASURBVK6aiyCCC0QiEb/yKYhf4sE0F2a3SM6PqgmYrmQ4Y/BHXJNFHnOZyuaxtSGJpg2boek6Rg7vQ2N7N84cOQw1WYNQNOpP3pTLoKlrLVRVRTRRA0IJTh89jPTUOKKJGuimObcNgiM9NYn05DjChor69jWwCnkc3fsihOsgFIlCM81yqi6WaGEpnVcIgdkzg/jRfz6Ab3796/jav/wbjvYNYCaTEyAkKLqokEzB0qdyReJ5HlyPgVJCBBdwrWK6OWb237y+4+uRcPo3vvj9fbJ44kVA9kwXkLvXNDYV6xP3nkoXf3/SEz26YdarqkLLlSCWQADwPEZCpglN08pXlW6a0A1zqcUk52IViAfgWyGOZQHAkpl6pc7a8jxEwXDVm24COMPwgX1I1NQjPzWB8clxNHR0gVCKYi4DSinqWvzYSDgWh2aY6DuwF5npSUSTtTDDkcr6KUV6ehLjQ4NgVgF1rR1INjSjkMti/48fhZNJIV5bD9U0y/WwUB69PldIslPjeOWpx/Dtb/wzvvKPX8fx/iFRSiRZRBoJIQQCfuo75wzwnIktzbVHNtTXfPxvHn/pG7tPzsj5Py4SUkAuEB/aueYN0674qxMzubuKhHbquhGmtJxceI6kekE4FwiHw6CUlGd5C0ejMnj+urnyg+mUUniOA85ZOUYBzLNDgicEgAtg24YehEJhjB7YB41QNPWsx3DvQcA0Ea2pheACxXwOibp6mNEYCIBIIglwjv7DB5FPzSJWU4NQJFZuQzGbxeTIMKx8FnAKaOrZBDMcwczIMPqefhyF2RnE6urBXRsIRqiLYNChU8wjNz2BiVPH8KMH/wNf/fo38ePnXoQAFedMXw8qqLiua0eIKLxhTevDUc37hX949qC0Oi4yUkBeJ7feCvUtDZs+eHK28FdDOWeDUJQmRVHKBU7PYxXEdT2EQiY0LfAtCwFN12GGwhev4auFoFz5lQ6lClzHmTNwjyyhIIqqYvu6bkSjEeT6ToKCo3HjFhTPDGNqfBQugGhNLVzHBmcMkXgSRigEAiAUjSIzM4XpsREUsxkkGxphhP3z1LYKmBkfQWZ6ClODJ9HY0Yna1g6oZgjpsRHMHj2MmZFhmIkkclPjmB44gfToEGbPDGDwyCEc3Pcy9h44hG9990EMnD4jznnzFBQA44zDsYqza5LhU9tbG+/bcc3Nn//T7zws61tdAqSAvA4+cuuOZNyq/8PDU5mPpzzSQSiNi0oJ7CCeh3OkmYC4LkM0GvVnbIPf50VicVm2/UKwCsQD8EelM4+BMa9SFmTRWAhBJGTgmk3r4WTTqEvWwclmfXdVZxessVHMTI6jkMtCC4Wgh0JINDQiPTGGWG09VN0AEUBqchz5TBqe7aC+vQuUUjDPQ3pqArnpKcwOn0YxNYOmteuRbGpBanoChZlpaMUi8uNjIIoOz3ExeeoEfvLcc3jgB4/jge99X0ylssQwTWQyGX+mwaXCOYGh5bkeuG1N7mitP9AQ1j781ecPPvno7t3SZXWJkD3Ua+Q3b7+uI5tz/teRyeydjmp2EkJU13WDYteLdFrzL4TgJtFxXZim6afqAoAQUBQFkWjssve8lOelDuaX8Mskicq82sCq6eAvBaqmwnVdf5IpuvR+jUej2NrVhsGhEaxpaYVbyMErFlG7Zh1YPguTAKnxceRSM1B1HfXtXTi65wUoqopEQyOMcAS52WnksxlYhTwURUFNYzMIpcjOTiM1NQGRzfhCoVE0dq1DvKEJIyePgmcyUARHcWIM8bo6hJrbcWIqjZODQyKVSmFqchLNzS2EC45CPr/4BgTi4dgOdO6NXN/d9N2Q6fz2Pz1/fOii7FjJkkgBeQ187M4bd45O5796MlXYQcPRVggB27LAGRNzC9nNT8yf95QQYjsOYlWxDiEEQuHInFTJywkelIpQIBDSFNSGQ2iIRVEfiyJq6NApBYQAZx485t8xw69lVDXftxSV10Jp5j/meXNrWZUSnwgAQlCXTGBNXQz/8dxeXNfRjGgyCc8qQjCGWHMrvEwatckkqOPCyudR29aB04f348yJI2COjWRDEyilyKZmYFsWXNtCsr4B4XgCVi6HyTOnwfJ5hD0Ps9NTUDSKzm1XAwQY7z+JqK5D1TTYszP47pPPwGhowqYtW0hNTQ0RQhDd0FHI5Ui+JCBzB0USALCKFk+oGN7RUveXkzP2H//7Kyczl2xHS8rIcSCvkk//1G23Hxme+IvTWbvdiNfUuo5TuusTQHChiuqM/CVEBCCe58E0DJRTfAP/tREKXYpNuaAIIcA8Fy2JGDa2NGFNayvq6+oQj8UQMkwoCoXrebAdF3mriEKhiFQmjfHpaYzPzGAylUGqUEDBccBB/PItQQFJKSjnj24YEILDKhTAgxn5Src0pb0Y0jWk80XM5vL47ot78Uu3vRmqqsJOzcCIRhGpb4SVmkFdXT3MRAIG54iB4PTxo9g7Norhg/vQ1LMealCiPZ9OYaTvOOL1DUjUNyIcjSIrOHRdhwrg2DNPwQiH0bllO6ZOnUT2+BEkTBPPHe/Dj17cIwrP/ATda9aQt7zt7ejo7MT42Bg2bNyIvpMnybEjvcIq+hlmpQ0p5At2a1g7vbYu9plvvNT7nUu9jyUVpIC8Cu7/2Xd+YHffmc+N5r2OcKIm4s+J4IJ5nhCCV9wxRJRFZEkI4LguapJJP+8d/oxvhmFeXplXQoB5HhrjUbxp03Zcs2kjOpqbUFdTi0gsAd0wFripBOfwPBeOVUQ6ncLUzAxm0ilMzaYCUZnByPQMJnMFpC0blucBpDJdquTsGGYIEIBlFf05OqpQKIVKBPYPjgEA9g4O4baJSXQ31oO5HgoTo4g0tUK4DlyrCBIs09a1BiHXQTabxmzvIcz0nYBRUwMajcOIJzE5MozG0REkGhqRqGvAeJCiGzZDoLaNQ489ClXVsP6GG3EwNY3+gdN4/PAxFBwHADDQ3y/+6f/8byQSCVx93XXkpjffjHgiCVVVycT4OAqFPJjHkM1mrPX1ib71jTUf/dvHdz/zTXk+LCtSQM6Tz3/4Pb/8TG//p0eLbncoFtcBwPNcMM8VnLOFVkcgImXmneecC2j+YCj/a8FEN2Z4pWVeiSUzmYQQgOfizRt7cNu112Lnli2orWuoTHQEACDz5qvwLQpN06FpOiKxBFrbuwD47q9iPov07AxGJ8YxPj2NyZlZTKfTGJqaxvBsGlO5AjhQtk7ObxNWx4DCaoxQCAK+a1WU5gYPXFiFooXByVkQAIwL/PvuffjUe+4A1TUIIWCnZhBO1qAw7UFVVFACv6SOoaPObERdQyM4Y5idnkR6ZhpWLA7XKmKirQO1LW2oa26FqmmgnIMqCiLhMFTbwqFHH8L6m29F1zXXYt+p0xienlmQpZhOp/Dkj38kDh84AE3XEYlESH1DAxw7jmw6ne+pS/Tt3Lbl45/40leery7QKFkeZAzkPPjCr33gN586dOpTY0WvJxyNqYQQcMaE69hwHQeex+AryLz4R9VgqeooOgEhlmUhGo1ADTpbAQFFUxGOxpZjE8/OIqWMBOeIKATv3LkNP//Od2LH9h2IJ5Kg9DWeUsHsdbphIpZIorW1HT1re7CusxMbO9rR09aCrvo6tNfEYVCgaFnIWTZKU6iel5gsm4gsz1gURVUhhPBdWaI0IEnAdjx4vCKqs/kCTF3HxvZW33UouG95qApUXUe0uRVePgcvn/XdVsGsgrF4EslYHDyXRXpyHK7gaOnZCMM0caZ3PzTXQTgcgaIoMM0QQpRidOAUPE1DT1c7LMsmg2fGSMnVVo3j2FAUhUxNTuD04GkM9PWlQ7mZl5VC5lf/+qHHX7z//vsXLiS55EgBOQdf/q0P3fPkgeMfH8u7PaFItORbEp7rwrEdeF6Q9VJaYF6xuUUflBDX9RCJhIMy7f5dfiQag6ppl3YDz8nCHErOOepDOu6+bic+eNe70dHVM8/qOMd6SoJ6jg6dUAVGKIxYshYtLR1Y09mJ9e1t6GluREtNHK3xKFzbRiZfgMfY0kJCyNy/l5zl+V1CyKKp4F4w4BCoHJXByRlcs7YbiUgYClX8Mu4AtFAYkcZm2DNTYFaxPLmZXyWaQNU0xBNJaJxj+sxphJta0Ni1BhPHDoMWCv45rfqTomm6jqcPHcPXv/8YGupqsGNNKyCAselZ4rilkvR+izjnMEyTeK6H9Oxsuk3HngjhH3u4f+LQJdp9kvNACshZ+Mff+9WP/mhf78fOZKx1ZjhS6gUE5xyu4wTWR5DxEkzFCSCwOlD1qFgiJMi8MgwDuqYDJBh5Timi8cSK9/Fz5qE5GsLP3HQD3veuu1Db0Bz47s7iTSjvA1SquZJF0njPtu2EQNV0hGMJNLd2YH33Gmxsb0dbbRIN0TAMIpDOZJErFv15VBYTk6XWX0o35rycRcb86Vj9ub89Dzx4XiqXUX1X7696ZR43QigURZ13iOblCRIClzGMzKZw67bNUJRgCgGF+qXca2pRnBgFETyY3EypmmZAgaIoiMbiYJaF1Mwkundej/RgH0Qmg1AkCqr4k6I9efgoHnhuN6bTafHC3oPgqkk2djRBJQRF2yaux8A4Q+mE4Zwjk0plWlX+Uozj3sdGZ6V4rDCkgCzBt3b99i89svvQJ/uns+uMULhseQAA8zy4ju0H0BmrurcmlY6x4q6apyWEFG0bkXAYVKmk7pqh0KWpe/Wa4gG+C4Z5HtriYXzw5jfizrffgWiiturzeVTPgV21Dy4UqqYjmkiie81abOnpQXdDPWrDJqKqgmI+j0w+DwFSFpNSKwXnZXHwXDe4EbDh2rb/t+rhucFNguvA9Vx4rgvPc+FVCQvzPHDmC4ofKlp5WWOleWXmt6vk/isxlc2BC4Ft3R2+QBAKqqlQNB1OarosGL54BJ8Hk54RSqGqKvK5HEJ1tWD5HHgmDTMcBlUUPHvkBL799E+QKRTKExWeOj2EE2cmSENTExIhA5btkKLtBJ8L5DLZbKtB9sV15d4fDk8fvLR7TXI+SAFZhK//93s+9PDz++/rm0itM0Lh0j4KYt2i3PFUWx+oFo4FoY+K9cECf69pGCDluldANJG8dNlXr6qD88WBeR7W1ibwc7fehLff9na/LtISlVpKVgbnzO90HQeuY8FzHTDm+Z2t8O/2/QCv8F15c2JG57kpINDNEJqaW7F9y1Zs6uxAXFcRUSiE42A2nUKuUPBF37bh2BZcx4ZTFoyKJck8DyxoU2nwY/m2vepvKelBcAHO/bEsJetEMA4BAbrChMTv5CvxIoKKxVwt9AOTU2ipSaK9vg6E+CVSqKqAFYv+1LFBrIpW3yAQf1pZXTdhey4sz4KpmxC5HHTDxDOHj+Ffn3oOM9ncgnZZRQunz4xgfDYDjwsILoifTJG3OiLa/qaQ+nsPnhjbe4l3l+Q8WTln+Arh3z93750PPv/KF3rPTGwwQpE54gH4pbMtqwi7aMF1nXKGS7lm4tk8OYSQfKGAcDhcHnkuhIBuGIglay7WJs3j1Qd0mediU2MtPnDzjbjpplsQjiWWdlkRAu65KGQzyMxMYmZqEpliEQwUmqb5c7xTCoUSKATQKEUoFIIRiiAci8MMR6Fqul/CvroDnv97hAQpxCWBsuE5DjzXhm1ZmJ6awP7Dvdh3sg/945MYTmWQth3omh7MoV3qPTHneflVVeLAHCEoJUqQRT4rfYVSaKoGTdfPIzZ0aeGcgXkVN5wv5hWhFACS4RA+dvcd2NDaDKrp0GNx2LMzlX01J1kkIHhjOp1GjnhoaV8DTM/g6cPH8K0nn0GmUIQIro9gkKOo+n/OWqxCodAW0Y9110Tv/caeo09d7H0iee1IAaniwc///vWP7D7wlT0nTm/Xw5FSXfU5PZfrOrCLRdiWBca8Sr9WujOdw9x5RikhJJvLIR6v1LkSgiNRU3fpRp6/ShcWZx7W1sbxC7fehJtuuhXhePKs8Y7ZyTEMnDqB6XQGluMim8/Bdl0/c0dVy9YJJQQKIdBUvxS5aehIxmOImCaikQgisYRfMjziJxYQooAxF65lwbWLcCzLtyZs37LxXAfM9d1LnHlBPEOgaFs43j+IV/r6cWpyBpOFIlK2C03XQSuBmHL754sHsISAlJ9XYjvlXRzsZ0VRoBulEv0r51IrxXlKIiKCSgB+B++fx601Cdx79zvR2lAPxTDgFfLBOBxaqvWG+ec3IUA6l8VUIYP61k48+dxLeODp52D5c5YDqCpnUyUd1ZVtbNtCa8Q4tK0p+em/e2b/9y/RLpG8RlbOWb3MfPdPPr1h7/G+rzy+78h1xAglFp1yVgg4tgWrWIQblM+eewd1FguE+FV3hRAIh0L+LINC+PWFausuobvj/C0QwTnqTBUfuvmNuP0d70I0njzrd4f7T+DYieMYm5kBA4FuGEGW2VIL+Tsrk0ljdmYa7a2tCOk6QoYBTVUQ0jXolMLQVOiGCVXTAYHA6rB9F2LgAptvGSAYb1Lq5yzbxrFT/dh7og8nJ6Ywnisg7XgwDL2q8GBpSczt8OdYKXMFxP+zuDUihAChFIZhQKtM7boi8K0PVhbaSr2yipWwpasDH/uZn0J9JATPsQEgcDVWapqVl4G/3/JWEWdSU/DMKD77t/8452ajbIGU//HfDRaF47ioNZW+nW3Nf/r3T+7+6qXcH5LXhoyBAHj0i/fWHjk98YXH9x15A9f0+qU6Pc453OBOl5VG+JJ5gXOy+IMQSorFIkKhEBRVAUAgIBCOxipl3C8J59mJCQHKXNyxfTPed9fdiNfUn+WrHP0nenG49zCmcnkouglN11GaOOhcD03TMTpyBonaOkDVYDGOXLGI2UwGM7MzmJqaxvjYKCZGhpGanoBjFf3AsKoEQVwFJMgKIqUR67T6Nyh0TUNzYwM2dnWiKRYBXBfMdVGwbDiMz0l3nS8glTtunFVA5j4ngZdNgDHup9SuIHdWSTTLFlQpASSIRRFCMJ3NYWg2hZ1br0Jrcws0w4BmGFB1A5qmQ9V1qJpf10rVNCiqhjMzKZycmMLRkXEc7x9c9HQji7xkHkNUJQM7u1u/lnpi99/0nt9UCJJlZtULyBO7dqnHpqc/96M9h27PMdJeNRBugfXhZ+6UgufV45gqQfRFH/6FSRzHgWmWSpUIUEoRia3M1F3mOnjT2g784t3vQXN7Nxa/ngkY83Ci9wB6jx5B2nahGear3h5CCAb6T6G+oQF6cKdOFQVU00F0A0Iz4AgC22OwGUe2UEA6nYZtFSGEgKrpvgCc62cJoGkaWhobsLGrA/XhEJhjw7Zs5CwLKGcrBV8ut6/q9WICUs6gmJ/K7XfQpYQBSumKmp6YEFLeNlIWkZLl5m/T+PQM9h07jjVd3ehq7/AtQd23qDTDhGaY0M0QFN3EK/2D+PYTT2EklcHI5AymZ1OYe1DIvL9+KzgXUMGHd3S3f6OTmX/8lcFBWY79MmHlnM3LxNtv3fmrj7986MMjmWKPopYH8S169+MFqZyMsWDinvJ1hrnWB+ZaH/DHfqiqCk3z4wCCC5jhMAxz5U1Zy1wHGxpq8Mvvfhc2XXX14v57QsA8F70H9uDIsWPIefw1pSGXdvTkxBgIIUgk5rrJ/Awf6t/tmiFQIwRbEBQdB5GGJgwNDmJ6egqOZUHTdejBQMxKBlzVo7JWmIaO9uZmbO7qQEShKObzsGwHWcsux2qqNrWyggUxkPIX5lgf1SECQhBkdonyGIqVQsVKmysg1W69TC6PPb29ACFY29GBSCQaWB8aVE1H1rLx/edewP/67n9iMpUCpRRDI6P+mI65t2FV//o/L4QAc53sjjXtP9y+tukzf/ifP7Qu2cZLXjerWkC+92e/d+sTew9/5vDw5GbNMOeM9ZgP57w8DqBSoC64yBZYH4uM/bAsv/JucAdKQBCNJy5xZzI36LkYnHMkdYr33/gG3HLr26Aoi7tdOGM4tH8PDh89gqIgfgG/19SkUhwkCzhFGJHoki49Sn13lKYb0EJhdO68HlOT48hks0jn8piYnEI6nYaqKDDNpSyhstyDEIKQaWJtRzs2dbSDBVWCc5YNl/NymZmlBKS8/rNkZFXDhQAl/qC6lWR1lsUiuPmZ72IEISjaNl45dgxD4xNoa2pEXbIGmqbhxPAw/unBh/CNhx+BZdvBsRPI5ObO5SHK/5SfEABwHQeb25r233LV+vs++b+/M3jJNlpyQVi1AvLQn3567U8On/yz548O7NTMcKn3W1Q8hBDgjPmZPoH7akHY9Sz+K0oIsR03GPtBIYRfdjsUjlzUbVzIglvxBQjHxq0b1+Lnf+r9fsbVYt8RAkcP7sX+gwfgEuV1bUepI80V8ljTXIdUJgszHFlUWMuGXbBcOFGDWE0dPNcBNB05q4hsvoDxqSlMTE2CAIhGonOtCVRbEP4/CqVIxGLY2N2F9roaFHIZ5AtFZIsWFFWd25Yqq2OO9VH1fMntDMSSBiO9VxJzYjf+GwuEhAuBgZFR7D1yFJxzjE1P42//7wN47sCB8j71b5AIbNvGnDB59aUV5Jowz0NDPNx//aa1f3ffP333wUuyoZILyso6iy8RD3/5HqN3YPJzTx84fjNT9Ppz3g0KAcaC0u2sNHgQZd3wWVxBSJB9Rak/DoIQf33ReHzJu/uLy9JZWMx1sampDh95953o7Nm4RLouQd/Rg9j98h549EIVfyRwbButjfUIqRSz+SLMJSyaKs8QIDgau9ciNToMwzAQjsZgRGMo2A5SmSzGp6YxMTkJQog/aVcpOaKso1WWAyHQNQ1tTY3Y0t0FU6GYTaVQtB04jEHVKinIwUILg+1zT4iFbS9bKv5YmJVkhQBV7fNfVHbRPCHJ5At45dhxvHDwIEampioWjBBBqRd/tD8IqVSaRlUWVpC5pRExccOmnu996TuPfm45tlfy+lk5zthLyOg4/8hLR/rfmvfQRip3l0tmfXAhwFlp0BUw/05+SeMDAGMcuVwu8Kv715Kqqn5K6nKwxFYKIVAXMXHH1Vdh09adS4rH2HA/XtizG64gF65yMAHC4TCGRsdw3TVXg1t5WLZ9zuYX0mmEE5UBmKqqIhQKoaWtHR0966DFExhLZ/DykWN46sWXMDA8DC4qbrwF3XfwUX1tDd572y34jffciWs7W5BUKZyihflVY6s7x9J2nIuSNcs4mztr4EqiynVFfAvaz2orlTChFC5jyFt2payJ4me/cSHgMeZnwgFzUn1L400AAc68/M6ezle2d7f8GWTG1WXLqrNAvvv537/++YPHP9M7PLFVNYwFI83nU3Zfea7vvuILs6/mB2oZZ7Asmzi2RWpMA4Jz6KaJkoKEo9HlnbJ2kTtfz7Fxw5p2fPCudyNWU7foMvnMLJ5++gmkc3lEEzUX9A5a0zT09Z3EO95yi6CckRMDQ4jGYmf9DcE5OjZvx8jx3jnvl6y9WCyOaCIBlwuMT09jaHQMYxOTiJghxKKRIMdhrhVSustWFAVNDfXY1NUJgxKkUinkLRtuMHYHWOi2Ou/9QUiljtSKs0Kqn5M5+2cpi6RctoUAlFTVHhOVqYrLNogAPNfFupb6wbvetOMPf/VL/7Tv0m6h5EKychLTLwHf+8In6vcdG/rk/r7h9ZoZKqVcnf3uJ5hPoVz2YdGvCLiuR5jnwaAEcdNATXMD6muSaK5J4tlDR5H3gqKLlPpisiwsvqlCcHTWJvC2q3egoa1rUeuDuS5e2bsbU7OzCMWSIBc4+E8IwWwmi0KhQG644Q3iuT2vkFwuh1js7FYO81womgbmugs+o5QiEo4g1B5CTU0tBk6fxp6jxwFwnB4dxaaetUjG45X4OEpuqOANATTW1+F9b38r1nd24MGnn8WxiWlkLSvInnsN4gGUK/8KHsxiuaJEhIDMHRo7b9v8zwUBIAiIqFgVKiHghPvz3Iu56wAQjELnENxDa31tbjD01R9fgg2SXERWlYCMTBV/Ze+x/jcwRas73+5PwC+Yx1mVy0EIeJ5HOGMwVYqwpiFWE0MiGkU8EkZtIo6mhgYkE3H0nRqAVw5CcoRCkeULoC4llYxhW1szdl593ZJlSk73HcOR48eghKJQde1Vl0Q5e7v837QdF47rglKKW264Fo+9uA+RyOIB9RKFTBqx2gakxkeW/A6lFNFoFB3t7eg71Yctmzag9+hxvPjKfrQ2NWHzup5KuZFyGKMSz9A0Fdds24qG2ho8+uxP8OLxU5i2bVBdD+Iqr3I/CAEuOLjgoKCLOdOWkXkuuerTIbBCFkTRSCAklM8JnFePUi9ZIq7jgnAORVNT998POSnUZc6qEZCHvnDfjY+8sO+nxzKFbq0yXuGs1oc/m5sf/3BdF7ZlkYimImrqiCaiiIVDSEQjiEXCSMRiqKlJwtB1lEY/AwKvHDvhT3YE/97NDC3jlLXzOwT429hZm8Rbr96OZH3TogtlU1PYs+dFZPIFtNY3l+5BgzvVC9j5EQLXcQEBXP+G68QzL75MUuk0amuWLjSZmZpAoqnlrAJSglKKcMjEW9/7HrFp3SHy7It7cGJgACMTk7hq4wZ0tDT721M1LsIPDvt/Otva8At334XOPXvxgxdfwlC2AKZq5XTf86VUD0r41WdB6GsXY3880oUUIP8k8Te5NNBwbtHDBbXBhPCVQGCRK6oSA2HMr1hsapoQhBYvYKMly8SqEJDvfWFX/b6TfR/bf2povWaESmf/OcXDtW1iF/MIEaA+FkKitQHJWAzxSAjRcBixeByhUKjKP0yqEt79S3A8lYaraKCErIDqrASYN40091ysb6rFxs1XlWM0cz7nDKeO9eLUwACSDY3Va8IFE4/gd3VNR6FY6Vduf8ub8Z0fPolEVfHJ+WSnxrHm6uvP82f82Iba1Iw1+ZyoravDif4B8shjT+D7Tz2Dqzdvwo7NmxAOhcqupflxjlg0infd+v+z9+ZRkt1XlgwvyQAAIABJREFUnefn99bYI3KJ3DMrK7NWqaokWZJtybYs74swGNP2NAxguoetWWY4AzQH6Bmh03OYZoDpYeb4GEwPxm2G7jaLMWA4lm1k2bIsW0tprVLte+4ZGXvE236/+eO92DKzqrKkEi6V83uqMjIj3h7v/b6/e+/33nsfIwMD/PUjj3JiZY26K7GuKabVW0fq1dDwa2K7bJhodFlm7XhGh1wUkQUS/aW6z61LdRX4QRifsiwpblgFwTauBd8TBLJaKv7Is8dO3yU1K3c111Xge8JrNokbgrF4jGQuTzaZYLAvRyabJR5PROXAoUfH2559dZ6LxaUlHKnQjPAhiieS392gaeuZ7TqEyf4cb967m76h0U3dV6vzFzlz9jSVcomRycmN27se5xPt17Qs6rV6mGcjNA4evFX902PfEoW1NfKDm9fiapTLl81X2QymYVD3fdLZLFklueuO21UulxWf/dzf8E9PPsNSocAbDx1ibHS4HTTuOUMFQhPcedtBUskEf/2VR3j+0jzldlxk66fcHWR+xddRiNfMCrnc/qIQefQvqvkVHYcMIndvu6eKbFsfCDAMk9CADbYJ5CbATS/j/fIf/Ls7nj959mMX1yrTXXWI1tW5knjNhgjqFZG3NQ6M5bltapzbd8/wxtsPcfDWWxgdGyOZCttzim7WaPdS2Gi/nzl3Dk03EISF9IzvpvJqEwS+x1R/llv33bLp577vceHsSVbLFaYmxtA1jUaj0Z41X+8RwLQsqrUqQSDbo/Z733Efi/NzGyS03eegm+aWJLFCCAzdoFGrCfoH2pbPrpkZ9ZEH3osdszi7uMyXv/k4Lxw9hlSS7lyRdnXfCHt37eLHf+D7eMueWfoNDae59SocnZn6usZVrxivZn3V+9pzLOs+a6NXtQaEnR6DoF3pt10qPnrVhNY6V6UUm+u0t/G6wk1tgTzy4IOxp06d/zfPnjy/x7TjG0qVKCnxnIbImDojg1n6MymGcjmy2SyG2RJpdZMF6zdxRZybW0DTdaQKW9Z+12sgrZtY9iXi7B8fYWhi5ybLCgrzF5lbXKTp+8xMjFOoNalUK8Tj3Ul+vQ6Y7oFc9Pxy9RlyPBanVmuEpWIiV9/+vbvVcO4xsVIoMHQZK8T3XAzTIvA3KrG6oQmBoes4jQaMjEAqDZUKaIIdkxPqnoP7xcnFAioIeOzpZ1hdW+Ou228jm8m0T6RTpCbExNgoP/YDH6Lvn77GV599gcVGAzu+hbIuYZS53YfjVbmx2lbIK9xAe89iwzubfbYBrdwWz2v3k1dSIiOCDGSAQkXiEYUGKvBl5ZUe7TZuHNzUFkgh1vzACyfPv6UpyXe/r5TCbdZFXHni1tFB3rR3lrtu2cf+XbsYGByMkvy65ZWXm4VBs9nE9/1N919uNEMPsXgVtaKuK3oH+uFMijfesg/DstctJvBdl/PnTrNSrhKzY4yPj2Pq+iaz7G7Nv+zahOiSqF55ZGvNYOOxGI2oci1StmfCH3jX/SwvzHVK6HdBKUWzXCa5hY6OrRiIW6shdB0GBiNSVeRyOW7Ztwd8l7179zI8PsGzx0/wpa99nbmFBdqVa9u3Reu8IZfN8NEH3s+H3nw3YzELr9ncwhRDdVkhV1346ufWOpjrgDBXdutsJKXsaQvctj5US/6u2qVcoioOUim5sb/tNl53uGkJ5Cu//xvjzxw/8xPHLy3OdFfZ9T1XmH5THBwZ4L5b93D3wQPMzMyGWdU9hBHe9KKd7LV57F3XdZaXV/DW5SG4roenwkx0Oxa7Qcp4d4498D1GsymGxndsumRxeZ4Lc3OUGk0E0N/fT8wyw4GdzqCvojyZcAYc1njSdKPruvXmPXSknb3XMSRZmyYCadlRXABAsGt2Ro32ZSmsrW16rNVigfTg0KafrdsJmqbhN6NAfSIZWiGRy2xifIzBTBIpJTt27GB6ZpaFQoEvfe3rHD1+IvL/R9kiXbeEUmBbFt/37nfwQ/fdy45UHOU6V3ertb2f6urLbuHcWsl6rw7Xtn6YA+Xiuk67UrVsWR+RgpEoRtMiTCE0iWKbQG4C3LQurFMrxX/54ukLB/QosqmUQrlNsTNhsnN4iMlde4i1igCKcBbVeqBbPBI2KIrGTKm6YuSdh8w0TXRdZ2FxibHRkbZaaHllBVcq0CH23Q6et9HxYeXTSfaPj9A3NEbPoCEESkoW5y+yUFhD08ISLLZlke/v4/SlBYIgaEtXlZSdcuum1e60KKUk8L2OW8P3UFJFM/hWw6dOw6lWLapm00ENDEKxEF54LYw7vP9d9/Onf/m3DPT3b3AF1tZW6Rsd7yiEoh+BH7pSWjEqr9HEd1xWT5zmkhETgeshK2XU4gJoGo7vMWTHOfLCi0yOjpEWGiO5PsqVEl957JtU63Xuuv22nkx0FV1SpcAyTd5z31uxTIPPf/1xLtSbYNqbTuZbiqWWzLXz7iu/T169K0t1eHuLkEGA02jiOk4Up2oF1yMCUSpsHdwKr0iFJpBKqdIrPcpt3Di4KQnk73731w985akXH1go1WZMO4bvumhOnQP5PvaO5kmOjGLG42hRWe1Q9ROuG/hhIptuGFHVVA0RSKQIOjPpdZO0oaE8zz3/AtlMhkwmzJxeXlnBNk3kK8gTeK2hpGQwleTOffva+SpAmzkrhWUuzc+zXCyTSqfBtDAMQ42PjQrjpWOUymX6+/rC66Zp2IkEyVw/pt0p16LpBpquhz5wL2xB67kugetGvzv4rhsRS3RNZYBTraCSKVABrBXajD4zM61G+jJirVhkoL+/53xqxTUm9h/qIQ+lFCoIkL7fkZE6DtLzqa+sUro0j+c4SNclWF1DNhooBTFf4hWLVIzQjal8lyHTxIkZPPrEd2g0Hd581xuIR4qr9SSiGwZvv+celILPf/2bXKg7aNbmJAK9aiylxKsY/GkfzytTdXWRxxbXVUrhug7NZp3A77gXW5ZQq+6Y0ATtYibhez6owjUe4DZuQNxYI9t1wtFzcz965Nyl3aYdw3MdZTdr4u6xIW6fmcbXNLBjiGiAE0IgO91p8X0PwzDRibriaTpCSIQUoWmOgA2F8ARD+TxnT51i9769xONx1gprGKaBnkhd97IfrxYy8OlLxBgcndxUsVkqLLO0WsC0bDzPR0uGfUzGxkaVbehirVKhP5dDCA3dNImnMwyMTxJPZzHsGKZtY8XimLE4mh4qb6Qf4HsOXrOJ22zg1us4jTpes4FTr+HUaxiXLrJ86WwYSxkeDQPcvkdYsk3w3nfcx5994R/o7+utw9WsVoi1CzuqtjpIt0w00+iQiq4RTycZ2DnFxF13tF1qsriGmr8EQmNgbY01ApqaTSKRoF6rkrN13njoAP/1H77Mtw8/R71R57577iGdCi1YoTokggLd0Ln/3ntQSvH5bzzOhbqDYa+LM/XIvq+HCitCK5fnWkikNdBvUezQggwC6rUqrutGuVBdMbbonMS6+yt0bUkX31/e8o62ccPipiOQv/7tX7nn77/17NsqrpwwdckOSxP37N7LUC6HpumomI2VTiFiSWTUMU3KIHzmALfRQEtoUcA1tEKU1BBSQ8gAIQICX6GCyFwHQDE2NsrRF18kfdpiYu9eypUqEkF8/cBxAyBhmewY6CObH94wcPmuw+LiAsulMgBB4KNHxQkN0yKdiFNsFFGEmn4rFsMwDHLDo/SPTWIlkhiWFRKvpvWORyq0fkJ5Z5gvIKVE+j5OvcrJp59gde4sKggQponK5WBlJbzMGuzaPasGU3FRWF2hr6+/HWfxPRe9pZrrLm7YqggbQZcS07ZI9ufIjI10NHXDeUjY0GyQGR3ilmpZPPbMiwz2jaFMHV1XjO/brR4IfPG3X/0GR0+dwXFc3nXfW0OFlui1RFBgGDr3v+VepJR8/rFvcaHeXFcDrUUcvVbItQ7im6KdELreJaZYP1noFZVtfb9KKWrVCvVavSs62LJkO7dV2NJXtScqSkpkIB1TV1cvHbCNGx431tT4VeJzD37UeubE+R85fnFpjwIKK0toQpBOptoSwkT/ALmhEVLZHKYdQzMMWhV+ZBDglUvhrFeEpS/0yFLRDSNq4WmiGwZC2yhv7M8PIZsNLhw7RqlWR7esGyR43oECBlJJ9u2Y3LQmV6WwzFqphK8in7qU6EJg2jZYFpMTo1i6RhAEmLFYGN/RBIl0mvRgHjuZRDfNjeQB4UCra+imgWHbWIkEsVSKRC5H/9gkg+MTkb88Gn3yw2Bb0FZ3Cd59/9solctYkTChFUNRQdBTIXbDWUfb1DWx0aVomhCpuAzTZGRkmIQZPhqmZYPQaNSqYtfeXdy+f5bxqSnOLSzypUcepVAsdp9e1y8C0zR5131v44E33c1ozNygYOuOg7TeuW752UK0A/Td295885dTyl3+YBq1KuVSMSoI2dKUda2m1oX0o31LpVCBX8vG9QvXeEbbuAFxUxGI0MbfdHpu6S5XqsFyoUClWuPJcxfVZ79zmEeOneJSsUSyf4C+0THiySSmZaFpWlsd0qyUEc0GejQACT2MheiGHr2Gs3DDjGbYLU1OFCTcMb2DZiCxgoB6IDGsG6/fuZIBKdtk3+xueqTK0WtpbZVKrYZlx0JalRJDD4PkWDbTs7OYuka5UsGKxUnm+rFsm8B1Oq1+u2PCW/kfQW8RWsulYhjQ10n4Q8DevXtVX9LGzuboHxklM5gnmc3i+14Uh4ncZ3YM3TQjktHb29CFwFxHIEIISKbAskApBgb6mRjO4zhNLMtCMwxKxTWy/QNqemqSvlSc6dlZLi2v8KVHvkYxstZal7F7amGZJu9/1zt4120HGbLNsFNf+8tQXR6sy47urwqdYby3Re3WJNabf+Y2mxTX1tqlSbrdcaqXSnrfi6TeUknHXzq/uaRuG68r3DQE8ukHPx576uS5j51ZXN7XqNep1+sITVMSOF8oqi+/fEI9ObeEjMUZHJvATiQxTBNFKDVUUqLqNaxWWQgVWiCaYaDrBrqut4nEtO0w0bBbygkMDg4wt1YMA9OmhW7eeB5CGQT0J+Kh+yrKgWjBd5qsrq5Qc9z22KKUxNCjATgWY3zHtEpYBk6zQTLXz+DEJHYiQWl5Aa9R7/GDbxkthU7L0ui2IAbzYMc6cX5N49677qBcLDAwMUl+agcD4xMIFPkd06QHBslPz5AbHiXdP0gimyOWSmHFExi2jWEYGwgECMkjkwMlSaYzamJinGJhNfpQUCisgRBMTU2Qzybpy2aYnp1lbqXAw197lFK5Oy+ul0Vits2HP/B+3rR7hpyhrZN8d4bb14A/2vfy9ULg+5SKa7iuszExtmtSoDZ5D0BKhQqU/I9PXNwupngT4KYhEFMm7jkzv3J3venlqtXwYda0zkCUTSbBNNHiSVKDw9iJRJgwGMVAKmsFTClJJBKRbz5ACA3DMNAMA83QQyIxDEzLworHEJoejr8tN4pUCNPk7MICiVTysgUAv5tIx2LsHBogme3vdlQDYT5FqVJG6makzgrPSde0cFC3Y2AajA0OYGmC/I6dDE5OY8WT1IoF3HrtVY1VoQKul4CEECGJaNFAKAS3HjigmquLyKhRVyKTRWiCgfEJcsPDTB+6k+nb72Ty1tsYnd3L4OQ0faPjpAfyxONxrE0IRGgapNOgGxiGyWB+kIQRztJ9qajVG4AgOzioJsZHqVfKDOXz7Ny1i/OLSzz8tUep1uqd7fX8EGQyaX74B76fA2Mj2EqG5VrothBar+vMsuuBSN77aqGUolouUa/VwjL2rdyOLkfcRrdc1/qRpa8ht8njJsFNQSAPfvSj1lPHL3745MWFA7VqhSCQaJrWcwfv3TklcrksgyPD2LE4ViweWiBK4TYauGurJAyddDpD4PsEnocQoRJL10Py0AwjcmUZxBKhC6w12Wxp8PPDw8ytrHay2W8w9KeT7JkYX/dueJy1SpFKtYYdi4dd5gBaFoimQSwGhsHu2Z0kE3E0yyaeyRFLppBBQK24irxKOZErIfD9aL+9g4/I9YXkRejGMkyT/TPTzJ070xYcBZ6HnUhh2THSfX2M772VHQfvYMehNzB18A4m9h9kZGY36Wwa07I2H00tO3RlKUkul2VoIAdKESiF6wfhvi2bicnQCgmCgOF8nunZWU7PzfPlR7/e1Yq3S5UUvQzn83z8Ix9mRyaF7E40VC3VEtePP5TquftameCvZuNOo0G5HKZvhDHAXldVj/mhup1Xquv8VMNgOwfkZsFNQSA79/RNLhZKw9V6Pem6YR5HtxtkemxUDGSzCN1gdHwCzdCxYnE0w0BKydr8JRJCkIjFMU0LIQMC1w1nS7oeWSChG0uL/huWRTyVCnMdoO38HhwaIpBBWCrjBoOSkrRtMTO1Y9PPVgurVBphoDdstxp+pmsCdD0MNus6k1NTKpuK4zZqWMk0diIJQlBamsdr1Dds+1qOT7+c5Ll/MCSxyAq57fbb1NqFM5HbS+G7TQw7hlIKp1bFMC3sZIrs0Aj5HTOM7bmF0V17SafT2JcpaikMAzJZ0DTiyZQaGR6iUlpDSoWvwppbIOgfGlbj4yPUK+E4ODo8zI6dM7x89hyPPPZ4T2mbdqn/6OeumRl+7EMPMJ6M4TabveTB9bM92vdkzwm23FnXvhff9yitFcK4h36FYaO16U10DNHbFU2p+Ws+gG3ckLgpCERX1H3fazQajU5/5ihC3J/NiEO7Z1lYWWVgaIhM3wCapmPaNpqmU1iY4/CJ01TdoK1Ksk0LrxHmKQhNC5VXehhED/+HyqxEJhuqdFoBSk2jL5cll00j9Bsz/pGJ2aT78xvGkEa1TLlcpumHrpXQvx0FnnUdovIkGCZGLMZgJkV9ZR4hBFYiiabr1IoFnNorq1DRqp1k6DqbpdOJXA66mnEl02lG+zMUV1cA8F03rOmlFI1K1wRXhJWQrXicZK4P2zI2tBTuuRR2DOwYdjxO/+AguiaIJ1P4uoHbbAoEWPE4Y2OjZBMdIpocH2NiaorDR4/x+JNPtffdfu2Kl731zW/mh+6/j7xt0mxu9Oa8FrGQNlrHdA0urdB1VabRbGzult1iEEcqiVCqbqjgxJZ3vo0bGjcFgfzYb39qfmZ86O/3TI5+3TL0eRX2nyWbSvLmQweoNx2Onj7L6MgwZiKFEALDsiivLPLE4ed49sIC/3D0JM9enCOQAXYigSkDlk6fwKnXQ9IwDXQzfNV0o01CiXSmLdUVQiMVizE40H/DyXcBbNNgNJcmleunMyUMB5RGpUSlWiWeTAGg61o07ikMXQstEAjdPKbF9OQEbmmNlbnzxFNZ7HgYO6oWlttVca80rqz31sgoI900dC47uvUPhFZI6DPk9tsOsXT2JACB56KbFmo9gfQ45xWaDNqb950wM76HrQwDUuE1SGczjI4OhXGedAa3VRZFCAZHRhgdzlOrdBRYM9PT5EdHePzwszz30kvR5RUIOjW0Wj7PB977Xu47sJ+soeN7Pt3B9NceIrocW3NpOc0mlVKJ9eXsgct/yWrjZ1KG8Y+Y9J99pUe+jRsLNwWBAMwkhv/2p37wPf/+I++69y/v3Df7Dwd3Tb/0zjfeUVVSymeOHmN4eIjZ2dm2e6u2tsLj33yMZ89cwPF9dalYVn/33BH11ZdP4ktFNpFEr9W4+NzTrM5dwPd9dCMsFKiboUtLaBrJXK5d+r31gBlbKef9XUAmHmO0L4u5iby4VFyjVK22z6VbpmzoeodAbBtMk4mJCaVqJQoXzhLL5LAjYi4tzfW4sS6n6F2PwAsJxDINxGX4Q6TSYRwGQAjyI6PKDsKyKIHvtWtUuc3GpuMZSqFFn7i1Oo3VgpB+b4VfoWmhpaPrJNMphgYHyA4Nk82P4FtWW/oaT2fUyNgItq56+G7v7t0kszm+8s1vce7CBVpS6d5+IoJYLMaPfOQjHBwfQQv8rsH8OtDIuvjHZmh/HhHr5fYrg4BycY0gCDZXXV31WDovUkqEUp4n/TNbWHMbrwPcNATyM5/6lPcv/5f/6yv2zoO/9EPvf9en/7v3v7uwb3ryvJLe49lk7Ojt+3ZV9x28TQE41TJff/gf+epTz1MO1TUCoOZ6PHH2ojqzUmC1Vmd0YBCtXGHppee5+PxhSstLOI16SCJRgmEskcROJKPEOYHnBzQkyH++6eSWkbBMxgcHN5lFKkqVMnXHaQ8+PRaIYYQzf0CYJpgWQmjkYiaNlXmEbmAnUyAE9VKRZrW8Yd9XQ+CFdbFM07zy4Jfrb1shQtfZv3c3S5cuRImE4ftKSrxmozueG56mDDB1DbfRoL68IoQmMGKbVAowLYgnsGNxlcmkMSyTbH6YwDC6gvmCkbExRoYGcJxmmwB0TePW/fuQus6XHv06xXIp4pwOibRyMYaHhvjxD/8A07kUzXr9+gqwtqDfCLmsS4e+CXHXa1Ua9fpGi/pKx3mZ9BKlFDrKubTqnrv60W3j9YCbhkAAPvvgL2Z2as0fcF35Li+QnzMN9ZYPvf2ND/zm//DRb//gB999escth4RTq3Dk299Qf/75v5cLqwW67nQBiInhITFXKPIPzx3hiTMXSGdzDMYSePNzrJ09w/KZU5w4/BSry0tRgF0n3dfXfsDq9QaOH/yzOiS2AiUlCctkYnSsd6BQCqdRp16v4Xc1/QtrgAk0AZZltgkECK0QXWfHjh24pVUK8xfCOlimhQIqywv47rU1nPM9l8D3sa5GIKlUNIiHg/COXbuUU1gEIgswKp3h1msb9+E0MYSgsrgsNMMgMTigNq1TpuuQSGDaMRKpFEJJEtl+fKUglW5/s8m+fjUyOgLSj1R44fW0LYtb9u1npVThK49+A8/3u8hD66obJThw4CA/dP99jGeS+N4rV7B1Izy+KzNIz93ZFXLq7o7oex7lKNP+mmozqt5f2wSuZDEmKJ+Drbdu3MYNjRsv0vsK8OkHPx6rkc85iAlDiLwM5J//64f+j8dbn3/907/7TzO33T1TKyyzeuF0PWZbCztH8xd9z82vlqt9dccd1sL64kwN5ylWqpxeXObkwpI6u7om7pmZYnowj24Y+IbB/PHjzJ0+zfDsLnYfup1kro/i0hJOs4HvuTiej5Siq9zJdx9KSkxNEE+F3fUUnSGmWa/iOA5W1PRKKUXQdJC+H1ojxjoCicXAssj19Svz3HlRmT/P2L7bsJMpfM+luDjHwNQs8fWNqq6AwHUIfB/TMltlkzYdAoUQqEwOCssgwI4nGB3oo1Ypd2pJKYXbqJHs6+5gqKgXC8iGA5pOamRYacbmcSohBMqyEaaJZVuYjk8smcIrFqJcGAsV+AjDYGhkmOG5BWq+HjZTCsIYSzaTYmZ2hqMnTjD61NPc/9a30l2+vtOgSvCed72HC4sLfPG5I/hKor/Ked2W77puVmhVX2iVIIlyPlzPjSoErJPtdu/kckGu9ZCqEhPbNbBuJryeCUQ8+Pa362N791pB3cwlbH3A19XCT/yv/+FT3Qs98uCDxsjug3vcSvlNZ8+fWksPjX1t1533fOlnP776pfraygdeOHH6gW899/LE6YsLqeVSJZ+KxzPnF5ZapajFcxfnOV9Y4+7pSQ5NjLHz9js4tHcv85cucuaF51mdn+fud7+PWCoZlij3PbxAIpVAQ9v6w/xqcZXqq1JKsvEw6W794NysV6nW69ixOIHvU15YwnddFFEzIF1bRyDxMHPbdRke6GNlZR5fHiCWTIVKrHqNeqlAPNu3pamrAjynie97WBGBXNUKqRTBD0AT7N6/jydfPB65kQQKuSGp0W86rJ46STyRILdjQmmGHhHOZfakh+4q09CxfIlu2fhoYZA9kUBUKygEmYFBNTQ8JM5cWiGWTOI5ThjPUYrx0VFK5TJPPHOYqYkJds/u2qSUCMRiMT76wIe4sFLgO+fn0ROv4rF8tQmD0TF5jkOlUm67BV+Fb00BIkwgVLW4rp56dQe4jRsJr1sCeRAE09OGNpqMNXHKv/DQ72w6s3H72Ncol98r/UIdTfxO//DE4wrtDfvf8UEtN7Ljk8AnH/7Ev9tfrbg/+tKpi/+iVGnISq0ayCAYaAXc1+pNHj5ygpfml/jpPXuxEOyZmWHf7t1885nDfOPvv8Ab7rsfTTcIPD+MhwTqqoP6PyeSMYuRXIZ4MhMNzq0+3IJyuUS1VkcaNitnzuE7LrnxUVTg4TZK4dDRRSDCMFB2DGo1xqam1eKLL4nywkXi6RyafgkJFOcvkhkaxYwnt3R8XrMRJgNGvTOuNLgLIVDJNFRKgCA3mFdW8IJQUqLpOoEncbpdWEqxdPQlmtUKk3t3A+BWqhiJ+OXzdXQdYnEsy8LyHHzHCZcVAhGLo5wmBAGxVIq+gT4WV0uYqQyu2cRp1EMrzvPYu2sXzzz3HF999OuMDI+QzWY7FggtyblgaHSMj777nSz89d9yqdYMk1RfwfTjcpbbNW0jsj6CIOjUJ2tt/NohoBVAl56Q8vCrPLxt3EB43RLIQyD5zGeaXMGf+kc//dOmnUx/sFJYFIPj07+57x0f+mR5bi4vhLonCMQEcBrgvT//vx0FfvMPf/UXMztGTX9kILX3m88dnT5+YS5drjWGhaaZQmhcWivxlScP059KMqDBLZNjvPMt9/LwNx7jxSe/w559+1FK0vR8VOSGuOIs93riKvuIWxZ9yTi6afSWtRBQr9cpl8uUFwoIoZGfnSaWSuKsLIc1wjbbfqTG0qUkFzOpL1xgcN/t2IkUzWqZ8soiTrUSEsjVAq6Eyinf80jE7K2RbioNjRpIhW4YTE6M4TnNcJD3XNxGh0BWjh+jtryMlbSJJ1NUFpdFzIorM526/GEJgTItjHhCma4UjWqZWFS+A9MKrbBalcD3yaTSZFNxGkIQSybRNIFmWgR+QKNSYu+ePbz0/HM8dfhp3v2Od3XUWK2CYyIk8jfc+Ubefvw4f/WdwwT/XPfNJvBcl1qFJiMcAAAgAElEQVS12pWQe43MEa2iuvhMSomllOsU/eev+wFv47uGmyqIvh7ju/NjTqMy5xVLP73vHR/6JEBmbGxZKmkIRL572U/+6s/sFoojjtv8xK984rMf/NEPvP1jP//RD/7N/bffcqwvET+vAr+mpOSpZ5+nP5/ni8++yG/9+V+pP374EYYnp7hw4gQrq6v4nofj++HT0+VP/m7D0vWwHliE1iDmOk3KxSLnj55E03XGbtlDLB0qqgQQSIkvJYh1t0o8EbqxgInpGeUWFvGadWKpdNikSQaUlxcIPO/KU+Lo0nhOg8BzsWP2lgZOoesQDzPg0TTGd+5UXrMe9nyhlTUO5YsXKJw+TXpsjEZhGTxJYnBQWenU1Wfquo6RSmHGYji1MgKBW63RLJVxHI9mtU5tpSDwJLbQaJSLGJaFlYiTyvUzOLWT/vEpRid3MLtzivMXznHq9CmgY32IiDwQoOsGH3n/B9g3ksd3rk2EEF7Ly6WBX2353vcqpWJoMWzIZL/Mdtb7HDvk0XlLBmsxjdLTsF3G5CbC69YC2Qrq3zl+EfgvH/uLv+gR+2tCFKXokOeDDz6oyXJhDEv7x5/5D//PWYAf+s3ff/HBBx/8n959l9133217fuI7R079+LePnOwvVKq5puOkhgcHeX55RTzy/BEefeGoSlim4LnnSJp6R8KrIjeREK+RJbLOYXFZl5nCMnT6MpluSQwAbqNGcWWVRDrN2K37euSaQgikVOH5rNuusO3QjeU4xJJJEpqkvnQRO5tH0w2UDCjMnad/YhrdzF31TALPw/ddrEwyKuS4BSST4IQGaDydoRJ0rrEKApxymUtPP008lyVoNgmcBtnxUWVl04jLlDOBUHAQeB6B4xI4Pn7To7a0hF7S8FaLwm82MQwT2xDEEzESA30qVy2Lsrccup5U2Lgq3T+IFU/guy5vuOMQK8vLvHzsCGNj46RS6V5Zb6Qq6x8a5fvfcg+Xvvgwa25wzQmpLffk1nW83XaCwPM86vVapxLBeknVphfssn92JI5SVRIa2xnoNxluagJZTxwtyEA+idBmFs+cGRneuXMhv3x2iFji9MITR3pq9Dz00EMSWFXwfxof//gn9owM/PC3Xzr5c9964onJe9785oFzFy8ZpUqFQClRcVyeOXGa/UN9IMLL2nouW+Rx/Ulka9tSSmGbBoN9fZ33ole32cTzfSY2IQ+hhW18gyDYnJhsOwwqA2M7dnBmbg4rlyeWSNKolnFqVWprK9ip0O+/2fgjABmplwLPx7DtLbcAFoaJioL5aBoJK8aFahmN8LiPfekfkZ5HamiIWH8fiVTYjXKDNRVdI6RC+h5uvSHqK6vUV1ZpFtaorJUoVmtouRSZ/ftJDg6gaRqmaai4HeYD5aVP2fVoCtHuGWPF42imhWUb5BJZbr39NvWVv/t7ceSl53nTm9/WE1Bv1cwSQvC2t76dJ48e5csvnohyXq7xnrna4u1Ew2hBodrvV8slpJRhLTSuwXl1hYXDPjHSSQr1+a1ubhuvD9zULqzLITc29aSAWiIWGwRYXq5Xl9JD8w89+qi/2fIC1L/6zGeav/Lpz//pX37nhTfuSem/mk8lSrOTY0UvUtwArFTrLK6sEkhJp4FOqITvcWe9Vi6tyww0SiosXSeVzmz4rFGvImwTOx5vk1trK5rQkEoRRF3nNqDtxlKkcv3KChyCWhkrmQrJUtMoXDqH17xygUWvWQ9bnfoe5jUQSHgMSdA0hKZhx+MEjRqguPD0YRZOnyI3MUH/7C6MuE0iEQ8H5HXbV0qhggC/2cApVwgcByuZJDUyTHbHJJnRYRK5NH1T4wwf2K8Gds+qvtmdKjU+hrBjKCmJpzMqEY/RrJTC711KQKAJDdFsIOt1nLWSGMkPcezloywsXNo0uRDAsmN87H3vYyKXIvA3vSU3omV9tqyZq0Gs/0MQBEG7VHtYE1ldYZ2eVa+4m0BKDKWc1TXnkasf2DZeT7ipLZArQSM44+PXAR76i7/YUgVAEc2x/vix5z/7lz/yw9/MDw58prq6PP3CmYsp3bJylmmyWG0QT7hYuoFqVZRf71EIZUav3hpp9/NYL8oX6xYLS3iEeR5d3mkBTrNBo9lES8fb22uV/RBCYBhmaIFsMkoI20ZZNnguCMHY1BTnFi9g5qcwTIsg8KmsLNGslLCuoMbyGnWkDJCBh2nHrq2SsWWFVlBUOTmZsFk8e57lc+c5cN87GL/zbvR4jKXjL5Dp6wutj80IStPQTBMzIRC6rvSYHU6qZYDd3ydc2yAzNBhWX47yZNxKRVQvXaIyN0dheZWXjx5joVhBaQaBEsRSWYx4nDMvvcDKudMIoSGVxIvZ9A0M8cDwKKZlt8mjm0hm99zKfbfu53Pfeuq6B9Q7d0hvzKReq4aVpC+3ry26sDZ8rNRqSlPnjoB7zQe7jRsa37MEksI6WxLu8PLycjqfz1euvkYv/sXP/frpf/zTP/7Mz/7sz9h/+Hu/d9uJ1dKHmoE+UG40zPH+ACOatYseI6/z6LaT5V7NwLCZ22Az97eSJG0L07LX95DC9zwq1SrZVK5nOGltxjBN/MC/vBslFg/jEEqR7h9U9tycUH4TK56gHvWOWLt0jkSuH/0yLX7dRmiBIMM+69digQghwlhM1G88rhssHD/ByK4ZZu+/HzOZxHcd6sVlRoZH2kH39dsQQoBloa+PjQgNYRgYuo5yHZqrBeG5Ls21EstnznLquRd5+YWXePn0GS4WigxMTZLr70e3LOK6iYngxbl5Tp8+1762uYF+nj1+gltPn2TP/gO95BEF2BHwse/7EE+fPMWRpbWo6vPl0FtZIDqpLV/DlnVcq1Ra4f0r7mJL79PlvpX+Wp+m/m7LB7SN1w2+ZwlEjI7Wls6ebTS1RfOVbuMDP/FT/+nhP/tPP/vzv/Frn/xvv/8Hv3u6Wv2jE9XKO0CglEQFhE7ClhRSiZ7Bvd3k5xWTyNa81EKIkEBadZxa6yqQgU8Q9bkI/0XJeJEKx47HLx8DAYjHoVEH1wFNY2x6pzp74ZJQif7Qo6IZrF46x+D0LhKXIRCnXg397ijMWLzLFbNF2DFwHQLXZfG5l7CTccYOHWz3aJcywCmukJm5TSG0TWMgm0EGYTC9Wa1SnJvn4uEllpcKnDlxirn5BQqlMpV6g2K9TrHewJMSkc2SHeiPSEFj7twZFs+fw9K09pXXpeTUpUWefu5ZJnfsJBEF1KGVnR7SSHZwiPfdfScXHn6EhpSXJ9ZukYNo/7gKRNdvCsdphq12r6S02qLnVXT94vsBpgyaTc/5262tvY3XE75nCQQgv+PTixe+9T5bqc/pQnxs04D71fDeH/3JP3z4M3/09v/+3/7P89/3r37hnW8Z7Tuz4jp5y7KSaOHD2aqBpIRCqHBwVEKgSRn671/xGWzyRG9CSrZpkI7ZGKbdXkUJReD7CBSJuI2ULcVP5NxQEt0wiSfDHhxSSTZzLAnDCAPZvgdCkMz1Eb90gYby0U2LwPeQgU9x7gKxdA7N6OVrBTi1KkoG6BrophnO+q/hKghNQ5kmZx//FpZtM3VgN6CQvh+erpRIp4bQdQIp0bWQIAPfx6vWqC6vCqfRIJ5J4zaaLF+4yPyZc1w8c45L5y+wvFKgWKuxVihQdVzKjSYNz6N1wwhod3Bs1OutKgYIAWsrywzbNuOjI6xUKsyXw46ZpmVz7Ox5zpw4xoE33E2bPLosEBB84D3v57HnX+TJ8/PRBOAq2IIAa8PHQlCrVNrE1bvkK8sBae1GBcFiVuPc0xW2m0jdhPieJhAhHpJK/Vbz1fqX3/vxn3n0C//5Uzu/9J9/N/nQrzzkAULKsKCipgQIDU2LlFhCIFTorpDRoNPp/netx7G1B9zUdWKm0S533rKGwra9kE7GWS0XyeTCmXMrqGwnEij8MJDuB+iX86LE4qESKsoXGZ/do06eOCHQEoTZ4SYrF07TPzlDLLNR0hu6sBRm1KjrlVhka3NLYvHIUd7wkQ+wdOksa80At1HDrVSol1aRjQaFsxdEeWWVc2cucPylIywvLFEsllhZLVBpNLHMMJbScBzqTYea41J1HHwhELqB4zTbMWMhxKaE2qw3cGt10sk0zUqVEcvi/h/7YYZGR1hdXuHihYucOHkS3zCYK5R54aUXmdo5S7Z/cN0AHr7Gkym+/21v4czffJE11283PWtDqU1um8uziNqk1LtSCqfZ7CGPrmjY1jlk3YalVAgZlDIa/22LW9jG6wzf0wQCIIS4xinW5njm1KVzDz30kLwjF4ubGTMGYT6BFBpCSAIVqpqEJlB0qW+i2areapR07SfAlqadUZC53T5VKHw/bP+by2YpzK/0LB4EAXYyhWZkcB2HwHeBywTCbTsMZjsOaAI7lSKbsPHqHn50iG6jTnlpDjuVRnQNgkrJsAGVIEwi1DV1rQTiNZq8/OWvMfuO+0kM9NPXrHD68WdQqxUK9jHWCst4y3P0Zwc59dyL/MlnP8fJxSX8IMCLEiWD6Bp1pUS0owECEEGA0aVSE0Jgahopy6I/mWAgkyWTyeKbMcgNIJMDnD57jslkloP3vVUhYGj3LPvk3ew+8oI4d+4Sc6slTp2/xJljR7j9nvt6LI8OBPfeex9ffeppvnHyPKwnENYvv9nfV/7YadSR3Uo71ZqaiO4/rmmbAL7vN+MqKJ0tNv/yKmtv43WK73kCuV6IckZoSmUaXZlwnUZBImrp2VLcdIK3SinQ9S4L4RqxmcprXcBeE6JrEIgsEN9DKcno2Ahr9SaO72OYZmiBSEkskUBh464t4jmOiF9mGAmr11rg+63RlbE9+1X58GHRlBqIsBHX8tkTZEcnsZPp9rpuvYYMAmQgiScSaIZxzRbI2W8+IdKjw4wcOkjl2PNUTp1BFovExnaSGZ0kMHzye0b42l/+PZ/7wj9warWAL2Xb7YQQ4YMgxIZLqQmBrmkYmo5pGGTiCXaMjTGQzZJMpojFE5jxJMqKUZI6Z1bK+EKRETGWClUETQLdYnBygsBz8R2HbGGJ2WyWHb7g6Ue/wZmTJ9i5Zx+5/EjvNY0ut2XH+PB9b+VU4R9ZKHcLBjezPraC3pXq9VpImKqlzeoQqVq/yoYPNmyuAxks5E2efQI29u3dxk2BbQK5zjA2CXS2ZLHhoxm6sFSLQBAgZDQDFJv3nH4l6BoJhRDoolfXLwhjIBLIj44xWChx7OwcuYF86HbSdKx4Ak1TOGtLuPWrjAF2DDwvIhENzdAZGR+lfuYCzUDDtGM0yiUqy/NYUfdCAKdWQcoAz2mQTqfaBQu3isZakcrCIrd++PtUEEhhZ1Jkp3eQDwJye/bQP7mTeuUiX/iTP+O/fPFhlmp1DE3DbrUhBmzDIGYYxC0L3TTxNQNH6HhCx1E6NcdHCY2YaZLoH8AZmcTr66NpW1QDSbXpsLZaZrVco1CpMTiQpRlISsUKmr/G888eET/8/g8q6XkEnosnPeZOnyTRl+duBeee/g7njx8lOzjUlQHeG484cOhOpr/1NHNrpU7C5yYVAq6GzZb2HLfzYXTfiPW1SLayoa4VAikxAr9oKPW5azrAbbyusE0g1xmmZalmEGy0JloiLNU1jCvVjokoAjzHQdj29eunHgXTBYTEpKIDiX76vk8AxFNphkeGuLiwHNaxCkI5rWlZaEaoWmpcpcug0PXQClGSlpSof2JKFVaWxeJaHRmEQfrl08fJDI1jJpIIwu6QMvBxG3USwyNo+tYtECUVq8dOipm33YuVSuILAzOXVVY6ST7whKbrFE+e4Au//wn+69e+Qdn3sYSgLxbn3W98M8MjwwgUhmXhB7Bca3JmtcLJlRLLNQdPAkJHRHH/uhAsuDrFi8vYi8V2qRc/kKErLAg7chUrTSoNDzOexCsscfb48VBdFvVbSeeHMOcuAYrhvbspnjvL3Jmz7Nh7S48V0rm4EEskOTAzzfPnL1J33MvEPq5yvdrxj87swnWcsO4Von1nCEQk+NiERK5MHO0NS9+fH9JV4bGi85VrO8ptvJ7wPZmJ/loik06XPM+9yoPXyVIP/8swFhAEOE4ztEauBZcbcLve1kTH79DS/csgDJBrhqFGp6YY7M/RqFeRQUAslUY3DaxYAqEbVKPOdFeEaYV9NBCgheKByb23qIQJbrOO0HVqxQLVlYV2vkKjXEL6AU4jLMQotujGUwoaa2vEsmlyOyYVhGosoesITSMzMED57Fle/MLnefLwczhSMtuX4yP3vYUAwaI0YXSWxM5b0EZmqGWGWdbTLAUmVWkQCAOhG2haqKDTNB1N0wmkoub4rNWaFGtNKk2Xpi+RhEmXlmXj+hLHk8QSGVCS5YVeAZLQRI8baOqOO1hdXOLiqRNhPkxvHL39yxv27mUgm938C74mdNZzmg1agZ7u8EsrHrNRlbUOnflIl4NUIYJgKSXUY6/wALfxOsG2BXKdsWd64jvnXjq1tyOl7fWqt42A1oPabZGgCHyJ02gQT26tj0Zn1fX5JKLtNpMydJF1VwVWKnRhBVIidINsrl/lhwfF3OIKyoiR7h8glkiimSaaYVCvVHrWBTYkQQrDQJlmqMgijPXYqRSTO6d5+cgJPKeJbpgsnT5GemgMMxbHqVVQMkAFLrFUessWiJIBXrUm+mZ2dmfRgW4gAh9NKnXpG4+KuivJp1K8fWSIf/Mbv0xmcJCvfeRHefLZJ1kkQcw2UQrqjkup2qBUb9Bw3LZ7sbeDoEBoWlsMoQkNTQv/67rR/l3TNDRdR7cNGkJQLZfbFlj7u4muDwri+UHi8RQLcxeZXFshNziMamk7uq7F5Ogo8ShG9eqUg70WSHhEouVgDfet6LJEOrGRFqG079pNAuxBIEtpvIrXdD7FNm5qbBPIdcb9b7rz//7S88d/VCkleh7yzTLGo0dy/Ye+79Go14gnrpFEuhFtVhEqqgIl27P+1t6UUgRBgNR1AagdMzuZm1tkpVAjOzxGMpWguraCZlrtgUYGkmahIHTbVnYmvXG/pglRW9dWQuDgjhk1UiiIS/MFTCtGpbBCrbBEdmwqVGABhiYw4/FrcF9J4v19Src7meNC+aAJvEaTFz/9/wm35jCybx8/9au/SP/uWaZvP6jq1To7h/LimfMXOXr2PLoZQ4hQchooFR22FgbY24QRvWp6hzA0HU3XEELDMk3sWCdHQ4uW1aWHo2n4nof0vDaBSBlen+4Zf3ZsHA+PYmmN7MDQpgQRSyRJWXqY5HmtRRa7vnvRvvdCN+b6EgS9JBK6XsPr2xEZ9Ep+e0Pt0veXBgwuPVbm0tYPcBuvR2wTyHXGj/z2J546NDHiSamsdjz9itHIzT/0XA9db2JtJXnsSltWikAGeJ7fKejYoq2IQAJdBwF9oxNqMD8gVopVssNjWJZBeWUJw7RolCqcf/zbQhOC3PQUsa7Kvt0QuoEyjCiYLtqD3NQtB1S5/G1RbdQw7RhLp49j2PFoJYEds9CvIf6h6Tr6uoZQQgWoIGDtxGkxdOAWUrEE47cdIJdLK6GHA24il+X7P/wA3/6Pn8CuL/Guj/0Yd911iD/5k88xN7eIpnfIo00Yuo7eetV1dM1AN/R2wDuTSdPf30etXsfzfAQCTdNQTg0BGLreU99LBVGxzehcpeeTHJ8gOTxMsbhIX2GZ7MDQhnM2TItUlKtyzfGP1jXqes9znd5eNVdL+xBwGdF7exYUSOna0l2VqD+/tiPcxusR2wTyGmAwFXvsQq3xTj3V1bToKqqVzT50HadTbO9quMwyCvADidNVNVi1BiARkUhkLWi6wfTuWUrVBrFUGtu2qMwtUDh1gaatY9/1RnKTk8qIx9EMvb399QpPDDMc5LrcalY8wa5DBzhy+EUA6sVVFk+8FLaK1TRSmTS6YahWmZHNMlu6B8FWWY/e5cIAfmpqgsFDt6jVhUWRSNoqjKtEggJN4+4Pvgf7Dz5JPm3ya7/2c0xOjtJoOvzBH3waQzfQdQOpJIZuYBgGhmmGSjbdwDB0dN1A1/U2yUxMjDE+PsLc3CKlcpXAD3PU3foaupL0ZTNhhn2EIAhn/SIioMB1ye+7hXj/AEvPFyiXCuQGhzvfVReShoZl6PjXyCBikz88d6P6amPaRye83lq2S4sRvdexU2QQrAzryn18zd0uXfI9gG0CeQ1w6uWzD/j9uUY8kQwDpi0J1jUgVPhImo361l1Z3XEQ1QnUe4FP03FRKgrOK5CKMKtZKTzfDwPgSpGf3Kn6Tl8Ql574JpaZwLLi9E2Ok8klSY+PbnBbbRZiFbqOknroygpPBoDM4JCa3b9bnDx6CgyDamEFBDi1GqOjeTSzY4FsdrWu/p5C0zQSw0MK3yM3OKBM2+5Eh6Ntj+7Zrd564FZx+OIcp0+cZHJylHqtiW3HiNkx4vE4nu8jpWR8fIR0OsXFS4sRuYRWiKbp+IFPOp3i1lt3MziQw/cDXM+nXm8QBBK3WkQDduyc7jlKGfjge5EbSDGwYxYrngBdJzM+TeXMMRrVCvFUmnZpGkIyMbUwL8WXl5l9bDqRUD3baV01z/PoVV2JiCBav0fOqXX3bng5u5IuI1epUiB8f9nQ+frmB7eNmw3bBPIa4Bw0JwO/rJTMsKHgxWaZWBvfbT2yvue3G/xsHYpW1olSMhzUms2oF0n0qQpbqAohcF0XKQR+uYJbb4ih/ABuvI++mYPUywXmT76ErhwatapI5PraB+5UKhx77Akx9/IJ4kB/foD+6SmSw0MYiThmPKaMmB0FxsN1BsbHVbVcEYsLa+hmOAOvl4tkDu5GN61r8+t3XTuFLoQKQjWWEChNx4zF6KGYyLqJZ9L82M//JI/87C/xO7/8y3zpgx/jySdfIJFIkkqlGBoaRClYWFzG8wLm5haoVeuMjI62YyAqIt7h4UHeePcBmk2HpZU1FhZX8P0A3/OorYZqs7233dZzvLJcQjXq0AfJ3ACpwTxrl87TPzWLzPSxvLpEtbRKPJWOYhDh4C+DANcPwv4sm+aAbOao6swrOtZauFwr/tReZ13wHBWF1rtNzK7lO9Z1uKwM/EK/8LzGmvN7W/netvH6xzaBvEbIWfqfNur1/zGZSq97zrs1mhtnkT0z+ihL3XWaxOKJq++0bX0QyYNBSYUf+Diui+pWYkWlTVDgOU20WAwzCDDSKTU1Oszi4rJwakVsK0G6P09x7gyNao3qyiqPf+6vxfypsyTSKUZnptl11x2kB/qJJRNYqaQybDuU07Ym/W0LADTdYHLPHlWrHBa1ho9umOh62JJWCK17hWtGr6tFbLT6ur6IQ/e/Td02MS5efPFZivYEZixBKpWiry/H5OQ4/f1ZTp48z4kTpzl58gSu6zK1Yyrci5TU6g0sy+S2Q3uZnZ1gYWGVdCqBUhKn2cR1XeprCwwk4tz9oQ+19yuXFwhOnYAgwIzFyQ6PU11ZQimJncrQKCxixuLUSkVyeaenjLuUPnXPwwuCK/RM2Xjtuu+4bp9qWy7eFdtQGwLpvUTR477quoUFIIOgmNW109/Y7nv+PYNtAnmN0Fgu/dtaTv18IpnSQXSNXZdxPahWaLsDEfkHfM+H+BZ3rDrB8xZhKAWVZpgwFu4nXMiIci6cWg2hG2CaKN/n6MOPiLNHX2b83vvY874P03AqnH7qCZ784pcZ6usT97znnRy89x7SI0MqOZSP3HSbnZIKg+ntoG+4nGHZ7Dp0QB15+jkRKEW2L4cVi4WnL8Qr4g/BOp/Ohu20+m2EyAwN8q9/7if5pd94CDl3lMTB+7Asi3Q6TT7fz96900xPT6DpGqVSGc93cV0PKRW1Wg3XdXnLvXfxvvfeQzIZJ9eXRtd16rU61VqV5sol0tLlrffcw8DMjEIGyIvnUcdfJKhVwU6QG53EazZYmzvP0Ox+7ESKwHUY3rGL+uIlqsUCuaHR9vnIIKDhemGWt77Zo7vJhdu0XYAIOx2qjh3RTRabKbDCmypkjO7r2HJ9BSpAek4q0IP//Wrf1TZuHmwTyGuEk+DMCnUiCPx9xlWS4zpx0vXkEj3cSuJ7HoZ59dYloduqN0kRpag6Lr7rhO6kaBlNDyWhTq1GcX5RvPSFL7K2tMzUHYd450/9hGoKUyweeY6v/sVfcfLMCZ47/CyllRU++/m/wzQMTMMQuqaRSSaYnhhnenKcidFhRqcmGdy7m4EDtyihaSCjjoZd41gslWb3wf0889h3GJ0YwrDs9vleC3+EFlVX9Ld15aLKx1cSKtz7g9/H7Z/8fzm6eI4Ry0aPug0KIejLZdi3t5/hoT5y2TSHD7/I2bPnkFKSzWS45547+fiPfz+jo4NAWAxzfn6Z5eUVqpUKw36BkVyGj/7CL0CzgTxzAnXmBLgOUir6pnejGwYr506i6TrxqEpx4DRJZvrwy2vUKyWy+WFapdUC38fxusLn68lhE7LYVORAmAPUEwffJP+jTSjrQuqsJxWh8P0Ax/EGHveCZ6/0fW3j5sI2gbyG6DPUby6Vy3/V199/2WXUBklL92fhI6+UiggkyvK+GrrIQ8ro8RcCp9nAjid6grJIydLxU+hNmHzTnbxhclzFshkWj50Qn/j3v0fBiDEwPUNdQlMp5usNluqN3lkoYLx8nMlkkrfunuHQnl0MPvsC2W88LkbufgMDt+5TRnc8InpJDwyqXbfsFtn8YFj6pWWBvAKsX021d6Q2XwDIDg+pn/zFnxG/8uu/RenEU6Rn30Cx9P+z9+Zxl11lmejzrj2d+ZxvHmquSiWpzHNMGCKTBCLS3QLX/qGCqDiidtu0fS99L7+0jfi72orSqOQ6tKCiiKA2oKBCSEJCkqpKKpXUPH/z/J15j2vdP9Yez9nfUAlCvsp5kl3n7L3XXnvtvc/3PvsdVw2XLs1g9+5x7Nw5gnvvvQl79mzDE08cwPkLk/A8D3v2bMfrvvfOkDzabQuPPvoMDh48gmp1Fe9426uwR7Gs7/YAACAASURBVLkT+dUlXHXbLcJ77iAwPSnL3QsBY2w7aGAY1blptGurKI1sg1GUGebcsSE0FSM792H67HE0qysoVAYASAKxw+mFg99MZ7xabD2ldHsAz/PnWo+RQZxEOu5u6mMRENLiJYB22yQQvag5dXrYuugRyL8iDi40Pr+9LFaEQF+g+odZ3EAQ/ripvuQf/OWQh5DkIeTMgq7HYbaa0I2M70yXbRSmID9QwfVvu18Q5zj98KP0Jx9/CE8fO4HZWh35/n7cXq5AMzIYrVRwy8g49u6/FlXLxvHnn8V1e3Zg34FrUF1ehec4GB8dxd4DB9C/YyeyBQ35oX6wTEaWNomuPMTont3icupfdWKtEOe48zmNmILn8Op3vF289i8+R988cRTatuvAWxznHAeGoSKfy6JSLmLnzlHs3Nldo6rRaOH06Qk89tgzePjhx3H27Flwx8TOLGF7/wiuvfdOiGeeBFZX/Kg4DpEvkdE3jLmZifDJF/qHoOfyMjrOdeBBIN8/BNdx0KpXIwLxZOWAyBzYQR5JJ0dwg1LuDPz6V9F6kPkuC32K8FNu6+5WHklBoirZjoNiLtO8V2mMP97GdMoj6eEKRI9A/pXRr7LPNZuNnywUCslSIkDcdrUOZBtJBuuXsOg0XclFmjUczlGr1VAoVSICgYCiqLDqq/jEL3yQDh56Dhfn5rDQaMLiHK4QsBcXMX3uLG696x703zGAjJGHxTQ0ag1Us4Og/lE88Iv/URRGRuUMgJ4HVdehZjLg7WXAlXOVC85TrzfMj1hDSL1kUDdxBdFoEAKZQh4//h9+Bpf+0/+N+UvHwfq2odlowDTbaLdMrKzUcNttBzA60o9cPgPX5ZieXsCxo6dw5NBRHDl4CBfPnYLVWEW/oeC2kQoajz2Cwn2vRnZeFWAUah7CyMAtlNGavIhas4F8Xz+MfBHZcp8cj20DjoOgllqxbwBmow7XMqHqGb/8fiL+qfNi17j2bnDPS3KPiKo1h2G9QdLHGt0I/yDLspHLZqGqCufMuAltq0cgrxD0CORfGcyqf6jtiHfnC4Xci5aPAoA/Be36fpAO0xUXoRnDclzMLS5gdHxbQktRFAUHn3oGn/riP8uqsn5iYV5RsH1gGIssj+OzbYzbGoYHBvD8ydNot+W0rss8gy9/7WsY/B999LMf/5312TCenxKLBELH17WF4+UjofFRjLSDhXOAc9z0uteI9/zg2+kzn/97TLSraNs26gJYPP4knvvq5zHaV8ZoqQDGPbSaDdSrqzCbVSw36qibJpgQ2JbN4PpcH26vFHD3q+7C+Gi/YNwDuH9OpgCZPHmLc6jPXAIbGIHnuujbNoJsrgS0WgABq3PTKAxI09jQ9j04//whNOurKA+O+hNvrRVk0BHCm+o8j9rxICcoZg4L/BthHggizSSNSEgQPO6hbbYxNDgA27TIFXQrgH+8nOfUw9ZFj0D+lfFsAwvX9YmnbdO6z8gY6VpE8Ga+Zja5H2fPPQDpBBKG7Qamq1gEFohguS7mFhej7VyW01BVDZbH0XY9aETYVS7jpv3XgleGcGzZhL3cgO16OPzCWdx+i4Fly8Xk9AJcLqPGLE/F333hC7j3rW+hW95y/5okQkSbMtZ9OxWR0FhIkckqQR4eB7gHEgKveusbMXn4WZyptzBTd+B6DrjLodWrYM05LBHBdD1Yfh0rVSGMF3IYHB1GX6WMvdvGcctVezA2NoLK0KBg5GseXACMIIwsodmAPX0JQgCKqkLVdOTzJTDPBZiCpflJzE9ewM6hYRBk9j4xBrPZQHlQ+kC46LhDiSSPje9cwN+Cy37C/MJYlGBovuqI0uokd0GA4zikKmpQWJJ5RNe++CfWw1ZDj0C+A+iz7Z87X109PGgM64AUZp1uTwBhkbt0CHBv/TLvXeYrP8WOiKQGsrQUIxb5qeo6spkM8rks7LaJoVIJV91yJ44uNlGfuwSPCxBjmF9YwuTMImwPsLkAYwo0RYEyuh8z576Fz33yIdz0fW9ady6TuEawRoOXzB7dpsGYU1gAEL5Q515IIHA99O/ZJX7ov/wHqi0sYml5FZbZhm1aYL6vICgjqCgKyvkc8vkcSoUCSsWC0HRdTk3sazSSnDx/jniC0LMExwY1G8Jpt4grKpgA8rki8oUyoBtYXZzB5AuHQQKJScX6RsbRrK7Ac2xwz4PHk9Fm6d7ttbSPpM8oUSw6VDRkVFUw6VlIw6I7LFpwjla7jXKpJHmakWZx7NvgEfVwBaFHIN8BfLPpvHBAdw97nvc9vnBILYeXXpvX3yfEOvOEBE5xv2y77y+Rfg4AIJiOi4XVqjRdBETDOQzDQD6fRSGfAxfAarOJxw8dwoIxgFrLAkjOZkjEMDk5A8MwkMvmZMVaRYGu67DyFRx86kmceuwxuva++0RiXJ0IpFYyhjQKltrwbqbdm5RzBdtCAZk0W8Hzhbwv6FVNw9A1V4mhq/ZiX7DddaM24cKT30MiSlkACFUnOA7IbAt4LkzO4cCDKoDi4Ai0gUEsvHAYLzz8D9CLFWQz2USOx8DoDizPTMJsNdC2LHAR0wReRDXeJCjmi48Fd4SO9HBLqgbCPQ+cc2iaKghExJSMyTG2+UH1sNXRm1DqO4S8x3+hXqv5sZNr8sSaJpwwp2ONgwSETxyB8zzWIQRMx8VqoxkSUaChMCKU8nnksxkc2D6OkXIJM5PnsLRaxdXXXoWh4UEoqgZV02DZLixb5qOUymX09fWhUCyib89NWKhW8Y3Pf2HD+0BBpjnFlmD9MhGY7BK30neOJ9QOHiwp5OFxwI0ThCuJIyAPt3NxO9qnLVLLEcQAxxHUagq4DuB5EFzAsW0UhkZQ2rUPtYtnYH/jqxDTU/C4DEAIZrMk+KYu3YBttrG8ugKX8/R7FYbjrqN9hE149AgQNKdoocgf0uWbim0zLQuFXD7cwIgUR4iXMAdBD1sNPQL5DuFgrX0o59qPdtjiRZpNZz0SSYNARDCh9gGReDP3hEDdsuUMdCKmoQiglM9h70AF+UwG33PbzWDg+OmfeCc+//lP4hd/4X0YGhyArhvIZLLQ9Qx03UCpVMLY2CiGhgYxvP8mKHoWhx9/HLWZ2Ox7a4x37Uiy9SLMou6i29bh11hrm0gjjhhhrEkUaUtAMl50XEI7ibQPuC7IMuVxjgu02uSAgHIF5R170J66iPbX/xE7mIKBUgkc8CenipV+B9A/sg3tRh3TM9NwPL7GXdq8ViJ4oE1IFiHfFxKQSXw2wmBSraBBsE0IAcuykc/nRMQ/BE+s4aTr4YpEj0C+c+AFcn6l2Wi4viSkQNyJhLCLm558hISwtv9AcOk8575vQ7aM2hNjcLhAvV6P+Upkm0KxiP1jI5ibnsG+a/bjhp3bsW/3ODRNw/btYygUS8jnCxgbG8H+/XvRPzAARVExNj6CvXt3oVIpY3DHflyanMTxb35TSjDPkYJ7LVyGxiGjyXj3PRCQArxzWyxMV5qt1tI+Yqaq+BIQRJwk3BjhxEkj3i/3/IVL8rBt2cZxgHabbNuCXSigsmc/lGYT3uNfx1CzDj2XExpT4LWa0JjiVwuI0DcyDqvdxNz8rEwkfJE5M8Fx8cg0CrfHtcE0DSSphbieB1VVYkqLJCFOpKInV14x6D3o7yDEUvtZw7G+0mF0QbCa2J54q4bv5kj3gwTbOfci8uggG8YYHM9DrVqNCMs/Wy6fx/DoMPaVS7h04iT+7dvfik//1m/h9z76G/iLz3wJmmZgeHgY+UIBum6gUChAUTUU8nns2b0NI8P92H77fWhYFk4+/TQAgHtOzGEvOofji6LOuNCUexYI6s67JQRgW9Edi5uu0oiDp2kfHRpEXPvwOgjFi2sgKcTCg+88IiXOAcsmmCaBCE4uhypTUNAzUJ75Fvpqq8jni4K4B9314DUaUFRVltmP/w4AqKqGRrMFd4NAirWQCCsIzVyR6ZCCwmvBg4hpG4ngBj/iyzRN5PPSfEWh54RAxOjuPIZe1CB72HLoEch3EIcAJ+eZ/63dagUSMRY8GUF0LNGOuB9ExDaLLud5JxhjsFwPk7OzHb0SCoUisqUC7rn/9Rg2Mti9dzcq7Qb+8CMP4uRTj6NcLmP//r0olcpYWFzG0tIyiBhWqw0MDfVhz55tyPUNQs+XcO74SVj1OuDaUqgG2kCYoyLCTZHtveNmBNfluIDtBK/JETG4DtBq+4b32LSPnWarwHTF1yCO0BzldpBGpxmr01QVIw3udRNRsLRNgm3JMaqqqAuCAcLApQuo1Gsim80JeC6EaZHOObjngZgC5vtA4k+pNDAMTgwe/3ZUC0lGAVKMROTi3+/QbIWQSGQ8goDjuNB1DRR/FyACMRKka/HpFF9iXF0PL2f0COQ7jOpy+4hum//QLfBiPpEO7SPuDxdh0Vnph5fk4fnaR3q2NxAjkLm5jj0CxWIRRAylPdtx9795AMO7d+LHfvK9yDOCc/E5ZOBgZHQId9x+Awwjg6ef+gYuXjiJ6Zl5uK6LHTtGkcsaEMUhzM3NYerYMZIEwlOu0b+STj8G4pcvIGwHsCyCwnyS8NuZlnyrZyQQFKmM95/QOOJLnDjWIYtOJ3rcsW7ZSbNVfAnufaDptE2C5wKqKqCqAp4HzTKxQwiUaitCU1WfIG2Cx6FrGlzHBjE582EnCn0DcMHgut++clMBYQTfwx9E3CcSC3gIlBbbcWDoeoeZyz+GGBSPxeu+9AjkCkaPQL7DOANYZcZ/o1FvhFpITOQHfpG4VE34RBLeEd9swz0P3IvN9bEGTNfFYrWevpMIrXoDw1fvE9liUdz0mnvEO9/wvViuLmPxma8D3MPu3eN429teh127rgZTMmi1Wjh16iJ0XUVfXxHG4HasLC9h6eIFCM/pFq6dJqa1huu6gGkSVEUgcCgLAM0WwXUJqiqg6XI7jxNHzGzldWgeCY0jzVzlrztujFBix7bbBM+jiDQ6riO4Fs7l2IUANE2O3zflVRRF9HmuYABgO0S5PNGNt4L2Xw1dN8AdGwqxMAor/jLAmIKWacJ24pNAvQQk8kF8TSNGKN0aiE8mAmi328jlk/MLBPtJYXAVZXds14uzufWwJdAjkO8C7NnVgzluf10kiCGJpJcC3T4RACA5KZAkj43/Ti3HQ8Oy4aXY0Q0jA8s0wW0njBp67y/9DO7YtQOnTx3FyYf/Aaurddx5x/X4uZ97H4rFEo4+9xweefRJmKaNkeEBDO7Yjb6xMaxOTACOHTmU40KXr0UmgXnKlcJaVQXUoE6WAJpNKbx1XUBV5LGBcz3sPx4NFXeCd/owUpzlriud3WFklt+f7UhtAgCYIrqeRfyZeB4Cfwd0XYCxcB8Rg0JMJhyqOgnOQddeB/bWH4Dy2jcg0z8IOC5UVQVT1K7fg2OZaDkObNva8EWhC2KNqrzdYbq+T51iuyINBCRLoHDOw0ix0E/iN2WMkQux7fIG2MNWRY9Avgs4BLTKjH6jXq9zXwARhC8WUkxa8ZiqTuEROM83A9Nz0bRtrKwsd+0rFovwXA+L09MExwEcB/lCQfznD/4iRgsFHP76F/H4l7+Eixdn8P0PvBY//mPvwF133o5X3XsH7vmeGzE03I+rD+zHPW/7AWRyWengTvUZdJBJ/E3e84BWi8AUAU3OWwLOgUZTfhq6LE4YN1V5nUs8NHe9UNyYRmLbculMFmyb0lxGEFA1EY4nQVz+d8cnGmI+ecREdmAP4h7ABdHwMGhoSIB7gGVBrK6AWW2AAE3TU6cvts0WHDBw15WFEC8XlFyhIHw38mKEmggAETdbxcnEMi1ks9mUPn0yYUQe0cjlD7CHrYheJvp3Caszy4+XR/u/7nL+hlBgrPVmKfzUEBFzkody1NtUpV4AUJgKy+VYWFrC4OBgIt9kcGAAc3NzmJ2awsjgkC81GK679SbxoZ/7SfrQxz6Bp/72T8EVAxBvx/c/8Bq88Y13o1wuQNNUzM8v49TTT6C8exC7H3i9FNRE0n8RTxpkse+h8JL+HDRbBMYATY20EdOSQzQMedGeDOdNhOkm/B8x4d6VOZ7q6AYcV/pUBKLjWi1phlKYALEOTSfQpPzvjhP4ZSR5xJ9lUBNLRmURVFUIzyMwBnHujODtNonlRYjlRZCiIHXyMSJY7Ra4EmhkL8YqtPZvQ1bfBYBYCZPwtxg8I3nP26aJvr5KqHV0BJyDESPB0fciBtjDFkSPQL5LOAY0Xq0qv3mxXn99uVyOGRPSIcucSBt0UA5Eah++QN0EFFWBzTnmFxZw4JprEvtKpRI8z8P8zCxwnRMSCIjwure+SfzXRoN+7Q8/hYNf+GMsr9Zw/vwU7rrzBhgZHX/+a7+GE0ePYPf2Mdx13d0Y3TYs4Djy+IAw4kTSRSIkBTYIMFQhBa4nnejMf6OHr6GEZi8kiSMI240nDfI4gfBICwq0D+lTkSQBxBzgbVn6StNiJqs1bqrjSI1NVaL2cWqW1yJXAp9IdUUE4+ZnTwmyTDCAGGPQNC0Mww57EQJWuwlBBKZp0oS0ZrppN/y3j6h9zM0RvonAJxI/QiuaGz24dAo1XUYxDSlq4HMNEYcob2pgPWx59AjkuwjeXvhmSe1/zHXd1yiqgiDDN0RcPghAkEi88QmfQKJpXdcHgdCwbEwvLHZ1DwDEGBqNhnyjDm0XUvC/9d+9TWQ0jf7qb7+EpRcexV+eOoq/aq5Ad9sYLeRw7/69+IEf/H5cdcsNgjj3w299sgjIIySRGLEQopDcbFaEgt62CcRCJ3RYFh1I90F0aR8xLSSRA+J/bzYJrgeoigi1BM/zNQkGGDHyCMqHBNfAOcAJsHxiyBgy2qpTK5LnlP0F56FIYIMxn0MFiCAURSFd0xFFqAHC90esrq7CtB1oRgae44B7fN3ClWlPP/47CErKUHCOuMYkBAhR8Svyycw0TWQzmSRpdP+GiAsULmNgPWxh9Ajku4jHl1B/9Xb6rfP1+msqlUqXOSDNsx6v1MEFlxM1IRFUsyYEgLppYaHWSN1fKBTQXF1FfXUVxUIBoXbgC/vX3/9GMVos0Je++FWcWplHkwFX7dmOt7359Thw280oDPQJ2C7AvKTAZQFhdH6SdDpz4ZOHJ8nL9QAiAYWSSYRdBBJ8j5NHzD+SSCCMOdqbTYLnO+QDc43rSW1EVTs0j3j/MbIyfe0ol5PkEO4TkckKoFDr6LwGIgTZ9QDgeB6pmoZMRs4YGZbB9C9zdmEepuNA1XS4lgXBPWCTBJL+0+gojRj8gIRIklw4VgHTNFGpVKJOU0iEiIgLkdvUwHrY8ugRyHcZLpxH8owdcl339lT7dxeSGkinU73TjdL5d141LSw0m5ibn8fI8HCi7ejICE4uLmJqYpKuveoqX4Il/RdX33KjyKgqzSwuozI2ih37dqHY3y+IMcCyInLgPEigi0gkroUwkm/7HgdyGRFmewdv+0yRRBJeM0XfRfDZqYXEtZGOHJTguJYfUZXNiFBQmpb0dxi61CSCGxn2yQAW69txpL8jlwWUOHn4ROO5gFAIihKaG8FFcuyBP8cnEdt1oGVyUH0NJHracpiLq1WYthNu23QgVlrDMFmw+zeylnIRRPmxeOImIrNX1DURB/RNjq6HLY4egXyX8a3J2vJdowO/M1Grf6q/vwJ0/Q2HglPI1/JoNXCexxEdHPwbbJGfmqqiYdmYnJ7uIpCR4WE8c/gZTExP49rdu6Jzx0hEJYbd1x8QuyCg6IYkAttOkoMU4ARdlyapNO3DtgmeJzWPoASIELE2HJEDF0kVS8S+dJqNOkwx4bgAaSpTmCSswPbfbstX8YwRaQqBNiOErwLECMJ25aAyGRlOHCcuxnzNQwUUNdJu4v2FRCIAVwRjpLbjgOUVKKqGeHg3+c9wud6A6eeAKIqKYD6XjQInRMetC/oMCyRGWUeCEE1/7s8nL1cJsCwbhmGsZ70KOif05MorBr0H/TKADusfC4py0HHcO7ROLST4kxYIZ4kDfLm55vwg/qEAOjNNmKKg1rZw5tIEbr/llu5jVBWrjUbs7T/YEfksmO8XiYgjpqXAJwdNk3kQntetfbiOTNgLzFadPoa06C0Krij66JJkQZs4eQSflkVQVRkKDN981GzJV/FsVoS+jZA0qEML4VJjAqT2oijRfvL3exyIP7/gOOZrMXGSc134jh0CEZq2BdWfpTD+UiAIcNptLDWaaFkWoGhQdQOObUFwDtrAjEWJG9bxLIN9sd9VwnzlswX54buFYj7RZ/h77LSFEa3LMT1cOegRyMsAj802Fm4brnxspl7/s76+PiCmSEj+8CNyQvMHpAYieFy5SGge66FmWphaWkndNzg4gKWpaVRXqygXYlM7BAInEPaqGm2LC/yAVBQmS390RmFJPwfBMGS0lW1HWknoL2FJ7SFOIvL1OHiN7h5fgLiwtmzpL8jlIod5syl9GJmM1BT8qWcjX0fM7wEOmK58t85mBZQOMhBCckHoR8DaxBF3sAdhToxgAtCNDBRNQzIplNBs1LDUaML1pNLDFAVrzASwKQQaSDRDJMWitETYJtBehRDwuOeXWBHpPzH/cPmq05MrrxT0EglfJqDW6leKTDzhdJSqWEtEyAmkeGK9s/Vax9YsG0uNJpaWu0lkx7ZtaFomLk5NUVeFWtuRTm8/0RCO4yfh+d9bLfmWLoSA48psdNvxFxtot4FGk8LBOb4mkkjw490+jPAmIdJ4AqJRmCQHNbbE1z2PoDBCoSCg65L4HEf6JwoF4fs9/OPU6Pj44nkReRh6934WHKvKz3Cfmmyn+m1YYCwCBdfR5By64UdgxaLrBOdoVFfRtl1QLDlxI9PVuqDA0tS9HSm7PM9Nz09JgeO6RKCeD+QVgh6BvExwqIHFAvCJer0eN39LxGRowvwvRJd1Yk3E+tA0DRYXuHDxYlez4aEhtF0PZ6cmu/MmTFOGvnIRJPn5Gdx+NrdpyhfQIArJ8cuDuI50sDf95DxAROVEvKD2FdCsAe0mIAC72UqasELtJC6QOz4DgR2QgYA8Jp/fgDzUGIl09OV58r06mxUwjG7yiJNVGnmExBbs8wtDCk6B9tHmHGdX68hmcwinJfYj7IQQWF1ZguW6oFiZd2JsYw1kzf1RJnq0iRL7471Ylo1MJpNuDosfIADXdUlRyFx/YD1cKeipmi8jcKv21bJefNy27VfpevQS95IMyqKDfYigKgosj2Nydha3+Y7YuCm7f2AAE9XVZNZ3oCHomjQ9eQLwXJLOYj9vAwSo6PZrAIDtBJV1pWM92BckQjqWLH9CAHQdR772CF19z50ob98mQk0j7ogPTVqELvMVIIlJYYCWi8qftNryjT/rO9GDEN+Er4UB5EdHOU66zyNtCe51YunYBt9xzjnBn1bW9Dx85cjzWHQ85HL5aL4XIU1IRMC5iQm0bCdR4kRR1FBLWVcbSdlHwfbIYrXO8YDrurJ8yXrt/dNomio00tob9NrDFYKeBvIywrMNLOQU/FGj0QhsU52G/eQfcLfVqmOfSDSTm6Sxq2pamFmpIm2ypx3j41g1LZyduCTDbF2/7HgwGs/PEg8IxrKltkEUZZHHl3ZbFkIMIpMSDnMgqtbLAc8BmjWsLizCbJvR27uqyhInqgpoilzimkN8CbQVw0CoZXi8QxtRkn139sW5vNpMZm3No1MT6jRVpY1LcIKQ/g8PwNeeP44nJ2ZQ6u+Dpht+cUy/ujL3wDnH1PwCmpblb5fbGGNgyvp/vmtyAxGSlXfXA4ExtnFb/2Saonq6ytxNdNzDFYAegbzMwIT3j0XGn7Rte+PGBHSJCZ84glS0tYTIQq2OuVods3PzUVc+9uzaBUcIPH7uvHxLtyxJACwgCN/0RJDahGVFkTedtaZM06+iqwUe4MjEEwheRoBC0ToE9t1xK0rbxgQ0LSKO+KLEzU4x0xHzzUSaBugaQoe3woB8TshtHWNILGrEvZmMQGYD8ugiE7WDRGILAeEkVET46uFn8cVnjsIrFlApFaHqOrjrwvM8cE9+WmYbsyurqLfacBwHjmPDsW24rvuSVNMgE30jcM+DqgXTnHdEwaV2DJE19G9TzfkeXu7ombBeZji02Jq5ebDwJ3ONxj39/f1APMZKdP/lJqIoYxrHRlBVFSvNFs5fuojxsdHEvlwui2Iuj6nVJYhWC8SFb7oS0rxj2wTGpBnINEPTWDIcl/zcDkj/QeCD0HzhH5BCLBIJCpP+lHIfdo7vEmo+F/kN0sxXqZLMj3wKzC2cR1pCkPsRRngJWZLE4wB5ADEI4b88B3khQvjtOhITQ5aJrYfnR2y7v+65APcIXPZ/6PQZfOXJQ7BVDYWMjmKpDN3I+BODIXR0L87PY6FWR7XRhKYbQaQTOEkNRPGfZRrWlfNEcStWp14bHu95HnWFlnedxw/plWtC1/WeBvIKQU8DeRlC9dyv5Ik/va4W0mmCECkaxzo2e8YYlpttnJ2Ylk07ut+9fRvato0z589QIqfCcRAlzXlBlFPgBAjH5ktBQi4rkMkgqUnE3vg1TZqZMlkgXwRKFaDSB7VYiNonIpx8f0igaYTrcSd7bF1hsX5ibRUl+gyd3D456Took4kdpyQ1n4SzvkOTSURy+W0Zk+ThT/N78OQpHH7+BPb09WO8vx+27UA3DKiq79fgnh+J5WF2ZgorDelSkPukk93jHlzXhevY8NzLl9ebNWH55rLNvJOEPvZyqfTtmzaxh5c1egTyMsShFfNSXmWfbjTCmlWx+M3ogyjKMUgljvimlO8LjSYuLi6h7WsRkZ8E2L93LxwOHDx3Llmuw/NkkUMAcPzCg0HJDmKREAYRshlJHp0RTnFBrGmAkQGyWSCXByp9cr0rVJZ1LB2Ob0axJdaGxY9XIlIJwn87z6GpIMOIRU0pyfF3hgt3+UBS+hVczo3uOjh84hS+9cxR7CxX8PoDB5DTDZQqfVCIyairIITXB2M5KQAAIABJREFUJ5FT58+jbll+4UQRZan7Ib6e68FxnMj5vklEmehrI6GKbLZfELZtG+kRyCsEPQJ5mULj/J8yECdCLSR4uQ8aEIExStc6EB0S7Q+Ej9wiAIAxLDdbOHfhYmTy8Q8f6O9HNp/HuUYDtcYqhUmAREF+hT9QTSSEpgw1JWSMiDxS/QW+EFdVQNeTJBJoA4HAD0khcLzHI6Y6M9ZTiIVYRz8snUhUFaTrvuaRQg5pOSKdBBT/lEKfYLUAx8SzJ07i8UPPYlupjDv37sHIQD9YNo9cPg9dVaO57UMS4Thx4RLqptWtbYZWNA7Pc+GmTXUblCpJQaiBEK1r8+zUUqjrS/f2Sl/lxUxY0sMWRI9AXqY4tNQ4WVTpz5vNZrApIQ2ICBSbMhVAR9RVSkhptBMQApqmYbnZwrEzZyO7fazhzm3bUNV0nFmYk4Kmb4BofDug6TJKKTBLxQUsQZYLCSKXAkHdJbjjb/SaJBHdkN+7NI1O/0d8QTKcN21hcUJJWYLxaJpcUiOz4o77Tod+3AwWN3eRJA+7jSMnTuGJQ0cwXizjnv37YWSzMLIZ9O/ZB+66KBSKIWkEOSCWZWJ6eQV100r5hURapuAcruvAS5upcM2wW5IabNhXd5PAfJWadLg2SFWUng/kFYIegbx8ITTQP2iCTzgJX4hvaiYCY0qCKELxL9IFQhrm602cmZntMIHIg6+/5hpAM/DEhYto1laJRkZB23fIkyuKP3VrLPKJiKCqFIbJdvonEpFSKd8TlXtjZqr43CEBY8TzQJC2ILk/0U8KmXSRmhqRSUAsaYvuL5ruf9floqkEqw1hNvHs8ZP41qEjGC2WcM81V6NYLACqAm1kFJwxtBsNVMrlUPMIiGRqehp104bH136YwR7ueXBse9PlTQINJMgBAgR1/mYE5xTMfZ7QXNcZBwAQY2mM18MViB6BvIxxeLH6TF5TPtcItBAKixYBgJ8HkDRtdGcf+yG9omPxBQInwkKtgfPxrHSfiYYHB5HPZnGuZcnEwloVYmZaOtKDsNyAJMhPEtQ1kSCCOHEojKIlxW+Q8F3EBH1ICJTghxAp3JFKNF2mrbW0kg5Si+ehaGpEGnHCMOKfGmC1wVt1PPP8MRw8/BzGiyXcc/XVKJWKIElQgu3ci5XZacBzUSgUup7RhYsXYXoeVG2dKKiY78p1nctyqPsEEovtEx2fEKEJK2ErTdFIAm4REFnDqG56ED1safQI5OUNroP+RhF8znFdBAwSgIiBMRbmfHQiTBJM3Sm5Rtd1LDWaeP70meiY2H97tm8Dy2RxaHZW1CcvQszNSPmhadIJE2oLfu5FEHWU0DIYQVE6SYMSEVWdJqs0E5W86nBfwo6fKMuBFDIJb1q6eStOXKm+khSfR8JkFVtvN8mtreDws0fw3JEXsL1UwZ3796NYKgKKAsGYYOM7CbkCGgtz6C+Xfb+GnwEvpBnr+dNnYLouZBHDjSE4h21bSW1yHetT8v4lfxvB/u6t8a7J3yFi5xGir5Cf3NSAe9jy6BHIyxxHFlaeLKrsb5oNqYVQ7K+akcwSjvwXMQJY05TRzSgLjRZOTkzC83iyiRC48dprQAJ4cnIaz09NSmGjJfwUUqNQ49pEIlyWUp3Pgekr4SMhgJjPDCxgiXCc8dyFuGiLFIwYMXQRSoppKyCqeAn5NP9IJ5GwxPUFhCkJtVUnZ2UBh596GiePnsDOSh9uu+oqabaSbQXli6CRMSxfOAvGXYyNjsrn1aGBXJpfQNN2NgqWSjxO1+nQQta0aImuUN5uhti07yOynwrQyEDf0c0e2MPWRo9AXv5wDdBnGfemXdcFiEIrFTEGRVV94ROzUCfDsqIlDN0BItVEwAUwX63j7IXzYT/BrHd95TKK2QzAFHpyaho2EUhLMVGpMWKIiIJS39wTJKMgoXmE5itEHLDJrGmg06e+hk8k1dEeJ5FEOC5BUSmR49HpQA9IpFmDszSPw489gQsnz2LPwBBu3rsP+UIepCgCRAKMgca2k3A9XHruGeiGgdHhoS7z1fzCIpabbTTtKLpqLWUy/syFEHBse8OwXpnaQ4Jo7TIlnVu7jaP+vwKhOkIkHBK8RyCvEPQIZAvAXlx9oqThb5uNpv9SKP90pc9ajeUGdB4pkvyBjiVmxlputnD8zLnQKS9E5DS9/qp9IABVj+Po6ioEkawMGyeQeGIfU6hb80i8rQNMiRVJDMmDEk7vhPbx4u5dxBHraCZxEklqHxRzqlNq7awg5LdVR2t2CoceeQwzFyawf3Qc1+/ZjUwuCzAmhG8Wo8oAoBsQ89Niam4OmmFgZHjYj7yKAiLOXbgAy/OgqVo03k0wCBEJx3GE57kb37hQA4nsT/Evm0k07AzXyGcy8082Hj+14YE9XBHoEcgWwDHANgT7PPOcCbfDScqY4pux4hTiC/8O0lgPC80WTk1Ow7KshDkFQuC6q/eDuEDLdvAvR5/Har2eNOFE2oa/rOEzCLczER4f+R8o4feIO84vI4y0MT1Nc88dpfrsPLWrtcS+uGay1hL6RRgjYgzBknC2x+cgIQIaNSyfPYVnH3kMK9PzuGbHTuzftRNqJiOvNThO14F8gURtBaK6jNlGHdlcDno4jW2kgZw6fx6Wxzsc6GlPMtomYtsc2/bni1nDAQaElsIXN7cIpfY9PjTw9IMPfqMXxvsKQY9AtgiMperjRZV9qba6mtjO4mYsIDQ9pTNGlw4SNnS4wFy1itPnzsleYuYUXdexbXgIc8sr+PKR5/HPLxyD7ThyOtW1sq/T9jFFSIGqdLztx8mjm0Q2K9+EEDj/93+HRz/2cTzzN1/Cwb/4G3JTcyjWRkz/SW4nGZGUIBvPA6rLmHnuMB17/FswV+q4Zudu7Ny2DST9RBF5MAWULwCODVFdES3LQt3lGBoYSGh9wXJ2chpNJ1nCPbrOlGtP7CDpC+HpCeHBT4X8XBBi/uWmRvHFTKOdZ4xOFxw/d/PeHX+WetIerkj0CGSL4FtAOwP+v4VtTYXmCQBMUaDG3mC73SAdOkgqhwhouoalRgsnzl3wCUgkNJE7brwBjWYTlxaW8JmDz+K5CxflLK5pRKF2EgdLah3JxEJKRF0lfRbicm1XCgEKBNr1JlZn5tBeXb3c1+tNtRe2DbG8gItPPkFnnjoExXRx9c5dGBkelkRJJOKRXpTNAUwh0awLeC4uLSyQR8D2bdtC0ggE+MLiIhYbTdQtmf8jN8eFeBqDRBookUwCdGwnhQ+SG4gILC0Sa8MbEP4rjapcNAbKhc/duWfgG5fXUQ9bGb1qvFsIxmL90cKY8U+ry8vvHRweCbcrqir//jv+qENsZL/y28w3WzgzPYul5RX0V8qJQ3duG0c5l0VGU3F0akb88WNPULlcwt7du6AoCkSaJhI51GMJh0oHeQQaB4s0D6l9SGF4GfeHiLDrLW9B+eprwEtD4K4DvVDYzNVfFoRlwpmfwaWnn6LZk2dQ1DIYGxsRxUJRFkyO3swBQX6CpAJhtQVcByDC+bl56JqG7eNjCEqTBMmgZ89fQNNxfc1S3paOCjWJ25IWcUdEwrFt0nUdSqyabqxYQdBOaiHY3M8kaCeiVQjOqwOlwv++/65b//AHHnyotYluerhCoHy3B9DD5jEB2DtKOaNpu6/LFUu5uHnDdRxw7gX2bEpRRTYEFwA8D9v7ytg+NtolmFQAz527gIZl0/nFZdRNCzsH+9FXKUPRdZkgp8SilRI5E13mLYqc6HF/iB8lQC/ONq+XKyju3o3iyCDK46NQM8bl1QLcAKLdQuP8abr45JO0fO4SBgtljI+OiVw+h6DUeqKrIGjAc+XUvv6+g6fOEMtkcOP11ycCFiAE/umxx3BydgGeoqSmaFDs/1R7ln8OIWQmuaqo62gYAtzj5HFPbCaLnTrJi/OV8YHK37/pjhv/+Jrt1xz+6298o1dI8RWEnglrq6G++C8FlR6prqyEm5iiQNN1GcWzCeJYyxOiKApmanU8c+qMHwYamVUgBG674XoM5nOhueTLzx7Fx770FTx69AU0Wi0IpoAS84LHzFusw2wVzzZPhu2+aPIIQERgigKmKJdXxWkdCCEgGjUsPv8MnXv8cTSn5jDWN4jxsTFhZIyO84ff5DUF87/725rtNmzPw8DAQGqFgLPTs6hbdtc98MO1/Y1Jf4X/iEgIkAg9SCRDegO1IxFoEYyVkXSkM3TtTLsP/smEEPC4t7RneOAr3/+q2/58+/bMt9714IObmAWthysJPQ1ki2HaRntXpVRpud6bc8WiEtYzEkLIyr0ikWwIpNm00kEA2o4LTQjsGRlCX6WCuLNUYQy16irOzy3A8jxZbmN+AUYuS/VWC2MD/dAzRqiNUBTeSwnNI63Sbtxn4A//2yX8LwOppxSuK9zlBcw+e5Cmnj0CpeVguG8Q/f0DYqNpZWUHMbFMwJmJSbq0vIxrDhxApVxK+JumZmbwlacOYa5pQtd1//ikIzttHpjUayFAcA5V1aBIbbWrKRER557gHgcXGxbRJQD+tLvuzL6R/q+/+a6b/3ybNvjwD//6H5gb34gerjT0CGQLYmdWXSwNDr+p2myNZLLZcLvnuvBcVxJIhygMVjsDPjuhqSraZhslQ8P1+/Z2ReCMDAzg8SNHsdhok6LKn8/oQD9NL6/guTPnYCgKstkMVE0DU1UwTQ0c7eSXNInMVtFMgwnyuLzA3W8b0k9pW2hcPEfTh5+mxZNnUGA6RvoHRbFYlMnyG/YW9xbIfw6fOo0V08Ldd90RhWD7Zqxnjj6Pg6fPwQSlRmBFvVAiEGotBPtVTRNraHUkuAjLyKeasUR0Ws/zANc5t3904GuvvvHqP92V599412//UXuDYfRwhaJHIFsQkw2zevf11+2fnJu/p1AqQQgBYgyCC9i25VuAAntQ8G+SQtbDaquNLCNct2cXcpls4phcJoNLE5OYqdbgcmksEULQSH8fnjx2Ak+dOIXzE1NoNeqA4CDGwAWHlsmAqRpIYTIJMVG+hMKktu8CcQToOrVoNbH4/LOYOnQI5uwi+rNFDA8MCt3IbBi11OUL8b8SiJ4+eRpC13DgmqsDm1CopHzxG4/gzPwSxIbTyMaeSliaoHtMBCn0VU1PIyTpcBICgnuyCnAagRBICAHHcTzm2sf3DlX++dZdO35vtDhz8D2f+Ode5d1XMHoEskXxwH2vI9KUfz+/tMh0I7LBu44D7vEuM9ZaiV9pUFUFrVYbg/ks9u3cnsxRBGGkr4wnnj+OVdMihTHUW23cevVVNL9SxemJKXHq0iQdu3AJR06ewemzZ7G6tAC71YRl22CqCjCClsn4piv2kn0eLxHdCo/noj07hZnDT2P22SNQLReDxQr6Kv2CqepLUY9oqVrFsUuXMDg+ju1jY4g/E9Oy8MVHvomJWh1KPAN9LXSEVKUNSwZ3cTDGSEbrJVqFPwruRWXkoyPlvRFcwDRNR/fs53aWc1/aWe773d/+6mOnvnhopjdx1CscPQLZovjSww8vT54/99MHDx7MFoolACBiDMLjcGwbxFiHSN681CMiLNUayDDCbVfvh6apCe4pl4o4dvo05mtNcMg32Gt37aBGq4255RVwIVBrNDE5t0CnL03i9OQMLk1M4tknnsCp4ydgNhptlZHmz8Ang3i1jQXmvwLFdGsdlomV08cxdfAp1M9fQknJYLh/UOQKBZmR/uLPQATg+PkLmFhewY033oBCPp9oeu7CRTx29AUsti2o8fuxRnTU5cQnC86h6fqa18B9DYRH2evSZMU5zGaznRHeobGM/pm+Yvb/+/TTL8xcxql7uILRI5Atig984KPMMZfe+ujD/2KAKXlV0/xSHPAnFuIdrpDLEL9CRnY1Wy2MVUrYMTrS1WSoVMRTJ06hYTvEGEMpn6diLouFapWcWLkVLkDLq1U8e+wkFMYwmDE8s9FqTV04b06ePaMvz0yT1WzAc2yCEOQ5FkGAVE3rrIrlx/cm8RJIJXko5zAX5jD/3GFMP/MMqNZCf7aIwf5BaLrerdBd1llCrwUOnTqNqmXjzttv63o2Tz3zLI5cnJD+D2LY2GPlo5NgUl4dOOdQVI2UFNMYEfnkEfpBCABc14Xdai0XmXhqSGcfLzbdz33h/NRKVwc9vGLRSyTcohgfh/PGt/27Rz76X//TueXl5XePbtsGAKSqmtANA2a7BZEI2l9DDK2xWVNVTFVrePr4Kdx94/VQmIK4seSavXuxo6+M5ZYMvjk1MYnX334LKoUCmm0TIILCGNm2jaXFRZTKZXfZsv+0Mth3M+f8Du4CS7NLbm2l7k1dmma6obFCIU+lvjKGxrahNDCA8tAwZXJ+2LAMzSWmpL7ziPgXin2mXWZnLoPdqGHuxHFcOnwIBddDkWmoVCrIZLP+G/vmzX9rjYxA8DhH3TSRLxbD6CmKZYCeujSBumVDUdQ1yocEfXbvS1zvGvsd21qTDINQ3mCfbdtQhTc5ljcOjVdyv3v3Hbc/t7OvyN7htvLtes7+qYceSpmEvYdXGnoEsnXhATji2ZZot1w4th2aKHTDgO0XRUxWW011kHZkTke7MpkMXpiYwnOnzuDWa68O/L0gmSSOt917N879/T+iatm0XKsLTVWplM9hepHAGCOz3cbKygr6+vpaqq7/9/m2+wdDfZVXrdabv+o4zi3Fcp8qBIdrO6Jab4mVhRXHmJn3ZiZmcf7sOeOGW252NV339l9/oFWsVFQjm9WYpmmqrmvEGDzXRTafg+O4FMwRH5h+OkVkmv5gNRtozM3i0Ncfxpf/6WFkHQs/c/+b0V/pBwVVgte6b5uGCHWoqfkFmK6LXbt3h88mcFqvVKtYbTRRs2xkcil/lhuasQLKSdc5CYDj2OCehzQthBED8wMabMsSGZWqg4XS4vDQwHJfpfSGmVrz3rrtruay2kLGMOd/9+ffM9MQfOG6naO23WoKHFtov+uv/7qXRPgKQ49AtiiIiD/0kQcnLZu/nSkKqivLGBwZBQBomg5dN2CZbYjNml7iqQX++6yh67iwvIqnjp/ELdfsR8AwQr464+6bbsDQ1x7BUqstkxAXlzBUKePS3AItLi2hVqujr79vTtP1X2OW87/Oz8zV3vPrn/jin/yfPz/SbLR/pW2292czWWi6TqqmkRBCBwDHdPiZ85fI46TUqquitlr72t3f+9pZ13b7Lcsccl13EEL0L8zMjFRXltVtu3YiX6mwUn+fohsZ2LYDIQSMbAZ6JgtFUWRV3cBU43lYmZnCkccewze/+RSOnL6AoxNTuH6oH7l8QWbUd8Q5vbhnFP4DEImJ+QWyXBe7tm+TncZI4cKlCXicI6FhbYI0ukcWhQ3HMkfkHi7gOHYqgRBjEELAarfg2BbnnqrNob191VkYzCxW27qutQ1dq+uaWtMYazKipqrS0oXJmaWhUnmqfyR//LMf/tlj73rw9xqbvkE9bHn0CGSL4j5A/fQnf++mNim36ZqKdrsNz3WFoqpSC8lk4NgWuOBhlnEXOoVPhzwSADKGgWMTUzg7MYl9O7aH28k3wdx30/VY+NYh1C0bxy5cwn233gRFeKjX66hUyscymvHRJujzM8vLYY2kH/vo//yjP/3QB3Km5f1Hx3N3a4rih/CGxiW2e89ezM4vKP19FeVTf/IXL7BM38ff9sAbyieOH98lVNoJwcbnZudee+b4iXunL02puqa2Tdtmjm0rgnuGojGlNDDcKvb3V8vlItMzWaPWaheXllcytcUFnD15BifPXsCpmXmYjisECFXboVqziWwut6bw3hSCRMiAvP2PxVoNggiFzv6JMDE9jZrtQNP1rnN3rW1maCJ9xbYs6EamK6TXdRw06jW02ya44IonnLzjeflm24SqqtB0Haqqupquu5qmuYzIZYCpssby2dmluayqTo0O9Z/8/Q/+1F/9zG988vQmRtjDFYAegWxRaKP9+xdt9z41k9tPJAXAyvISDQ6PCADQdB16JgOz1QJIgEApachIOg2A2BdfC8lkcH5hGU8eO4F927dH+33h+NZXfQ++efIMGnOLNLO4BMe20VcsolQu/5OW0X+zPD779TOH0GUvf89HPv7xT/8/v8Rsm/+ili3sEa4L13EQFGTatW0MR59/gfbs3AFi3uve9cu//Gv4ZSx/9rOfvfTOHXsZbr+dL/31Q7/fOPT8/wu9/V5u2/nz58+5rVbLqfT3OTbAp1eOZFcbTT1rGNANXXVcTzNNE61mG7VmE5brifi12K6HWqOBkcGh+FAvg0nIVzYCIoy8LW3TQsuyUfLzdqJDCBAC80srmGu05LGi48QbklmURxKWQksbHZFMNvVcMKaH2612C/VaFe1WG0IIKEyJXCpCwHUcuK4LxkhVFFU1MjJR1DAyACmjtieubrmeWZ2cWxKC7//0hz/wgR958OO11EH0cEWhRyBbENcBuqmwN9VccXtWVSCEAFMY2s1maFsnIuiGAcey4EVFFrvRZbqKQ8oRoSg4PTWD+aUlDA30yz3+eQxdx86BfhyfmMZqtYoLs/PijusPHBkeHPzVv/raI49eWCfg80f+28d+51Mf+iXXsVo/W+gbutqzLLXdaJBfXFBsHx/F/PwcNCNz4J3XbS/+9bHJ5Xe9610eAG8IKFQMY8DIsIVSqby8c99ezC4uYbnezFsTcwYIuuO48LqEb2xDxz3xhEDbSlTk2CR5UJhNEmlREXkQEaYWFqjtONi3excCgR+cfXZ+AfV2G6umCSMTVRa4HOJIHpJWBT/gAznZlOrnmbSbDTRqNZiWBUCImGbSofgIcE+AezYcx4GiMJi6QbquI18sqYqqFjjnhRMXZx94403X/CWAf9hg8D1cAegVU9yC2L6tcqDqeg9omexeuYWgqZoQEFhdXgpFh6Yb0DOZWC2lNUhEpJFHhEwmg/laA2enppOH+dIrq6pQIFAoFk+cmZz+0PW7d0289Z47NiV8f/QjH/uE51ofaVYXn1B1rTG8cycyuRyIiG44cC0mp2dQKBWHV1etnQDwmsHc2C1DlR/tq+T/l6Urf7nE2Q+dq7dKT508O3hxaXWkalpFy3V0y3HAZTxqx+KbyjruBUFWI7bsywwuIgIYkjMaxjSQQBuZWVyC5TjYMTYWzbMCWQNrYnoaNdOSGfrrIjlr4Xr8EquBGZtPRJK+Y1nwXAeN6ipWl5dhWhYIEIyYTDzc6JqFgOu4aNRqot1shu4WYgweUwamV1Z/YNP3r4ctjR6BbDF8z3Zka6S+vc7ZbaoSJvgJVVPBGEOzkfRh6oY0NyQq9caxsbQAALQ9D01/gqPEzHVCwLRt3lcs/ktGM35+wbR/R9PYEWLqLZ98//tzm7mm9330E3+xMj/5X2qrC39vthoz43v3YXzPPuQKRWwbHwNAKPdXfuLOHePvXVQyn503nQdXPbzFYuqtaiazzzCMnMe5KnNfEMrZ9c7ZSaUCAoJzWesparF2BEK8/Ep8MqwYcYROdCJU222AKdA0NSIALj9n5uax0GhCSyRTJr1RIWGkXpWILWsjeGS2baO2soJqtYpGswnBuUAQEZaoDJzeo4DMKyEiKpbLgeNfAICiapheWLll3YH0cMWgRyBbDHll+Jaaw+83crlBIB7/T1BVDZxzNGrVUPppug4jk0nY1ruxsanE5gK260JW/E16SgyiC9tzxifPzc//y8zMTMvzxB8rELfkh/P7Nntdv/j7f/X4+dPPf7C6vPCHcxPnv5nJ5xpX33wrvu+tD6BUyKPN+TuaRB9edfjdQtN2Z7LZXCZjqIo/ZwbRJqVoDPG8CZ0YHRgoo5ALssNFVzO5RgnySJirCEni8MNiW6YJ03FR9ivvSiHNowq8S0uYrNb9oQT7N3MF/uUmrnz9Ax3HkYmmEMhJTQ+O65KfiU7EGCmKQuEMZSnVfoXMWKdCoYBsPjlhFxFhdml1CD28ItAjkC2E+3Yh0/TEA3UPtyqKkvC1EgG6rglGhHot6b/UMxk5X0iXwTz82FDw2q6HRruNVtvscu5mFEwb3JwPNv/oR/7HeRDNELTrP/n+92+iqJPEg3/5z9OPf/mRX52ZuPCbsxfPfcp2zCevuulm3HrrLY5aLmeFqu/WNU0zNA1MhuWmk8ZlJI0LIZDTVHrLNXvxb2+/GcO+j6cLHRpHXLuA/z1pwvLbMcLM4hKZjottY6OhOSkgirnFRUwuV9F0ouz9tBgs6tomAvmewh8idbFtC47jIJPNolTpR6nSJyrlsl/F2SOmMKiqinKlgnKlQoaRIS4EiViZdyEEPM8jXddQ7h9IrfC7WG8av/HDP5zv2tHDFYeeE30LwWAjNy2a7htyuVzG35R8+wNBURV4rgvLbCPjO2QVRUUmm4PrOr7pIV4mIzXes0sqcCHQNi1YdjhnkMwPFwKWZdqNVtONt/ds50+Zrr07O1TcDuD8Zq/xoUOHnPcDX7IO1B4vDgzdvDQ3+xPnZmZvq0K7yrGtIBggNujLCJJKuaayrtEDB/bjh15zLwr5HPpKpY4+fc84Sf9JwrIV0z7C6CefUMK2RJhfWYHlONg+MozAHBVgZm4OTduG3lULTKxjrlpnd6xJHKZlgXsecoUCiqUyVE0TAFDpHxCtVoscx4Gu60JRFGRyOTDGoGk6AUCr1YIgDkYym56IUOkfSNbriqHWbGeNircDwIm1htjDlYGeBrJ1wOoeXldz+U1piWAAAAJ0TRdEQKNaTezSDAOGkfVfRhPSZy0zd3IhwHFduJ6X9IEAsGzbbdbbicqsP/rrv32GuJgihsHLvdCHDh1yPvhnX5j//B984OE/+8xnBh9+7vhYvd6AK2tsdYx34+iyNHAhMJg16N/ccA1+/Ptej53jY1AUBVr83gZkkMhRicxVoGBK96TznGLmKyJCrdmC47lh5BNivoapuQU0rKB4YuyWd1Bk2kOilBaiY4sAYJomPM9DoVRCqdInAvLuIjsiAAAgAElEQVQA5O9ieHRUMMbAPU4A4FgWGFOQyWVFsVyGqqpwXZdczyPOORWLReQKxTX5q+3y8tmJxR9a/wn0cCWgRyBbBPfvGNrTcNzvNbLZLsd09JdMYAoDYwps24bHo8oSRAQjm5UOdd8ksVlLewCvc74I3z7uOK4n4HaJbNMz/45xYXz6wx8oXc55wu6Lt//n43PLNzJVy9drVTnkbwO4EBjNZ+kHbzqA9735jRgZHJKlPMLEv04HOYAO81RosorPZ8KSZixiDI7gaNk2DENHZHaKHNXTy8ty+trg6jrYIqKFjh2pBJkkEUCSh+t5KJXLKJUrQkmpJZbNF1AslWCaJgQXaDUb8DwvrBafzWahqiocx4Guqij3D6wVFi4AgCmqeuj0hZ9+92vveB96MuaKRu/hbhGseHhNzXJvC6c5TTWVS5e6qmlCCIFmvZ5oomoaMtkciNhmpi9Ndi8AzkVcboVfLce2RYpI+/GPfnyBSF1hljL44Q9/eL3fGrv/Khj37dqV+ZHb9+5835033PF/3Hnjrzw3ufi+XKkyBCK4rivWCYna9GYuOLYVcvSDNx3Ae77vjRio9AGQeRP5bC6pRRA65m33SYJJckBQgDBYJwIYk5NmKQxQFSzVamjbDkYGpSIWD8Ntm20sN5poWM6aauBG1jqpDKVff7vdhuu6KPf1oVSuiPXK0fcNDAhAwHZsAgDbMuE6NlzHARGQMQyhMobKwADiGkwaGFMwtbw68sLk3Af//atv/6l3Xnedvl77HrYuej6QLYB7gWLDtW8Xqja8bkM/JEtVFbgOwWq3gEpfoklQ4sRst9O8s+v0LSOHut48hQD3PC5/Sm7XYfX51VP6YOn6cXOmCCC0q90HqFlAyR3YtlNl+rVNQbdoGm073+T9rmj2m+32vciX1YKqodnwiZAoLKHyYsA5p7FCDu+4+Tq8+01vQC6bQ3DTiBF0nXVpHASEpJIM042tJ6KykmSzVK2Rads4MDqCToVvaWUVTcsG9+9p93WlODo2GZ3VbkuzVaWvH6VyZd2juCfnAikUS6jXatA1HbZpQlFVuc/jcF2XypUK8sW1TVfByZnCiIihaXvXHp+e/4Ubtw0Z77/99oceOnSotcGxPWwx9AhkC8DpK97Qcvi92VKYpdz1R+xzR/hNURRwj8My24nsZmnKygnXLx2yyXkuSAgBHlb3TYILuIIotRLrTz30kPPp/+uX5jxXrbznvvusxbNHB1jGuK4t6K66h93LbYy45PRzYkOclAEtm820Gg3D5UwdKhQBAGarJSi46PBL1xDTd/ibOecoaQreecv1+NH7vw+GbgQ3JLwvqWQQtAm5I2nmirSVDvII8j8aTdiui3Kh0FXCZHllFW3b8f0u3xbrHACBdqsNj3NJHpX1yUMIAdd14DoOMpmMqFWrZNs2KYoiggmmbMchQKDU148166rFQMTgeR6MTAYtx7326OT8T+8f6cu9+66r/uefP3WmV+LkCkKPQLYAbI1ualjiuv70uTBCCAAUaCGaJjWNVjNZHgMyNySTzaHp1SC4ALGNSYQLWU9L6TCDmJbtcM5tYu5aKdzs05/64/zw+M77F1brVy+TNm6bfNglNiJUbVg3soaRzSoAVO55zOMeWq0WBkdGgoJ/wvM8XxsQEML/TD1VOolwIQDPpbffeh3e+5Y3w9D1KNwsTggJHwb8cxJAEElt4/9n702jZcmu8sDvnBPzkNMd3liv5kFVQhJoQmgEIQsNiEENNMIyg1kCezH0ci8a3MteWDRmMpIB203TNEYWwghaBoNppgUIIYEEQqgkSlLNr+rN7445xXyG/nEiIiPz5p1evao3KL+34uXNzMiIkxH3nu/svb+9NyYkgSZxTJMJIQQ534WklcLmcIBRmoEZu9zXK+CUOE4ghEC3t7QveQAoJbwcQggIIeD5PqLxGJZtgUJBcIEiz7G0sgLTsg40IkKIEoITAv17GBfFvV+4sPFddy91rG972V3vXZDIzYMFgVz/oIUi91NGnf13rTCph8WLAkrKulw3ymnJdl3wIkeaJE3zZfcjKglCAB2ErQqjEIzjaBsEiSkwVUTqq3ruCeU5r8mo9bJNSe64fGnzhGLGCWn7Lc/3Tc+0mBSCSqEnKM4LSCEwHo1g2TYs21FA1V1RldSwq/mx+7ilQpok5M333Yn/5e3fWJPHtOxWu5smE3+9w4z7aub9xnvTn9ePCgAXEq7j1tZH8xsMogTjPAf2iO40vkn5uHNfVbq64iQBLzi6S/tbHoB2XXFeQAhRu7Esy1IRQPIsJ7ZjqzTLiOd58PdQXe0YT5Xnoi8BMUwTOS/ufHht+9vv6vl467FjP/P7Fy8u3Fk3ARYEcp3jxUvBPX1FXr5r8HwGTSuEGQaklEiTGI7OsK4/SwiB4/kQnKMochDQPUlESgVKaFmKozoI0B8OB5SQMQyaAsBrj/jPl8x505Cyl+ZgdxSKnjJcN/SCwDBN05BSgvMCaRJPqu+WE47gHHmekZWjR1GphfIsqwYMUsmC9uSRyZtKT6rkgeUOfvI73wnHthpxDUyppaaJo2FtlBH2HXWudhDJdAyEEIrheISsKNBtT0RozWHHeY6k4ICxf67lbhxfHS9JE+RZht7yMtrd3r6TfeW6EpzX5IGSqIMwQDSOdGY6oFVXh+gHLwQvf0dIPXTTMFGA3PbY5vCdd/X8MS7iPbgiG2uB6wkLArnOURjGXXmubnPcAyd016CUgQuBPE3heP6OP1bDNDWJjERV22i3QykpJTEYnc6TgMJ2fxgzxkYc5MiXn1z6xgGMV+WgL6COt+qHoR0YBqs672VZijxNwXlRLserwob6WOPxmIStdm19ALoNKyGom1iVu2LvuUd/IEkS0jUZfvqffCsCv5EYXU3ylACliqp+fdryULPZ5bvGTMpjNa2ZUZyAC4HlbncSQC8PX5V3TwoO9wAEMrkzzWiXPmaWZSCcw/U8dA5AHgAgBZ8iDyUnqjzTtJSUIxLHMY6fvAWWbR9qopdlPbH6vlUkYpoogDue3I7+6dfed/L8/3j43G8c5rgLXH9YEMh1DiKkpxQMY5/4RxPVFFNNOkLoiWJeP3HbdcF5gSSelIKff1AFx7amCEQpoD8c5JkQNHK635sQ9gY3DHtt17PKUiMAAF7kKokiFNriKOdmMrWkLgpeSk57U+UxdHFDAkIOl7WSZClRvMD3vemNuP+OOybnqiyO0kqoZbrle3UcA2Qqx6O2OOYpr+a4r0AJkjQlXAh02+3GddQPURwjzgtQdpCVfWMWrl/Rr6VphtuWO4iSDJlpT77LXkcrq+lOWR+z5yMEQRAcRHW149i6cCcwE5OqSSRX6r4zo+xfvO3U0c/83plLnz/M8Re4vrDIA7nOoUMOShzGhVBNzQoAZQxCq7F2nVlcz4dl2bunPAOghMC1rB1B9PXt7eBsLN5AOktv7q4eOeoFocXKDoPQlotK43hCHlPjLFfSSpHRaES6vZ7uyFdCqWZR3ek6VHvNk2makizL8Y/uuwvf8eY3NuIUFISxegOjAKWT3A1KdUl1SgGDKTDWeJ2U+1bHoeUxGAhtHrP8mTLk5UrcMIwdqf1JmiItCrB9S7hP3xb9s36WJAnuXO3h9S9+AVaWuvoeHgCC80nso3RdNc+VJikxGEN3eXlH58L9IIXQOUaz96cymgDYto0xjHu3IH/0UAdf4LrDgkCuczBFCkqQ77/nLBQApQihSikJnu9+CMoYXN8HMwydpT6HRFzTgO/YOyaGM5v9E6lpfanreUuNst765Eohz9KpQHiNxpM8ywCl0Op0pywgXgq7dpKFthDmkUiWZaQoCty93MOPftu3gBJtCRFGQQym+503iaNyZVGqX2cUYExp0qA1aUz2r/dBRTDV8eoEwnJjjMGoJbrTW1FwFFKCMrpvIGDH11RAEic4Hnh4xxtfi/tvPQ6qz3Ww2EeRa+tDiom0uDyJEJzEcYxWuw3HcQ8do5BSaNHG7gE1BQCu54UXk+Ir3nikfdthz7HA9YMFgVzvUCoxiIqVkgfP+SsTnoGJ2kjMdVVMYFo2XN8HoWxn1V4AoWvDd+wdbqSx4I5pO5UTf+pdpRSKLNMy2t3Gqq0P9JaXd8hEBef1EWfi1fX3al6TPM9JURQIHBvf85WvwvHVFT35s4o4mhZF06qYJgDCZoijaYVUP9fk0bA+KuuFMhBKdSl9a04SdpkfKJV2l+1/Xxt7KF0YMWTAN7z25XjH29+G02cvoJBqrotyFrzIUeR5WapkmjwUgNFoDMd1Ebbae2auz0NZ5r0qCz+lPKtPUgsQCGA5q5LRLz/USRa4rrCIgVznMBk2DEn6QghQ42B/0LMTEmVMCSlIniZkXjC9guN6EJzPjYe0XAehu1NJXChiUUogBAchdMrlwfO87B+i5q5IlQ50g1KKoNWuXPz1+KaaO81RXhEoqDJSyzknWZ7DNE289s7b8A2ve/XEWqgshxkV1S5xDDUd72iorlB+jpbEMRtIn2E40y4JZM4VN0xjFz9c02lX/a+qt5DlOVSW4LUvfSG++53fAsMwcPbSGnIhdRB/D0ghkGcZBOcTS3MSVCFxHCmlFNqdDphh7CWqmAsxyVqfdnWS5o9lP0h93xKhZLrjQAvcMFhYINc5GOfnLcbO5XkxCW7sATLnB0oIlJTgxf7tWl3fh207OxzvXd9Dy5uu45gkCQzTBGUMeZYpwadLmWRZWqp75o9aKYXxeKyT1ExzB0VIPje5faKwLSc4KQXSNIVtWTjeCvDdb3gtHNcBMdnEUqCksTWskIYLCrOWCWvEPErrA5UrrIqhNOIemNlMy55Tpl3DMAxNfpOrgZ3kUb2uURQFxqMRnn9iFd/6dV+DtbV1PPjgZ3FhYwvpLteqiTzLwItcxyhmdMFFUSCJE9Jut5XreuqwsQ/dJ0S7xTjnqCpGz7nzBERbxCbPPkvTwYcPdaIFrissLJDrHB/diNe+9IjzZJHngO/VgqTq/bnpZTsCmFVAW5A9lVbQ0l/X9yGEAC/zQ6SUWA4DdMNgat/BcAAFAkopijyGkqoOgvOi0HGXXUhPKSCOY2KZJvwwbH6VGnkxHbepjAKl/wOBLq+SJCkxDN3S9x/dcwe+9IH7S5dSw+qgOy2E2bIj2vrAtOqqkRdSx0QY29XqaMp4qcF2DZI3GoLt/I5zrlVRFEiSBKc6Ad74ypdha3uAC5fXMY4SxBJI8gKeuXsQnRc58iyFEE3yqEUMGI5GcF0XQdgCZexQeR8AJoouISA4h1W5IxvnaVpyeRyfO0LlL/zpNga7HHKBGwALArn+ISyDPsZyvglgad+9d2ESQrUaq8hzWPbeah3DtOD6PqKRhBQCSkmy3Apgz3zuwvo6OFA1H0KaxMRybGUYuoxKVf5kHpRSiMZjHD95CwxjfnXXoiiIwVgt61WN/wip1UyEEALHcdQd7YC86+vfAmaa88hhpyy3rqBbkgcwQwgAyiD8JB7CytewkzhmPkspm5SIb373kjqMepLeo0Ck0kTKC47AMvCS++7E7XfejtvvvQ/do8fw6GOPw/7058Hy/m5HgFISaVmZt2wDNnWC8WhECCFodTowTOPQyiudBDpRdSkA88rGV+4rzoUiyTgSin/yUCda4LrDgkBuALQZPhWZ9JG84F9hmiZ0qjnKVTh28RBNv0gphZQCghcEB0gMsx0XUkjE4xGkEPAdB6Y5HRC+vLWNXEgQkyrH8zDob8NOUxiBuctkhdqlPxqNiOu68IJg97lTylLHPHMIAihFkGUZEZzD931FlCQvP76KIAgglIRBjAOQRumiqhhp1jJplGivXVyE7oihTJFHY5DUYHvUuVKwTP3nt/sFUMjzqosk8OovfT6+8zvegdvuex66q6sgjOGhzz8MobCnAitNEhR5NjfPJ8tykqYZur0uHMdVV2Z9TGe0s9JCm8RwGiAEUTQmjFAvt73vfflR75PIx19ItvIznwWiQ514gWuOBYHcAMgS8ohnWQ8OkkQTSDUNH4A4pqDKwoQHhOv7kELAJgqh4+xQ+WyOxkjzAsx06okpSRJ4QQglJRQU6HQEVQ+jDJ7fcuutc1eqFeapxiryEIIjzTJ4nqcIIbg79HDvbbfgU5/7HCzLQuB5aLdCtMMQjmPXk5oEIKFAGAUzTTDDUBVZUDpRadWkQarnM66qajAzm06YL59XsZGZmwDovBqzfG9H8KfcLS80eRiGgXtOHcc3vO1N+LLXvHZyPqXwmU8/qO/BLl0qeVEgS5JGK+Pp6zsajeD5HoIwVMxgoAfIS9l5Dj6VU1KT2RSfapIt8lwVRUHCpZWjgrF3pEn0NoPQx93j6o9elmYfoXx86RNDbB16EAtcEywI5AbAR9bXx6+97diDZppfBHBsMuXsQRZNEJSZ3wRSCCKEmNuZbh7cIEAvsNH2vbooY4V+kiLOcviuBKUUlm0jTRKSlmqe2n01EyseDockCAK4eyjCgKYKqzxMSR6Ajns4tg1GKZiS5J+95Q14zUtfjLWtLZy/tIYLa2vY3N7GseUlLHc7sCxdB4tLAS45iGHA8X2Ytk0IpaCGoQzGNNEYRoM8KnKo4inY3W2FRgdDECjKIMnEQdUkCoNSmGUW+jzyKIoCSipYtgXbMPCKF96Pl73yleX7qj7n2vomsrzAPD2MUmV3Qc7nVlweDoeEMYZWu60Mw9QEekjlVV1Pq+xWWbmv5sZyAIzHY/hBANf1TMtxTuW2gyLPjsVZdjdR9Bsd2/rzL/fFHxejwZlPjbFxqMEs8JxjQSA3CHoO+/iYWw8Ps+yYjmEckjxQubGkEkWx58q/CUopbj9+AsdWV7WuvySRJI7QT/OpNrdhq63GoxEZD4eos9FnhimVRJplOHX02L5j2JmPohUEWZYTSglM01BCSPLy4yt4/SteDsu2cKvn4uiRVd27nRCYhlEqxShUSX5Kk4CihgFiGLXqipgWiGlOstEbZNCQfmEqwN4kFzReAyAIARcSqFqh118MYJTCNc2d6wAFcMGhlIJZvv8ld92Kr/7KV6OzsjJ1zgtnz+Kx008jSnOYMyX7ASCJxijyHHVP98YYkiQhRVGg2+0qy7avKHAOaAtHq68mvwdk+r/62mVZRqSU8DwPhFIFgNiOA9txurwouqnj3J4VxS08id7mBMafv9wTv8mL/tOfWgTar1ssCOQGwe88fO7zr77jxKfXhsmrLds2sIvnYwoN8gC0G0FKOdUrfT9IIcjtx4/jrnvuQzTYRhJFoASIozEKIVGW0gWg+4wopVAUBSGUTqtUoV0uw+GIhGEI1/MOlDU967cXQoILUap8CFwCfO/XvQlWWWmXEgrXNXbGPaogOAFgGIoYho6v1NnlTFfFrayPRoJEefEmeSDV4yyBNMhGKaDgBdIsBZyd+TOMMVAoyDIbvTqVkEK7gUwDlFCEnoMvf9EDeOAlLy1jMARSAacffRQ/9m9+Ag+dPovW8gpmxcJFniFL03KoZGou55xrS8D34QcBGDM0gRzS+hBlU7KpjPbqJGg+1RckjiK0Wi0QQlVZK63+kGGaJDBNRyl1b2LZEJyv5tH4tQ4lv/3iYPv9C2vk+sSCQG4cyK5nf2w7K94qpLxnX6XMDHlMAryqrpZ6ABApOHrtFpaO3wIvbOPS008gTxOsb24i4UJnVTcmD9O0dJLa7GCgfe5ZluHI0WMHyJrWxxRC1IFoBYU8z4lpaGVWwTl5/R0n8ZIXPB+EEJ1XURoJtXupkfsBShQsC8SyyxpWE1kuMQyoRjb57uGlBoFUgfjqeTVypSCKAhIEuZSQQu4ommgYDIzofIjqPan0Kp4yBlp29XvhPbfjjV/zBjhBCEJ08cS/+vBH8P4PfggfffBzYKYJw5zO4JdSIh6PNTlNBfc11w8GQ2JZFsIwhGEYmsyuwPoocl0SZVI8sckd09ZnnCSEGQZMy1K06iE/jUoFR7wgAIA7YtO4I8/cFjWsF7zCGPzox/vp04ce5ALPKhYEcgOhza2/7HrO350dxff4fgDMs0LKSW7eBKjnVVqXnNhn0iAAYBCg127Dclw4XgApJdbOPInTl9YwzrKZgodAq9PG5vo6DM51tvUkco7BcHhg66OKJwghCGVUERAUhU5UrILBISP43re/DaWwYLLSbqqpauuDKGI7gONgrvXBjOnckfkpcNjpzsJkXwIoqSCKnIAyWGELilFEcYRQ57rUd4sxBptRGLQ55RIwyrRLTQHLnRAv/7Ivwan7HgChFHEU4f/9wG/gd//4z/HwU2cgFOBYVllva4I0jsA536kMA8F4PCJKKYRhCNOyFDOMA5VAmYWSUku1hZjORZpxxxFCwIVAHMXoLelS8/vEWurDeX4A5flfEhnGqcS02y81tn/4kxujRw892AWeNSwy0W8g/NrDD292XeujDsGFStVSrbjrSrXzyINMXqt6c+xjhdSHONZpY6ndAWV6klo6dhKrp+7A5XGEUaIJpElhQdhSQggIKaeGIaVEnufo9pYOPGFRqlfhUHp1LjgHY1QBOkfkVbffgvvvvrNBGthJHnqi1+TheiC2DVi2jndYFmDZ5WYBplW6sUpX1o7NnDwyo7HpzHNFKISUIMyA4XnKCQJQw8Ro3FCnlleFUQbHMOCbk8mfVMmOSpfgf+G9d+Krvvr1MGwbm5ub+I///j/gg7/3h/jC6TNgzFBViZjmZFwUObI0qX8fmkjTlCRJAt/34TiODpyzw5csAXSVAc75Lhks08cbjUbEcZ06LkYapf73gAJ0P5ag1W4zP/z6zGv9p1d2cerQg13gWcOCQG4wrHjWn66G3j+kSQKgWqfv8sdYuXLq5/qPVyq1Z2HFJo4vdbHUaU+95gYBIkXrcuWzYFVBxroUisJwNCKtsHVA60ODUloH6QWvXD36+3QtA//8m74OhrGzJtVkg1bWmgbguCV5lMRh24DtTIijIo8GIVSWyTR5zBAHnWyKUBDDALMdBcbgBIGyXAfjKKpvRxOBY8GzzBlXo35Y6rTwkhc9HyfuvhdnnjyN9/zUe/AHH/lrnL28oUxzknjZlO8qpZDG8dx8DyEERqMxXNeFHwTK0BLmK3JdAailwdX92BE4h16spGlKBBcIfL90UVGww8VbFKAl5cQLXpeanXdf0YAXeFawIJAbDL/yic8/3va9vyGCb++6U8PF0iSPCjo4vSuB1DsqKXHLyjJWektTVsZoexOZVNqVNGci8AIfRVHUwXqpFLIsQ7vXO5S7hDEGKWSt8NGrbSAvCvKaO0/h3jtun3zPhqy2WuHqJrgExHFBHAewbR3/qMijIg2zJIeKNCpSqMlkQhakrLQ7Xe5db5QxMNOqs9UdP4AbBMjKsvSqWV8MQOC68C1zehWv9GT/oufdhdd91evw6EOfw3v+3c/hw598EIMoUVU8KM9zoqXTk+TOPMtK1dXsn7XCYDAghsEQBIEyamXa4V1XgHaRCc6nCXEOH8gy36fT7dQxD0rJlZCWAgA/DI3IdF/3qrb9+isa+AJXHQsCuQFx51LwP460g0eKoqj+cMnUCry5KgTqSb75WlN2uRsEL9BrhbBcD82Zb2v9MqI0BwhRdI6rpNtbUkVRQHBde2s8HpfWx06p6V4wTLMqD95wyRB0TIbv+vq3wKiyvJtB86lAOkBsG8QPQDwPxHEBxwVsd4Y8zEYp9mb1Xjoho9mcjyZhkUmF2YkbkcAwTdieh0JO91ipCKMT+AgceyoIDQC9dogX3X8vzl24jH//C7+ITzz0CCRK5VIZdymKAowZdVkaJSWyJG5cD9Q3ezgcESUVgiBQpmXBNC2wK3RdVWVRSnNixuiYtj7GoxHxPB+tdqf+glcqFwa0Rep1ukcj0/qRKzrAAlcdCwK5AfFzf/rJv+u1/L/nWZpOfOBkdt5oEMr080rOu4cVAgCgSqLbasN2p6vwPvzkExgmiQ41zHFHGKYJo8z8VkohTVO0u93Sb39wmKapZomOc06+4raTuPf22wBMigZXE1ojV0PBMEA6XZB2F/ACwHW15VFaG3UPjzmkoB8PMdgZ11l1E0zHmVTdrePu+nnoeQgde+JOVJrYH7jrNpiU4Vfe/0F89vEzMB1XzSYCcs7BGINZKrCqmAQpSab6bYjjmGRZDj/wle04+t6Y5hVP4kkUQQgxdannIctzkmUZuktLyrRMbX4pBcMwr4i4UN5i23Wd2PbufWXXetMVfYEFrioWBHKD4rbl3l8d6wQXqmztqUXgDHFUq+MmtBJrx3w+tdNqO8RSpw1KJ352KSXOrm1gFCf1KnueSyJsdyClRBRFxDRMNP32B4VpWbr0eANMCnz7W9+o60iVXQ4n81iVs1HyydIyyMoq4Ps61kFLVVg586kdKiXUR9l3K3NUqm32cxUsxwGzTNSCrcabtm3DMU3IRl6O7zowIPEnf/0pfOHpC7BdV/NP86B6Lq7VV1JK5Gm6IxqWpSmiKILnuXBdF4aW0V6x60oKMckt2cEc08+HgwECLcedcnUau5S3PyAUYwxeZ2k5oubCCrkOsCCQGxRdh/zlkW7riSxNK8Igs0vCSXBz+o+7UmLtZ4Ec63ax1OmgOXuN+5vYjhLEeQ5CqW48NIdAOt2uyvMcw+EQjuugKPJ9XWazMAyzXJ3raVlKiS89uoQvuedOkHJFO2mRWAXtVUkeKyBHT2i3FZkkBk5N4jXfTFtuzcd5G8qMfEgBCL2pMgFwekyA5XkwbVsrllR1Wv2DZdvwbKusIaVfXwo9PHVxA6cvb8Kqil6qCWkBZW4Mo7Ac7b7SZdrF1CIhz3MyGo3gOI7yPA/M0O4uxq5cuZ/EkS5n00hMnLF5AaJLpFDK4HqeqnrQMMauqEnVPDiu68amd8fCCrn2WBDIDYp3/85Hzh1b6vzhsu9c0D2oNSYTXcOl0kT5vLlyngfJOU4dWcHR1SNoThCj7Q0M0gyFEKCU7lwZYssAACAASURBVDohMcOoCuvBMAyVJcmBGlo1QRkrx6nn5CxNyXd+zVfDtaypSRqqMcMqBbTaILfcCphmaYrMXILGD9XPleXQXOzPXh2FxmkJQVXNF6X0VpOK3pSUUFLBcV3YnoukVM01j2aZFkLHhm/pVTkF0B9F2ExyGA2LTc38n+U5MQwDtu1AKYk8y3aQx3A4hGVZxPd9MMaUbTswTOuKJ3DBue5dj+pXaL7/Ks9yEkcxWu0WCFDfc9OyYNk7M/KvBIwxeN2lXkzMf3lVDrjAFWNBIDcwjix3PnRsufNIZYWQygqZWiE20Aj2KqV2BG+bELzAkaUleEFr6lij7Q1sjSMwyhRjbE93SKvTget6oFT7lNKyVe5BoYvyTU5+TzfEV7zw+UBFfkpVlohCVVLFdkBP3Q6A6Mm8tgj0Vv2rMOVyahwXjUPW+0z+a8Q7mpV7Z0lbwXJcZdo24opAyslXQd+HtuchLAPhhACZVLAdd+YiqQZ7KfCi0AF6x1F5qlvUVvN5lmVkOBzCNE0EQQBKKWzXhWnbz2j1nyaxtlj3CnwQYGtrC2ErhGWZpT2oY1imZdfNxp4htKzX87zIdO94ZZu97mocdIErw4JAbmD86/f97tmVdvhxz6S7S3oBVH7/2T/7vVxYUnB0222Ylj212r9w6RKGSVZKVs25DZMqdHpLShfaU4QQUstMDwpCCAyDVTJg8o5XvRyBY+uCjuWmpNSzvFRaSnvn3VpGq6R+bU5Bxsr0mBr5XGIrd5oiocnDDhOlUQK+IhLbdWDZDtI0rU84Oa9CJ/DR8VwoJSEVdggWVFkKRUoBWbKZlLLOtcnzyvogiKOYjEYjWJaNIAgUIUTZrgvbcZ8ReXBe1Pdtr8MM+gOipEQQhqpJvLwoQA+WPHhgMMOA2+21CsP54at20AUOjQWB3OC46+jK+44vdx9NJy6SGckPmWuQTOIg8y2CE8tLWG53pmYMKSXObW4jynJQSrWiZg81D6UUpmFMyrKT0o9+CCtE92dXZNmx8LWvfoX+hZUlOUhtgZDS0iC33QGYdv0elKyJoRbXzhhoc+NEtWR42hqZIpJ5r8vJ+5WSy3JcYrkO0tL9U1kxlUpquRViKfSglIJl2TBtp744QnBkWYq8yvpWqox/MFi2NalFBWA0HJIkSeC6HoLAV4QQ2K4Lx/We8cSdp2m52Njd+siyjAz7Aywtr+zY47CuywOgtEL8sE+s572yY77wap9ggYNhQSA3OH74fb/92Go7/AxVMm7mK+zlyaqwG4EopXDLyjJWl5enVtnj/iYuDUYYJSmYYezeba+B7vIyskzXTCKEgOe6N/dBYTs2sjzHK289gZ7vgQgJiDrWoCo3FVleBQnbkziEmpAMZMNttQt3TUiElEbHTEC8ciEpNU1QskEcDatH6UdiOQ5Mx5nKBWnGNFzH0eVMlIJpaYmrEAJJFCEejZClaVnxVluLWZYR0zTh+YEqihxCCAz6A8KFQBCE8Dzt/rIdB67nX3GmeQVeFOBFAaV2tz6klOj3+3A9F7Zj7/iN4vyqEwgAreiye70uLOdfPysnWGBfLAjkJsC9J4/8P7esdE9XEsu90RC9ziiGKoiiwG3Hj+Pk8RNTDDTYXMP57SFyIdRu8t1ZhK22EpxPamMRgiQ6uBXiOA5ImuKdX/kqGAq16glClCooCRgmyNFjU0HsmkTqTU15nppnn41xTF2XeZZGfUxMfm6SiN6PQCmdq2FZEDOlY6rzW5YFiygYjIEwQ8XRGNFoiCxNdF+QsrNjfW+E0MmDBBgOBmQwGBDGKMIgUFXcwXE9uH7wjMlDl+bPdSIngN2WI6PRiIiiQHdpae77h+mCeZjhAYDnh+GmpC999bJ37Nk4yQJ7Y0EgNwH+9/f9ziePdVoPyUmAYfcoZ/PnKv48AyE4jiwvw3bcKYIZbK4jygsYlgVmmLufZgbtTldbIaUEVHA+yZreB47rqvt6Ldx/y0ktl+U1gajKEiG33Io6aF5vDUuhet6YiGeuxESCBaCh6mo8ymk31TRZzJCIIs3At2nbkHMvlW4aZRkGhJRI4xh5mkKIRtXhWWk2IYjGY1w4e45kaQrXdeF5nqKUglIK1/Ph+s/c8gC08koUhf4d2eVWR1FM0jhG2GrDMNiuq4JDtBA4FAzTJCzseI5jL2Ih1wALArlJcM+pY79662rvnJZa7oh47HyNYJdKqoBjmei1Wjs+c3ljAwkXME3rUBPU8pEjKktTCKGn0aqj4UEKOtqOC9MwwZQCuJi2QIQA2h3A8RpWyTwLpDHZz7j1qvmfNIPlu8U5JnEVAjmzKUWgJCnfmyKa6czv6WuulEIsFKRS2kohuinWvLhFFEVkPBqVZUxoXVWXUgrLsuAFAWz3mQXM63FJCcGL0nJqsusEaZoRwct+7JX+ea7FpsBLUrzaIITAa7VbW4K89cXY0VdrgWcZCwK5SfCv3vfbf3ys13mM5xmfOPR3Jnk1REi74uTyMpZaranX0iTGua0+4rw4dCYzIQRBGCLLsjoRTUqFNI72/SylFBtJiizNZtxXUpcjOXJ8J6nMtUK0JVL17a7tkfJCTMt3Mc+ymCYIJXe6zCprp+E6I0r76rOiwDzKPnt5DU9v9sEMU9cVa1638jGJY7KxvkHSJIEfhGi1WsrzPMUMpiilcDwPXhDCtJ6ZVLcJKaUO3MsqeD6NoihI1crW8XxwzrVKbLfjPYtuLNOyrNTyvFvvPvY9z8ZJFtgdCwK5iXDPLcd+65bl7hrP8ymy2GGAqN3WlNptccvqCk4cPYrmank82MbaMEKUF1c0Sa0eO44kScpYiFYppUmicxj2QUYI1rf7k4laSG1KdHo6kW+KQKaC7NMTekPWO3VppqyP6gLVcYxpq6JJFnNJZLKRkoAuXbiIp85fmrr+FZ68dBnn+8Md/eEVgCiOycb6OonjGLZtIQhDBIGvqoxux3HhhyEc17vi8iTzoNVeXDeLmkMKUkoUuQ6Me74PyzSUqHJurgEopXDCVnuLkwWBPMdYEMhNhJ5r/86Jld75hspp95leYSbpTYPnOW4/fgxHVo9Mvd7fXMfl0RgZv7KVpGEYKvADpGkKKVUtI46j8b4TT0IYzlxeg6rIAdDNoVy/JIwGechZN1bDAqkm/NlLMZstOCGOnVbFFInIJqlNHoXOUYGQePShz+FXP/BbWB/FKIqiJiwCIMtybA5HiAo+NZZxFJGNtXWSxAls20YQBAiCQFmmqeW5tg0vCOF4/jPKLt8NUgoIzhtlZKavVZqkxLQt8IKj3e3Bsm0opfa0QHaWmL9qUABg2Y63KdB7x4vu/upn60QL7MSCQG4i/PNf/K/btx1d/ouVtr+hxM6Jchpq1tdOAD15tINgx6Q03N5EVHAQSq94mXnkxAkVx3GtyqGUIs8y5PskF9qui7Nr65CCgyipk/UsWz9WLquaSBok0nRpTQe5G1cBk5gHZoljJv4xSx6zlk55roo8Hnnoc/iJn/xZPHxxA4VSdUveygYaDgdYH45gmBaqsvfr6+skS1PYroMwLInDshQhBKZlwwsCuL4Py7avSqB8FkrpxEUhRN0wqok4TojreSjyHDkvIKVUpqVjYoLzXZmM0qtLcrNghgHDD/1c4oee1RMtMIUFgdxkuPu2o79+cnVpI8/3skL0FEYZrSahep+VThvL7faOT2xsb2OzP3xGvmzDMNBqtRFFMZFSlnmOBEk03lPW64ct/MO5C2V7W6UbO1Uum1miqKS9QoDYLqFhd9qSaLhaavLQMQ9Sxz5mlVZ7WRyzbqtyLA//w0P4sX/7M3j4wjqIYag0z1HwYqqIytn1DVwcjBDFMdbX10mW5XBdV1scvq/M0uKwbE0cnu/Dsh1QevXcVbOQUrc7nnefx+MxcVwHSqm6rznnBQzDBGMMeV7seh+vtHz8AaGtENdtnx0n97/rxfctJL3PERYEcpPhn/z4L33m2FLvMZOS2ep9GuXfN6W06nNek4eSEqdWV3F8dbXcVf8bjwY4t9XHxbU1pGn6jJaSx06cUGmaoCgKAoVa1pvuIet1XBePXN6A5GLielOYbwGUFgihjFC/BWKY862QyRcngKoSY2ZiIHu4rGatHCFK8tCWx7t/8mfx2NoWqGmqNElIzgV4I97DhcC59U08fO4ieFHA9XQGuV8SB6UUtuPCC0K4XkkcVzHOMQ+6AKRAFRyfioGNx0QXRLR1b/ulniKEgBcFGGMwGFNFsTuBPJukV8EwTKTMdojv/sCzfrIFACwI5KbEPbce/52TK7010SwhUa2uywB2uWqcIoOiyHHXiWO49cSJRmIdwebli9iMU8SFQH9rC0WeXzGJEEqxsrKK0WgEKXV2OqEUacO1NQtKKTbiBDwvVO1+Ehwo8lLau9MioN0VQErI/ub8wHcVQ2+qririmMoyF0CW7Rv3qDLkH/vCF/Bvfuo9eHyjD2bZKoknRQgrAiEAxqMRNocjKGbADwJ4nqdMSzd7cj2/jHF42lX1LBMHgDKGUdbdElUTL32bx+MxIYSi3ekiGo3gBwEc1wNU1RmRwTAMnfi4mwVyleM0u53D8rzgTD/6n571ky0AYEEgNyWOBp3/b6XbviA4n7hn9HIfpOzdPS+TnOc5ltodOJ5fv0agW9heHo7ht9tKCI5Bf5/ajftg+cgRJaVEkqREqSqgLvd0ZRWGgc1+X9aTfVEAea4fm9JdIUFMR+cGxmOoJFJzEgz1+/WpZqW7ChASvL8FFY31Lo3PE8sB9VuaZKqAuRR44tFH8aM//V48sTWEYdsqTeIqjqBQ1rEqz4bhaIT18RhBECjbtpXjOPD9EJ6vczmquMJzBV2dWUJIgWaDqyiKiJQSK0eOYDwcwLQsBGFYri8UOOd1V8qD5PU8i9CSXtNy1pPC/6E3veqt13IwXyxYEMhNiLe/+z1rvVbwMc+21iqLg5SZynq1aM5d1bq2jW4r1E8acYLxaIiozP/wg0Btb21ha32NHLZBVBMnT53CcDicrMoJRVHoOlkzxyUAkBgWnr68LqGUXu1zrgkkz/TPTZIwTajxEHKwPU0eSgFSEqiqBtisdFd/bzHYRnr6MVAptQuM0gk5KQnCTBDbBXX8mjxOP/4EfvRn3osntkdgtqPSJIGUEoJzDAYDMo4TXQ+s/EIXt/rYiDP4gSYNx/N198Kr1HTpMKjIQ0qp4x+l+yqOY1IUBY4cO66SOIYQEu1OV9W/O2o6v6PKsZnFc/l9KGOA7bqJUt/3nJ30ixgLArlJ8bxbT3yw2woeJYTo0uuMgTGjLIJogM6RxRxf6mG505lSKQnOcXl7gGGSIs8yUELg2A62trawvblxxXWO/CBUvu9jOBwSqcoudwrIswx8TvdC03HxxOU1pQPpkoCLhhWSa5dWGZhHlkH2t1T92mQjU1npwDR5FDnyJx9F+sQjMIMWaNjWPdMbx1CcQ+Wpfm6YgJR4+snT+LH3/Dye2B5r8ogjFHmO/vY22dzcJEopsLJcCQCkaYaN8RjbXF0Ta6OJqjOlUqp0X+ncjzhOSJpmWD16DJxzEkdjtLvdqZ4elRQbaATJ55CI7tP+3HwdADAsu/XIpa37f+Qtb+k+N6f94sWCQG5SdL1jDzm2/YQuu26AGQbR3QHNHUlrgK66emp1BaeOH596fXtjDef6AwyiuG5LG4SBIoSgv90ng61NHKyI407ccuttKssyJHFSzy9CCBR5UdeDQjkpuL6Hz1+8lEohtBtKiDIOUmgLpOC1K0slkUK130SOS6ZLklTB9JI8httIv/BZZBfPwz55K1hvuSHfnYl9xBFUNAKyFGeffho/9Qv/Jx7vR6C2o6LREJubm2Rzc5NIKeEHAbq9HnzfK7O6gTiOMIhTmM7V6dB3JZjq6S4VpBS19RHHMUmSBCurq2CMob+1iSAM4XretGnYyOJnpSpLCKEtvKrmsNIFJfdsJHKVwQyD9nPptLv0Xc/ZSb9IsSCQmxTf/O5354HvPG4YxpgZpiYObXkAc6S9eZbixMoyjqyuouniWbt0Aee2BuhHsWq6K9rttuK8wGg0ItFoiGg03FOKOw+UMRw9dgyDwUC7sggmNZgKXk+4gG609Njmlpb/Vj3IOW9sRePnqj95nQBIJgmBTbcVNAFtXETyyOeQDYdw7rkfRm+lcnfND5zzAmrYx/pTp/EffvlX8Vg/AqdUXTh3lqytrRGAoNVuY/XIUbVy5IhqtduKGiZ4ef1GUYSNcQRmmIe7YFcZk0aOVe4HRxRFJEkS9JaW4QeB2lxfh+O4CFrtHWNtuqYoo6BlKXp9cNQk8lwosBpQhBAQy3af2uh/23N54i9GLAjkJsaR5e4TjmU9yRirOsLt2hGIAlhut8GYMSl7roD1y5cwSHQ3vSZBMMbQ6XRUmqaI45hkaYJRf/vQzYN6yyvK8zxsb/dJdWIhhO6C1zgWAdAvCpJmmapks6qyQqoYiBAlecj5lkcziVApYDQENi4hO/s00iyHd9/zYfaWpvedyQOpkgSHm1v4j7/0y/jbp87jwsYGzj39NAGAbreLI0ePqpUjR1XQasGy7EouDV4S4sZojPX4yqy2q4Gm9aHjHpo8RqMRieMYnW4XveVltb52mTCDodPrqXkutopAdF4IBSEUUsrJ70klGX8OVGSzYIYRPHpxc+m93/32B57zk38RYUEgNzG+7PZbHnYt88xBahTdurqCY0u9ifVRWiBPnj+PfpxoEdfMZ0zTRKvVwng8RppmpCgKjIeDAxVJbOLELacU5wXG43GpjtLqHsGLKStkSC3r3OZWmYNR5l1wrp9TOpHdipJEgElyYFOum2fA5hqwtY58fQ3j4Qj+874EZndpss+scqtWW0nEozHe/TPvwX/9s7/E2cuXwYtCWxxHj2H5yFHlBcFON2E52UqlsDWOsJ4cvLXvM8YUYYg6UbDaOC8w6PdJEidodzpYWllVG2uXiZISvaVlZZjzi9w2CYQQAkrJ3JjYQRqPXW0wyhBL2IwZCzfWs4gFgdzE4Hw8UEV2677ySqVwcnkJx5aXJ24NKAgucGZ9E/0o1lJNSnVOQ4OQHMdRvu+j3++jKAoihUASR4dyaZmWhWPHj2M4HCIvc0z0xMZRFDlQrmUTy7ZOX14nSkgQIQikIBACJGwRCKGD6RM3FZkijqrY1bCvyWPUhxgP0b90Ad59D8DqLVcXY0I4jfIlpLRwhtt9fN//9iP4zb/4GKBdO1haWcXSyqpyXFfNUxxVL1UFJIdJotVdVxmTmMZEUSWqjXPwIgfPdYdBzgsIrh/729skSRK02i0srayo/tYWybMM3aVl3bxqF1S1g6sKy5RSCCF33Pfn2IUFaOkhiGG6/3Dm0pue65N/MWFBIDcpvusrX/qaD/7Bx39zbTC6T+1DIHmWoeO5CIOgVuQopbB2+SLWRhGiNNPNispGRbO0EASBMgwTm5ub4EIQpYAsTTEeDg5c+qTTW1LtdhtbW9v1BCQ4R5HXiizleR4eunBR5ymUUl5y4iQhrQ4Qx5MYSBnIndryHLh8EdhcB+IIyHOsnX4S9slb4R5tCAdm8kGInFgen/jE3+A7/9cfxqcvrKF38hYsrx5RnV5PWbY9lzgm0G2GWVn7a3McwzCvLP4xlyQ4nxBCoV1/vMhRFDl4rh+LvNyKXO9b7re1uUnSNEXYaqG3vKLGoxGJozE63R4c191zjES7NbWcWxOI0jkkama/51aWXIEahvf4pQ3vl37gna+6JgP4IoBxrQewwNXFu976Ym8wID/++Ytb35QorBiGZUopwPbotSN5gaVWiHanM8mPAMGlixcQF7z2YTNmIGi1Mez3a7dF1UhoaamnLl68SNbX17G6ukoMg6kiyzCWEn7Y0k2H9sGxkydV+vjjZHt7m/R6PaWUKlfOBUzLguP56sELl4gUAoxJkN4S6PGTkOfOAkVOQIkOpjMGGIZ+VAqIxsBwW8dLLAtgBJefehrCttG+/wU7kwiVQp1pqBQee/RRvO83fgsPPn0e67mE1VvZd3KdhSYQgu0oxno0v8pMExWJ1n3rm6qphshh8n4ZtFZVsr6ae4wKQgjdilYIhGGI7tKyStOEjIdDtDtdeEGw7/crZbyqOg+lFFJOzg8A5Lm3PmpQypBK4sQF/24AH7tmA7mJsSCQmwg/8NbXv/T02uZ7z24NXmR4fhA4LvIk3teV1PNcLLXbME0Tdf9rQnD50kVwncNQH8AwLYStNkaDPhQUCChAtAqn1+thY2MTGxsbWFpeJqZhqKIoMB4N4YctGPuQCGMGjp88qZ4+fZqMx2MSBIESQiBLYpiWBdM0cXY4hpASpmOD3HEXIDjUxXOaMAQDOANoPukTIrl2WykJWCYAheHWJjbWL+Put3wjAEBxnc1OqnpZpbR1a2MDv/Zrv46Pf+5hbKYF+oWA12rvY23MBylb7m5HMTaTDDAmrqFZYlBKQsk5xIHmc6BJEnX+RTMPoyKQxs+AbgYVRRGUAoIgQGdpSeV5Tgbb27rnSKt1MHLUJkjVi7CySCZuQ4K5kvHnCHoEzPD/4fT5V16rQdzsWBDITYJ3vfm13//QuYs/uJUWJ5xWx2kGPicr1snKVvel0P1Aer6LXhjU3ecUAYgiePr8eWRc7HBBmLaNoN3GqN+HggBlWoHjeq5qt1tkPI6wvbWFTqdDLMtSoigQj4bwwhDGPr5/zw9w5OhRXLxwEaZpEtu2FOe6uRFlDDGh2BiNceqFX6ZLuwup3Ve2Pd3fRAr9c57p2IhlAmXhxjNPPoZjL3oxzHYXKktL4lCNkvAc//23PoTf/bOP4HKUYC3O4Ieh8u0rd8VQSsCLHMOkQCwUGJWQUpSuqGnS2GFdNO7bPIIAmk4jhR0+xnp3hSxLSZKkoJQiCHzV7nbBC062tzZhWRb8IDywZUV0OeWp/aey0ZVeFFwrFxYAUGY4T1zedH/xB7/9df/s5//LX1yzgdykWBDIDY6ffddblz/7ZP9nHzx94WsFM3t+2K6ygquFJynyDEJMyqcTQkGpflRKYWm5g24YltZH1e+WYHMwRLZLx0DLdhC02xgPBhCcgxkmCCEIw1AJIQjnAoPBAGEYEsdxFOdFWYgvxG6qngq95RWVpRnZ3t7GysoKGAPSJIEXBEgNE09eXscpXkBRBnX6cU18RV5OVKUSq2AAJJTguvR7OYldPHcGVhBi6Z4HgCzVbq1q1Swk/urDH8Gvf+i/41x/hPUoheG4yg/DZzwJVpVrB1GMPM8VKQpIOREsHJwgymeHjKDo7PKY5HkO0zTheZ4KWm0IIUl/ewtUN6pSh0r405ebgJC6T3D1QzW8a6HAaoJSilQQJ0mybwfwF9d0MDchFgRyA+NH/ue3vfxvHrn8M09e3voyw/UDd1Jmop5eSCmtrHwMBASEkppI8iyFa9+CIAwhOJ9Ux01TRHmOfI8OhLbjAiCIhgMIwcGYTlQMwxDD4QiUEozHETjn2h3FC0Tjg5HI0RPHVZ5nZGtriywvL6ks1QRieT6+cOEiXn3uLOigDzXYnsQreKHdakJAMd0sizCqJb6UIEkTrF2+gAfe8Gat1uJ5TR5nn3oav/Ir78eDT5zBVlqAMwOWH1yRuwpAqYDiujGTEBA2Q5xluLC1jaLZQGvu4Xc75+GJAwA454hj3YPFcRy4rqu8IISUkgy2t0FAYFmm0q47oWNHB0A1ymZJE2CK9w4U+3oWoQAQahjeZ548+4prOZCbFQsV1g2KH3j71/zjz5w+874n1vsvt/wwMOeQBzDdyKep21elgocpiZbnoR2GEIVW8kjBceniBSRcIN+ns6HtaEuEUgYhOJSSME1T+b4HBcBxHeR5jsFgQAihEEWBaDScnkTngBCKk6duVZRSDAZDIqUE5wU838ffnTkPmSZQ21t6tqKk7hNLlLZASKU8I0QTCCF46onHsHLqNtjtDpCnOgu9KPDr//m/4F+++6fxsYefxPk4B3G9AyirpqGUAi8KZEmCeDxCNB4hjsZIoghpkgBKIs4LXOzPyJvVzLb3VdmrSfFcpGlKoigiAOD7PlrttvJbLUgpyXDQBwhgmYZCSQLzZLh7jkdNCGTep65Vja8mCGXuE2tb3k+88+sXJHKVsbBAbjD81jd9E/srMfwXDz559gfHhTrh+uGUy2oWlDKdQCYEDEqrv/mqUhF8w0DH92BZJqTggCRQUuLy5UtIuUAhBdg+k4BlOwjbFOOhdmdRpvNDhBCkKPSkn8QxNje3SLfbVoJzxOMRXD/YM8+AGQZOnjqFM089hSRJiB0nKmi11OOXzxNJAFbFPAgpSYROntevawtke9DH5c1NPO81X1knCP79p/4e7//gf8Nja1u4OE4RtjuHinNUpCE4n7I2ZJkXUaGS8KYFx9oo2t0dRur/5p3tUNYH55ykaQohBCzbhu/7ynE9GKYJzjmi8QgAYBpMVeeUUk6Vcj8YtGJNqekGVBNcu/hHBcoYckU9w2DvAPDxaz2emwkLArmB8PPf/22tP3ny4v/xuafP/2PBrJ7ru9Vbu04tlFJVa/VLVH/SCoBvmWh5ru72V8ZIlKRYW7uM5BA90E3LQtjuaOuiyAEo+L6vxuMxyfMcYRgiiiJsbm6TdrsFBah4PAKUgrVHUUHH9dSx4yfIpYsX4DgxglYLkSIYxCmWO3bD+tBuqoowavJgDJISfPQTf4uXvOwlACHIojE+8IEP4g//6pPY4Ao5sxC2Owe2OHiRgxdcS4wFryvYVp+v5M2kOXkqiSgvMEzzK3DrHJw8dKA8I3lRgBKCsNVCELaUYeoY1Xg0JEopmKYFgnxHAHz2u+yHSogxnayqlyhGGRe7xijdWKb78IXLr7/Wg7nZcO3tywUOhJ/+rrcd/+TDZ/6vz5w+/x3KdHuWsz95AHr1pZSCkHLHjkpKhI6NbhjqNqZl1rIUHJubWxBKHSqL2DBNBO02HMeFkgpCcPi+rxilyPMcsDoD4wAAIABJREFUrXZLua6LwWCgffJCII5GyJK98yLCdlt1uz2Mx2OilELuuHhqfQOo4ht1nKNBIkyTBxjDmYuXsB3FOH7bbfj0pz+Df/r9P4T3/+Gf46mYQzm+sixrX/IQQiBLE0SjIaLxGEk8RpaldaKkjik1tgZ5KCikeYGx7qlyRQmEB0Ge5ySKIsK5gO/7WD16VHWXlhVlDNFoRKLxiIz6Ayil4AW+miexlUJgv8TTJnQNLMxtJnWN4x9ToIx5p9e2w5/7nm+9+1qP5WbC9XOHF9gV/+pb33L33z259t7Tl7deZ3p+wCZS2ANNRpRSSK7VRqpaJUMHVz3Lgus42n1VZkwrSjAejyEO7AufgDEDfqsNZhhI4xhSCHiep7IsI0mcENd1lGEwEkURioKTVitUcdmJ0PG8XY+7fOSIyvOMrF28QFzPw6OXLuMl99/bsDYa1geluo+HwaAYw599/G9x662n8J8/9Hv45f/2+xgogtbyKoIDJAPyIkfRKP9Ry6AJQVWakuznplFAnOXop/kVrMj3tj4UUI6NExCie6uHLWXZNrI0QX9zkxS8gBQSQRjCD0PwvIBSmvBna1fJMsP9IMsGBQXKmCIgc0nnOrFAAOi/gTiHwwz6zQD+7bUez82CBYFc5/j+t33V/Z99+tJ7z2+PXm15gVeu6g45s5O6SurEfUVQFAVs04DvOhC8AKAVWEQSxFmGYp8A+q5nIwSuH4AZBpI4RpFnsG1LZVlOkiQhjDGEYYgkTjDoD4jneyhTmuH6/q7HXT12XF04e4YoBXzyqbN4h8EmrqtGvAOMAobORr+4tYU/+vBHceqB5+OPPvlpSMfD0uoRtVdSo1IKRZ6X5JFPTbL1hHgQ4mggLgoM0n0KKJbJdw2QOlg1A1F3DgQIocT1ffh+oECALEnJeDRCnmfgZc9y1/OU63lQSuHi+XPEsm1iO7bKs2wqaF6VRzkoGGVEYZKN3hztdWSBKBBCCDPt05c234YFgVw1XDd3eIGd+OaXPfDCL5y5/N7NtHiFG4RuWVLk0GaBlAJyhzWhYBIgcGwEngfBSwuEEnAukBa8Lj9+pbBsB5QxpDFDliSwLFMRQkjVxtbxXKRJgiRJUBQFUYBSSsL1g7krV8MwsHLkKC6eO4u/eXyks89ng+iUAMwATBNxUeC3/+TPscksfPrvPgu/3UOn19vVXaWkRJ5P6kfpgHIjrrHjClZJmfsTSVpwDNLsAFdNs0gZj1BCCAgpiarJQhctNE0LtmMp07LAmKGKPCdxNCZFUaAiBdM0YXmeIoTA8/2S0CNIKZGmCfwwBDOMRgl+VSqxDh4HoYxCiol7tL4W6vpQYDVBGA0ePb925Jfe9Vbve/7v34+v9XhuBiwI5DrFy44G9z+x1v/Z3LBfFXZ7Ft1DabUfmqUsJitFAosQBK4Dx7EnvnxJ0O8PUEgJLp+5u94wTPhhCKO0RgxDKdM0UBRcS0uDAMPBAGmaQkpJOOdKSgkvCObGX1zPU73lFXLmycexPh5jpdttEEhphRgGhmmCj33uEfzBQ4/hQi7R6vbQ6nTmfqGKOIo808UbpaxzZnZNrGtYC7qky16TrULGOYbZtAVSWhGksiYmWeflUdX0yp4yBtMw4Hk+7FLlpq0M3S1ScAHGKKqYTjWBW44D23HBuSYX13WRJimyNCWGYSpNIA0rRPCDEUiZaa7bDKupa0IZ3f3aXSNQyshGFLnS7r0ZwIeu9XhuBiwI5DrEl59cuSsG/XcFMV7T6XSfEXkAuh5RAcxMCgoGATzLgpJCT1qlX38wHCAX8opiIPNACIXj6RVwmiTIkgSMUcUoAwgl7U4H0XiM4XCIOE5IkKZQUiovCOe6QTq9nsqio+Q3P/xRfN+3fOO0bJcxXN7u468feQK/8qcfxVN9nbgYtnd21FNKocgy5Fmq2/VKpa8BLYMbV/BVq0MDqMlBl2LhiJIUXCpSnXtS4wo1wVcTf9nDnpiWqUzTVIZpVpM14UWBaDwiRZ6j4ByUEBimCdMwVPP+Sil1EUpXx5ayNIXgHIZhqCiKSJrEaLU70JUKJhUHRBVI39eC0O1qq/wffQH0+U3Lvm7iHxUIIYBhWP0keTsWBHJVsCCQ6wwvXl4+llLrxwtmfnVnacm6GsXomKG7DAohYNTHI3AYQ+g6euIE6jIa/cEQXF09AqlgWjYYM8AYQ5rEEFyAUKX8MITtOMQwTQwHQwwGQ2RZRtrtBL3llbkNjZaPn1B/+PnHyXfmOXzfK91XFBfWN/BHn/oMPvDXf49Lm1tw/QDhnOKAeUUcefaMiEP3E5elTJrodqqUECgoqaSSpYRaSl2ypFJpUcbAGIPuU2/oYHT1HtXvVVWQ8ywjgnPkeYwi0+41BcA0DNiWpQBAnxK6dg2lIFQf2/V9MMbAeQHeSN40DQNpkiJoKTDDmCEQfqBAuoL+3RJc6LIsQC0sMEzreiMQvUSihvvI2csvuNaDuVmwIJDrCC8GPITuj+TU+Np2p1uRxzOexU3TKktECahyUhKCw3cs9FqtunifBsFwNEIhURLI1Z0EKGPwghCGaSFNYuRpgmg4gOsH6uix4wiCAIN+n6RphsFggCzLSG95WflBOHUcxhjWiIm//twjeMNXvBQgBOM4we9//JP4wCcexMZgCNf3d5AHL3JkqSaP2lVF9nBVAVVTJiKkrNVGVTvY2sLQBRlJZT2YpkVMy1KWbcFxHBAAbhAqxlhd7Xh2gm02gcrStMy+57V7SkHB0KSjqmvQlA5TSkFL4jEMY2oSr3qGEKKtCsd11Xg8JlmaENOyle67IhtjOUAgXWkLJPv/2XvPmEuy9DzseU+ocMOXunu6e+JO2MSwI4alyCUpkVpmiqZly7YAyaRs2D8MBwgw4B/+pz+GDYO2ZRsSYcGWCQmwBdqUKWEFWwwiqeUud8nNaXZnZ6ZnpvOXb6h8zusfp+rm+OWeradx+7u3btWpU3XvfZ/z5jwbaFNufLpKDvQxkBD+23uHrb/3n/3N9/9H/+P//vplz+dJx9X8lL9DId7/vv8ghvyVdrvdUCeKtpoN7ZoXkTFm0BWkKAo0/CYajRDO3u62Exj9KELBFoVldqvys4fn+1BaI/W8QfkPUxRottsIgpCjfg9xHFMURXj04AG1233sXL/Oo4Kp0Wzyr3/id+j7v/uDuLazg9/77Ofwjz/7ZeweddBojWsexhhkaYI0jmGMKVfKTvBaa2GKAuxKkwNg5HmBonDNkUZLwLi/GDu+NDdBCNdUiYjI9Qc3lKap0+ysRZpmNOihUt7t8Y+4ygg3KPLcaQFSQmvNyveAMqOdXH97RxhCQkgxqENWkeEkOVGlGpSOCte7wyKJY7TaG0iTGEU+1FBWTSgkuDBiMMMyuyKdcBrRVYQQAnGGhlTilwD8d5c9nycdNYFcEXz0gy//bE7qbzXCcEtrb/kBa8AJXZdMWDGFKQp4SqHVaFRedlT/R3GM3PLCVflZQAiBsNGE1o5E0iRG9+gIjVYLzfYGhBCspECaZvTo0SMkSUyt9sYwkqrI6c39Q/yTT34GO80Q/+cf/xnuHx6hMaJ5sLXI8xxx1EccRVT10hAjxFitnvM8R1aG7VrrhKHnefA8D1orCCF5VOSP356xF2ythWVLbJlHNRh3vvHjR7UHpRQ8z2Pf94fmLCUhSIAcQYFEqXmUg6wULSXkgDSq3X3fR5okyNKUlNY8SiAloS4cu9JbqzBnay2REFCed+Uc6CUce0rlv3n/8c+jJpBToyaQK4CPvvzyd1tS/6Ufhi/OK4p4GlSrz9FkL2MMQs9DIxxktA/yROIkQT5Rz+k8obR2TmDfQxJFiPs9BGEDjVarXOErzvKcOt0uCmeKoWarza/c2MazW6/g97/+OuJOB6/tHaPZaqHZbnOeZej3upSUGgczlyt0AbYGlgna92CNRZ6nAz+Q1npAGp7nMQhOeA+lvftTTb6sXzV8Pfa+c6aXGohrzEVj2svwIUoSEWX01JAghkOf/POQSkEqBZumgzkHQcCd4w4lcYxmu4U8HTrTV3akjwQCZFmOIPDheVfO/zEGIUTztbuPnr3sebwXUBPIVUDg/esk1V84D/Ko4CqmDgf2hEDgaQS+V/ajGJ44z4tSfJ1b1Y2Z8PwA2vORxjGyLIUHuD7sUmKLiA8ODqgRhiiyDMf7e/TMB1/CbqeD+7t7sMZAexpCCj4+PKA0TVGU2ffa8+AHAcDsfDCNJhMRkiRGr9Nx4lQQfD9Aq9ViIaQreV+G8ZbyFgPhP/J3kFA4SiSTwtMJWRZzAiIuQtgSEZRSrgpy6doiciHIaZJgY2tr6Exnp4FYXuxIJwB5nnOV0JhmGcIwuJIRWKMgIcTjbrz59//Wr/7of/g//MYfX/Z8nmTUBHLJ+Nj3fu8H2dM/PSJczkVqSymcY7RkCkmArxV87Y00M3L/mdK5fNEEAjhBFzQa8AJnXrHGIggbICJsbm6iKAps7+ywF/Xo9rPP4vC115AkCVhI+H6ANEnIFAZBEKLVdk7rPM+RxBEVxkBKhdRFNXGv68ijvbHBYaMxEHznIvz4/E2Cy6A9D1maln1f3Dbf95EkMbI0Jc8fd6bz0jwgQp7nZK3lvCjIlk71S2xjuxKICEaosJeaXwBQE8gpUBPIJYMC/SqR/IvnvWJT2kNeOmaFEBAAPKVd6OqIDwSYl7l+sRBCImw0XVSSNVVpFD4+PKJer0fXki5ICDx18ymEnofPfPPbSJIY29euD8Jhi6KgTucY/W4XWZah1W5De5p73S5Za2ljc4srZ/65r5ivwIpcez6kil00VmlkCwKfDw+PKOr3sbWzgySOB+G+swokjoIIZf6MhSkMlJJYpTDlJcNV5xXC/8a7D374sifzpONq1Rr4DsMP/MDthrH8Q4Pe16t38lkbfuD6blQOT1WasCryGA3kHTV1XTaEC4mFEAJB2MD1p55ilaX45X/zr8KTEpKB973wPKIkcbkTwrXp7R4f0+MH9/H4wUNYa3HjqZvcbLU5jiI0Wy3euX6Dm60W9AXZ66+KSFVKOT/QwJHvZpYkriLyaM5NlZE+D0QC1rhgb+1pl5cSBGNNzK4qSIjwrUf7t//Of/pz8xvS1FiKWgO5RHC/8eFUJD+ptPtRk6CBw7YK1TwreJ7PzC6UV2kFLQV87aKz3GTKP1T6S87szGeLOIrob/zVfwP/zr/7K/id3/4tvPrqqyAh0ev1cGtrB71OhzrHR4iiCEopbO9sc1XziS1jY2v7cmo0XY5FcApKe5DSZaRXWpHv+0jjBEkckx8EnJdmrkU1say1AJW5K8wUhiHyPL8wQp6ciykK2LKiQhXVNj2N0ZwfRjcrtrW8/qMAfv9CJ/weQk0gl4g8Sl6ymj8EHia0DR6iispRriPgKX+U2vMAKjUQBnytEXil/2PU31G+vAwn+jIYY3CrFeKv/fW/gW995Uv42E9+HNtP3cTuo0fgPEPn6Ai9XhdCCLRaTfb9wBUMlAqiTLq7LFyyRXAA7XmugGKRg9g5/4MgwNHRMeIoQhBeIyklm6IY9gaZQbjOvEXIsoy0p12BxzKr/iJQFAWKPCdjDOKojzzLBqXohRBlaRfXe4VofDFGRCyEIGYO7+8e/yRqAjkxagK5JHwEaNq8uM1KN6rqtMOIH/e3IhIplcsFkBJCnFwQCqKBSSL0PLTL8t6ThQBl2fr2qiGP+vQr//6vwvd9/OY/+S388l/+JWzdeArt7W1sNRvoxBFazSYLIaA9D832BmaVQflOh6zMWHAfs5QCAHPqzFikPX+QDzPPhMVlmHeSJNja3kKWZQjDkEd61Zw5rLXI0pTyPEPU6yFNXEiyNXZAhFI685wpChRZRnlRwPd9KOX6llTfa3IVj8Mvvv5OXdbkFLj6xsr3KMImWgamRSid1tawLftqu7ITBarS3HG/h16ng36ng7jfQ5rEbsW1Rt8GoLJ/E4wxaAQ+tre2JsqYOMhLXq3PQp5l9FM/+Cr+0s/8LD71R/8Sb779Lj7xT38beVEgzTK8/+WX0Wq1WCoFLwjQ3tyqyWMOtNYuUmqEHLTWSNMUWZrCDwKnSTCPlTcZhbXWVQI2BkHY4KIoOAgb5xKBlaUpon4P+48f0cP797D3+DGyLIP2XNJl2AiYiOB5mj3PZ9/32fc91lpznuWoapEBLqdHkKg0fu/t3cOXfu3f+uFwyRRqzEGtgVwSCoZgUDgRADXygsc2Vf2qsywFQJBSQCkN5XlQpYlmmZnGD0IUvS7yPEegFcKyRtMk5DmVLzkNXri2iV/51b+Jfq+L/+93fxdv3r2P/vERsjxHluf44Ac+gK/eeYearTa3NreuHAFeJWjtDQosVmYs3/c5iiKKowie77tWyHk+1/RmjUG/34fvefB8H2AmXRZ2PAswW6RJiiSOqXN8hKIoIKWE57mACqUUj/qy+v0Io8WQiWhQRFQKwXLCp0gAmAiZKZ6X28/dAP7knbOa+3cSag3kEsEQjflijoYPcolro072Up1Hv9tB5/gQvc4x4n4PWZqMtV4dRdAIy0TBHFoQ2BSDiJmBIsIYZEJfFWRJTH/tX/sFXL/9DD7xT/8fvHHnHRhrIZTC8eEhisLgu199FUJI1OSxAkrhSoOGh2Df88haS3EcgZnh+YF7Y04ob1GWOgkbIUxRlL6V02sfRVEgjvq0++gR3b/7Lh3s74GIEIYhGo0QQRCw53k8HgjBI5r0SFBIua3yJ1bBIYNfBjN8JV87TB8/PvXEv0NRayCXBPIDRYT5/Vunjxj8oantjCLPkecZqKyEWuU3OP+J+5h9P2ACqCgKKCnH6kGNajxXqZMcM+NHv+cD+HM//GP45te+gs9+/vN49/EetjfaeO755/HNr30Fr3zkz+Hmc8/jmaeuI6/JYyUorSGkLM2gpeeNCFniFiCe70NKObcqb55lCIIQYRiya1LVYHUK/0ee58iSBEeHBxTHMaSU8Ms5aK0X5JaUpikhYIwpTXMj75bleSZKVhKDYY1596MfePHX//Zv/GFy4ol/h+PqSIrvMBSk2ha4ttrePOOBQTmK0XpKIOdAjHo9dI+O0D0+QtzvDXwmQkiwtVBCwit/8GOJ6LhaYbw2S+jnfuZnkVvGP//nn8A3v/0mMmZIAkyR4+233kRRGEilcfv6zmVP94mB680iB215AbCnNYy1SBMnT6VSmJeeVBQ5lFYIghCWLYIwPJH/I89zdDvH9ODuu3T/3l3KswyNMESz0eAwDHlxYuK4DyfL8qkdh1GGDgQQMyNN092n2/4//L5Xbv/m2pOuMUCtgVwShJAhG9tcLKjXEOOVZsJU5nK4w4siR9HNQYJK27eAZUaRZ9C6+viH52FUlWovn0JsUdDP/egP4ann3ofP/qs/xGvf+hYeHnehfR/bmxvY3tnB22+9hcIYWLZ48YXn8NbeV0mW/TJqzEdVhh4YlMaC5/vo9XqI+31qNFvs+UGZWzGdC1LVGauy+Nfo/0EAOM9zxP0+HeztIS9yaK3RbDSgtWYp5QoW1PGPWGuNOI4RBsH4Xsxj/MHMSJJkv1HEv/V889r/9J/83d/srTrxGtOoNZBLgkBuyRqeZ2NeSYDPV0xAGGolVIbvVnWQrDHo9fuQM3qOAyPd7S4Zt7aa+JEf/wkcHR3hM5/9DF5/5x5Q2rOfvn0bGxubODo+RmEM2DJe/sAHUWTpZU/7iYHyPNd3vtQwPK3ZWkaSJDBFPozGmvFtMIUpE/bIOd1XNHsWec6do0O6e+cOPX70ECQIzWYTrWaTgyDgk0ZxKSnZ9W8Zx7DJFYitRRxHB40s/q1Wt/tf/8affv3hiU5WY4BaA7kkaJPnkF5Srf7WwnqKSamOOMuv1pq1lAR2CVezxroKPpA8iemnf+HjaG5t41O/9y/w+htvIuWyAZSxYLaI4whpnmPv0UNsXruO7aduo+FrrBfc/J2LKhort2aQCySEC9Ao8gLa86GUnpnEatmW4d5i8H2pTF2zTE7GFIh6fdrbfczGGGitEQQ+9DwT1To/DK6qTc+t3UVsLaIoOto0yf+1aYr/5pMp7qw4eo0FqAnkkiCJLDHPiJNcwA5rEMfsXZ2dqxH4aAahK+M+iFq5Sk50xve8+Cw+8L3fh7tvvYnXv/UtvPN4D0r7nOUZaSVx8/ZtBEGAvd1dvPvGt7Gxcw06CHH72jbuHvUvef5PBqrQb2RlCRu4XCFrLZIkhhe4HvazYK2FHwRTpqtZbXrjqE97jx+jKApopVwklZ5NTONYf3k1dkTJitZaxP3e403O/3HL9n/tk8d4e61Ba8zFZUuK71iYDJYIxXjV2/MkjyEKIijPQ5ZlM3+eBCzMQj5v2DShj3/845Ceh6996Qv4xrdehxXD/t+KCJ2jIxzs7aHfj/CVL3/RNW0C8OJzz8wNPa0xjUHtqvL+eZ4Hay3SOCYzwyQEDL8b2vPGHOej5GGtRdTv0d2379Dh/j6UUmg0GtxsNsnzdOWwGxv3RN+2kYOEEKPJtQQQjLWIu523t2z+Pwdx77/69FFNHmeJmkAuCVJSJpiTobA7G/JYjNLW7fmcW4terz/2TnUaIQhRr4eo20GRZxdKJNYU9LMf+yiee/EVfPPLX8SdO3fwuBtBSFfXSJBA4ClsX7uGp27fRtBs4s679wZzfPn9H0CRZ3Us74qownmrT9jzNFtrUZQVEWahyDMiIaCVnvpiuNV+nx7dv0d333kHWZZhc3sbzWaTS+I4ty+TS44sBp89s0UTNruG4teKg95//6cRap/HGaMmkEuCzdKEAWuHdtsLEHouukpKgcfdHnaPjtzmCYLQUoKZEUcRjg8P0O8cXxiRPHdtE3/hL/0UkjjGO3fewte+9QYgJFc2bhKEhu8DDHSPOzg6OsZhP0KepiAAmzduItS1ZXZVSKlGyprwoNS76yWfDcr/jyJLU2itob1h3gczo9/r4eG9u7S/+xhB2ABAaLfbCMPG+X1xqnxbOPNbPkJ6bBk7vnr7Cwf9v/t1oI62OgfUBHJJsBoJAZFd1PVtukzVUswpfTc12MNuhHt7B8jyfGrPwPOg5DB6K4ljHB8coHd8dK5EUqQJ/dJP/SSu37yNr3/pC/jaV7+GblYMMuONsSRIQBJweLCPXreDJEmQGcbu/bsAEcLWBm5stc9lfu9FEJGr1Awe9IZx3Sst8iyFNdNaSJqkaDZbCBsuDzaO+njnrbfonTt3iEhg58ZTCMKAQUCj2WIXCrwo2nA8jHz2i6mZD/apclWU00AGh1m28AS+DtRxFeeFmkAuCQ86iCRxbIuiP/VLOQFxzMb8gSJj8ODgAPsHB1P7+9qV58ZEGHCaJGNEctY1yl995QW8+oM/jEcP7uPOnbfw1oPHznRV2tatMQARrl/bwbPvex+ee9+LEErBD0O8+a1vQpS5Dc/fvnmm83qvQypdhboCcDkV1rIr7GmmBb+1Fp7vI4lj3HnzDbrz1luUJAl838f2tWvcaDa53+sBzJBKkSmKFdrjzoerTD2yoSzyyJad78taMDOkkmV/di4Tag0012ar80RNIJeEt4FEWO6ztdFlnF8pxfcPj7F7eDjcWPKN72nI0V/sSIOrAZEcHqB7fIRiQoM5KbKoT3/lF38RYauNL33h8/j8F78MIxVIDIvNM1sXKSQIe48e4eG9e+hHEaRSeOfuXdc/RRA+8P73w+TTWck1ZkMpV4yz0iy1UrBsYYylWZpDURS4f/cu3nrzDYrjGJ4LyeVr169zEIYok/UgpIRSlVawjEDmvM9lrKBTM8BsXbtlBkgIFw7caKDZ3sDW9rVhPxIGCmPgoXaanydqY/ElQgjqw9p4bOMZO8wX4Z2jLt55vIsPvfzyWCOgRhBAlJE5ozGRVdMrMIOtI5IsS+H5AcJmEyethcRs8Zd//M/j5Q99F9564w289o1v4DDJUJYsGkTsWGYIdnW/ijxHEIal1YWxe3gMYoaUCjeffR6wBYC6nPsqcG2D9aA6r9aabb9Ps/wfABBFfaRZhsD3obViV7mA4IcuC7zf6yKOIgrDEFIpXtZbfQge+X/YG6cKzhVKDHw2UikI4VoYV8USAZcEi/KLY4xhC9w/4W2psQJqArlECOaImIcEckrymGNJnouoMLi3d4DDw0PcuHFjsN0vfSDzRh8jEmbXnyRN4fk+ghMQSUtL+vhP/Qyk9vHVr34Zn//K1+C3NhD3e+OhBeyaH9165lns3HgKSRzBGAuyFoe9CJ39PVx/+mls7FzH9Y0WDtPa9L0qlPaAKHLrBEFgdqaqyWZjVce/IPDhe3qwwvCDALr83OPIfS5h2bBslbBqQqnllhWnXTdOOegmKWRVjn3YtXP2QDSoMsymiIj53mnuS43FqAnkEiFt0VHQp44OmU63Wq2WlVSS33y8Rw/29nDjxvXBdqWdCYsx3a1w7IzljxXMsGyRJAnyPIP2fHh+AK31oFz8PORZSn/l538eN595Dm+88Tr+5FOfhvUCCICdSWVYfpiZoYRAHEVI4ghae2AiwFoI38f9t9/EreeeA0mJ29d3cHhvd+k9qOHgVvTDz1yIsnvlxMefxjFJKSEmIimarRakUsjzDHmWgQjwPB+mMAsJhEDO1FVWjhZSOM2i/FsqFKtfhxCo1FayJsltTSDnidoHconwGfcEcDzLUbkOaOLvOnhj/wh3Hj127UFLeJ7vnizkoOGbRFWfEsAYiyxJEPd7iMr+JIs6Jz6z2cbHfuwvwg8CfPnLX8br795D0GyxLXu3j1+Ti7S5+fQzaG9uIYkjMKjMig759de/DSUllFL48PtfrhMK14BUClLpgR9MSle1edL5HccxKi2g+nREWagTAHqdLpIkgVIKnu+xKXLYWRFYDAAEqSSCMEQQNuCHIfwgLBMU1dg5Vr8OXXYfZAhri6SXPVjzVtRYAzWBXCIsmX0hcFTMSdhaFdNBuqvbwkgpvvNoF0dVTghcdrIvnP8BAAAgAElEQVTviugt+fW6s/JwzVeWgmcUhevvkEQR4qiPNIlhJhpdHR8e0i/+1Mdx6/bT2H30EH/wB38AChqDhlmTsoPZdUs8OtjH3qOHiPp9MLk6SwBw79FjKKmgpcIHPvgh5FlaO9JXhBACSuuBs9s50hnFRBhvVepdjJiQmq12GQoMZFmKPC/I931oz3fJiHO+jgQgbLbghw3nyD+DXi4ugswRlgabL9X5H+eKmkAuEZTnjyVTfyTj90R1Fddfp43MgQivPdzFmw+GCzWtPTR8vWaU7oi/u5yRZYui7OuexjGSOB7r5/7sziZ+5Md+HNZafP0b30Cr1YLIEuw/uEeH+/uUphlNRu8IAhqtFq7fvIVmewNEAlXJjb1OD0m/B6Ukbjz9HLabdavrdaAqDQQuMostwxoz9tUqTDHVZMoPQhAR+t2u+2zZ1clyvcjtXItq2GzC8wO3YGC7Qm2sFa6hIhAGfEGd2WeucVaofSCXiE/2sPfd1+yhKYoIQOMkYwxCXE8xj90owZ2Hj/Bdx0fY3NyClAIbYQhPSRRrscik16R0ZloLttZ1jCt7W2d5Tv/er/x1bF+7BmMMtre38QMf/UG89PJLSNMM3W4He4938Xhvj7pRjLQwSNMUeZoCDHSOjrD38AEsAFMKtCg32L/7Dm7evIXA8/DM9R1869HB7KnWmIJUauCcVkqxZUuTJdJtmXNRfchBEMIrtY84jmBMUTrZAzZFgXkRWNr34YfuK59nGdgaeMHpCb8iEGMMQkF3Tz1gjYWoCeRywcryIWA6OCGBnMXySirFX737kL5vbw+bm1sAgM1GCF+pE+R5OBIBxjWjSSIBwP/v7/4ebbbb+JGf+Em8+pFX8aEPfRjHnWPcvf8Aj3cfY39315VS6fWQpgm6nS66nWO889YbYMuI+z30+9FgRRw2m/zVL3+J/vxf+AkwM1557pmaQNaAVBJKKxRFMSCSUW0jiWPnlRjRFBqtJqRSyNIUeZYhy3LytIYfBCjyfHj8MBoXRAKNZgtCCJczEvVdTofnLw26WIaqmnBeFNgm/ipqDeRcURPIJUMR9gXjGMCtdY+tfhlnoYW89ngfr9+9jxeefhphGGKr2YCvNfonShScHRdWvcPWJQR+9e13+a1f/19o+x/+I9zc2sQLzzyND37ow7j54kt45QMfwjMvvA9JkqDb6aB7dIju4QGODvbROToCM6PY2YHXbGNv/wBF74iSLMcff/rT+I//8/8CYMb3fvjD+O1P/Rlpz6+FyAoQJCCVRpEXY5FvFeIoAogghWDACesq4KLf67r8HGPQaDSgtef8JdNfBTRaLSjtQn6j0uxVFkIc+FJOCqUUmBl5nkOCv46aQM4VNYFcMkIuXtdE+8ZYyDVWX6PkcRa/EO15/NV37tGrL7+I5599FjsbG/A9DZw4T352EPAokQghECUpd6OYHh538PqjPfzu578EwYxm4OPWtR0888zTePr5F/DMSy/j1nMvwBQ58jxHv3OM/vER+sfHePjwAXYfP0avHyHLMrB1zY7e9/4PwmQurLjGCiBy/T/KD8lFYg2/XWmSgK0tnd2EZts5z40xyNJ0EEjh+wGstdPRdwR4fgDfD8rxYqRpDIYzjeVpMmiRe1LIkkCKPI8N8DpqAjlX1ARyyRA5vy09HOR5Dhn4a33d5//MTkYrX7j7ED/47j3cvnkL1zY34K3e53ptDOYuBJQQbC2jF0UAGNZYHHR7tN/r45t3H4A++zloQWiHAV56/jk8+/wLuHbzFl75no+gFQTwpIAEwaYJDg/2YI2BEAJPPfMsnruxg934bMqtvPfBkFJCkDMtSSHAXPqupIQxxiUSSglBNCCCqN9DnufI85yUkggbDa72HYUQAmGjCRICxhjE/f5Aw2EGijyHyXOoU2ohYIYwRcwm/fbpBqqxDDWBXDL6vextueMdRnmOwPeBJdKf5zyfv9fqEErzV95+l1595SXc2NxA6J22FMj8VMQK0+Y3l1gmAM7yAlleAMyI4ojYMg52dxH1+wjvvIVP/8vfRT/NcWtnG9//6kfwvhdfwvs/+OFBfwvP8/Hys7ex+/o7p7yO7xRQmf0tUZiiNAe5IpZVOf3Kgd5st12klbVI4rgs/14gDAMEYYg0iYf+j9KMFTaHpqte57j0tVS7MIw1yLMU8pRaCABotuZ+jP1TDVJjKWoCuWR8DoheBR6jKPYBXDvpOOOC+ISGLQI+c+cevu+tt/FD3/Uh+FrPtGGvh+UkUp56/oyJIIWEJVcF9vmXXkLU6+HNN97A64/2kcURvn73ATY3NuFLgWefuo4Pv/IiNltNvLt/fJrJf8ehqjNljIEsHdLWWsrjCABBSskAIQhdxFQcR8izDIDzl3ieN9AwRj9Qzw/glRpLv9tFmsQQouxmWO7H1uUPmaIYEM1JYC2jKajfBIo6DOt8URPIFYAHfkeA90G4tkzuzxK0Z+FEH4ylFH/xrXfoIy++gFZwdr6DZTy0bO6WGcxAmqa4/+67ZcRPBiElMmOxd3SMDIKLPMe7e/v09bv30QgCPNg75Mvv8f7koOqTTkQQgrgomKy1zv/BDEGEZqs18HOkSQJrDYrSzBU2GmyNKUvvY1A1N2g0IISAKQr0e10iEA+UjHI/ZoYpDEyRj4UUrwtmi4bEG63a/3HuqH9ZVwDKmi9q4sf5goineb+EsySPCn9y5y7evP8Az25twD/n7n4rtz4py3n7vo+nn30GL3/gA2hvbjqhJgWyNB00RxJKczdK+NHB0bmQB5dFJEcfZ90b5TIhytL9UkpXPt0YFEUxyPgPwgZICGRp4pznzMiyjLRWaDSbMEUx7GRILmGwKnVyfHRIbO3cz8VYd67TNC1jZvigz/8hUNeyOWfUGsgVQJEl31KB3ouzvKpoOqVojITRT+GsRRdJyX/yxh26sdFGKwgo7fXOoE4wTc1/vRRF90iTFPfevQtmxuHBIZgtpJBI4omq+KVgpzLvYHS7LfNRmG35vOwzYRlgO5wXl/n1laO3nP+UcCMMjXQ0WoYcGFaQHcmfqIpQVtvY5Vu4+ZZNvAQNnxOVr8XiSrRnhEEzMbi5OS3D+T/CZhNBmWWeJgmKslSJsQylFJTWpXO8LCeivaGzvddDlqauhe6cSygjqMDWACckfyKCYf4KagI5d9QEcgXwpxEefk9gd02W9dBotJbtv4hMToTJhBIAn3nrHn//c7dIibM6y5BE1tl/bAszPN/DUzefAkB45513gU4fUkqk6bAYpLUWRZ7BmiFJDDKoxzQHO6JBVGedM8OzjpuuMEo+KAml2jZCRgPiGHkuy3LnVT+MqunXaQlGSAUhhCM1MOKoD+V5LIVA2GhASOl6waSpy/q2BlIKhI0GM2Osj3rQaEJICWsMet0OERGLkjSr6x/8LbcVeQ5rLOT60omAUoOyeOsUt6DGiqgJ5IrAJ35Dsn0MYCmBjGK+LFtB0o2+PWELK9jijf0j9NPskmwzM4Rgueo92D9Ao9kYahlCYLQgJVuLPMtLEjGug90qziWMC/OZ92fO1E4PR12jZDY1h0mURFP10CAhXBhuWQ7dEUtZGr18fxW4UupuXyJy5EwEPwgQBOFA+3AmV0ZaZp+3Wm1YU6Cq7RaETXgushCd4yNYY4aNy6qv5+g6gQBiKhcALpz3JGTofC2iv/aBNdZGTSBXBL6xn9JC/HKW5y95CyJQVl8Ir0ge8zL9AOz3Ip61/eRYZIRbfILKdKS1xvbOzsAuP8wjGE6VmQeCbPoCziTR5uzBcyLVFs6hrIRsGRYWMECejR9LJCCFcP0+So1Fae0E+RzhXHX6qwZhOK1ic2u7LFtSaR8u0soaCxlIaM8bhO9KKQcdCtMkQRxFJKVgqjTaSZIcmQoRkKYJ/EbjRARCQgCKa9l2Aahv8hWBtcnXFLV2oyxDSSBz/SCYfOOkWCW2dhSz2GvSqbH0976sAMvsK3Nl4oE4TnB4cOByFFD6OuCEXpHng/DPavsqYy+d7qypnkf0wiwstFcSaF5IHkp6YYvClPXHSp+LELLMIl8QZUeivDaGtS48N2hU2keKPM+cv8I481UQBADRIHw3aLjOlGwtOkeHA9PSXFTX6Gx2A+3xJEEQgghKyFNmI9ZYBXUU1hXBn3RwoIkfcJGfUfW/c1g+D37gI8/nmXlWwjIyGZ6IysJ7IMLW1haarSZ8zxuQiNIKSRKf/UVfJnmMnoPnPGj+g0pH+EC3qUJlTYEsSRdGOomypXHlKwoaDSily/DpdODnyLKctNZotTeYrUGR59CeNzBd9Xs9ZFkGKQVXTnkAC78rBNcNscovWRuOJGsCuQDUBHKFELL9grT2oZ3xw1453PWicWKRvcrVDAcX5IRKmmV49OgR7t+7jziKBlFUWmtE/f7gsBNpH5NmlXl8dpUwj1jmzb/clqXJQgE9bCtLUEoPiiZWVXcrX41lV3dM+x6yss+Ly/mQyLMM3c4xiTIRdAqL7iWR62Z5gq6S7nyiJpALQE0gVwgemX+liR+NRBSdj7iaJ0tXFUbLrE4rM93kUn7e5fKg9LdlxubmJp599hnceOoGACfEfN9H1HPN54QQE+1sVySPedOZRSxXks1XBA8j1eZBSgkSziEvXWIh5VmGNE1KJzkjLwpSUiEIAgghUGQZvCAYmMb63Q6Zsv/L5PkXotSe8iybal61EoggtDxtHZ4aK6AmkCuETx5kX9eEx1maxpPvjVonTo2TDjQqOBeZrk40yXlOFbdNCMEuFBfodDrY3d1Dr9sbRGIpJbkiXlciY00JP0oWhNlkcmYfwNVAnmVz+71IpSBdeDC7DPECeZYhz3MX1cZAnhfQWqHZanHVFbLqTpjEEXrdblVba226dWYsi+IEZiwighJ6hspT46xRE8gVQwP2S4rN/UkX8IUtfCdt6fPeqyZ1Kkwa8eeTCAnhSosTod1u4dq1Hdy6fQtKioGZg4GREuInlPSzDpsVKDDLH/SEPYoiR1HMr35Q5ZcwW6RZ6nwfpfbB5XUrJeH5Pkwx9H1YY9DvdsFgKCl5Ifku/JhokGuyDogIniffQ1R/dVETyBWDV2S/oxkP03Sw8roYM9Y8Z+3kPsvMWWc2kWkSsWwBQTg6Osb+3j563V5pjnHva60RRf2JiJ81JrjMBzLrHk2+fsIeRZ7PdaYLISCIYC0jS13tsarfeJ7npKSE5/kMuCz5qhlUEkfo9/skS/PXKj6ZqftbmrGyLJ0wRy4HEUF4Xk0gF4CaQK4YPtUp/swju5uNMMjJsTDU5QpiuSZirOs2t7G5gVu3bkIJGghA3/fR63QAuKKAa2GWD+SycQGfkTNjzf6qCelyR5jtiLmLnfZShtiGjUYZBaehtIc8y9DrdgG4vupzT7zI7VVuIyqTChdoSbNAAHyti6U71jg1agK5ggiJ/0za4u7oyvBKmeDPfCKTcmaSRNzJiAgFM6wxSJIEURwPTCoA4Ps+V8LLOW7XYIJ51zPLNzLLzDd5T+b5hWbtM2+cSX/Mon0nn8+7pon9rTWuhe0MuFIpLnihKIb9zV00NUEpBa09KK0gywzzJI4QxzG5svALSHzefZjajZCn2brFFVl5+gTe9xrroiaQK4jQ5v9MMe8mI9FY6/tAFuw9zzQzC7PI4lycMYtIxEEIgcJYxHEC3/exs7MNLaUrlsiAEITCuKKEcp1uistMcstMVcD0PVlk/po37rxx5r1e9HyNa3HkMG0mkkpBCFnmjphB6G6W5SSFgOd5LJSL1Koc5/1ej4BS+5j3HZlULOfdqxEz1jp+EEHItZS1BnIBqAnkCuKTR/mXfeK7eZqesCP5rKXrk4DFmoiUEpYZcRwhjmJ0O10UWQYhCKZcHWutEUd9kmrFKM5l5PlewpzrKfLZ0VhV1jpQFsEsv1ZVqZKwTC4EXPBCGsdIkgRSSqiq4u4sba3CKosQAkxRTPdXXwAhhKkJ5GJQE8gVRUPY35e2uFtl/K4uy0aN+XNwGsG4yDxyJphPIq4QH6Hb68Nai7ARot1qOtNWURDg/CCdo+Pp3INFmOX7WDViaJZwnCUsZ72/zC657F4vOsesc846P1xOiClmy1tXRn54eFEYIiGglGLteYNghSSOEEUukVOP+j5mfZyTrxeY/6j8/BflrExCEoxQfk0gF4CaQK4oKI5/ywPvxUky2LTikSPPz8jONGlCOTfyWCwplXJ+jThxPSXyPIcsi+0VVR6C53G/9IOM9gFZawqLbuGi1fRoDMCsWz8ZIzARdTR3PpP+l0XzmfShTM5x8nk5vjGzmziJykRYDprnBQQJ+L4/qKybZxnSJEGSpCSlHFbcXfZdWeV7VJmx1gjn1VLmStB6nvcaJ0JNIFcUfxrhYUB4bbQ21vLf2zJj/vK3Vtr3XHwgy6GUBjMjyTJ0u130uj20mg0AGJRzF1LAsCseuLSv9qzIq1m+BEy8t4ofYta5Fvkplt3nWU6weT6ZRb6PyXOWz4s8n2nGkrIsDU/Dw5QUCMIQSg/DdquGXnrS93QW3xOissnUagSiJBkpxRlEMdZYhppArjDatvhH2ph7aZYu3xnAtDScYx9ZR4NYFFm07lhLsZgAlZJsLaOwrnjixsYGru1sg4CxfiCe56HX6ZBeRiDLsCjaaZXHrHHmnWPe++eJkbkaM2xZOwohJGTZrCrPcyJB0Fqz0q5XR9VYKkkH2gdPnePU01wvnFcKAVMTyIWgJpArjE8dp3+oyT5M06xaep1fM9N5QnL0/cl9z2Uyi20ezBYsBExhcHR0hOPjDgQRjBmuTn3fx/HR4exy5fP8HMuE/7KpzZ7uNHnMOs+ie79o/1nEtOpxM65llqO6LEUCtk6rk0LAD4JB0mAaR8jK4oqux8iMuZwW5XwHRRyXQAvJklD7QC4ANYFcbdgm4V9Qnr9blD/u+T+fed7KFW0I88wlq5hnzgyjc57vFDBlVd5ms4kXXngeWopBD27AOXGzJFkvlPcqYF78wCLz1eRxyz7DBSiKYqwdLYBB69wszwEQtFLsByGUUkjiGFmaIi21D70ocXBwQScDoSyuuEI0llbCeCqs+6FfAGoCueKwefQbHtnHycrO9HOW+IvOfurTLUoKcFBKIisMkjiGUhJaa8AYN7FyVyKC0hpxFJGYLCN+0WaidbCqifAk93kFjdGaAnaGGYtIwBgDIQja0/B83/mi4giFMTDWVhV7l8xz1QiMabWJiMoulFNmrKkBfU/ni3pl1Tg71ARyxfHFHnYbAp83eX5gmRf8/GbZY9bEIlv9ou1L3583t3UcCA5VJ8Lj4w7SNHPd8Dw9SCKsDvGDAMeHB4PGRk801vG7LLudCwa3xs6OdCJASgUpJVd9zivtI0kSEkTwtJ5NazNJZNmFjb5f/l9udrW7xuY4dQZf66zhe3Um+gWgJpAnAI0s/zvaFo9GtJAVcIJl6iphpSfCrHCnk52gcox3+xF834NUCoHnHLpFng8GVUpx1O/D84MVRj1XCX3FMD7vySuYNGEBTqPztIKSEkEYDLSPKkPd9Q4ZipKFnLHCG7PdO+6ZSypcbJ3ytIoUUBPIBaAmkCcAn+ll3wgFvpGlacpg0MpmrFNg3SFW2v/0wtbTLpQ3SlJEUYzjo2OEvnPo5iNhqIIIUioYayZOeF7C/6qSyfS1LpqpLcyUFiKFdIUTm00EYQNxFA18H0SiDN3lYbY6ZlQxmWtRnX5jXgoNaHHSIwAwW/ha93Sg6jyQC0BNIE8IGoRfl6Z4kCSLQnpPqDrMshhdUXkolWJrLTJj4Hka7Y02bly/5jrYjRYFJCBohDg+OCjLbcwWoPPo5HQUc5kazWLCWDaysWbKUS2kgJASQRDCWos0jgC4qshSCggp2JXUL0X/PBJZiNX2ZrZzkx4BwBqLwNNHLU/VUVgXgJpAnhB87qD/O6Gkb6dpisVayCm1j0WJa1cFDFhXvgSmMAiCAFoIFKbAqKjUSnGv24UXBGuJ5ln7TBLL+eN0xLPy9U4cbs20BkJE8H0fQRgiKbWPiqyVUq7GYinQB1+XRZrIXPDUs6mQCnZmtnlJhdYahL63a+LahHURqAnkCUJD6/+NiuJhulALOQPxtuoQZ0gy68xaKoncWHS7Pfi+h+2dbXhl2fFxwclVKY4zkfmTitosrWXWfheBlbSMFRQdZjvVh5yIEAQhGEAcR2AAWZaREMLliDC7CKyhDWt0xBNf08wLKMv5zytrYo2BUmLf2qw2YV0AagJ5gvDFx4f/R0PLt9Isw7Cp6Dlgld/8vLSTczxlBa01DDM6nS4sM0xhAFOAiGBGBAvBrZwP9/fWbzC1Ji7L0rdUy1hJFRlnlUnzUNXaNk1c5JUjGR6QB4CxEF6eeLK6P2Tm3tPpSHaa5MrJwxgDU5ijwrRrArkA1ATyhGGr3foHmujAGAsxMy/9hCu+yaGWLaPXNtkP5zXPz7CKL4IA+GUW9MPHu8jSFFIKbLVbIHLlNkbPqpTi46Pj5XWxzgizTF1n6elYW9NYOsL0TpPmIQLBskVa1rtK04yIAK01M1tnV5rwf0yMuOyyZuw/58EMW2ohs/wg1hQw1h700rQmkAtATSBPGP70zr2/H2r5BjMQtlrwfJ+mErjOAmceyuswy8yzbN9JeL7HzIw4y+B5PvwgwNbGBgDXu3tUNroQU0ISx3QmEvyMcTIPx5LBFp5hOazlKeGcpRnSssFZURSDfunue3KxN5KZYa2dSSAS3DfW7v3t3/zNuhbWBaAmkCcQvtL/IIuj4zRN0Wy30Wy3oT3vZOXLF+HM80LWjcyZDUECbBkGhE6ng36vj42NNrSUyCb6RhABjUYDx8fHs+/PFSCRU2MhcawPZjuuhZTOdTAPcm2UUgM/RKUJz43SXfTevFIt8/ZzE4Q1swnEkyIxxh4uuLwaZ4iaQJ5AfPHd+39Ps/n64f4+kiiG0ppa7Q00Wi3oskrqiXDVhenIQtqVbQeSJEEYBrhx4wY8KWYmwgVBwAvDn6+QRrIWzpg4KjCPayAEGlB/lucgchFuxloCQDRa670aY3rUFU8+8XzGYU4DmR2JFSiVSrKd1U5W47SoCeQJRasR/LMsieODvV30u11kWQbt+WhubKLRbEEpDTqJIJnn7zhDrKWFzBTuBM/zkBvj+oL0+uj3+xBliQvm8QNd/26Nfr+//EqWWXwum2Tm3I8zZcBJAiEaLEqstYMuhNMOj0V+kHXnsPitSZKrEHgq0lCr9j+ocUrUBPKEQiv/K1qKJIoT106010XU7aDIM3h+gNbmJsJmq6xIu6ZgOVc/wQqCZerc0xPyfR+FZezu7cNaAyEFmoFfJhSOO9JBhGaziV6vhzO5F+s4cs4S56BtTI5EKIXz6OfkyIOzPCeQ6wdSHXVu/reFb1U+kGkNxJfiKPRUdPaTqjELNYE8oRBcNNsbW8cAI0lcaGWWZeh3u4h6XZjCwA8DtDY2ETaakPKMSpuf2okxR+AsXFlPw/c8BjOSLMfm5iaazSa2NzYAYODsHYXneWzLnhZnInRHSeQ8nfNr3peTDDs1NDCuV1hbNnQqQCBIKVAYVyJGiPkiZGk47xoYWrO4DMZisB23cRVFDi3EridtTSAXhJpAnlCw5VbYbOUbG5vIsgxZmTfFzEjTBP3uMaJeD2wtgkYDrY1NBGEDU+XN18WJ5dYCoXcCcwwJAQaQGos4SSCEwPXr1+FJiSybDsARghCGIXq9Hq1znhPjLIY/Y41j7pSWzNUYw3mWETNDSicynAN9Ivscy0jibCgEqExYFqNWLJPnkIIeZYmtTVgXhJpAnlAwIKy14tqNG9BKI0kSGlXprbVIkxi9TgdxvweAETZbaG1swg/Ck0Vsnfj3v4rQW184KiWRGouo34fvedje2YIWhKKYVcWC0Gw0OC5zGWaf+5xIZZ6WskB7mZ01c7pTLn5j9GAabM/zHMYayspClXq8bPuSb8TpY+4cbcz0pE/5QPI8BzMfRsLUBHJBqAnkSQVzxsaQVArb13ZgjEGapDQZc2utQRJH6HU6SOIIJAiNZgvN9gY8z8dMR/tk9Ev1+kRydfqgmSaTE8D3fWTG4NHjXfSjCIIEAq1AhNk5AkpBSoUkSVY46zmTylLwyGew/NyTFrWpN1e6BLcTEQ2+F3makinKpD0iCEGoCicOFyEznOdzuOPUlFINP4tAXMdCq6LDOonwglATyBMKQegxWzZFgY2tbTQaDSRpWq6+p3+mxhSI+330OsdI0wRKKTTK0N9htdoSo3Zwnti2FlYlj5MJ5yAIwAw83t1HkRcQgrDdbgEAsjSdlqNEaDUb6HV7JzrfhZFKFfE0yPJePiNgzr1dkTRGdySiQX8PYwzSNHG+j+E2AmPwehEm/SDrUMiUgWwyVHhCTcuzFEWRN1r+nOZWNc4cNYE8qSC5z2BTJXNdf+omCyHc6noQxjoJhikKxP0e+qMRW7P8IyeSk3PF2fSWFclj3hQIrkwJAKTGwPd9CCFxbWcbUggkMxzpAOAHARdmuvf3yXGWhDJ+/5inSYQwtDAt1TRmTmf5fEVZ+wpwptA4jgECtFYMdtsWFSvhue+sjkXkMTRrjbNSkRew1rZ3u3Et1y4I9Y1+YqEesbW2IhDP97G1vY2iKJBmGS364TIz8nwYsWWtQdhsOv+IH5xBaOYq5DFbgC0Sb7Pko5QCmXW9KXzfw61bN+ErOdZcahRCiAln+lljVUJZrM1UuRdVxnVVc8rlQFSH0GqnWpPgSIiqwyOKIocpDAiuAsBaOAF3jEVbzR2n3GNiu7UWNjehDFu1XLsg1Df6CUVx/frbYBSjZa23r13nIAiQpulKK2xmizRNnH8k6kMIgUZ7A83WBpT2zmSeU2JrQB5L9lsRvu8jLQwePHiIKIpd7wopyxDP2Wg2m5jtTD8PzCKKFQW5Iwgy1gxDVysicU04Fox7cq2oWkCkaUpxHIMEQZRRb7aU2mPhu1Pqx6Yzz6QAACAASURBVBwdZOVw3gVmqzmDFEUBISUyY6TN+WIqZ9aoCeRJxec+97mI2OaTyVTXb95kAjmH+lxT1jisNYgj5x/J0hTa89BqbyBsNE8V9jtFHDPIYybBrPEIgoABwqPdPdepDsBWqwEShKIoaJYIlVKy1hpRFJ2TFnI2EE5ws7VMA4fxgEhcVVqe8pOc0pRGGHzmpigQRxGEEANzoSnzP6QQU6L9tFjq85h4Mqoop0kCpTVyy4IL1ARyQagJ5AkGMR+PvgQA3w+wteNMWVme0TIn7CiKIkfU66Df7cBag6DhzFqeH2CdsiiztQ5Mbh3ffEK5p7Vy1XaLAr7vw9Mebt98CoIISZJMzclZfgitVvMUzvTzR3UrRNmPvJjUKEtb1nwiORmkkBBlrkdRFMjL/uOjPhEAqHp0rXbGRR6T0S3LRuOJZ8MvTJrE0J4HA4BtVBPIBaEmkCcY2hZfZct7k9u3dq5xEIZI02xtZzEzI8vSMbNWs91Go9Uuy6KcFDPIYy3b/SwPiHtIKZEUFv1+BGbG9evXEfqeS66ccQ4C4Hk+g1xnvenZXR6mDFFEkFIywDQgkdEdKiKxZ0MkQkpIIZEmCaVpAiIa6zszrxf5JE4QdDVngOrlpOmKnQuonFqWptDagwWh22P/hGetsSZqAnmC4WXJJ8gU784iiRs3b7kucllGi/wB8zBq1sqzHF7go9VeloQ4cZ4ZZqs5lqwZBy1zQA/h+z4ya3F0dFQlk6HpeePzmRhWlPWxOp3uDEo6lVJ0YkxpZCVc61jFxhiy1s4XygMiceXYVxX2oxBCQEiJPMsQRxGUlFALuzlOagVL9prrB1nddDURkwbAhRtLpQAiSjk7GwdejaWoCeQJRr7b+SOTRq+nSTKVraG05p1r12GNccUFT7gSLIoc/W4HUbcLAGi02mi25znZaVwIjj+ZZ8nCacW17/sshMDhcafUuBg3tjchpZydlV6eKgxDLorCmYcWnPq8iWWMVOewiJJysCBYOuCIw32KSBZNfsT/URQ50iwDBhpQ2RMEGLyeeeLBn9XNUcv34ond3evRaEEigpAShlnbwpxR4bcay1ATyBOMzwGRjvr/d//w4LVsmPcw+FW1Nja42W4jz3MUpjixOWEYrXWMrLQ1t9obCMJlTvYZkmomeZwOpZMXOQO+70FIic2NNqSri0XzxL4QAo1GiG6nS4OpLLKYzZj5aclkNqnOOtmwCu5qmfSYTSQDBzRVUV6Dh6Ch9pGlmRPSI8OV/T9cAuEMmT7j9At34FnvTCkiC0YpP7UsTQe+ImOsl9YEcmGoCeQJR7HX+YSKe79/uPt4txjmPgx+9zvXrrP2POR5QXZGA55xLBaHxhTo97rodY5hrUXYbKLZ3oDWHsa0j/EplI7ryaHPdh0vpUTOQBwnSOIEntbYbDVmmHGGEpNKM1aSJmV5jjlYZOOa89bk9rmHL9A6JiGEcH1QigLZZMn6RaiIxJZEMtKylkb+SakglRqE7yolB85zAgb3aO08oaU+9Hl2LZ7xhwfkVZlSkzhiImIigrHsZcbWBHJBqAnkCceXgf6G7f63Mur90f7jR8emjJqpIKTEzvUbrk9GUdBiu/hYdu9c5FmKXucYSRRBaY3mxibCRmNQ/mJSsI7jfDwLQgiOMte3u9Vq4vr1a3hqextyof3emWOCIEC326OFDDEPiwhlZPtM7lyROEahtWbP85AkCczSBcE0Rolksq+4kLI0++VISge6UpKHU1uqZizUOmbpIHPdOUu38oDIkjgZXJcx1sttTSAXhZpA3gP49BHeDmD+17jbifd3H0+1+vSDgDe3tgc9HU7iXJ2Ec7L30Ds+cpnsDaeNKM9pI2OY7/w4UxAJzosCRWGQphkanoaUkhddrwvpbXEURXPuy5oekHm7zNx+MjL1fZ+llIirPJZlQ8w4zSwiEVI4c2eel9umtQ2iUXfaguDblb9i09oHz9g+6kifHDrPMrLWlCVWrDaWT9mzoMaqqAnkPYIiCAKhlOl2uzjY35sShq2NDW622jDGkjULInnWAiHPc/SOj13Ejtalb6QBIcTQRIOxJ+cCYwwREdI8R5IkSNJkUNNpGWEqpeD73prlTU6grUwddzIIKRAEARtrEcWxk+iTdrNRjCqWc4jEhQsrpElMaZpCSVfVuEpGrbQdZ9KaY5Oa4Twfj6CaH2k1f7yRbZMsUl6LsWYQrm4tS5tzLdcuCPWNfo8gK+y/7YWNm0EQ4PjoCIf7e1Pmqs3tbfb9AMbaxeGga4KtRVKG/Fa+kUarDakvLp8rz3MURYGtjQ20Wi00Gg3kpipDvvjYUgtBv98/5SzmaStn4W4fAQOe56HRaCBN0zJhdPz9RcfOgpQS2vOQZ46ASdCY+c9aSwxAyskM9GWnWPBqhhd91uA8Qh6jz6lcwJTzc38BaWVNIBeF+ka/B/BdgFcwXgSggiCA1hqHBwc4OtgfIxEhBDa3tyGVgrGWhlE5swTbMoE3YT0hoMjz0jfSh/acNnLi5lVroBIeeZaR73nI8gyHh0fYPTxCURS0ShFArTVrrc+xyOIZYIKHfN9n3/cR9WMYe7rqwlIpZGmKonBEzJZduG55rmrBQSRWj7haxba11HTFM4erosiSKAJAEEIQwGAmCWvrTPQLQk0g7wE0toMfZJItIVwkVKMRstYaB/v7ONofJxHtebyxteVCHgckMmkDAaYd6tMr6VnWKWst4sg1sGJ2XRAbrdZSZ/ZMrLKgJyCKY9Jao+EpaK3gaQ/WGMS5mVuVd+pURGi322eghZwx5igvXDqRG40GCynQ75+8rpeQEkprpGlCeZYPzH6j/o+hcB8R8zz8O9dnMfp8Ea/M2GFm4G9lvXIVgymJY3Y1w6qqPSxrH8jFoSaQ9wBS5f+MVGpDKVWahgnNZoOVUtjf38fh3t5YCG8QhNze3ASRGInEmUUiwDxNZNEWAlDkmWtelcTw/MB1QPT91R2+U/tVpEVj/1tjXSc6a3F9oz0QfoedLtI8XyvkVGvNSin0+/3L10Lm3oNh2C3gTE/NZhPGmBMXh1RKQXs+sjRDlmXD/BBUob7V01nDL7FozfCLzIq+mht1NZNM2PnYBCHLsuEsCWBAiROtVmqcBDWBvAeQgz5MSl0jEq6dK5yYabVarJXEwcE+Dvd2abTkSdhocqvdBoQgO2gPWpHIYpv9VCDRBHmMmj1cF8QOSAg0Wi2EjdZ4KfDRA2n05eQ/DITm6P9RFJHneeCiwLO3byHLcty/fx8PDo+RJImr1ruiK6LSQnq9S9JCpuY36x5Mw/M8dvks6WqZ6hOQSiFNEnJEbJz5auQzqr4bQowOPZTsY9rI4K1FznT3ZJHZa9p0xWPncomDko0piK1133rrdJPxQPYa54maQJ5wfAxoGxJPCyEalV14dNHdbrdZK4WDgwMc7D6mohiadBqtFjeaLRCRq5e1glN9VfIY3Z5nKXrHR8izHEEYlqVQ9HA3qp6Or66XIc9zZFkGAHjm2jZ2drahlMJBp4fcMowx0FrPHneOOcz5Qi5QC5kgjUnCWBVBGHIQBOj3+8MCmisM4JznPtIkQZqlLkyXeaRcCbnaWigjsBb6NdaNwKr6Ci5yu5dbJhhISIEsTcc4xrIFBJVsUuMiUBPIEw657X+MhGoopcoGdcQEGggPhiMRT2scHR3hYHeX8lLoAkCz1eKw0QQJQav04B5goXCaftMY42pq9XuQSqHZaiNoNCBInEBcuuvq9Xrk+T48Al549mkcHR3jtde+iYdHx0jTFI1mc8bMZuk0I++LCV/IGQZPTUxkpqZxmuEajQZLKdFbg/yk1hBClA70osyl4IkILCa36hdjVDA7Ymr0ySQxLDxiOkx3YoRKK2E44oujPhHRQKNlyyAhMrBYzfFV49SoCeQJRyz1T5N2/g8iMahxPSqOBiTieTg6Osb+7mNK4mjgKG20WuyHLlpq6FSfxjK/x6RGMgtpHLtwX7YIG80TO9jjOCZmhgDw/M3rkFI6guz2wKVvJ/D9hWw49KqM/1NasedVeSE03HneYx3MJI6zgZQSrVYLxlj0o2iYHzLFksOnSmkkSUJJmkCrMuly4q45/9mECWvCcT7lTB/sNscxzjMeGJLEcF8e5ZPBwVIpRFEEjDj7y+9zBmtrK9YFoSaQJxypUO8jqXZE2cd6WCSvIhIHBtButdj3PXQ6HRzu7VHc78Fa44oKNlvsBwExMCCR6tgpGbTQdLUE5Cq99jodpHEM7flDB/uKMMYg6vddLoQUePGFF+D7Hrq9PhIQkiRFu90+sRlDkBjJTrczKGZC8C8ilxlkc3p9Yz483+dWq4nEmaSG+SE08ReA0hp+ECBNYuc8R8k5A6/5UDCPY7EmMTfqqiSYeR/MUtPVyEsh5CBjfrAHWwhQzsbUBHJBqAnkCcZHG7hlpN7RnrdThTWO+kFcLaZpEgl8H91eD4f7+9TvdmGKAlJKhM0WfD8gBoiZweA1hdySvUclLjPiqI9+twsShEarjbDRXClqqtfvk9YaMAW+65UX0Ww20Ol0cdiPkWY5tFbQp0xiVEohCEP0uovyQuZRwezX50cbI2BGGIYchiH6/cj5Q0ZW+KPPldbI85zSJIEkAoPLkibzNcKlVDJJEstej40zqn2MEtI0kYyXWimPds7+wlBR+0AuCDWBPMHw/eAnyPPbnu+DSICEYKo0kVFxReMirdVqcRgE6Ecxjg4PqXt8hCxNoJTiRrsFz/edMLE8/VOfq32sTh6jezoH+zGKPIMfhks7H2ZZRnmWgUjg6Z0t3Lx5E8edDu49eIjjJEWWZWhvnFz7GMySCK1mk9M0Xamr46yIscXelnMEERrNJkup5iZGCing+T6SOEL0/7P3pjGzZOd52POepbbu/ra7zZ17Z+PsM1yGpERSXERqpRTJlmIbSYAgiR0rieAEzg8n0Y84iAzEiAMvymLDEaDYhh0gtmIncSQjsGDZkCVRpCRKFDnkkBxyyNnu+q291XrOmx9V1V29ft3f2t+99cx8t6urTp06Vd19nvPuYQghJRtjCVx6YE3x+ho3fkyosXhk/+EkMvxvqt1jTHU1EKaEQK/bJaKhXQYM2FxyrjMpniFqArnASJTzfdJx15VSEIJYCAExpsIq7SEliZQ/wkajwb7vIYoitA8OqHNwgLDXg5SKG601dlwvl0Js5Yc/NhUtrLqi+WobY0xFpeWg0WzNVGl1Ol14ngdlM7z3xRfAzHjj229gu9svMvE2T2yyllIiCAJ0Vjk6fSq4sIc0YGxhDxmD0g5ISIT9cKCuzA3oowWj8noiqEiGXPkXc7dnkcZIwwkbSPHvVBbJt5VSCPs9MGPUJTx3Rz9eSH6NpVATyAVGrJynpNLXhZBFZK7IX8u/KpkM1ChDNIKAfc9DnCTodjrUbR+g12kXddDXWLsulQWJhqApmzPm1+Kyi07oYb+Hfq9bxIzkXlpVlVa/3ychCGwtXn7mPdCOxt7+PvqpQZRZAJTHfZwgfN9nk2XIsgugVi9UluXn4bouN5tNRGE0qP0OyslAOy76vS51e11orbjQKgIVsmAUq3rw9NidstGY5IHKywiljKunxj6pSTXWlO5QxK0UMSsj7fPvak0gZ4iaQC4oPrWuP2S1e1m7bjPPOiupzD4raCiJjNtDxhEEAQdBgCRN0ev3qdfpoLO/B7BFc20dJYnYMUPq4jbz5RbvSRSh18lL03p+AL/RhJAS1lr0+304joOmlnjPe54EkcCbb76FvTBCGIZY31gfBg2eEIQQaDabFyNH1tiNMwA/CNgLfHR7vUE+K6U1tNaI+mHuuTToYIoZu0iiOBpEiIm2o0JCZdbnEbljYl/+N0uNNSbbVIhiVlkCYZGKLFu+UEqNI6EmkAsKo53PwHFy+4cQEFKykGMSyLg9ZAaJ+J7HzWYTWZahH4bU7/fQ3t9DlibcXFtnx/EIg2j18blqtvRxJFVS4aXVax8gTRI4rotGs4UwishxXGRxjBeefgrb2zt47bXXsNsLEacZfN8r3IFLsWfaH3AUgnEch4UQy1UBPA1MeHVVpcvpQyPk6kop5UAVpx0XURRSp9OBU0gfg/Zj3djSI4/ECAeMa5bG1VUjtrMRm0dlX+kyfogaa9y1NwzDPPAVo+fkmZc5YUMXQFx8MFATyAVFJNRHhNSXyveFFDKogVFKIkQEEsOJZpbdwnUcXltrsTUWYT+iOE7QPThAHPbhNxrsuG7xe69ODSdPHuVkaJnR63YQRyEsM9hYOK6Dm1e28OiNG9i6fBmZZSQgJHGCZrO5gOqqMtlOI5VZt0OERrPJURguf09HwQRRYOTZLMOCDEBV8mUlaUqO6yLs9wcu3FXpYzxzcrlomJRAyt6rm5MkMqnJGiOSsd6mqrFGumDEcQwpRVHcakwSsmwkZbUa64xQE8gFxPNAK5XONaHU1ep+ISWEVEMCKSUSGrWHVCPVq1BSYWNzg0FAr9ejJE2p1+0g6vfguB604xw+uKOu0WcwW9jvY/veXVrb2IBii8985jPwfR93bt/G3YMOwjDE2lprqmS1+IUrE/LUiRuQRT3y5Ai5po4yjJkDOSI8z8vzZUUR+v0e9ft9aK257Ld0lhgniuGCodg/1W5RfXOI99Xgb9QLa6jCmqLGGumAYIwpg0/ZGjtox8wg5pRMVkeinxFqArmAuLzpfJK1u+667oTDfk4cElQY1sVAnUULkQgB2FhfZ601+r0+kiSlKAoR9rpQSkFKOfDMmYWlpI8Z+vsq4ihCHEX43lc+gI1Ll2Es462330Xp7e+emOF8xtK/eHFdlwe69+PSyFRuOBmyGO+tRNBosOt5uHPrFpI4HjGMl6qqYcXBik6pAI9vjRPEtH0jZDHWK0/5G7nCpCRSlmtWKreLlUZ+AIU9x8ZZRsNcPTVOFTWBXEAY0t8vtOOpYbDc4KdHRBBSQko5qtaiaqQ65pIIALRaTfZ8D2EYIgwjyrIMUdhHNffQBJZVXY2oZWY3UUohS2JcvbSJq488gu/51KfBXoA0TbG+scGzND4nNx0X6j8h4Lou51LINPvKFJXYoXaL0yGNab0RcnvOwLOtkraGmQko4yoOH9NMKWNkX0VdNWLzmJQ+pksj1Wvl75M0JZGX32VmpnLcQO6GTEBIgmoJ5IxQx9xcQERSvSSUujTreEkiwx/h8Oedp34QACwYBGKAiUdWf+W8URam6nQ61LWWGkHAOQEVyeuqRYeWIY9DJI5pRzaaDdy5dQu3b/1T3HjsCfTCCL7vw/N9ZMnhC87DRraoCCOlRGYMrDFjEds09nr6OMqVtNZoNptot9uwbEmQyGfg0taxiCqQp108z1tA1TaDgY6qwWj8+EIXzJEVWRMqQx7xzhLMiZRxLYGcEWoJ5ILhIz5uZtrdlI5zdV67nERUbhepGNer8SFTJZGRiYGgtcbW1hYDQKfbpSiKqSSOkbQjvOCccATysDZ3I262mnj00esgziBFTpKNZguO5x3DBjK87kJyABEcrTn3yDohzdkRcOS7ZYZfuG7HcTKI/aiIsAtea5aBfMpTGexkVI3oU9uOnTIzGWNFbVUO0VoLJmGyBPGMbmucMGoJ5IJBu94PQrtrlUjtmbMYEUGqUTMJA7Ao/8nfDSWR2d1trK9zr9+nsB/CGENBEPCkKmvq0rQyIEwcL9/NP5MRJSk6nS52dnZzb6Kwj6QYqh80iujk/kBHfhzMm5wZAAkBpRTSNKPcEH1yIAw/gVOTZZgRNBqcJCkleR35QkAY/zSK6XspqSTfmCGkYJqIMvcBVg5mxgxVqAwSgrjI2UYEKiRixFkP0eEDrnESqCWQC4ZUqc8IrVuLpkAnErk9pLCJlLaRoVFdVAzrwDRRpJz3G40Gr2+sc5qm6HQ6VBZzQinRHJE8Jo+MQkqJXhSh1+1ha2sLTzz+OALXRZok6HXasNZCOy6CIujwNFFKKUpK5qIc8CI2mKp0s+jx04SUEo1mA8wMYy0REY994oV0MlobfYCZto/hxlRiOEz0mNMmTbPC/pHHpAghmJlh7UAaydjacBu1BHJWqAnkgiEU+slx993DUAQaDkikVGtVPbOmk8gkpJTY3NxkKSX6/T7lQV2HrPpnqK0WXbo7jpNHHxsDMOPe/ftIk3yOSJK89roxBkprNFtrc5MxnhTydCAOp0u69Z6dheQQMA9ce5M8LTpNEMUgcHS+TLY0iVSbzPHEGocdZCnJRR2RiyA0SLXDHMJy+CZqCeSsUBPIBcL3resPWu2sa9dtLntuThxqSCJCQJAcs4kUJDI+X0yZP5rNJrdaLU6SBP1+n9I0pam//Rnkscwq23EcZmZ89623sb2zA2st1hoBmPPsvMyMbvsAWZqChMhTsDjumJcUnfjSPlcRKl4kW+9KYIq40yjS+8elNMmjqiXGHA3WPANGpYcF+WGii8lzhnY3Rv6dZsZAAoG1MYFr8jhD1DaQCwSh5A8Jxw20c7j9Y+r5QmDiI7eFJST/JeadcjFpjAR7TM4iUklsbGxwIYnAYyatNVc9s+aprQ5FZeZiZvjNJl588QUQCEHg483t30cSx/A8DwDQ63bgBw04roug2UQchYijqJIziUZeJrBoOd9Kb1JKmCw7zPpzPjjEYQHISTAIAoRRVNTY4OKxE8rqhIfXaBnzwMp3TbV3lPaRwzHaKs0MEQFSCB5vN0yxwxFxTSBniZpALhD6wvk0aWdzZhzGAsjPHbUTWADCWlghBiQCzk2TMzmqMjkFQcDMXJaZJaUUD/NSjZ2yCKZOWISDbg9/+Idfgus40NoBAUjT0bRHeZpvC9fz4Xo+lNLo93oV9ccS1y09hw55DFIp2GF09DmDlmYyx3W51WpRt9PN5QWuSqGjNz5BlJUdU49h1s4FUTRP07TwLJz+3S9M97HkOgr9LFGrsC4OZCLkZRJy67gd5W69ElIMXXzLqPWyNO5QlTVb7zNiBM9XsiylRJqmlGUZVcuNHo88AO1oRJmB53m4+dhNXL12BZ5WY6nmc0RhiLDfA5BP7q319aNVKKRyPPNVYYTczjQtO+yZoRzrEcWgRqPBnuciTlIaBhjmdvVh1b8Z9zdw0V3AcM5T9s9qVzm2yLMVjJCYawP6GaImkAuCj2+oj7NyG47nHq9Wa4GBUb0SJ5InXhwSSeldNQGabVhVSrHne8zMSNOUrDGLTayDCO3p8D2PM2NwcHCA9kEbd+/cgyxSqtgpRvwkjtHvdgbXDpoteH6wgDpmEUySiqCKauZErrHoUGhIcsfqhuAHAQgEYy2V6WqWo8QhiSxkPJ/1fuyQsXmtl/HEj/mwaXC2FNSD4c5SQ65xLNQEckFAwvmMdBztHNH+MQ2DlCdjRDKQSGjMwL7QQPN/tOOw67psjKE0TamsdjfZfj5xlCjTtty5vwMGcOnyFh579DoARhSGUztI0xT9bndAIq7n5V5ap6FqmkYiS/8d4bwThOu6HDSCgboIKMNAiKti10wpY+zocb+g5flZlhFR7jqd7xnq13JDOhPAkEBHmnT3mJetsQRqArkg6Ev1MdLO5smsoIcYxoZIVOuJVNVZ5TVpoCKZMYYpxxzHYcdx2BhDZlwaWfZeiGBJYHNzA47j4OrlXJsXRbO1FlmWjkgiQko019ZQIeKTA813eF2ggxMayNHRaDTYdd1Da59MFRp48ugynlezzjbGzlzECCEodwIBBOFAwLaXvFyNY6A2ol8APAO4GcSmlGrjxDsv1FYSw/mcUbhGijw3Els7qJc93Vd3RteVV601MwBrTB68KJafbB3HQSeK8aUv/RHW19ahlISrJKJ0fv2gLMvQ73YQNFvFJETwGw0orQuj+wnaLoimWJMvDkpVVqfTgTGm6k/HC93YVO+rRT2vxjsavoySx7A3IQQjM2SthXB0X1iqCeQMUUsgFwCPbHgfM9ptaNc9hWUzKrYPCSnVRGEqmiKNTHYy+AejW6NNpMwDGKsVDhdF4PucFlLMzcdu4ulnnsGV9TWUrpylkmWaRaAkkeo1teOgtb4BpU7ErDTEBSWPEp7rsu/7iOO4fF7jqqMB5quzqjuWjAApXjJTuO/KqvvucBxCCAIYSZyAre3HNqkJ5AxRE8hFgMAnhONox5lM335SGJCILKPWh8WohtHrM0hkAfIoLjIwzJMQRTzx4bdSEoLWGkSEg16ILMtw69YtBG4epR6F0cRlxwnFZBl63c7INYkIjVZuYK+Rg5G7ZruuW7hJ89zPafEv4ywimeailSPLsjxgU4zbrUaXCZnJjGBq3+nhYOHh1Dg2agK5AAiF+hg5ztp4udGTRpkbKzeuqxEX35JIaCqJLEAe0y+4kB2kOq0IIdAJ86C3Gzdu4MMfegWCBMKwf9jFAAA2y9DtdCakH9fz0FrfWJFYjvOHIEJrbQ2O4wAgYp42wc+hjrlCxyxf3fnnzSMqwZwR2fabdRqTM0VtA1l96ITUZSnVseM/FsGAGAq7iCUqotXLKoRU2EiKqPVF1p/zDO+HnTYG1/XQ7/ewu7OLOIoQRhFcJRBl2egZUy9XkIg16HU6aLRaI0QohECjtYY4DJHE0+ehUsV/jhEfp47yifi+z1maUr8fwnX1FBPI8M1M6whPNJ1+fApsEeMjhDjkeRME2AiL3txmNU4ctQSy4vjEpvdRo91AO65/VtcsU2YLmXtoDTP4CoiiDsdAnbWQ9LEceUyPasillaARsGXgzbfegrUWly5tYbPVLLLKmlknTyAnkfaEJEJE8IIAjbU10JSI/6pjwDSbyywbzCpiXIacGHdRO0QpiSwzM6SQSvN5F5sWJHgIC2eZIYAq7rvTQQRI5pTTsC4kdcaoCWTFobX8qHAcrR2n3HVmi9/cW6pIwqjKOBFZ7M8TMR6qglrSVXd6axocyMmMEBvGxuYmiAQeuZQLZ+GMeJBZsNai12lj2iOVUuVJGZfwWxj3E1p1EjlMOADyUjI45gAAIABJREFUcsKe78MYk8/5h3z7juK2O6sfa+0wNmbqVfIr5TYS6pExdRDhGaNWYa04EqE/IbTTOE7+q+OgVPFIIUFEsIYqS9X8B1wm4Zuj4VjsWtPeTelDKYV2GOL2rVsAEaTMDfJRGKLZXC5RsbUW3XYbjdbahHNA7tLagHYc9LvdsZmxereTii0aex0/8zxwJCUi5wb1NE0pjmJyHMWEwxcOi5DTvPNKTC+xO7ovl4bFAYH2l7xcjWOilkBWHKmQW0LK1nmOYcTNVylIqUaKVA3yZ02euVj/01rO0QP5QYAwzbCzswulFFqtFjwpkWVHS6turUV3ijqrhFIarfUNaNep6HqqRErD1wWUWKeh4pr39Je7XmX85UuRsVcIAWMsLeN+zTO2p7WrHjfGUL44mKe+GkogJESH2NY2kDNGTSArjB+8sfH+RKpAOe6ZGNAPQ2kbkUpBKg1VkImopD1Zus+Jd4d7Zvm+z1REpT/3/HN49tln8J4nboLZIk2PloyVC3XWrMmxlEaGwYhTbmLCMDKfUGbZUea1mXferH2zMdqKq7vHTnQchz3fy4t6AQu5X5c4ih3dGANCmT16FvIeRe7Nx1ZIb+FB1TgR1CqsFYYr1UdZuEElk+xKOP9QvjIcc+fNAMNFqfVjDHNBDhJC4Pa9+/jmN74JIoJDBGst+r0+rW+sH2kApU1kmjqrhFIKzdYa4jhCEi+Q+HXEMFJVeY1i1oDHJ9+Tk1xKldsMMpyCRqPBaZJQnKbkVuu+LICT+eJOtyyRELAEBdj1E7lMjYVRSyArjBj0A9C6cRYlWo8CIQSUdqAdB0rpEe+sRYznVN1aMhW567pIrIXneXj0xqN46eWX4GqNeIb77aKwh0giQD5heX6AxrKJGasqr+my18y/k0VpXxpVwx12HSEEgiAPuDTWEirR/yeJskSynCp9TP9cLEMxxNKVOmscDzWBrDB6lh4XUp58/qsThlQqJxGdk8ggynwOBseXJI4SQaPBYZrhnbffQb/XR6/XQ8N1cBLlZXMSmQw2HIeUEkGzBT9oLHeBOURyfByiCKtmt5pocvhYPN9nz/OQphks20Ec0Owzl/fLyowhAJBKjZ1YfV6j/TLgG8tLfhA1jouaQFYUP3x98/GIRFNqvfIEAuRZbrXjQmtd5LuabRMZkTyOqNvQWkMIgTvbO+h2u2i322j5Hqy1S7vzTkMZbDitYFUVRATtOGiurcNZNlXZkYiExrbnWENm1Qk55tNpBA1WSiJNswUM6qcjQ433y6BmSlRLIGeMmkBWFK6nPspSO0qfffzHUSGEgHZylZZUaqp31qjaCseaW6RUSCzjiSeewPMvPI8f++yPQEqFfv+wtCaLISeR7kClMg+iotZaOjnjBJGM/dEUgqg+13l6r1PQhSmt4PsBLDOs5cWyESyJZR0ymOBb1ARy1lhN5XoNWJKfIqX0kUqxniOIcrsIkUCaJkCW5QFhXJ1mjqa2Gofve+h2u/jyl7+CrUtbsNZCEZAdkt59GVhr0Ot1ETSah3gE5ZBSwm80YEyGqB8uVou9xCwbO09pM759xggaAcdJTEmSkEcOo0jPP51KxuNkZrc0xhIAKDXLfXeWTxc1DNvWS4DzNaCOSD8j1BLIiqLH9BJJfa7xH0cFEUFpDcdxoUqVVtXN94QmPj8ImAHcvn0H/V4fURih4ShYa6aWuT0qrDHo97oL90lEUEqj0WzmZWKXLpw1529FQERoNBoQRLnNgufZQsbFoer26B8XOrHZiUOnPwghhGOB1noDF0Ll+6CgJpAVxEuAExpskZCXznssx0FuXHehtANReCsxcDw33wrKIEZWCh/44Ct45cMfwg/+wKdBJNDv9ytsNT7pLD87L0siAEBCQDsuGq01uN6ZpTI7M7iex67nIc0yWJ6lyJpnROexVwCDD2JW2veJ9wwUCRcZnhZO7cp7hqhVWCuIF5+98cFvZ8LXWl/4z6eMFxFCIIkBkx0t0G8Uw8leKoWDXh+vf/ObkEohTVNIQYijGM3muAC3sG9YgdEJyxqDsNeFv6A6q4QQAq7nQWmNNIkXix+5CGBGs9FEmiRIkoQ812WekLbmPfOqNDIsMJYXj5rlTTa4+OA8II9HsiA3JVtLIGeIWgJZQWjP+R6SCmrFAgiPijxeRMP1PWjHnZrldjFMSgqe66EXJ3A9D+955lk8/+JLuLKxnrvzzlMFLSR4TDYyBYkcRUUmpcwN7c0W9NA54kJDacWe78NahrEWS0obFRCszSMtxUTxqGl9jX5wQhAsuCnU6ru9P0ioCWQF0WP6FKRqPEjFjUq7gOt5cBwXRLRkSdvpM73neyylwre//R3s7++h0+ng8sYamC3sgjEhh2QcqVw/P5iTSO/IdhapFLwgQNBoYlWDRBcFI0+2qLVGHCdz3HqH0gYBM0JOFv0+THoSEAkwKEgsXV2wkxongJpAVhChsTdJyAcyKEpICcfz4PkBpJQLksiMWAbKV/WOo9Hu95HECcJ+H5e3NpFPaPFE3cR53q6D12mes2O9GJMdi0RKR4Og0YTfaFzcSojMEFKi2WyABCFNMxq1cU1u8+g/GNhJuHTfHduPKW0ntgED8i1oJfLGPSyoCWTF8B984ImNmOGSkg+sT3sZfOc3GlBK5SQymHSmeekMN8ssKSOTvxCIjMXmpS1cfeQRPP/Sy3jkymWkSTLS06HjmjWCqaxTkEi/t1CcyMxrEkFrB34j99g6r7T9x4UfBOx7ebLF0cJT0/yOy9iR4ZPO40kAKar2j1kUP20bYLCfgC6k5+JFxcWWnx9AOH7rA1HYayilSiX5hbZ/zIOUCkGzhagsIctcTNbDSWGRiZ+Z0el08e5bbw+TPM6JhD8KpgkiDILJDPr9HoJG81jXE0JAOC6kUsjSFHEUHxoFvzJgBojQaDY5SVNK0pQcx5m0pw8weaCQRHnZAmQjfYACwzY4cgc1lsbFXO48wBBSvWJJSikfDm7P06T78IPG0C5SJOlbBEmSkFIKm+treM+zz+DJp5+G47roRzEWo5+jo1R3mSxD2OsuadOZDiEkHNdD0GzC9fwTJcHTBHOeXibwfbaWC6nsLNY+lXxYBN8Q1QRyhng4ZqkLhHaafgRCanFRdeJHAsFxXUgpEYZ9mDTLlzYLTJ5xFMPzPAhr8eYb3wEIePftd7A4BR0PBICJkGUZ+kXE+klM+mUteqUVsjRDmsQnGhx58mAw8popcRwjSVNyyeE8HnDobjt+Th48aAGAcvXV6LHJ1/HjVWmVXGYElRNqnDJqCWTF0ImS6xD04EWdLQCpFIJGE47n5SVyrT005jBNEzAYTz3xOB69cQOP3riJ1FgwWwh5Nl/vXOtGJyqJlJBSwfU8+I1m4Xiwwms+BqQsU75T7tY7UqVqxmmWAWYeundPI41xTpjSnxC+ARofAWo7yBmhJpAVwp/79EvNdpT6EA+uAf0w5EkJfQSNRhFdbOdOyNbaPGgw8LF9/z7u3r6FvYM2kiTBWecRo0ISCXsnX1lVSgnHdeE3Gnmd9pWKIxmVBDzfZ9d1kGZltt5xr6nRnFjFnjli2yzPq1EvLEEkLCOAj7Vj3lCNBVETyAoh7PLLncw0hHx4CQQovbRcBEXAHTNPJRFmzo3lbOB5HgCGNRZxliFJEjiOc+ZqjJxEUvR73VPpv8x4XMaRuJ53Tp5b0/2cGfkzCBoNSCGQGUPMc84pUmgJospnNdMfbuz8wXaRP4vAIK09XaczOSPUBLJC2O913meYHDVUUzzUelwpJfwggOfndlE7ptKK45gcx4GnFFprLfi+jygMwULAGnNuBmgiQpamCPsnL4lUr6G0huv5A/XW0mnkj3ZlzIvLKeG6LruehywzhYv2rEqCuffVSZBgXhsdisG1BHJGWGGF6sOHXhi9At0SFz06+SRBRR4pKSXiKEKWpQDy3EdRGMHzPSiTYnd7G5YZ77zzNuLs+FUJjz1uIqRJAiIaEOBpYWhw1zAmg8kypGl6rPiUhUEjLyMIgoCTOKY0y0hrPcOttyCWpcl+0k5CRLDMvoRcA04upX+N2aglkBVCNzXPCakeSgP6YcijthuDrLbWWiRJArYM39Hodrvo9/rY3zvI268ACRMRkjhGHB2vTvuiEEJAayeXSoIArucXqVLmxeAvgnHvp8WgtYbn+TDGTpFCxjPwTos4n3a98ZoiQ+M6EcESuSnT5YUHWeNYqAlkhdDPsA4ha/3tDFBhYG80W1BKw1qDJInx7LPP4Iknn8DNx27CFuqjpcvLnhKICHEcDaLiz+qaZd4xzw/g+T601sUin4fR/FND7A9L9jLcvUh5Fz/wWWuNJE3H8mSVMT9Abv8Y97aaJIjJq42NjQjM5KWgC10G4SLh/JdpNQAAn77mPrkjVeAqVbsgHgKpFBzPg+/7ENYiiiJs39+GtRYGQBzH2Gw0ztF+RGPvGHEUgoQ4c8moVG+x48CYDFmaIUtTZFmaR+wXJFLVIPHEBoZRk2NP9TA5RikN3/fR6bRzp4c84VXRf84bk9mZp7nwVgc1xyWY2LO1DeTMUEsgK4LN1qX3knadVVC9XASE/R41mk1cajXwoQ9+EL7not1uQ2gHWZYdMznh+AQ1zfPnsBX76PkMII7ChTMEnzRKqSSX4JpoFkWuiAjWGhhjYI0ZlB8u08qM5x4bz0O2CDzfK6SQMbdemtfTsvtzMMg19HDGUZ0HagJZEXgN7yXp6KoB/aH2wDoM/W4PWju4ee0qPvrJ78enPv0D8LRGMmI4njcJTZu8ZhHFYf3NQXVlbxlxHJ17RDkV9Vk830eztYbW2jqCRhPacYeVI62FMaPEUrpTD6wTPOcPw9y7Ukr4vg9C4XVVddg9YUc5BhzD8E621xqzUC93VwR9i+8hqZ2Lmo31rBHHEfxGgMsb63jjG9+AyVJ0d7YhlIbrurm6pFS7AJg04E5TjxwThy6auTD+x3BdbyXyXJEQkEIU5YfzmBtrDUxmwNbCsi1ey8wA+etQ/QWMq8CmwfN9juOY4iQh0poFBr5TRYtZqUt4qTYEci1TTSBnhJpAVgTb+90b3Nx4IGuAnAqYkUQRrl69hs7+HuI4QpwksJawtr4BP2ggSWKYLAPRcLo6cSzZLTPDGoM0SaAdZyVIpERJCkKIQUxJTih5ahi2nBfqKl55IE2M1UOfYkQRQqLRbMIcHOTnlbqwqUGD014Xa8OAa5hrAjkj1ASyImhHka+aos4kugDSNCXtOFDW4PGnnkJrfR39Xg/++ibid25j6/IVaMcpapAnudHYZKCTJpFlumOACSBmsOWc2ERul1glEhkHERX2pFGbUq7OKkll+AcwyszsebvhOUGjyWmSUK/XJyGICdXcV8DhEsfICKqjrA7YYZBXDPj8A4IecNQEsgL4iI+bHaGUq+oYkEUQh334QYA1AXzgez8Cx/Px1T/8IoTfQBxFcFx3kNrCcV1ox8mJJMuD7I6Fo871peNR8S+DYTIDIjGoYXKRkEsrcmBFLV10J0iEC/mkmO8bzRbiJMnVYHI8o+4stRWmbM9QYRG5xsL9OBB8Duic5D3XmERNICsA5bjPstTehS1resaIwhCu52PDk7h/5xbSJMVXv/j76CZpYfsYc6OtEEmWlkRihoqXee4KpzGvD1bsFtZkA7XRRSORKsqxj9/DeA6zoNnkKOxTu90hTcQkFlFRjR+f1R4gImKQTgM00K8J5LRRE8gKQAg8I5TmCoHUHlhzkCYxXM/H+977Xrh+AO1Y9Dpt7LbbczPwlkkateMiTVOYLIMxWeG6WjY6/fHni/NclWXJgozJL3vBSWQaxu9HSonm2jqiIi2NKv2Ej48ijyPBElyt3AYQn0S/NeagJpAVAAvxglRKPlxFpI4BZpgsxQsvvoC19Y085xMBaZrB8xfTAmqtobWGyTJkWQprLDJzRvmTuFRiWbClnESI8mSAmJx0HzT4QcCNZpP29/bIWst53ZZpkefT1FioHJtsX0TbCyFs7ZByBqgJZAWQkHhGKO086BPHScAaA6UdKDD8IEB7bxdJHGOn3UGWJvCC5fwQpFKQSsFaC5mmAxdWe5r1yIs5j8GwbEGWYIuVeOnG/aB/F4JGE0kcIwz7ECwqHlnTDOaH+UdPqMHIEtcEcgaogw5WACmLLZKiNqAvgCSOyfU8rAcerj56E43WWp4Ti2Sh2vKOpP4TQsBxXXi+D9fzoB0HUqrT02hREWzHOYlwEW8xaox+cOF6HvtBA8ygnKxPRoeYZ+QVkq2sf09ngFoCWQFkJBwt6uCnRZDGEZTW2Ag8hP0ekijEvXfewn4Y59LJsWti5HU2lNaw1iIrpZIyzccJYqCgYYa1DKJcpcXIA/xQxks8gCAiuJ6HoNFA2O9BUCmFzEqguIgaK1dhWWKlBNcEcgaoCeSc8UEfj8ZSaiFqF95FkKYJlOPgyccfR6O1BiklkijCQa+fVyc8wQm3lEoAFLaS3OBuTVYWQloaY/5hFSfWsXiKgjweTPrI4Xoe+35AvW6XWDAPswMDR1VjFU9UGYiHuqrnWaEmkHOGp9STkVSerH14FwKbPMXG0+95EqKoPHh/+x4s86nWCS9tJcw84r1ljVmYTMbJY6j3r0ZSDwlksK5+gKUQ7TistUPWZJAjHlnjtpBZwYRjdpNcNagsuM5qfQaoCeSc4bjqcVJK5Z4oAGoX3rkgIZClCTbWNxD2uhBC4O1bt8HWnkkNkLKUrNJ6jEx4YMeYTyilpxCNLZ5HiSSnknw9PS225UGB53nwAx/tgwMSUjAtJYHMMKITpOE6q8NZoCaQc8bVq1ef2I8FC1ELIIchS1NS2sFWM8Cl6zfQ2thClibY6+c5r7R3tmakKpkAGGStNdYMEw8W8R7DNOYMZgIRg5Dr/fOo7qLPEcnkwYeQEkHQQL/Xg7UMKafZQEpMjz4fl06YSVpR58M6C9QEcs5oXrr0tNoJVZ2F93BkSQztOLi+uYa438XdXgfd/T3cP+jCZCkCfb51hISUEFJCoTTk58Zxa4t06IMkhPmxHEOJZChkPBzkUcL1PPhBgF63W/EbGI8BmRelPhELouqU7meDmkDOGaT0danS47oOPRTI0hTadfHYtct5LIjW6O7voRsnsNZA5svXFQJBiGFsR4kyJbodyWhbnEE0ocx60KG0Zt/3qd/rETPzKIEs9iRKUi4M8coynZ5BrMYANYGcM2Jr14DahXcR2CwFXBdPP/00Nq9dh5QKt777RpGMUFwYl1ciAkkJUWS4nRX78aDaPabBcT12HJeSJC7SFi/bAw+kFwZrS6gJ5AxQE8g5I87gQtQlOBcBg+Fphdb6BsJOG1ma4LWvfx0gOvNa4yeJeYkI88X4g08k2nHg+T6iKIQ8gjqXQHlqGLYgkLbMNYGcAWrF+zniF3/uP16PjPWoruF8KNhaCCFxZb0FL2jAGgNmi7u7e2C2UKfownteoJNLNLjyEELAcTQT0Wjd9EVBBGbAGAsmUgxRq4XPABd32fYAQETm0dAYT9QuWIfCZCkprXG5FWDz2nW4QQNJ2EdqAZtlUM7pu/DWOF1IpaGUgrXmCMW/8sqJ1loIIljgfAvPPySoJZBzhCV7IzOs85KrAOoYkJnI0hRCKVxZb4KYkYZ99PZ2EBsLk2WQx05hUuO84bgOXNeFMXaBX0JVShm68RZ1VpiIotMbaY0SNYGcI9iaR/JErA+HmuI4MFkKQQI3H7k2CNiLeh3s90KwNRAr54FVY1lIqeC4LjPzAj+IybQnpe3EGKMk2/7pjLJGFTWBnCPavfCmtSQLAqknwDmwWQZmxpVHrqO5vonG+gYIQBgnec6omoQfCEipQERHyjQmpGAiAmdGs6CaQM4AtQ3kHLHX6d1gZkFDx/eaRObg2qVNCBA623fBDLz9nW8DyCedGg8GhBQQQlDFBW3BM8uChAQwK2k5Ob1R1ihR//LOEZ0wvmwBXYuB82GNgZASV9eaWLt8FY31TQDAzkEnN5peYBfeGqNQuSGd0zSFWsq3pJqQEgSiuqDUGaCeu84RnTDyQVRbfw+ByVKSSmOr4cELAtgsRdg+wG6nC2uyE6gBUmNVoB0HjuPAGHMknaQQAkSwxPaRkx5bjUnUBHKOIGtuEagWtQ9BliYQUuLa5hqEkCAimDTGQZjAZBlETSAPDIQQ0E4R03MEha4QAiBhwbh2siOrMQ01gZwjfJN9zpis/6CXLz0uTJoCRHj0+qNY27qCzavX4Xg+9nphqd5aiQd40hULH1YopWY4RfCU19F9gggkBGeEuh7IGaAmkHPE629851/KNOqZLCt31a5EU2CNgQCgtcLOu9/F/bfewPbb38Fuuwvg4coZ9TBACDmjJvy0jLxj+3ICIcN1OvezQE0g54h/8fbOrQ0y38mS+P55j2WlQcDWWhPNjS24QRN+swWbpbkBXa7OV7hOyX8yMNbQEaU5BgAiUhaoszucAepv/Hmj2/k7Juzt11LIdFhjSAiJNd/FxtXrWNu8BMf1cG97G5YtRO3C+0AhTRJ0221IKRf8JYxIKmVAlWRbz21ngfohnzP+v7e2f7WRxW9G/f7eeY9lFWFMBqEUWq5GFoWIeh1kcYS9dg82M3UKkwcMvW6X2p0OtFYL2rVGWKaUQKi2Rp0NagJZATSy+H80/fZ2mqblrloKKcDWQiqNjVYTjbUNKK1hswy9NBuQS40HA0kcY293J6/vsnRZrZw78n+4rwXtn8YYa4yiJpAVwD9/d++fbQn+StLr1baQMTAzhJTYWl9DGodI+j3EYQ/dOLeB1FHoDwaYGXs72xTFMVyt+YhLKAYAIeSBI+jrJzrAGlNR//pWBCLs/De+1P8oCsNNz/cV6tQmAIrqfSRw+co1XLnxOBzHQdzvox3m4TNCiof+GT0I6HU66PV6ECTKsrRL9jDMe0KCdhxjf/Wkx1hjErUEsiL4l3e6X3si0H+Xw9471pjzHs7KQEgJazLc297G7u13cPet72L37i20Ox1gaTVHjVVEmsQ42NulOEngus4RpA9GXgc3j8URbL/2xYP4t058oDUmUBPICuH/+PK3/8ZlaV/rtQ92il0P/ewoleY4CvGVN97E3r076OztoHuwj+trAYQUqHiv1biAsNZgf3cXSZJACFG4Qi/xtWcGGATOycMkyR9dTpK/DSA99Nwax0atwloxiO7Bz3FK/3vouC2/0XDwkKuy8rQlGV5/+xYyJrzvwx+DIMLOvbv44nfeRb/bodbG5kP7fC4ymBmd/X3EcUxhHCPwfV4sJpQBBmxePIqEkLDWIovjW5ck//IfdMIvnPbYa+Sog21WDN9qR/deCCi+348/6TaaDSkl8JBLIsyWjDHo7NzHM48/hu7BPnqdA2zv7uG7774Lv9Goo9EvIPrdDvr9HqIooiwzkFJSngxxRhqTgjTSzJAxhoiIpFQwxsBE4a1rCv+Q9sO/cheo88udEWoCWUHcUOLqdpz+exnDCfLJ8cKssBnI1QqHtWIuyo8e/qeURnt/j+7ut/HUVgtKSpCQ2H/nTbx+fxdZmpJ2XQzLqtRYdcRRiG67jTTLKIoibGyswxiDLDOkpED+YebfI7aMNM0oTlMy1pIUAlorCCGRpimLOHrjhsYvBRz99d+L0T7fO3u4UBPIiuEloBkG3l+1QfPJsB86Ukp4vn/ewwKAGfmJAGA42efkMU4QFmw5VznYfJuZYYvStGwNrLGw1sJaA2sMjMlgjYHN8u04isgysL+7i49+9KNorq+j3+vh3t4+3nznXWitkaUpsjRBlqYwWYoszZBlKUyWx4yUfVljYG1x7WJ8s7SEtWRz8sjSFO29HVhm9Ht90o5GEPgspUSappTl0gWSJKE4Hr5XUkIpVSRbBOIo7gVZ/M1rmv57ux/9r1+I0Tvve3vYUNtAVgzNLf/n7yn/I0EQNKSUuH/vLpRW1GytnZkUUiWK4TaX/w8kDB7sGN0u3pWNi+bD1/z/kmTKYzy8HvPYdQDtONzeP6A/+FYf/+c/+Sd45JFHEIYhRJRXLj3Y3yfP88pOJuiARv8Z7q8QRLlNRAARBBGElJB5kSMM1Cs1qRwZJstwsLcDgJAmMWVZho3NdQbyLLzNRoMP2h3q9fvkuR5UHijKUkpQ8QFZaxH3+/tXJH9xQ5uf/+29rPa4OifUBLJC+OS6/vC7rH7CC/wrRAKu63KapHTv9m0opU9NEpmYvEtpopz0mUtKGJJA8cKjG4N2y5DECFmMSDnludU9hM9/+VX80MZGHrGsFLZaLdze2YXjOFXNB8Z6mswGPnJ8yC9aO9BaQ2knJxAhatI4AVhj0NnfA1uGMQb9MESjOVo4UGmFVrPB7W6XAIZSiql4+AwgyzKYqH/rhqZ/5mX2b/x2O6sDBs8RtQprhbAeeH8r81vvdxzXAxhEBEc7CKOIorBPQbOJwqh+bHBFXWRNlqt5SlWPyWDKY9bAmKJtofax1hYqJ1OooCyY7VAtVPTNptw3eu5QdVSqsaqkNXPEkEpR2O8jTDP4AtBaQ0qJfqeNdhiDmUlrnU/2REUQ4vw/QQSlNVzPg99owG804fo+HNeFlLIoUFSTx3FhjUG3fYA0SwECwn5I1lqsrbUmPnSpclVVnCQEgIQQADPCKIr8NH79mkO/SFn01363a946h1upUUEtgawIPr7h/PFb0n3Fd531ge4HAAnC+vo67+3t0fbdu3Tt0essptWKHlPbcGlvGEzs1cnaDifrippoePLEnsk2lXMnz+cJyWTYbnLfYqB8NUpEJARe/dYbePKpJ7GxuYmdnR1cSgzubO/A87xD7RZKKSitIVVOQEIKTH2mNU4E1hj0Om1kaYrSthFGETY3N2ae42gN3/MQhiEsM0wc378i+ffXFP767+xFv36Gw68xBzWBrAj2hP5z2g+u5BPZKBtIIbC2tsYHBwfk7Di0sXWJy1X9+Mq+NFQDo6qiUiU1BI14LR1YjDqaAAAgAElEQVTbWLxwtAoBNEXHtCCarSbv7e2TUQqvfu3rePbpp3Dl6lUctDvY0Rr9Xo8azeagZyKCUmpoxyikCnFCktwqIF8QrGY9EmMy9DsdpGkCBmCNRa/Xh+u6UGpOxl0CfM+DMQZxt7v7uIdf9DL+B7/VTr55dqOvcRhqAlkBfGLd+RO3lPecp1Rz1spfa41Ws4ndnR2YLCPHcbjq+VSu7MfNxzSo1DbyDiAGc9VgwCPt5oJGehoOciEcVQLJTxp64RC+9sZ38ei1q/ADH45SuLy+hnt7+5BKwXU9SJW7+w4jnI+GcW+yoX1o1Pts4CNQHh8M+7AbJox+TJQ/3/I5D17HVHBCQAwM/7O95M7LkyxLU4S9LtI0HdjBoigmYww2NzZ49Hs2ZexE8D0PSOP7PqW/+ZudmjxWDTWBrAD2hP4zyvUuC1HYCmcs0F3PY8tM7XYbzWaT8poJxQQCAkQ5sY9PGGVPsyeSQQvGUEKY1n4aeRyCmTe0RA9VrK2t8e7uLrmui7dv38GP/fiP47n3vh9/8DufQ/bGW0jimNY3t+ZerVTx2YGar6ryq6j5KraZw16roImNmS0WxoiXWL6Rf9oFmYwQS4U4S8+xifNPEUkcIer381QzBaGmaUb9fh+ttdYMu1K5b+jtIJWC02ht7YTtnwbiXzv1gddYCjWBnDM+vqE+dVt7L3hKtRZp7/s+A6AoiqBkY4GSrjy2PXvyGBU+jj/JHJ84hicLqSClhCxeAUKWJri1sw8Q4fGnn8XuvbvY7YX45nffQrfTJt8PeFTNZ4a2oKrkMOZ5djiWydU065RRdeJCXQ0Ia0q5pIlHnX/WIw4DpfpODO0+QogR8jk2mBFFIeKwD2uK5wyGtRa9Xg/a0XnCxKnPecL5mgEQMbeY5AePP7gaJ42aQM4ZXeH++8r1Nselj3koSSROEvI8l4lmkcjUaIhjYx4NjdzAEYijnOhy43ZOGNXJrsQl1+Vbb79FwnHwq7/yq/jjQkK7PqLdHSglcfvdd3HlypV8GINgwXPCoY/9WAw7co1hzgIa2L5K4jEmG4nFAUafd/6sC3KRElJI0JKqvySJEff7Q5IuLhRFMWWZwaVLm3z4Axk6VTNbmCzdfyzQv/baziGn1ThzPDiWxAuIDwNBp9n8OeV6zwpBWGbu1VqDmclaO5Y/aAF9+7wji0ggFXvK0QiDB0bfMlDP9X145Z/nw/E8aO1AKgUikSfLSxMkSYwkipHEEay11D44wEGvj+72PVy5fAmO52J/ewfdOEEcx+S6zvSBTePWpfh2MTKeaHUa2qMJT7dZqEokQ1WWZYbJMmRpiiSJBs83TWKYLI/cLx0zSpXZNFhr0Ot0ht5+xUiyNEOn26VWqwU1tQTxtCVJfpEsTfobgl8POPnz3+kk4aHPosaZopZAzhHBun6h4wXXxw28i87DjuNwlqaUZRkVLq5TWi2ZzHfwW54jZxSr2GXWzblEoQaSRak6EULk8SDGEDMjSRI2JiOTGTBbCMoLRg3SnlTsDUpKllKStYzX33oH165extbWFjZbTfTSDDsHbcRxQrnKZHz80+5pzr4jTvwTGqyjCoXlxzHjoS8vwwyt9gQurPD5sqCUXLI0Q5qmIOR2FaUKNWLhzSYL8kfRPg7DgZqw/HZYY9Hpdsl13Tmqq+nkYY0BZdn2M9eaf+uXv7xdyx8riJpAzhFsKAJwrFWVUoqzYoVIA3vIrJlm/mw130KyOAZkoQpVlBiSxuBa1sIYgzSJYY1BmmZsTFYatgceZtZaqtooCrdcLlJcYH1tjXf39ii2hC995Wt45b0vYWtrE3fv3Yfnuuh0unD0JkhU7mzZBPkn4OF87D4Pd4w7oiKsctaIGmzo/TUglCKvGCUJQATtOGi0cgKxxiDq9ytqKwKY0Q9DYma0Ws0FVFej48rSdP+ZS2tf/uUvv/H3j3RrNU4dNYGcI36rm3zjuUb8e1bKJ6UUzpE6IYJSEtbymPQAjE4rh/94F/HgHYcQItedq6GBezwwz1oLYzKksalEuNtcNVLNtZXfDmRBhMyANYbNGInkSfbiwfUFCSRJggNBuH9/G889/xwYwGvfegNplqHd6dD6+tnlEqti7uOsShWzjUqjzklHZ4rlULnO4PKl5Mk5F5S2N2aeJA8AcfE55c9+8S8WAcgyk13y1LtPXGr8tyd0RzVOAbUN5HzBzyuz11HuD0mpNiohdkuiCAqcq3BfkECmb+TvCJBKQWsNx/Pg+X5huwigHSePzxAC1hqkSYo0jhBHEeIoRBJFSJNkQqc+TydDKAkql2SqMSDAILceiiyuYBDu3r0Hshm2trZA1iIxBv0oBpGgUmo50gR8DDFi7qnzPqKppoElrzMXyz2IKo8JIdBcW88LfpkMvU5npJUxBp1Oh4IggOu6S12G2aIpcfDDL7znd/+nX/+9/3mpQdY4U9QSyDnj3kH8OVLha0apG0rKI34e48p6nrJ/eQUVEUFW9N6laqqqijLGIInjkTTp5ety4569e7xVQSSD3cwMR2vKjEE7TfHGrbuIwggbGxtwTAbfcbC/v4/Lly9DHTUC/Rj6vaky4LSPbMp90/ibGf4AJyaYLNAJIV9IlParqNcfOW6tRbfbJa116TG4KAgAWlplH95s+i8+/vi/WuLcGueAmkDOGd8C4u/j+O/cS9z3St+/WUghS84Fi0wfC0ggA8OoytVRhVqqXOkzc66KSpI84aIpa3eY5Yab97bU7rnjzhMistIaSZIQtDMw4m5tboLabbR7hL29PfI9DyQEtFLQjuaFgyKPSB6H+saVs/+Uj3BRx7qqMHMm2i1B8PwAQO4anMTR8PrMCPv9nAhazaWGQwCMNXgi8M37Hr0m7vX6//hkR17jpFETyArg/m74/8pL6s9mWl/T0/0cF8C86WP67CekgJIKoiCMPGfU8CvBhXunMRnMWDGmU8MxZ0FjDAQRb25s0ONPPA5mxhtvvIEeE+7cvZ8nW2RGnCRltlcIQVBKw9F6hifbrIEu3oJmHVjU0+uQ53I0AWkaa00Z1/hZJOC4bk4Wvd5IT1EcU5plaLVaS9s9LFs0pcAfe+8Lztba2u4f+9t//94SN1PjHFATyArgW0D8SRP/zXfj+CUp5WOFcn/JaXSa2moUQoiKdDGdMLI0RZZlAwnDZNkhadaXxSGz4OGt5vduGQxQGMXohyGkyGNIfM+DUhKtItFimmWUpmkuRVlGkiRIkoSoSA8ilYLjaBZlkObEDL3YlD3Va5eX6WHxvpd/ZkeTArWT+3sYY5AWzgwMIE1TiuMYjSBYuuwAg6GY8dlnnjLf/+EPy9/46h/d/od/8T/7gCvpewOl3Vjg69E2f+7f+oVfqGNBVgg1gawIfms/+dUXt8L/xBj3klIqwJHX4sPTiIaEoZSC1GokkKvqmllKGDlh2EpfJ4nFb+eogkglkTwcx4GUElppAOFIcSpdcQUG8kJFaZqSMSbvwRgkSeGdwIy8DrfmZR7JUUM+5nYy1t+pOGbN6ZCEQNBoAgDCXnew3xqDKIrguS4cx1l6ycHW0otb6/iZH/sRKYiiuB/efAryv/Ysveha6WeMd7tX6NcA/OUj3VONU0FNICuEdZv9tTv9/ouy1Xx6dnqSWaDRtBQqJwul9UjksDWmIA0zIA9r7aEeWCeD5aa6Y0yM7HoePfLINYAInXYbtw7yya6MJSn7B3Ibiud5aDSaLCoOA0mSUL/XRRRGiOMQCENqBAGkIKTGQuaBjIfew6ydIx7Xi3Yy9lCOZ/9Y0MhSgSw87UyWDaQPyxZRHJNWCmVZ4WW+PdZauhH4+JlPfwKXt7bwrTe+7T11+Yp+7+NP/pRSyiESOGjvP9W9++4WagJZKdQEskL4/H70G+/flP+6n7iXHdddxwLzwkAtNVBJ6RH1Qa6WSvJSoEW6isWM3icRVrjElDbDu2hZUE6kFEbxoJPca4zLYOuRaPhBgkalwMxI04SyLIWrBNbWmvAub0ILAZOlCBpNeFoi7nVxd2cP65ev0O7eLg46PfSiGCBAytEaF1Of4qI3Nu5Et8y5S1/gcJCggfTR7xaEDEaWGRJCDMhjVu/TvJQBJocIT1/awPe98gFEUYQwivC+F16SWjuDL7KUIs3qypArh5pAVgx+mv7Vbtj7sNXq/dOq5BHR0FOqkDLkMDYCAArbRTogjCxLMU+ncDo/y+PNdEc+u3gOSZahubYB7TiIDeNbt+5Baw0vaMBxHFhriK2F52gErgtXKzhSwFFraHgemr6L9WYD165cxtbWJm6+51k89r4P4Z1X/xCvfvH38O69Hbz88ov45te+ii/8/h/iuU98HDv7B7j1ztu0e9DGfrcHrdUEoQzHicM5ekGx4uhUv5zcIoSE0hpZmiJNqgRN0Mqd29G08RFAkgSevLyG5196MQbDZWY4joNGEIyMrdfv75u1Vu3Wu2KoCWTF8IVu8tpHttQ/2k6S657nXwFAQggu8w4pPUvKKAgjS5eQMorzgSlR6MellVmuRnOaH5E1BunKhYDnuXA9jxuNBt14z9MAMw729iBshq1WE5dbAW2uteBrhYbnIvActHwfm+strK9vYH1jvQh8ywcjKE/42NjYhFQKSa+D17/5On783/3T4N3baAQBfvpP/kn88J/6d/D2G9/Gb//K/4Xb97ex3e5gv9tHN4xov9tDL4ygpByxu0xgasDI8Z/PfCzYMRH8RgMA0K/YPooFzcAdukpm026jcpyMMbi63sRnf/DTuLmxmQLsKinRarbKpgCI4jjCXq+7nbXcv7n8/dU4TdQEsoIQu/1fuPnc1Z/tKi8jKdXAc6pCGqZQSRmTIcsyZGkyV8qYh5VQDEzxJh1MNoIgaLRgUr5dVBqkPHiNiMhzNBqOpkAJbL/5BogtAmHxkZeehed5uLSxjkubG2itrcEP/PwKhV1ESIHqRFiFW6hu4ijEu+/ewlPPPINvfeEWvvmN1/EX/szPIg37uH7jBj7wyvvxAWZYZmxv7+D27Tt459593N87QLsfUpQk6PRDHHT7EEKw1moygJArMSDlYGZ8SMfnlMV6kFLCcb1cok2SkWPjsTTThjvOjdZaNF2NH/vkR+1zzz8vojt3m51uF67rYq3VGmkeJ/G9fuD+yk/8F3+lrki4YqgJZAXxeSD+z196ofH6vd14PzFKSDlYJjIz0iRBmsR5QN9pxmScGGYHPoyUaC1IgUR1W0AIKlKkWFhjCCBIIkhi+K6DZhCg3z5Aw3Nx7ambWG8EuLK1jpZkNFtraD72KN734vMQQsCyzcliipPClGDwwR7Hb5RBcmiuraGzfRevfuVVvPjKhxDu78Bf20B4sAddkTAeffQ6rl69gg8gVyvu7e3jzp27eOfuPewedLDX7VGYJGj3QrS7PTDy5JiiNNYcw+PrREEEL8gDB3vdzvymmPUcKyZ7ZhJgfOTFZ+1HPvZRYa1FnCW4uxPhyRs3uFlcCyCkaYJ77f1v7Gv+X07obmqcIGoCWUF88nLwwR/9iR8XV774B/4//+KrsBXPIWaGEHkgl9bOSDW9QRnWol1eca9wbR3U7B7+tCfjO6p1vHPQpG5r5CDN267W9i6SdeV1KAoJQpRSxJAsrLWldEWO1gh8D1prkEmhhABnKdIkwftf+SD2b7+D1197DZ/48R+FoxRe/fJX8Cd+4rMQUsJaAwIN0q6UtyRIjrxntpju8Tb6bLTnI+n38M7b7+C9H/4eHNy9ja997ev48z//32H726/h2Y//AHZvvTlKj5TXbQEBGg6u+x6uXLmMl19+EZYtDg46uH9/G7fu3sO9vQPstTvoRjGFcYJeGBY5vIhVkaBy6kcwdbTL4HAVlpACrufn9UHS9Eg9VsZJ1hi8/8mb+Ml/47N5EWYhoF0X+3fvQj3xRHkGWWtwf/f+2zuu/t9++r/8y7eWvLEaZ4CaQFYQz7/35U/4QWA+8f2fEt+6s42vv/UulNZAMSGO1w8Zxygx5MWbBuVbSzLh4bFqZFuFXip9DAlkqFopiKE4ltfdLt6XBYuK7fGx5ao3k3vvkIXSCo4iaElQQkMJF5cuX8ZaIwClMa7ffByXLl0C4h5smuDVV7+KD7z8Ij70M38W//iXfhF7O7v45Kc+gU6ng8//zufx8U9+AkLIKd6vkxPlZCqT8Si//LjUGt29bbz51tv4qT/9H+FL/+rX8OzL70Pc3h0UZ+rv7U52NRaskX+OeTiJ5/m4tLWJ5559GpYZcZzgzp27uHPvPnb2D7Df7eGg26N+nCBKUkRxjF4YgcEQInchFqftmUQEP8jVd4dJHzO7qGwmSYwbmxv4N3/yx+AHQe5WDUA5Djrd0raSi2D7+/vdu1nyL34rbPyD491EjdNCTSArCCn1s2maOI1GE3/qJz+LX//c7+Lu7j71wgi7+wdIkpTLAj/TMJqOg8bn8FNFJT8WWWMgBMFRKs89JQWUlJCughICrpZwtYbvaASei/VWC5sb61hfX8Pz3/MxtDa38N0v/g6U6+Gxl1+B9jzc+9Zr2NzaxBc//zkQAf/2z/6n+L//3i/hC1/4Xbz44gv417/xm3j9m6/j2eeewUI6oFnBGJWHVm6lYYiD/QNceeQaXn31q/gP/8J/hf23Xsf6tRsAgKz0TJrTV5WfQJxLKAV8z0Oz2cBTTz4OBmCsRRwn2N7exp2793F/dw977Q7a/RC9KKY0M0iyLE/LkqYwxpYLDM5T4h//g5dSwvW8vAJktrhjxrQrZybDS089bn/04x/lR64/IkfaEaEbRSgfVrfXNW/t3f/SXsv7H/7SX/xLF0FP+1CiJpAVRJal7zHGKgDYWF/HT/3ID6AXhri/s4t/+v/8Cq4+8SSxUIizDPfv3wdJhShO0I8iGGO59EgSUs4sP7oMisJOsNbAGkvW5tUBpSySEkqZE4Og3ENMOP9/e18aI8d5pvd8dfd9zn1xhjNDDsnhUBRFS6J1W7akXa8Nr+2Fsck68HrjBYJFkGSR/AiwjhNsEsBYLJCFA2wWyZ8AjrFHkNixbMu2RMm2bokURQ6P4Tn33Xd33V9+1Nk9PQfvHqoeojld1V9XfVXd/T7fe4NjGAgcC5HnIPIcwqKIWCSMZCKOeCyGWDyGcDgM1naCE9SXbo+EQ0i2dVirVNPE8uVJdO0bR/fYBFiOBzVNvPPGSSjVGr7w9T/Ey9//n7h0cQrDw3tx8eIldHR1IR6LYIMo21F6uJNoaGf020WSdVWBIIq4+NFpdPUNAHIFoEAknYHii0zaeAM3OQ8FKPFeJAA4+146pBMNW/dsz0C/3VfFhG6VSrec9EvLWC8UUZUVVGUFNVWFbphEN03ohglV06CoGlRNg0kpGJ/pkBBCnfa2zW8BQcgOHvDKtW8O02n6ZW8bhgGTUsJzLNoyaYwNDuCZR48x7e1tDSeyogYUXQcIoKkqLs/OXF4Mc9/96r/57sVtTxzgviEgkBaEXFM6TdPgHNHCcRwSsRhuXL6CBM/ipWeeRCyRwIXJSVygGvoGByFrOnKFIsrVKqnWFCiaBt0woBsmDFvwmKYJwzRg2PusbQqGwDWNMYSAdRzXhIABfH8BlhDwLAveJgeBswlCkhCPRRCNRBCJRhCNRhEKSXb0lHUdhDBgWMbuUujUmGpuf1drXolwCkBXVcyfP4OO4f3oHD0IlhfAsCzefvNtqIqM57/8e3jrlZ9g4cZ1CIKA8+cv4sSTn4Yh13zHIdjQcaWppc7xI1lbTpX9/OoKOnt78eufv4Lf/trvo7g8BxCCcDKDyvrKxotw41kpQMkW7gbrk67jGTsUy0l8tCLwiEu2qVQSXV2dGBvbZ322lMIwDFSrVeTzBRSLRRSLJeRLZVRqMmqqahOJDs3+XpjUJKZJYVDTNXNSO4LMythnwBKgUiyAmob9vbC1SNYyEep2ZYNwKARREKy2w6YJWZbR2d4GURAQi4Rw+MAY9g0PwepRD/tk3l0iDANqBw9cvnF9dokaf//VP/veD5vdrQCtg4BAWhCKIkcNw6yrqLi2soo33/gVnv7Mc8hkM6hUKliYncWnHj2Ont5eAPaKz/7xlstlVCtVVCpVVKtVKKoKVdOh6ho0zbB/+Dp0q3otWJYByzBWdJO9ChZ4DpIoQJIkiKIISRQRCocQDoXcxk7EXUASMAwBw7BgWWaj5kMbPBBNiMPvf9FqluDnRMkmEwpD17A4NYnsnmG0790HTpTAMAzefvNt1CplnHjht5BIf4zzpz7E1akpdPb24dD4QZTXmgh3B9sl8sESbgAwPzODaCKFYrGMEEOhAQAh4EUJtWK++QE2HH+H7m7f/fPKr9QTDc/z4AXBC1QAQSaTQXd3t1V5wNIAXFIwDROyoqBaraJWq0GWZSiKCkWWUVMUaJrufiesmmDENqMpdith63sh8jxEQQDHsTAME3MzM1BrNRx95CH07RnA3PQMzpw6hQP7h3H02MNWTTJbu7T8b9ShDjdm2qAU87kcFleWSpcLuVcMse0/7exGBbifCAikBWGapkDg9gtFpVLBT374Q+wdGcHogTHouo5fn3wd7R0d6O3vd1fzTp6IJElIxOMuoZhmfXSWA0opqGkHXToCqi4My9ZCbLMHY0dMNUZz1ZFDAzE0reS7JXlYG2rNKhMuRmI2gVjzM3UdK9emYKgq0r0D4EURhBC8/+77eOXvfoATn3sR2c4u/ObnP8WbJ19D18Ae9OzZi+LyEpRqaev4Ut8OKyiAgFITvCgBAKrVKuZnpvHECy+hsDgHAJCcwoKFwiaHdFjI86R7ctONWnDsPp5Bq04dacJydQ76emJhORYcz/muw3dNNvzfDdP0Ivncednndb47TqCAK/XtbYYQ5HN5fPjue1CqVcQjYQw99QQG9wzg/Xffxfmz57B/bD/iibjT8tY9uH+BJGsaLs7N4fTVK79cZ5l//Sd/8ReVjRcdoNUQEEiLggDUbg1LX/nxT0g4EsWTzz0DAorXf/EqOI7DvrExKwqniUAmDAOOuAs8D02Fty/8yo3Ust9JfQKFbgzzvV3y2Gw97piwpGgMpdVFWHcEllA3TaxNX4Um19A2NIqxx56EFI7g/bffwc//4W/x+Gc+i9/9xh/h5R98Hydf/n944atfw+D4UeTmplEr5mCoqrXCNg3XVMTY9bAYlgNxa2VZhOwkEVKGQblQQGc2hcJCBaAUoUQKAKBUy9hR8gbZcF/8FX79rAxPDaEe7ew0P8Q/rvE9hFgBGE5RSec0vvDrDdoTbXjiRPaBIhyJIBaP4dyZj/GbN36FiaNHMTC4B6Ik4v2338WvTr6O8SMT6Ovr21T90jUNlOfNybWVl//d372ytoMrDNACCAikFUEgW03DCfv6a68TwzDx+a98GZFYFG/8/BeoVqt44pmnEAqH6oTRBrMRIfXCqqm/gdYJh8YRjXKjbmMLa0xzU39dkLC3zN3inWI0Bs/RWj+muLwATZGRHRzFyPETEMMRfPj2W3j1R/8Xxwt5fP73/wBv/OTHePe1V2GaJvZPPARD16DJMjSlBkNTfYLQnoyT6W4/QClYuwT+9LXrOPLY4ygtzTuDEYonff3d/QGrjRdPPEHuLb23uIObhIc1HpfU/+fubIxhbkBTfnFcNY3hxxtO6H1PnL/RWAwTRx9COBzGO795E7m1NRwYP0Sf/syzOHfmY/LuW28jn8uRob17aSQSsW87rZtzZ0+PThn+GQB/s3HGAVoRAYG0IARBWKvW5MGp9z5EuVTGl77+T5Btb6e/+eUvyPLSMp596UVk29pg6hpMXYdpGq4Qc1aFTaVGg7bi0yYs0dEoFZr5mxvWyN5G43EbGIduJzHtOfsGaHINUjQBQohlaqszs1moFfO4/P6baN+7D4NHHkE4nsDpN3+FN1/9JXLLSzj+zHMoFEuYmpxEuVBAR28f+odHEELCp1FRUDvKzDLpwbt9pgkQBqqiYObqFbz4xS9Aya2A2CajUDwJuVxscj2kzo9h7fJL6JtBk8a7Gz/ehl4lZCs2awbXjOY5/70/1M82vsP6+y9LkoSDh8dpJBIhpz/4ACvLK+ToI8fw8KeO0/bOTnLq/Q+wtrJG9u0fRUdnByUMQwEQJ6Cjo7ubL6wuP7KTyQZoDdxc27AA9wRPHBh9YmV1faJUKrG/+40/Qs/gEP3o3XfJmffexWe/9GUMjOyjvCiBF0VwogSWFwjL8W6NKM/y4SYO2gLcEtLN5YzLHz6zifV3o93KwQZNhDYhj21APbdAg7oTTbdBisWxOn0VzQjGMbloqoK5q1cAwqBv/0G0d3VDAMWZ06exPDuDdCqFsaPHsLywgOnLl1Aq5EFNilgqVVdfyzFjOf1AWI4Dw/FgWBYXPjqF3OoKBns6QQ3TfV/HyBgqayt1jnrXDGTPr94f4rtIAs9c5L8s5/0N1+lpFk7orec8d5I3vex/7/x1z+ve03SbbDg2iPfPNXu5M627JkIIUpk00tk2klvP4fzZs4jE4mR4bIz2DQ5ClmUydekSNFUlLAFEyfIvlUpFIgoCUWTZfGJv589eP39tqfn3JUArISCQFsRTRw79SaVaHfrKN/+YDIyM0gsfnSa/+tlP8PyXvozR8cOU5QVwvABOkMCJEnhJAi9K4MSQ9ZcXwfKW4HOKELpwMtIp9SjDRp3Ju2Gl2aBfNOWITWljU0Kp0yY2eAKkWByheBL5+RmYhrHxDLZQ5DgOLMtg5splKLUKeob3oaN/ABGRw+WLF3H2o9Mora2gb3AQ4VgcFz46jcXp6yitr0JTFERiMZdE/Md2HM+EEPzD//gbHDtxAjw13Nnyooh03yAKi3OolTwneqPQrpu1dVjqG4jGl73z11+n67OoI5LG534h7y0mmvs5nO06YnKYw9vvHMcfGWZSUNNKGqVWIUvK2P1oOEFEMtuG3j17IIXD5Ozpj1BTVDI8PoGJxz6NdHsnuXHlMpYXFgnLEGLoOqhpkq3gEskAABuMSURBVHQ2C8Mw5GI+X3598spJBGh5BATSYvjLf/GtP1A17Ztf+PofSkMHDmLmyhR59f/8b5z43Es4dOwRShgrh8J19HKcRSa8AN4hEykEIRQCHwpDkELgJAmcIICzV9OOpmIlCBq2+caE7RBoOq8Ndo1bwIYjb2Lhd3bzooRYth3VYg5qtbJxPPFmxfM8BIHH1YsXUFhdRs/eUXQOjSAVj6FWLuK9t9/F9alLkAQeIwfHkV9fx1uvvorpqQtYnbmB8voa5EoJ1NCh1GpYX17G2vIiSoU85m/cwDsnX8Wnjh+DqavuTCOpDOLtXVibuQbNl2/iCGhCGijaqRvjKh2bkYdvyyUNNJBBvfZRr4nUax/eAmKj9lGnbXgqjPt5O6VvYJoWYZiGXT8MIAwLluMoJ0kQI1FI0TjEaAxSNI5QNI5YOov+0f3IdnWRlYUFXJ48R2LJFNmzb4wOjR1EJB4jN6amUMjliKaqSGfS4HlRW5mfS588NxX4QXYBAh9IC+HbX/nscKVS+csnf/sL8b0HD2Flfha/fvlHeOSpZzDx6GNW1rA91nX80npTk1fryg7RpU4GuWH5SwwdhqbB0FToqgJdU2Foqv2as6K0SMU9h28l3TSz3X5xw2p7S2w/0snuDifSKK1sb9EIh8Po7evDhQvnIVcqOP6ZFzBy7DG09fShvaMT773zDq5evIhiLod0eyeOPvY45qdv4Bc/fQWmaaCzqwu9/X1IZzKolMvQDdMyX52bxKFjx6DV6rPNpVjCnmdDlrarFTS56KZp343YhFiabHl+Cp8Zy9lddy4/SWCjWYwClJqkzgRJvJL5xFl4MHa7ZEEEywuUEyVwguhWPbAWJ4xLXIQQ7Jt4iHb09uP6xfPk/ZO/xOyVKTJ+/DEcPP447ejbg+WZ6+TSh+8hny8gncmEwDD+VPUALYxAA2khfP7ZJ/9+9MixfUc+/RRTWFvBr1/+IYYOjuOhTz9FGwV38zLojPsjZhhHQ2HB2GYFXpQghEIQwhGIUcs8FE6kEYonIcUSEMNRS2MRJbACD9bRWFwzmOVspoZnuqCmCdhVgJ3w3w3Cy7+K9nZuJmTdvaauITuwFwzLIj8/02Skl5PgQBQFhMMhXLpwEbmlBaTTKSS6etAzNIxsMo78+hrWVlaRSSXQ3tmBSCKJUDiMSqmE+bl5LMzNQ65WkUjGMbx3EOlkAmc/PovnX3oJxNDq4hOyA0MQQmEsX73UMC2/z8HFtuTRTOh7ykMzU5SPNFxNw9NAXMJwNRRfgIOTce6GMgOEYYjbE54XIEghS7OIJRBOpBBJZRFNZRGOp6zvSzQGMRQBxwtuCDTDsL5+Ld61SOEw2nt6EUsmSTmfw6UzH8LUdZLt6ibdQ8M009lNeEFEKBJh15bm5c8eGX3llQ8ml7e8YQHuOwINpIUghsNDEyeeYpVqBe/94qfo2zuCiRNPbCCPrbBx7A6KKYas/gumTQ6WqcIiB11ToCsKdFWBoSrQVdXTWvzaimMGo1Z5FNjlMTye2MJ84oLafn8r5sfUdVBKIUZiaIwg28qUlkqlsH9sP858dAaaquDoY4+jbWgfxh57CpFEEtfOn8PM9DQ0TUNndzc+/cTjGNs/gqkLFzFzYxq6oUPXdFSqVRgmRXt3D3iqw2g4rRRN2L6ZjbPyDdtW1fJMV821izrfh73tlcn3bbs7LA2VUAonqIyC1i00GFubIAxj1S/jBXCCSDlRJJwggONFENYa446tn9/NhpKBYRgMjO6n7T29mL92lSxcv4Ll2RsYPnSEpDo6EY7FUVxdRv/IfmH+0rmnAXx8s+cIcG8REEgLIdPRqdTKRZx/7y1ku3pw6LEnaLO+6HcLDMMADAPAqxArImqbw8w6YqGmaZnDVNUiGVV1zWKGpsGwQ4ydsZSarlnMeW5SK/TYb9O318nuOl+Xa+BDYfBuSRMHnipghdTWy7NsNoND4wdx6sPTMAwDR2QZ2T17MXDoCLI9fYi88xvMT09jYXYWPMsgEY3g4WNHsW/fCGo1GbVaDVemruD6jRk8+vQzMFR1A2exPA+51BDCS+pmdxvk4TMxOX9Jwzg3h8W+epdf7BwWxqo95hAAy7tE4T5YQXC1Bid5si6YoDlumjz8CEWiGDo4TjOdXSS/soTZyxewNH0NHf17QClF/4EJZm36yrMAgiZSLY6AQFoE337qKU6vVqRzb72BRFsHRh56hHK+Ut/3E4QQEJYFWLapzZPaphCPXBythMI0dFdjsR6aRzCaBsPQfQRjhxrbWWYAJXK5BD4URjiVaSCQ7dHe3o7DE4dx+tRpUNPEuKYg0dGNdO8gHnr2c0h9fAqrczNYXl5BNBpFIhFHLBZDLBYDAESjEVw4fxED/T2AqcPv5eElS2tzSq7U3zCPPLZU/jZoYKgjCDenx6dF2I4oz9/gE/6EYazWx7wAVmggCl6wWvb6gzCaL042SSK6syCEIJlto4l0BvF0hlSLBazMXEc8k0XPyH6e44Wxuz2HALePgEBaCKW1pXSqqwejR4+DF8T7PZ0dwyIYDlspS5tqMaZhaTGqAl2RoauKlxxpGFRTZAIA0Ux7cz/INujq6oRpHsapD06BAjh4UIVcKqJtaBTDDz+Ktp4+TJ8/C6VWxfp6DuFwGJFIGAzDIJJIoqOnBwLMxhQVSBGLZJxCj76UGEpA6sq0u/fJeTv1DaZOFnt9gqRljXLa+zKuc5owDBjbR8HVkYQEThTAsLyPKFiXWG4SW5HIbWkfjSAMg3RHF01ksiitLZNqsQCOFwXeSRAJ0NIICKRF0L2vTIRYvDY88XB0N5HHTrGtFmOa0DUVmlyDrsgwNQ26poAaOgVAoums1aq2wefgSrotQsB6erpBKcWHH3wIapo4NH4IC+fPINXTj0RnD0ZjCaxcm8Lawhw0TYOiqghJEi5cvIzhsTG7qky9PJViVnFATa5ZpchNJ1nTZ8OC12rYnZvrB/JpEW7orRfxxNo5FaxghWizLlE0kATLWs5r9o6bOn0zvrOk0QwMyyEST2J5+ioopXwklWH+17e/tedr3/nr63f73AFuHQGBtAi+9d8+0H/wn19UBduh/UmD1RdbAsvxMKQQTF2DrshOKK/VgVEKEbVabirOLKHcpGmtvaO3twemabqayPj4ISxduYhqIYfsnmH0HJhAOJHE6sx1NyDg0uQkPv/F3/HW4m54q0UgAGAaBgQx5BZqcSLW3BIpdsQTiF3RmLEFPmc9WM6OduN420fB29FMHkF4RHFfgibvOnkA1gJDDEegqzLkSgnJ9s7wYm7lMIDr9+L8AW4NAYG0Dig1NJiGcU9s0K0KR1BS224PWNV3CcMgkspQrVYlrtnH13QJsEjElfVwd7pb/f19tiZyCpRSHD48jtLKEtRaDeneAaT7BhFKpLBybQr5XA6mYSAkcHVHpKBgGQ5SNA5CCGU5DuFk2jMxsVYItUUYtiYhCHXh0H5zFGE3jXK6b/BrTRsy9O8iQrE4YFLUinlEM+2swLEHAARNpVoYAYG0EBiYJiHQ4Q+D+oSCEAJOEEHDJgxNBWdnpRcWZn16ANwcBqCxMAuwsfQJMLCnH5RSnPrgFECBwxPjUMpFLE1NoprvQLpvEN1jE5h6+UcYHBnxjmMnaRIQsBxPObtHiBSNW42t3EQ7xhfVZGkZrUIMO4FpGDB0K8gBlNokyIPluLtOJGI4QhmGELlSQqKti3CCcPCunjDAbSMgkBYCQ4gX2xoAAMAJInRVAQCEkxlLiJmGG7kKlzl2bmnZMzjgaiIAcPjIOEzTQGFpHkq1gnTvHkyePo2HH37In3tCCSxTGyd6PqpYW4eVpe3P0dhFhOGHoWnQlBo0WYapa6CgYFgWLC9ahTsFEQx790QGy7LgeB6aLEOKxVjCsiPbvyvA/URAIC0EjmF0CgQE4oOzkgcsrYQPhWGUCv4woZ1lFzaMGBzaA0pNy5wFiomJwwAAuVjA8vXLWFmYRyr+xAYVhmFYSNG4u8cys+1+6KoCpVqBWi1DVxSYpmGlnbAcOEGzWgcYBngp5PZHueMgxAqU0DVwLM+BkNTdOVGAO4WAQFoILMdWDEO7J07L3QSG876m0XQb5GJhM6Zodu98NUWcok/W1tDQEEzTMmcRQnD48DgFgFyhTFLZNqtrX92RCBiOdWtgPSjQVQVyuQSlUoKm1NwKAADAMBpMQ/dqpZkmxFAE7F3KUWJZDqahg7AMwzDsJ96U2+oICKSFwLDMqqEoQ/d7Hq0GJ6qJAIi1dWLl2tT2ZiJfPp73jG54fXhkL6hpklMfnoYgCGT//n10ZmYWwyPDaPTIE4YBywt2l8QHA4auQ6mUoZSLUOUqTEP33TEK06B1pWqs2mcUYjh6x0mEEAKW52EaOigFx3D87rQFfoJwb8IrAuwIDCHTqq8seAAPjiSRojHPmetUvW32cEB9j8aD2ftH9o3Qw0cOY/LcJK5cvUauXjiPvp6uem2GWOYrqyBl5A5f3f2DWi1DLhUs8tD1pvXGKDVh6Bp0VYYqV6FULG3F0LU7OhdCCHhRtEvgGAwnhsjPvvuv2u/oSQLcUQQaSAuBAa5rctUNWw3gwR/bHElnUVpZAsMyN5el0Egsvn37x/ZRhhDy0ekzKBYKiERC9W8lBCzHQQxH60xquxmaIqNWzEOtVXwJmv6yvXD3UWrC1KmvooCVnS9F42Dv1P0gBLwgQatVYWga+FCYr5VCHQCCqrwtigfjl/CAgACzmlwjVrfAe5MBvFvgl/2p7j6UlhcAugOSbTSCbOFyH90/SteLFSKIy74BbqlzcIIIKZ7c1Hy22xJ4qvl1KJVSfXb/Ft86SilgGDCcgpjUqvArxRJWIc7bBAEBywswbH+LEIpIMksCDaSFERBIC4GCTmvVsmYlygWtWjZDNNMOEAZ2ptv2b7iJOK1UeztSqUTDQCs6SAhHEEpsHhi0m8hDqZRRya/B1DWrAZSDTcjDqe/lFM6kmtWwzEnqDG9xX3YMAruviJVUyYmSyFCSvf0DB7hbCOwkLQQG9LparSiUBorHViCEIJxMwzSb3Cfa5NHMN+Idre4xefo0ujra6g04hIDleEixBDjBC9vdrZ8SpRTF5QUYqoLtaY+6/3y7LKe6rkGtVlDJraHWWNb+luYFsIKITN8geEkCy/MgDAICaWEEBNJCOH+lMG0oNUqtciYBGuAn1nTvHq9IYaOjfDOH+gbUv2iaJkqFPKLRaP0ohgEvhTeG7+7ST6lWzKFWytuZ85uZ43y00SwQAZb2YRo6lEoJpdVFKNVys0PtGARAKJZAtn8vJQxrkTVF+rYOGuCuIiCQFsI//6u/UqhpAICx3dhPIvy+h3hbhxXea9fD8ghjuxX15sxSKleQSKbA+IUqtRpthWJxiJF6YtlVNisbpmmiuLTgdifckgQ3kEbzMZSaUMpF5Bdmb7pnSx0szZJydjVqjhMJYZlAA2lhBATSYmAIZNPQAwLZBoRhEElmbBu8X8o1SrwdqyNYWFohPf19deMoKFheQDiV2RgZtws1ECfqqlmUn8UXXm/75mhgFac8PQC5VEBu/ga0WwxFJ4SA82X2swJPGIbL3NLBAtwTBATSYmBYZkFTakE5k03gl2uZgb2+ndslhGyPmRs30NXZAcBWZOxS7KFEElI82US72V0MQilFaWXBaltM6kmSOsSwqdbhe6GJ2ZAQqytirVjA+twNt37Z7YDheAbAg5X2/4AhIJAWA0vwkVIu7y7JdA/hF+HRTBtYXvB6btwm5qZnkE4lqCNbqd0gKtHRY5Vcv+0z3F8olRLUasUqJQ9Sr200JY6GF7YxaVkkwqFWyCE3Nw1Du71EQ5bjiQkS3X5kgPuFgEBaDRSTSrVklYzYlVb2ewdCCOJtnXes+q2iyJBEEVbinGXbF8IRhJMPhh+3vLbiVgu2SBcbHOPug9KmmsZmcF5m7Ja7ldwqcgszMM1bt8ayLAeAhrYdGOC+ISCQFoNBzUmllFdtAgnQBH5Zlu4d8JUYvzUthAAoFookEY97lh1bgCY6u7d55+6AoeuoFfMNZNucMDZT5mjD32bPKWB1UOQ4lNeWkJ+fwa2GpROOIxR4MModP6AICKTFYKjKpFop1YJckM3hF4FSLAE+FLJs+jd7y4jtCiDAwsICOrs6Xd8ApRSEscxXzvaGt+8e/kCtmLMKJboViWkT7vB8IZR6gbz+PBA/iWwkFI+QnMZaxZVFFJbmbmnOxGkUH6BlEXw4LYYX/+V/XDBV2TB0NVBBdohEe9dN9QsnxIv8dZztC/ML6OrusiOKLAEqReNwe9TvJrZogkpuzQrbJU0Ig9YTygaWcPc1y9Lc3MZF7C6NhcU5lFaXbmXau7c71ycEAYG0IAhQy8/PmNXCOgxdd8tFBPDgF1fxjm6rtDjxCjm5BEF8hOFoHE2itFZXV9FhR2BRW1j6zVe7WYoZdrKfdxGNEVfbEUOT6KsdgmEsYs/NT6NayN3s1And3bf+gUdAIC0IliGX1VqFyqUCCgvTJD8/TeRykQR+EQ9+qcJLIUSSGVsLIZ5mQUidlrFZaC8FRbVaQzwep7AdzIQwiLV33e3LuCeQS0WvYKJLAn7/h08JodT33HtsIJTttBXfawzLwjQMrM9eh1Kt3MzUA/JocQQE0oqgxsl4R5ee6OyFaZpQa1UUl+exNn2FFJfmia4qt+yYfJDgvwOxtg4IoUgTi8fmMoiColQqY/LsJFFkGSzLuhJTjEYhSOFNz7ebUCvk7PviaGi0njB2wAZ+Yqkfgx3cGAKG5aApMtZnr0FX1R3NmxBCVN0ISKSFEVTjbUVQ8lFhfpbGMp3IDgwDAC0uz5Py6jI0uQa5XCAMxyMUTyIUT1IvCumTBb9kESMxhBJJaEoNhqZtuXTVNA0L8wtkeXkFqqJgfT2HWq0GWVHsMF6KeNtG7WO3SjK57BU6rCcANAh//0bD1RLvdUq91wihG8fWwXqdEAKW5SCXisjNTyM7sHd79wYFNM0IFrktjE+m5GlxlKvaB0y5sG7oWtiuC0Ti7d2It3dTXVWwNn2FyHZJisr6CmEFEeFEClI0QT+pjahYXkAonoRcKkLWC94L9qLbpBRrq6tkfm4B5VIJlWoViixjz9Ag9gwNolqt4Py5STI4NEjjsRji7Z337VruJDRFga7IdumSRtKgWygPti+pbtPeIs677Mg3/3aTY7jHYixNpLy2BF6SkOzs3XryBABhxK0HBbifCAikBfE7f/qd1V9//7/+uLSy8EI02znAi5LzEuEEER3DBygAVHKrZH32Gmi5CKVcBCeIhBNDCCdSEKMxSnYWAelmPtyFS7lnYFgWYiQKKRqDJlfdLOjcep4szC+gWCygXCqjXK6A5zk8/MjD6OrqogDIubPn8MjxR7C6uoqLkxdI3+AejIWj294Pp6FSK0Mu+ci0kTho3c6moC5peGOJQybEOw6xt7cDwzAAZZFfmAUvhRHZMkmTgBO8L3+A1kNAIC2K+YtLf8ow7LJSLjwuRBOHoum2Dl8vbgIAkVQWkVSWAkB+cZbk5q6DEAa1Yg68GCKcKCEUT0KKxrfUTOzM5C160e0O8KIEMRrD/I3rmL5ymRSLJZRLJRQKRWiaigMHD2D88LgTpuXW7l1cWMRjJx7H0PBeXJw8j3yhiMtnz5D2nl6aSO/uWn5Kxd+ng240YTU8rYOPNLwxBNTe7xGJTUmUOJv1oA3GMZYF1XWsz1yDEAqD34QjCCFgGLIzh0mA+4KAQFoUX/3Od8oA/uzkX//5M3I4+TWlmBsTo4k+MZbsDyeSxKddEABIdvZSxySwPnuN5OanQQhBNb8KXooQThAhReOQ4gnKcrz7G3dW0LuZRDRNxerCApZmpsnq4jzmrl3F4uwMqtUqRkdH8ezzz1H7Oq3oXp/WoCoqKpUqpJAEUIqR0RF0HZjA5OnTKBcLJJXJItvVQ6MJq6afUz1+t0Apez066gIv6FbmK2eM95T4zVc2cVB726+RgJIdfIGsDo+6KmNt5io69o411eRM04Cm1G6vyUiAu4qAQFocT3/r374G4LWT3/vzZ6qS+HtCIjtSjac7+HBkIJLMRHnJLRXk/gLTvYM03TsIAMjN3bDMXKYJPhSGEI4SXpSs9qyxBHxaza5CtVTC2tICya+topTPY215CWtLS1DkGoZG9+Hp556lcrlos0a9dDJNEysrKxBFCZGQhHg4ZOUrUBMszyPZ3okTL/wWFqZv4Orkxyisr5FkJoO2nj4ajsbuzwXfAqhpQlWs0uqeL4OiXgnZyXrBamcL1JuvrGMQW/FwNBDbae6fR9NDWoUXq/l1FJbmkezsqXtZUxTkFmehq4q+gwkGuE8ICGSX4Ol/ZhHJ6//lPwzKK/Pf4KOJI7VEplOIJdqFcKQ7HE9xrNdLwf39pnoGkOoZoABQWl0ia9NXUFyaAy+FIEZi4KUwOEGAEI5CisbBCWJL+kR0XUNpfY0U19dQLZdRWF/D+vIS1peXEIrFMX78cYxOHKHUNCGXi6SwOEd0RYah2xVhCUE+l0OxWAJME2qlCoZSDLS30fVMmhiGDpZhEIonQRgrnLezrx+dff24fmES01MXUVhbI8lsFm3dvQhFYy2f46bUKqCmaTnQ64ij/qN1/RhONRjbt+PFV3k2KOoka/r9HtTbT6jjG2l2b+rPSxiLRPILM5BicUiRGCqFPCmtr0KTq9BVFdFE6tbqoAS4J2jtX0CALfHa9/79F4kgfZUJx3tDyUxMiMQzQjjSJUUTnL93dyMIIdDkGlanryC/MAOAgA+FbUIJgeUFCPa2GArfFyKhpolqqUDK+TwUuYZqsYD82gryqyuoVaroGhzC2LFH/T4KR9uArsgor60gvziH3MoSVldWYRgGirkc5FwevaKEz4zto2FJApFETC4ukcvVKoRkEgcePYFUz4A1B+qJQQrg8plTmL86hWxXN9q6exDPtEMMR1qKaP0oLi9gdfqKpV157AAAt5hHROrNd47503V8OD4QvyNkG6soBVRFhlyTSbK7F9V8DpX8OjoGh9E9vB9Tb7/+w2f/0T/9wi1MNsA9QEAgDwD+9ttfETKdh79OGP5FLhLvkBLZmBSLpzlRahejCd6t52Sjmb25klvD6vRV5JfmQAmBINkEEo6C5QVwgggxEoEUiYG3yOmOCk5KKWrlEqmVitAUGXK1gnJ+HcW1VVSKRcTSGQyMjaNrcG+TZIV6wVYu5DF96QKWLl/C8sw0ckvLEA0dT+4bxUR/PyWiACKKVmMlG2988CG5Uath9KnnMHz0EecaN8yRAnTm/FmSX5xBItuGWLrNDqGOtxyRrN64jOLKotX/w1cksh50Z59kw3em7jtESB1puEmL20iX1eUVkltfB9VUlPPriKVSmHjyeWR7+13l58Jbr/335//xH39zBzMMcB/w/wGCP1pYJ4JGbAAAAABJRU5ErkJggg==
''hoshimi12''（ほしみ じゅーに）は、『キミはキメラ』シリーズの作者。シナリオ、イラスト、ゲームスクリプト、WEB制作、運営もろもろを担当している器用貧乏の雑食人間。 ! 人物 --- ;概要 :創作が好きらしい。ゲームとかも好きらしい。座右の銘は「継続は力なり」。 ;略歴 :2008年に個人サークル「StarGazer」を立ち上げ、2010年発表のPC向けサウンドノベル『クロノウサギ』でふりーむ！ゲームコンテスト優秀賞受賞、2012年発表の『キミはキメラR』で夢現フリーゲーム大賞金賞を受賞した。『キミはキメラR』はGooglePlayでも公開され、30万ダウンロードを突破した（現在は表現規制で削除され、自サイトにて公開中）。 !主な作品 --- ;サウンドノベル（フリゲ） *『クロノウサギ』シリーズ（2009～2010年） *『キミはキメラ』（リメイク前。2011年） *『[[キミはキメラR]]』（2012年） *『かえると剣鬼』シリーズ（未完。2011～2012年） ;小説（Kindle本） *『トライメライ 夢魔のイデア』（2015年） *『キミはキメラ [[隠遁者の夜明け]]』（2016年） *『キミはキメラ [[白い檻]]』（2016年） *『キミはキメラ [[箱庭の鬼]]』（2017年） ;商業作品 *『キミはキメラ 箱庭の鬼』（リメイク前。KADOKAWAエンターブレインホビー書籍部 2014年） !外部リンク *[[個人サークルStarGazer（ブログ）|http://hoshimi12.com/]] *[[作者Twitter|https://twitter.com/hoshimi12]]
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
hoshimi12が運営している個人サークル。URLはhttp://hoshimi12.com/
<div class="tc-table-of-contents"> <<toc-selective-expandable 'TableOfContents'>> </div>
"""ちょー簡単にwikiっぽいものが作れるツール。 ローカルでも使える！ DropboxとFirefoxを併用するとかなり良さげなニオイします。"""
イソラは、『キミはキメラ』の登場人物の一人。 !概要 --- 「卵（[[バニラ]]）」から生まれた少女。[[角ネズミ]]の性質を受け継いでいるヒト型キメラ。仲間である角ネズミたちのことをとても大切にし、彼らを惨い実験で消費するクジョウの研究者たちを強く憎んでいる。 角ネズミたちからは「''イソラ様''」と呼ばれ、敬愛されている。 <br> !プロフィール --- * 誕生日 ： 11月17日 * 星座 ： 蠍座 * 身長 ： * 好きな飲み物 ： チューチュージュース * 好きな動物 ： ネズミ * 趣味 ： * 将来の夢 ： 夢の国をつくること ; 主要関係者 : [[角ネズミ]] ： 仲間であり家族 : [[スズカ]] ： なんとも言いがたい : [[九條芹彦]] ： 基本的にむかつく : [[ハマル]] ： キメラのやべーやつ <br> !人物 --- !!性格 [[畜生共のパレード]]では、角ネズミたちへの情が厚く、人間たちへの憎しみが深い姿が描かれる。仲間たちには最大限のリスペクトを持っているが、人間や芹彦たちには酷く見下したような態度をとる。仲間たちを救うべく、奔走する。 !!外見 非常に小柄でスズカとさほど変わらない。私服のジャンパーパンツは、スズカ宅から盗んだもの。また、角隠しにリス型の帽子を被っている。帽子は非侵襲型[[BMI]]で、イソラの感情を読みとり、表情を変える機能がある。 <br> !能力 --- 角ネズミたちに似た性質をもつが、「対」となる固有のフェロモン能力も持つ。また運動能力は高く、「[[獣化]]」によって更に向上する !!幸福フェロモン 対象の「脳内麻薬」に働きかける上級フェロモン能力。モルヒネのように、患者を沈静化させたり、不安感を取りのぞいたり、多幸感を与えたりすることができる。また、猛烈な眠気を与えることも。非情に依存性の高い能力だが、適度に放出することで、集団の生産性を著しく向上させることもできる。 !!獣化 限りなく獣に還り、あらゆる能力を飛躍的に向上させる。角ネズミたちにも強く影響し、集団ヒステリーにも似た、暴走状態を引き起こす。非情にリスクの高い力であり、条件が揃わない限り使うことはない。
[img[logo.png]] ! 【注】 ここはシリーズ完読者向けの「設定おさらい」ページです！ （作者の備忘録ともいいます） <br> ネタバレ全開なのでご注意ください。全話（新作まで）読みおわってから閲覧していくことを想定して書いています。 作者（[[hoshimi12]]）が気ままに更新しております。「設定どんなだったっけ……」「あのキャラ何者だっけ」――といった時の''おさらい''に役立てればなによりです。 <br> !↑↑↑↑スマホは上に目次あります↑↑↑↑ <br> <br> このサイトは「TiddlyWiki」で制作しています！ 編集画面いじれますがネットに保存はされないのであしからずです。 また、勘違いや記憶違いで記述が間違ってる場合があります。もしおかしい部分ありましたらコッソリ教えてください！m(_ _)m
<<< ''目次'' <<toc "クジョウ社員・研究者">> <<<
<<< ''目次'' <<toc "サイバネティクス部門">> <<<
""" ■公開順 無印（2011）→R（2012）→旧・箱庭の鬼（2014）→隠遁者の夜明け（2016）→白い檻（2016）→箱庭の鬼（2017） ■時系列 隠遁者の夜明け（前日譚）→→→→→10数年経過→→→→→→白い檻（R）→箱庭の鬼→畜生共のパレード→？ """
<<< ''目次'' <<toc "シリーズ媒体">> <<<
<<< ''目次'' <<toc "">> <<<
五十嵐千穂（いがらし ちほ）は、『キミはキメラ』の登場人物の一人。 !概要 --- テキスト <br> !プロフィール --- * 誕生日 ： * 星座 ： * 好きな飲み物 ： * 好きな動物 ： * 趣味 ： * 将来の夢 ： ; 主要関係者 : [[キャラ１]] ： : [[キャラ２]] ： : [[キャラ３]] ： : [[キャラ４]] ： <br> !人物 --- !!性格 テキスト !!外見 テキスト <br> !能力 --- テキスト !!能力名 テキスト
<<< ''目次'' <<toc "バイオメディカル部門">> <<<
[img[hamaru2_tere01.png]] ハマルは、『キミはキメラ』のメインヒロインである人物。 <br> <<< ''目次'' # <a name="a">概要</a> # プロフィール # 人物 ## 性格 ## 外見 # 能力 <<< <br> !概要 --- 株式会社クジョウで作られたヒト型キメラの少女。生後まもなく[[生命科学総合研究センター]]に移送され、性成熟するまで飼育されることになる。 後に家庭教師の秋山と出会い、運命が動きはじめる。研究者たちには「''キメラの女王''」と呼ばれている。 <br> !プロフィール --- * 誕生日 ： 4月5日 * 星座 ： おひつじ座 * 身長 ： 149cm * 好きな飲み物 ： ホットミルク * 嫌いな食べ物 ： オートミール * 好きな本 ： エルマーのぼうけん * 趣味 ： 読書、インターネット、バドミントン * 将来の夢 ： センセイのお嫁さん ; 主要関係者 : [[秋山義文]] ： パートナー : [[冬城夕子]] ： 造り主 : [[九條芹彦]] ： 兄 <br> !人物 --- !!性格 [[隠遁者の夜明け]]（過去編）では、生まれたばかりで本能が強く、研究員たちにも反抗的な態度を見せていた。 [[白い檻]]では、研究施設での長い隔離生活からか、とても大人しく、他人への怯えを見せていた。しかし秋山と出会い、徐々に笑顔や好奇心を見せるようになる。 [[箱庭の鬼]]では、秋山への依存心がたたって危険な目に遭ってしまい、たしなめられて深く反省、成長を約束する。 非常に物わかりがよくて従順な「いい子」だが、孤独な幼少期を過ごしたため無自覚に依存心が強い。人間の少女であれば相応かもしれないが、ハマルには人ならざる強い力があるため、その点は周りに危惧されている。 !!外見 真っ白な髪と、ふさふさの垂れ耳が特徴。外出時はネコミミ帽子で頭部を隠している。また、短い尻尾が生えている。年齢不相応に巨乳であるが、当人に気にした様子はない。動きやすいという理由で短パン、胸が苦しくないという理由で緩めのフードパーカーを普段着にしている。 [[隠遁者の夜明け]]（過去編）では、全身毛むくじゃらのケモノじみた姿をしていた。 <br> !能力 --- キメラの女王として作られ、それに相応しい優れた能力を持っている。最たるものは女王物質であり、キメラだけでなく、人間や動物も支配下に置くことができる。ただ、当人の性格が大人しいため、意識して使うことはまずなく、その発動は限定的である。 フェロモン能力の他にも、優れた学習能力や運動能力を持つ。また、パートナーの[[眷属]]化においても、最も強い力を有する。 !!女王物質 もともとはキメラの[[フェロモン能力]]を生みだす物質の総称だったが、ハマルの女王物質があまりにも突出した力を持つため、代名詞のように扱われている。行動誘発のリリーサーフェロモンだけでなく、内分泌系に働きかけるプライマーフェロモンをも生みだす。他のキメラが持つほとんどのフェロモン能力を再現するなど万能性を持つ。
[img[hamaru2_tere01.png]] 株式会社クジョウで作られたヒト型キメラの少女。生後まもなく[[生命科学総合研究センター]]に移送され、性成熟するまで飼育されることになる。 後に家庭教師の秋山と出会い、運命が動きはじめる。研究者たちには「''キメラの女王''」と呼ばれている。 <<< ''目次'' <<toc "ハマル 分別版">> <<<
<<< ''目次'' <<toc "ヒト型キメラとパートナー">> <<<
この記事では、『キミはキメラ』に登場するキメラのフェロモン能力について解説する。 <br> <<< ''目次'' # 概要 # 基本フェロモン能力 # 上級フェロモン能力 # 人工フェロモン <<< <br> !概要 --- キメラのフェロモン能力は、「特定物質がフェロモン的に作用する」というだけで、通常の動物界で見られるフェロモンとはメカニズムが異なっている。便宜的にフェロモン体系の呼称を利用している。 大きく分けて行動誘発タイプ（リリーサーフェロモン）と、内分泌系に強く影響を与えるタイプ（プライマーフェロモン）に分かれる。また、キメラのフェロモン能力を一部再現した人工フェロモンも存在する。 主な対象者は、フェロモン受容体を持つ同類（キメラ）である。また、そのキメラの近縁種にも少なからず影響する。 <br> !基本フェロモン能力 --- キメラには基本となるフェロモン能力がいくつか存在する。主に行動を誘発し、感情に働きかける場合もある。また、個体によって得意とするフェロモン能力が異なる。 !!集合フェロモン 対象を集める。強力なものでは数十キロ圏内をカバーし、ひとつの街を覆うこともある。対象に抗う力がなければ、意思に関係なく集合させられる。 !!道標フェロモン 点々としたマーキングを行い、対象に道標を認識させる。主に後続の仲間へ正しい道を伝えるために用いられる。 !!警戒フェロモン 不安フェロモンとも呼ばれ、対象の危機感を煽ることで、危機回避を迅速に行わせる。精神的ダメージを与える攻撃的な使い方もある。副作用として、発動者も不安を覚える。 !!忌避フェロモン 他者を近寄らせないようにする。無意識に働きかける場合と、ひたすらイヤなニオイを感じさせる場合がある。また、場所を囲うようにマーキングを行い、そこへ寄せ付けないようにすることもできる。 !!性フェロモン 対象に性行動可能なことを伝える。発動者が発情期に入っている場合、特に放出される。あくまで発動者の状況を伝えるためのフェロモンであり、それそのものに発情効果はない。 <br> !上級フェロモン能力 --- ごく限られたキメラにしか扱えない、高度なフェロモン能力がいつくか存在する。行動誘発のほか、内分泌系にも強く影響する。 !!闘争フェロモン 対象の闘争心を高める。警戒フェロモンの上位版。対象の身体能力を一時的に向上させることも可能。 !!女王フェロモン 対象を支配し、操る。基本フェロモン能力を複合的に扱えることが前提としてある。対象から思考能力を奪うだけでなく、「目的」を与えて対象の思考能力でその解決に当たらせることも可能。 !!阻害フェロモン 対象の生体活動を阻害する。一時的な五感の遮断、意識や記憶の混濁、肉体の麻痺などを引き起こす。また、他のフェロモン能力を邪魔することもできる。女王フェロモンに抗える唯一のフェロモン能力とされる。 <br> !人工フェロモン --- クジョウではキメラのフェロモン能力を人工的に再現する研究が行われている。すでにいくつか開発されているが、どれもオリジナルより効果が薄く、実用域に達していないものばかりである。 [[隠遁者の夜明け]]では、[[冬城夕子]]がキメラを食い止めるために、忌避フェロモンを含ませたランタンを使用していた。
* 誕生日 ： 4月5日 * 星座 ： おひつじ座 * 身長 ： * 体重 ： * 好きな飲み物 ： ホットミルク * 嫌いな食べ物 ： オートミール * 好きな本 ： エルマーの冒険 * 趣味 ： 読書、インターネット、秋山とのバドミントン * 将来の夢 ： センセイのお嫁さん ; 主要関係者 : [[秋山義文]] ： パートナー : [[冬城夕子]] ： 造り主 : [[九條芹彦]] ： 兄
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九條芹彦（くじょうせりひこ）は、『キミはキメラ』の主人公の一人。 <br> <<< ''目次'' # 概要 # プロフィール # 人物 ## 性格 ## 外見 # 能力 <<< <br> !概要 --- キメラの少年。研究者・冬城夕子の実の息子。真っ白な髪以外は外見的特徴もなく、学園に通うなど日常生活を送っていたが、徐々にキメラとしての特性に目覚め、変化していく。 株式会社クジョウの創業家の血筋で、周りからは「''若''」「''若様''」などと呼ばれている。。 <br> !プロフィール --- * 誕生日 ： 10月1日 * 星座 ： 天秤座 * 身長 ： 172cm * 好きな飲み物 ： コーラ * 嫌いな食べ物 ： * 好きな本 ： * 趣味 ： 絵を描くこと * 将来の夢 ： 自立 ; 主要関係者 : [[冬城夕子]] ： 母親 : [[八重比奈子]] ： 幼なじみ、眷属 : [[スズカ]] ： パートナー : [[ハマル]] ： 妹 <br> !人物 --- !!性格 元々は病弱で、気弱だった。複雑な家庭環境、学園でも長らくイジメられており、徐々に人格が屈折。内側に闇を抱えるようになる。家族を含めたクジョウの大人たちを深く憎む一方、表面的には素直に接する狡猾さも持つ。キメラとしての特性が表れるにつれ、高慢さや粗暴さも表面化していき、「人間」そのものを見下すようになる。 幼なじみの比奈子や、同じキメラであるスズカなど、身内と認めた相手には優しく接することもある。 !!外見 生まれながらに真っ白な髪を持ち、日頃は黒髪のカツラを被って生活している。カツラはストレートだが、地毛はうねりの強い癖毛である。 <br> !能力 --- 拮抗物質と呼ばれるものを体内で生成し、特殊なフェロモン能力を扱うことができる。日に日に病弱体質は改善しているが、あまり運動神経はよくなく体力もない。 !!拮抗物質（アンタゴニスト） 阻害に長けたフェロモン能力を扱える。対象を遠隔で行動不能にしたり、他のキメラのフェロモン能力を邪魔したりできる。五感や、肉体の自由を奪うことを得意とする。 [[箱庭の鬼]]では、かつて自分をイジメていた人物たちに対して使用。視力や聴力、発声能力などを奪うなどして「実験」を行った。
五十嵐千穂（いがらし ちほ）は、『キミはキメラ』の登場人物の一人。 !概要 --- サイバネティクス部門の女性エンジニア。まだ「[[卵]]」だった[[イソラ]]と無意識下で波長があってしまい、フェロモンで操られてしまう。結果、イソラ脱走の手助けをすることになり、[[クジョウ]]の深部を垣間見てしまう。その後、自主退社を促す「追い出し部屋」に隔離された。 <br> !プロフィール --- * 誕生日 ： 9月28日 * 星座 ： 天秤座 * 好きな飲み物 ： シャンパン * 好きな動物 ： 黒豹 * 趣味 ： ひとり晩酌 * 将来の夢 ： 平和に暮らせればそれが一番 ; 主要関係者 : [[イソラ]] ： 友達 : [[角ネズミ]] ： バカにしてくる : [[五十嵐雄護]] ： 小うるさくも優しい兄 : [[八重司郎]] ： サイバネの偉い人 <br> !人物 --- !!性格 [[畜生共のパレード]]では、非日常に巻き込まれ困惑しながらも、前向きに取り組もうとする姿が描かれる。イソラに呆れられるほど順応能力が高く、角ネズミたちとは対照的。情にも厚く、最初はイヤイヤだったが、徐々にイソラたちの「計画」に協力的になる。負けず嫌いだが、わりとサッパリした性格。 !!外見 女性の中では比較的長身で、スタイルもいい。ただあまりオシャレに興味がなく、機能性を重視した（動きやすい）服装を好む。会社にいるときは、実験動物たちの世話をするため、汚れても構わない（ポケットがいっぱいある）作業着姿。髪は後ろで留めたポニーテール。 <br> !能力 --- 角ネズミたちに噛みつかれ、一時的に[[眷属]]化、常人らしからぬ能力を手に入れた。学生時代から成績優秀、バスケ部キャプテンを務める程度には運動神経もよかった。 !!超五感 五感が鋭くなり、遥か遠方のものを視覚でとらえたり、遠方のひそひそ話がハッキリと聞こえたりするようになった。発現当初は混乱したが、徐々にコントロールできるように。のちに角ネズミたちの眷属ではなくなり、超五感は鳴りをひそめる。
五十嵐雄護（いがらし ゆうご）は、『キミはキメラ』の登場人物の一人。 !概要 --- [[監査部]]所属の屈強な男。クジョウを絶対視しており、組織を乱す者を許さない。警備員時代にキメラの反乱事件を経験しており、キメラに対して強い警戒心を抱いている。会長の[[九條幸玄]]に忠誠心を買われ、たびたび裏の仕事も任されている。 <br> !プロフィール --- * 誕生日 ： * 星座 ： * 好きな飲み物 ： プロテイン入り牛乳 * 好きな動物 ： ゴリラ * 趣味 ： 筋トレ * 将来の夢 ： ; 主要関係者 : [[九條芹彦]] ： クジョウの「未来」として崇拝 : [[九條幸玄]] ： 忠誠心を買われている : [[五十嵐千穂]] ： まぬけだが大切な妹 : [[八重司郎]] ： 同じ「幸玄の犬」 <br> !人物 --- !!性格 [[隠遁者の夜明け]]では、名も無き一介の警備員として登場し、生真面目ながら気弱な姿が描かれた。そんな性分を[[春原理科雄]]に見抜かれ、男子トイレで拘束されたあげく、逃亡を許してしまう。 [[畜生共のパレード]]では、屈強な監査部の1リーダーとして登場。クジョウを信奉、裏切り者を厳格に処罰し、暴力で情報を聞きだそうとする荒々しい姿を見せた。しかしある日、そんな盲目的な信仰心と、微かに抱いていた疑心に付け込まれ、「竜」に取り憑かれてしまう。次第に雄護は心身を病んでいき、竜に支配されていく。 厳格ながら妹想いな人間らしい部分もある。直属の上司や部下からの評価は高い。頼みを断るのがわりに苦手で、ついつい多くの仕事を引き受けてしまうことも。 !!外見 筋骨隆々で長身の巨漢。ゴリラ。仕事中は常に黒スーツとサングラス型のHMDを装着している。髪は月二回、行きつけの床屋で刈り上げている。 <br> !能力 --- クジョウ開発のホルモン剤の被験者であり、屈強な肉体はそれによるものである。 !!ホルモン剤による肉体強化 鎧のような筋肉に覆われつつ、俊敏な動きも行える。体力も人一倍でムリが効く。そのためサイバネティクス部門の新型パワードスーツのテストパイロットに選ばれるなど、ホルモン剤以外の研究用途でも重宝されている。
秋山義文（あきやまよしふみ）は、『キミはキメラ』の主人公の一人。 <br> <<< ''目次'' # <a name="a">概要</a> # プロフィール # 人物 ## 性格 ## 外見 # 能力 <<< <br> !概要 --- キメラの少女・ハマルのパートナーに選ばれた青年。「学校の先生」を志していたが挫折、惰性で塾講師アルバイトを続けていたところ、冬城夕子と出会い家庭教師の仕事を紹介される。案内された生命科学総合研究センターでハマルと出会うことになる。 ハマルからは「''センセイ''」と呼ばれている。 <br> !プロフィール --- * 誕生日 ： * 星座 ： * 身長 ： 181cm * 好きな飲み物 ： ジンジャーエール * 嫌いな食べ物 ： * 好きな本 ： * 趣味 ： 読書、散歩、ランニング * 将来の夢 ： 学校の先生 ; 主要関係者 : [[ハマル]] ： パートナー : [[冬城夕子]] ： 依頼主 : [[夏川清美]] ： 恩師 <br> !人物 --- !!性格 [[白い檻]]では、非常に真面目で責任感が強く、常識に縛られた人物であることを夕子に見込まれて、利用された。ハマルに好意を向けられるものの、教育者とはこうあるべきという思想に囚われ、踏み出せずにいた。 [[箱庭の鬼]]では、「ハマルを守るために強くならなければ」という想いに駆られ、日々努力する姿が描かれる。一方、学校の先生になる夢を捨てきれていない様子も見せる。依存心がたたって暴走したハマルを強くたしなめ、共に成長を約束する。 !!外見 メガネ。 <br> !能力 --- もともとは一般人としてのありふれた能力しかなかった。しかしハマルと出会い、[[眷属]]化。通常ならざる力を手に入れることになる。 !!眷属化 非常に頑強な肉体となり、ケガもすぐ自然治癒するようになる。夕子いわく「超人」。また、ハマルの障害となる存在に対し、非常に攻撃的になる。どんなことをしてもハマルを守ろうとする。
<<< ''目次'' <<toc "重役">> <<<
!!性格 [[隠遁者の夜明け]]（過去編）では、生まれたばかりで本能が強く、研究員たちにも反抗的な態度を見せていた。 [[白い檻]]では、研究施設での長い隔離生活からか、とても大人しく、他人への怯えを見せていた。しかし秋山と出会い、徐々に笑顔や好奇心を見せるようになる。 [[箱庭の鬼]]では、秋山への依存心がたたって危険な目に遭ってしまい、たしなめられて深く反省、成長を約束する。 非常に物わかりがよくて従順な「いい子」だが、孤独な幼少期を過ごしたため無自覚に依存心が強い。人間の少女であれば相応かもしれないが、ハマルには人ならざる強い力があるため、その点は周りに危惧されている。 !!外見 真っ白な髪と、ふさふさの垂れ耳が特徴。外出時はネコミミ帽子で頭部を隠している。また、短い尻尾が生えている。年齢不相応に巨乳であるが、当人に気にした様子はない。動きやすいという理由で短パン、胸が苦しくないという理由で緩めのフードパーカーを普段着にしている。
この記事では、キミはキメラシリーズに登場する人物を列挙する。 <<< ''目次'' <<toc "登場人物">> <<<
<<< ''目次'' <<toc "動物型キメラ">> <<<
キメラの女王として作られ、それに相応しい優れた能力を持っている。最たるものは女王物質であり、キメラだけでなく、人間や動物も支配下に置くことができる。ただ、当人の性格が大人しいため、意識して使うことはまずなく、その発動は限定的である。 フェロモン能力の他にも、優れた学習能力や運動能力を持つ。また、パートナーの[[眷属]]化においても、最も強い力を有する。
八重比奈子（やえひなこ）は、『キミはキメラ』のヒロインの一人。 !概要 --- キメラの少年・九條芹彦の[[パートナー]]に選ばれた人間の少女。先天的に精神遅滞が見受けられ、両親に疎んじられながら暮らしていたところ、九條家に「被験者」として拾われる。以後、[[BMI]]化手術の影響で高知能化、芹彦や九條家に尽くしていくことになる。 親しい人間からは「''ヒナ''」と呼ばれている。 <br> !プロフィール --- * 誕生日 ： 3月3日 * 星座 ： 魚座 * 身長 ： * 好きな飲み物 ： タピオカミルク * 好きな果物 ： ザクロ * 好きな動物 ： カメ * 嫌いな本 ： アルジャーノンに花束を * 趣味 ： 服作り、メカ作り、若様 * 将来の夢 ： 穏やかな家庭を持つこと ; 主要関係者 : [[九條芹彦]] ： 主（[[パートナー]]） : [[八重司郎]] ： 兄 : [[スズカ]] ： チーービ : [[ハマル]] ： 友達 <br> !人物 --- !!性格 [[箱庭の鬼]]では、BMI化の影響で感情表現がうまくできず、芹彦と思うようにコミュニケーションがとれない姿が描かれる。表面的には冷ややかに接してしまうが、内面では強く芹彦に依存しており、その葛藤が「ある行動」へと比奈子を駆り立てることになる。非常に嫉妬深く、同じパートナーのスズカに対して辛く当たる。 !!外見 私服はもっぱら手作りのメイド服。お出かけ用の「ふつうの服」も持っている。学園ではメガネに丈長スカートで、あえて地味な姿を装っている。 ストレスやフェロモンの影響で蕁麻疹がでることがあり、それを隠すためあまり肌を晒さない服を選んでいる。 <br> !能力 --- 先天的に精神遅滞があったが、BMI化と[[眷属]]化の影響で、通常ならざる力を手に入れる。 !!マルチタスク 脳の処理能力が向上しており、[[想念技術]]によって複数のメカを同時に操作できる。知的作業に特化しており、運動能力は常人とほぼ変わらない。
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