JetBrains.Platform.TextControl When a text control action is executed, at first all registered overridden handlers are called (features' special processing for the action). Finally (unless prevented), it falls back to the text control, which sends it to the text control frontend to do the real thing (say, move caret on ). This class manages around this final handler in backend text control user data, specific to each backend text control instance. The creator of a text control should put this handler. inheritors would read the user data and delegate to the handler. Storage key on the text control instance. Adds handlers to the action system, tracks which is what. The retained-state implementation which is based on properties and can be fully driven by outside clients without deriving from the class. The Document. This is backend-only, used for exposing on the text control APIs, transporting is controlled by whoever creates our instance. This is the transport model. The main data storage component, exposed by our interfaces. When landing a on the backend side, an object exposes the data model and direct API calls to the clients, while this class binds the parts of the text control behaviors which got to be executed on the backend to other backend features (such as typing handlers). The communication with the of the should happen via . The instance is given so that we had the to expose to other features. Binds parts of the text control implementation which require additional components or complicated logic (and thus are not handled by itself), but do not involve working with the model. Binds on the model () and uses as reference in the client APIs. Implements the parts of the model which should be done backend-only. We get a transport identity for document, get the which is the document's backend representation, and lock for the lifetime of the text control. NOTE: also does this for all text controls as a convenience, but we do not want to rely on that of course. Evaluates and executes text control action Returns a boolean value indicating whether the next handler was called Autogenerated identifier classes and identifier objects to Themed Icons registered with . Identifier classes should be used in attributes, XAML, or generic parameters. Where an value is expected, use the identifier object in the Id field of the identifier class. This code was compile-time generated to support Themed Icons in the JetBrains application. It has two primary goals: load the icons of this assembly to be registered with so that they were WPF-accessible and theme-sensitive; and emit early-bound accessors for referencing icons in codebehind in a compile-time-validated manner.

XAML

For performance reasons, the icons are not individually exposed with application resources. There is a custom markup extension to bind an image source in markup. To use an icon from XAML, set an property to the markup extension, which takes an icon identifier class (nested in class) as a parameter. Example: <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+Trinity}" />

Attributes

Sometimes you have to reference an icon from a type attriute when you're defining objects in code. Typical examples are Options pages and Tool Windows. To avoid the use of string IDs which are not validated very well, we've emitted identifier classes to be used with typeof() expression, one per each icon. Use the attribute overload which takes a for an image, and choose your icon class from nested classes in the class. Example: [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.Trinity))]

CodeBehind

In codebehind, we have two distinct tasks: (a) specify some icon in the APIs and (b) render icon images onscreen. On the APIs stage you should only manipulate icon identifier objects (of type , statically defined in in Id fields). Icon identifier classes (nested in ) should be turned into icon identifier objects as early as possible. Rendering is about getting an to assign to WPF, or to use with GDI+ / Windows Forms. You should turn an identifier object into a rendered image as late as possible. The identifier is static and lightweight and does not depend on the current theme, while the image is themed and has to be loaded or generated/rasterized. You need an instance to get the image out of an icon identifier object. Once you got the image, you should take care to change it with theme changes — either by using a live image property, or by listening to the theme change event. See and its extensions for the related facilities. Example: // Getting IconId identifier object to use with APIs IconId iconid = ErrorStripeThemedIcons.Trinity.Id; // Getting IconId out of an Icon Identifier Class type IconId iconid = new JetBrains.Application.Icons.CompiledIconsCs.CompiledIconCsId(typeof(ErrorStripeThemedIcons.Trinity)); // Getting image for screen rendering by IconId themediconmanager.Icons[icnoid] // Getting image for screen rendering by Icon Identifier Class themediconmanager.GetIcon<ErrorStripeThemedIcons.Trinity>()

Icons Origin

This code was generated by a pre-compile build task from a set of input files which are XAML files adhering to a certain convention, as convenient for exporting them from the Illustrator workspace, plus separate PNG files with raster icons. In the projects, these files are designated with ThemedIconsXamlV3 and ThemedIconPng build actions and do not themselves get into the output assembly. All of such files are processed, vector images for different themes of the same icon are split and combined into the single list of icons in this assembly. This list is then written into the genearted XAML file (compiled into BAML within assembly), and serves as the source for this generated code. ErrorStripeError Themed Icon autogenerated identifier class. Identifier classes should be used in attributes, XAML, or generic parameters. Where an value is expected, use the identifier object in the field of the identifier class. _=+)t266a{T+=_ ^tADA6VoIttxoS6HDR1= +H8RV7++++++++++++Ta#8#L` _48#{?rrrrrrrrrrrrrrrrrld8H" ,D%kcLLLLLLLLLLLLLLLLLLLLL2%8~ `DMh))))))))))))))))))))))))yM%- l0DTTTT"````````````````"TTTTR0a d$wTTTT: :TTTTE$% R$w7777, ,7777P$B nQ8lJJJ~````````````````~JJJJDQ4 -$Q6llllllllllllllllllllllllkQQ, ;Qg6ttttttttttttttttttttttkQgr =$g8utttttttttttttttttt1RgQ* `IggMw3}}}}}}}}}}}}16%ggS. `cRgg0DAwXVVh9GDWgg87. `!ij6D$ggQDwai*` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeError}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeError))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeError.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeError>() // Icon image for rendering ErrorStripeError Themed Icon autogenerated identifier object. Identifier objects should be used where an value is expected. In attributes, XAML, or generic parameters use the containing identifier class. _=+)t266a{T+=_ ^tADA6VoIttxoS6HDR1= +H8RV7++++++++++++Ta#8#L` _48#{?rrrrrrrrrrrrrrrrrld8H" ,D%kcLLLLLLLLLLLLLLLLLLLLL2%8~ `DMh))))))))))))))))))))))))yM%- l0DTTTT"````````````````"TTTTR0a d$wTTTT: :TTTTE$% R$w7777, ,7777P$B nQ8lJJJ~````````````````~JJJJDQ4 -$Q6llllllllllllllllllllllllkQQ, ;Qg6ttttttttttttttttttttttkQgr =$g8utttttttttttttttttt1RgQ* `IggMw3}}}}}}}}}}}}16%ggS. `cRgg0DAwXVVh9GDWgg87. `!ij6D$ggQDwai*` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeError}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeError))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeError.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeError>() // Icon image for rendering Loads the image for Themed Icon ErrorStripeError theme aspect Color. Loads the image for Themed Icon ErrorStripeError theme aspect Gray. Loads the image for Themed Icon ErrorStripeError theme aspect GrayDark. Returns the set of theme images for Themed Icon ErrorStripeError. ErrorStripeFindNext Themed Icon autogenerated identifier class. Identifier classes should be used in attributes, XAML, or generic parameters. Where an value is expected, use the identifier object in the field of the identifier class. -;*)ltl)*;- '+Ia{+!~~~!+{aI+- +VV+_`._:":_.`_+SVr cKa^.-"==="^=="-."2Ks _XX!--,,-` -,,--=XX" /ww_---' '----6w+ ~dd;_-````}bbbdHGORtdd= kAV"_- I8DJ)))7DB%k _|3qRbT??+/rD8R+"""~4$R_ _|]l;_THDDDHGGGAOG)"",,{$$+ _|]l;_"=+oDDP~~~~^^"""",,:*8$a _|]l;_"=+oRRXDP~~~~^^"""",,:~d$D Cu[^"=+oRR|`7DAoojoooo|"",,+8$5` `+EXIoRR|` =ziJJlR88F""""{$B+ .)3o|` 788{++*+4BR_ 5888%%MN0o` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeFindNext}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeFindNext))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeFindNext.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeFindNext>() // Icon image for rendering ErrorStripeFindNext Themed Icon autogenerated identifier object. Identifier objects should be used where an value is expected. In attributes, XAML, or generic parameters use the containing identifier class. -;*)ltl)*;- '+Ia{+!~~~!+{aI+- +VV+_`._:":_.`_+SVr cKa^.-"==="^=="-."2Ks _XX!--,,-` -,,--=XX" /ww_---' '----6w+ ~dd;_-````}bbbdHGORtdd= kAV"_- I8DJ)))7DB%k _|3qRbT??+/rD8R+"""~4$R_ _|]l;_THDDDHGGGAOG)"",,{$$+ _|]l;_"=+oDDP~~~~^^"""",,:*8$a _|]l;_"=+oRRXDP~~~~^^"""",,:~d$D Cu[^"=+oRR|`7DAoojoooo|"",,+8$5` `+EXIoRR|` =ziJJlR88F""""{$B+ .)3o|` 788{++*+4BR_ 5888%%MN0o` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeFindNext}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeFindNext))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeFindNext.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeFindNext>() // Icon image for rendering Loads the image for Themed Icon ErrorStripeFindNext theme aspect Color. Loads the image for Themed Icon ErrorStripeFindNext theme aspect Gray. Loads the image for Themed Icon ErrorStripeFindNext theme aspect GrayDark. Returns the set of theme images for Themed Icon ErrorStripeFindNext. ErrorStripeInvalid Themed Icon autogenerated identifier class. Identifier classes should be used in attributes, XAML, or generic parameters. Where an value is expected, use the identifier object in the field of the identifier class. ',~;+Lssc+!~,- _+F3l?/=^__"~!?73]r, ~{oF!- -~~/ .;tox= -l5l_ ^IGDDDD -T5F_ -oa/` ^XRRRRRRR ~a5_ `oV*``(HHHHHHHHH````````````=VS. +EI``/bbbbbbbbbb`````````````lET 1hr``u6666666666`````````````!hk o6?``uPPPPPPPPPP{\,``````````!6P )wo..+kkkkkkkkkkkkke)=-......twY .4b+'-Taaaaaaaaaaaaaaaa}\_'';bb- ^bH+--!uoooooooooooooou+--;dH; "6OI"-_!l3333333333}\_-:lOb= `|ARar"_:=//rr//=,_,+o##J` `/5DDyfT?*;;/r|f5RDk+` `~r7IVbDDdE3ir=` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeInvalid}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeInvalid))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeInvalid.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeInvalid>() // Icon image for rendering ErrorStripeInvalid Themed Icon autogenerated identifier object. Identifier objects should be used where an value is expected. In attributes, XAML, or generic parameters use the containing identifier class. ',~;+Lssc+!~,- _+F3l?/=^__"~!?73]r, ~{oF!- -~~/ .;tox= -l5l_ ^IGDDDD -T5F_ -oa/` ^XRRRRRRR ~a5_ `oV*``(HHHHHHHHH````````````=VS. +EI``/bbbbbbbbbb`````````````lET 1hr``u6666666666`````````````!hk o6?``uPPPPPPPPPP{\,``````````!6P )wo..+kkkkkkkkkkkkke)=-......twY .4b+'-Taaaaaaaaaaaaaaaa}\_'';bb- ^bH+--!uoooooooooooooou+--;dH; "6OI"-_!l3333333333}\_-:lOb= `|ARar"_:=//rr//=,_,+o##J` `/5DDyfT?*;;/r|f5RDk+` `~r7IVbDDdE3ir=` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeInvalid}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeInvalid))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeInvalid.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeInvalid>() // Icon image for rendering Loads the image for Themed Icon ErrorStripeInvalid theme aspect Color. Loads the image for Themed Icon ErrorStripeInvalid theme aspect Gray. Loads the image for Themed Icon ErrorStripeInvalid theme aspect GrayDark. Returns the set of theme images for Themed Icon ErrorStripeInvalid. ErrorStripeOff Themed Icon autogenerated identifier class. Identifier classes should be used in attributes, XAML, or generic parameters. Where an value is expected, use the identifier object in the field of the identifier class. ',~;+Lzzc+!~,- _+Y3jyEU6ww6XEy23[r, ~{oeZHDDDDDDDDDDDDGU5o]= -leyw#RRRRRRRRRRRRRRRRRbVe{_ -oaUGGGGGGGGGGGGGGGGGGGGGGXa5_ `oVUbbbbba -bb- abbbbbXVy. +EP9wwwww5 _ww_ 5wwwwwwPET xhUXXXXXXj````:XX:````jXXXXXXXhk uXXZZZZZZo...."ZZ"....oZZZZZZXXP )96kkkkkku----^kk^----ukkkkkk69{ .4bhSSSSSI----~SS~----ISSSSSPbb- ^bHZaaaaexxxxIaaIxxxxeaaaakHH; "6Owaoooooooooooooooooo56Ob= `|ARbEo333333333333okbR#J` `/5DDd9UEVaaSkh9bRDk+` `~r71VbDDdE3ir=` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeOff}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeOff))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeOff.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeOff>() // Icon image for rendering ErrorStripeOff Themed Icon autogenerated identifier object. Identifier objects should be used where an value is expected. In attributes, XAML, or generic parameters use the containing identifier class. ',~;+Lzzc+!~,- _+Y3jyEU6ww6XEy23[r, ~{oeZHDDDDDDDDDDDDGU5o]= -leyw#RRRRRRRRRRRRRRRRRbVe{_ -oaUGGGGGGGGGGGGGGGGGGGGGGXa5_ `oVUbbbbba -bb- abbbbbXVy. +EP9wwwww5 _ww_ 5wwwwwwPET xhUXXXXXXj````:XX:````jXXXXXXXhk uXXZZZZZZo...."ZZ"....oZZZZZZXXP )96kkkkkku----^kk^----ukkkkkk69{ .4bhSSSSSI----~SS~----ISSSSSPbb- ^bHZaaaaexxxxIaaIxxxxeaaaakHH; "6Owaoooooooooooooooooo56Ob= `|ARbEo333333333333okbR#J` `/5DDd9UEVaaSkh9bRDk+` `~r71VbDDdE3ir=` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeOff}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeOff))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeOff.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeOff>() // Icon image for rendering Loads the image for Themed Icon ErrorStripeOff theme aspect Color. Loads the image for Themed Icon ErrorStripeOff theme aspect Gray. Loads the image for Themed Icon ErrorStripeOff theme aspect GrayDark. Returns the set of theme images for Themed Icon ErrorStripeOff. ErrorStripeOK Themed Icon autogenerated identifier class. Identifier classes should be used in attributes, XAML, or generic parameters. Where an value is expected, use the identifier object in the field of the identifier class. $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ QQ6TTTTTTTTTTTTTTTTTTTTTTTTTTVQQ QQV++ttttttttttttttttttttttr+IQQ gghLLXXXXXXXXXXXXXXXE}}}oXX)Legg gg4TTXXXXXXXXXXXXXXE_ .yXX7TVgg ggHJJXXXXXXXXXXXXXE_ .yXXXtJhgg gg#CCXXXXXXXXXXXXE_ .yXXXX1Cwgg ggDuuXXXXh!~~!hXE_ .yXXXXXjuHgg gg8SSXXXXXo` "V_ .yXXXXXXVSRgg @@NhhXXXXXXo` ` .yXXXXXXXXhD@@ @@$bbXXXXXXXo` .yXXXXXXXXbb%@@ @@QOOXXXXXXXXV222EXXXXXXXXXAO$@@ @@gDDXXXXXXXXXXXXXXXXXXXXXXDDQ@@ @@gMMGGGGGGGGGGGGGGGGGGGGGG8Mg@@ @@@ggggggggggggggggggggggggggg@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeOK}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeOK))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeOK.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeOK>() // Icon image for rendering ErrorStripeOK Themed Icon autogenerated identifier object. Identifier objects should be used where an value is expected. In attributes, XAML, or generic parameters use the containing identifier class. $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ QQ6TTTTTTTTTTTTTTTTTTTTTTTTTTVQQ QQV++ttttttttttttttttttttttr+IQQ gghLLXXXXXXXXXXXXXXXE}}}oXX)Legg gg4TTXXXXXXXXXXXXXXE_ .yXX7TVgg ggHJJXXXXXXXXXXXXXE_ .yXXXtJhgg gg#CCXXXXXXXXXXXXE_ .yXXXX1Cwgg ggDuuXXXXh!~~!hXE_ .yXXXXXjuHgg gg8SSXXXXXo` "V_ .yXXXXXXVSRgg @@NhhXXXXXXo` ` .yXXXXXXXXhD@@ @@$bbXXXXXXXo` .yXXXXXXXXbb%@@ @@QOOXXXXXXXXV222EXXXXXXXXXAO$@@ @@gDDXXXXXXXXXXXXXXXXXXXXXXDDQ@@ @@gMMGGGGGGGGGGGGGGGGGGGGGG8Mg@@ @@@ggggggggggggggggggggggggggg@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeOK}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeOK))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeOK.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeOK>() // Icon image for rendering Loads the image for Themed Icon ErrorStripeOK theme aspect Color. Loads the image for Themed Icon ErrorStripeOK theme aspect Gray. Loads the image for Themed Icon ErrorStripeOK theme aspect GrayDark. Returns the set of theme images for Themed Icon ErrorStripeOK. ErrorStripeErrorPartial Themed Icon generated identifiers: — identifier class, for use in attributes, XAML, and generic parameters; — identifier object, as a field in the identifier class, for use where an value is expected. :;*Tz2665}|*;: ~zGDdXV2fzzt3aXpDmt; *p8#V7*r(}3Vk3}|L*|jm8m?` :48mF??IRggggggggggD2crlH8q_ :D8kcc3Qgggggggggggggggacco88^ `DMUTTbQQQQQQQQQQQQQQQQQQm|TyMW- i%8||hQQ8UUUUUUUUUUUUUU8QQb||#%e H$9778$$F F$$$77E$W m$wvv8$$z z$$%ivK$% nQ8iJ6MM#aaaaaaaaaaaaaa#MMpJJDQ6 -$Q6l}q888888888888888888m{lkQQ, ;QQ6zzE8888888888888888XzzkQQr ;$g83}tkqDDDDDDDDDDGKf}f#gQ+ `IggBwI}C2SZXXKSoI}f6WggS. `cmgg%DRwXVVUwADWgg87. `!v24D$gg$8wjv+` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:WufozefThemedIconsThemedIcons+ErrorStripeErrorPartial}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(WufozefThemedIconsThemedIcons.ErrorStripeErrorPartial))] // C# Type attribute IconId iconid = WufozefThemedIconsThemedIcons.ErrorStripeErrorPartial.Id; // IconId identifier object themediconmanager.GetIcon<WufozefThemedIconsThemedIcons.ErrorStripeErrorPartial>() // Icon image for rendering identifier class Loads the image for Themed Icon ErrorStripeErrorPartial theme aspect Color. Loads the image for Themed Icon ErrorStripeErrorPartial theme aspect Gray. Loads the image for Themed Icon ErrorStripeErrorPartial theme aspect GrayDark. Returns the set of theme images for Themed Icon ErrorStripeErrorPartial. ErrorStripeOKPartial Themed Icon generated identifiers: — identifier class, for use in attributes, XAML, and generic parameters; — identifier object, as a field in the identifier class, for use where an value is expected. 88888888888888888888888888888888 WWKvvvvvvvvvvvvvvvvvvvvvvvvvvyWW %%e**OOOOOOOOOOOOOOOOOOOOOOc*t%% $$a**@@@@@@@@@@@@@@@@888g@@|*f$$ QQV**@@@@@@@@@@@@@@@" -g@@|*IQQ QQk**@@@@@@@@@@@@@g" -g@@@|*uQQ ggZ**ggggggggggggg_ -ggggg|*3gg ggU**gggggT==Tggg_ -Qggggg|*2gg ggX**ggggg8` ;Q, -$gggggg|*ogg gg6**ggggggD` ` -Bggggggg)*ogg gg9**QQQQQQQ#` -8QQQQQQQQT*egg @@w**$$$$$$$$8###8$$$$$$$$$T*y@@ @@b**WWWWWWWWWWWWWWWWWWWWWWT*a@@ @@p**kkkkkkkkkkkkkkkkkkkkkk?*V@@ @@8tttttttttttttttttttttttttt#@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:WufozefThemedIconsThemedIcons+ErrorStripeOKPartial}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(WufozefThemedIconsThemedIcons.ErrorStripeOKPartial))] // C# Type attribute IconId iconid = WufozefThemedIconsThemedIcons.ErrorStripeOKPartial.Id; // IconId identifier object themediconmanager.GetIcon<WufozefThemedIconsThemedIcons.ErrorStripeOKPartial>() // Icon image for rendering identifier class Loads the image for Themed Icon ErrorStripeOKPartial theme aspect Color. Loads the image for Themed Icon ErrorStripeOKPartial theme aspect Gray. Loads the image for Themed Icon ErrorStripeOKPartial theme aspect GrayDark. Returns the set of theme images for Themed Icon ErrorStripeOKPartial. ErrorStripeWarningPartial Themed Icon generated identifiers: — identifier class, for use in attributes, XAML, and generic parameters; — identifier object, as a field in the identifier class, for use where an value is expected. ^eeeeee! ^Se;""^oS= ^VS^-:_-"jV= ^Ek;-:Kw_-~yE= ;KE;-:Emm6"-~VK\ ;Xh;-:VAAAAX"-^kX* ;6X;-,SHx``xHh"-^Z6* ;46!:_ewwz zwwP~:^h4* ;w4!:_5444i i444V~:;Xw* ;bw=:"2XXXXz``zXXXXS^:;6br ;pb/:"3KKKKKKKKKKKKKKj^:;9pr ;qp+,~ukkkkkkJ``Jkkkkkk2^,;wqr !OA*,~fVVVVVVVI**IVVVVVVV2^,!HO? wmk^_;(|||||||||||||||||||;_^omq `|#R7======================Tp#}` :kDDDDDDDDDDDDDDDDDDDDDDDDX" For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:WufozefThemedIconsThemedIcons+ErrorStripeWarningPartial}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(WufozefThemedIconsThemedIcons.ErrorStripeWarningPartial))] // C# Type attribute IconId iconid = WufozefThemedIconsThemedIcons.ErrorStripeWarningPartial.Id; // IconId identifier object themediconmanager.GetIcon<WufozefThemedIconsThemedIcons.ErrorStripeWarningPartial>() // Icon image for rendering identifier class Loads the image for Themed Icon ErrorStripeWarningPartial theme aspect Color. Loads the image for Themed Icon ErrorStripeWarningPartial theme aspect Gray. Loads the image for Themed Icon ErrorStripeWarningPartial theme aspect GrayDark. Returns the set of theme images for Themed Icon ErrorStripeWarningPartial. ErrorStripeRunning Themed Icon autogenerated identifier class. Identifier classes should be used in attributes, XAML, or generic parameters. Where an value is expected, use the identifier object in the field of the identifier class. ',~;+Lssc+!~,- _+F3l?/=^__"~!?73]r, ~{oF!- -~~/ .;tox= -l5l_ ^1HRRRR -T5F_ -oa/` ^PGGGGGGG ~a5_ `oV*``cwwwwwwwww````````````=VS. +EI``!XXXXXXXXXX`````````````lET 1hr``[kkkkkkkkkk`````````````!hk o6?``CaaaaaaaJ/:`````````````!6P )wo..\ooo[r~-................twY .4b+''+!,''''''''''''''''''';bb- ^bH+----------------------;dH; "6OI"------------------:lOb= `|ARar"____________,+o##J` `/5DDyfT?*;;/r|f5RDk+` `~r7IVbDDdE3ir=` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeRunning}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeRunning))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeRunning.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeRunning>() // Icon image for rendering ErrorStripeRunning Themed Icon autogenerated identifier object. Identifier objects should be used where an value is expected. In attributes, XAML, or generic parameters use the containing identifier class. ',~;+Lssc+!~,- _+F3l?/=^__"~!?73]r, ~{oF!- -~~/ .;tox= -l5l_ ^1HRRRR -T5F_ -oa/` ^PGGGGGGG ~a5_ `oV*``cwwwwwwwww````````````=VS. +EI``!XXXXXXXXXX`````````````lET 1hr``[kkkkkkkkkk`````````````!hk o6?``CaaaaaaaJ/:`````````````!6P )wo..\ooo[r~-................twY .4b+''+!,''''''''''''''''''';bb- ^bH+----------------------;dH; "6OI"------------------:lOb= `|ARar"____________,+o##J` `/5DDyfT?*;;/r|f5RDk+` `~r7IVbDDdE3ir=` For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeRunning}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeRunning))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeRunning.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeRunning>() // Icon image for rendering Loads the image for Themed Icon ErrorStripeRunning theme aspect Color. Loads the image for Themed Icon ErrorStripeRunning theme aspect Gray. Loads the image for Themed Icon ErrorStripeRunning theme aspect GrayDark. Returns the set of theme images for Themed Icon ErrorStripeRunning. ErrorStripeWarning Themed Icon autogenerated identifier class. Identifier classes should be used in attributes, XAML, or generic parameters. Where an value is expected, use the identifier object in the field of the identifier class. ,777777~ ,J7_..-TJ~ "ll- .7l~ "tt_ 'Jt= "{}_ -l{= "C{_ ~@@~ -tC= "xC_````~@@~````-tx= ^I1,`````~@@~`````-fI= ^nI,``````=@@=``````_[n; ^ou"```````~gg~```````_1o! ~2o"````````````````````_n2! ~a2^`````````=gg=`````````:ua! ~ya^.........._cc_..........,oy/ oV}_........................-7Va `+kS\""""""""""""""""""""""!5k)` -CEEEEEEEEEEEEEEEEEEEEEEEE3: For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeWarning}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeWarning))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeWarning.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeWarning>() // Icon image for rendering ErrorStripeWarning Themed Icon autogenerated identifier object. Identifier objects should be used where an value is expected. In attributes, XAML, or generic parameters use the containing identifier class. ,777777~ ,J7_..-TJ~ "ll- .7l~ "tt_ 'Jt= "{}_ -l{= "C{_ ~@@~ -tC= "xC_````~@@~````-tx= ^I1,`````~@@~`````-fI= ^nI,``````=@@=``````_[n; ^ou"```````~gg~```````_1o! ~2o"````````````````````_n2! ~a2^`````````=gg=`````````:ua! ~ya^.........._cc_..........,oy/ oV}_........................-7Va `+kS\""""""""""""""""""""""!5k)` -CEEEEEEEEEEEEEEEEEEEEEEEE3: For details on Themed Icons and their use, see Remarks on the outer class. <Image Source="{icons:ThemedIcon myres:ErrorStripeThemedIcons+ErrorStripeWarning}" /> <!-- XAML --> [Item(Name="Sample", Icon=typeof(ErrorStripeThemedIcons.ErrorStripeWarning))] // C# Type attribute IconId iconid = ErrorStripeThemedIcons.ErrorStripeWarning.Id; // IconId identifier object themediconmanager.GetIcon<ErrorStripeThemedIcons.ErrorStripeWarning>() // Icon image for rendering Loads the image for Themed Icon ErrorStripeWarning theme aspect Color. Loads the image for Themed Icon ErrorStripeWarning theme aspect Gray. Loads the image for Themed Icon ErrorStripeWarning theme aspect GrayDark. Returns the set of theme images for Themed Icon ErrorStripeWarning. Helper to share the code which applies scrolling after moving the caret. Gets whether the user is likely to know the visual layout of this text control. This means that scrollings and caret movements should better be relative to the current position rather than absolute. Formally, it's a bool state that raises some time after the control gets visible, and keeps for some small time after it gets hidden. These delays guarantee that (1) short switches back and forth when eg creating from usage in another text control do not affect the picture and (2) after the fresh new text control is opened for the first time the first positioning is done with layout “unknown”. Helps with creating a text control which cannot do anything but track its selection/caret/document. An entry point to the text control coordinate conversions. Represents an abstracted point on the text control that can be converted to any more or less equivalent representation. Gets the text control that will be translating the position to various coordinate systems. Converts the position to document line-column coordinates. Converts the position to an offset from the beginning of the document text. Converts the position to an offset from the beginning of the document text, plus, if the position represented a point in the editor virtual space, the number of virtual spaces from the last real document character to the addressed position. Normally, an starts as a position of a specific kind and calculates the conversions as needed. The method allows to precalculate all of the positions for the given moment in time, which provides for retaining the values in the guarded context even after the unmanaged text control gets destroyed. Converts the position to screen pixel coordinates. Converts the position to text control line-column coordinates. Coordinate conversion from document line/column coordinates. Determines whether the specified is equal to the current . true if the specified is equal to the current ; otherwise, false. The to compare with the current . The parameter is null.2 Serves as a hash function for a particular type. A hash code for the current . 2 Indicates whether the current object is equal to another object of the same type. true if the current object is equal to the parameter; otherwise, false. An object to compare with this object. Normally, an starts as a position of a specific kind and calculates the conversions as needed. The method allows to precalculate all of the positions for the given moment in time, which provides for retaining the values in the guarded context even after the unmanaged text control gets destroyed. Gets the text control that will be translating the position to various coordinate systems. Coordinate conversion from document offset with virtual space. Determines whether the specified is equal to the current . true if the specified is equal to the current ; otherwise, false. The to compare with the current . The parameter is null.2 Serves as a hash function for a particular type. A hash code for the current . 2 Indicates whether the current object is equal to another object of the same type. true if the current object is equal to the parameter; otherwise, false. An object to compare with this object. Normally, an starts as a position of a specific kind and calculates the conversions as needed. The method allows to precalculate all of the positions for the given moment in time, which provides for retaining the values in the guarded context even after the unmanaged text control gets destroyed. Gets the text control that will be translating the position to various coordinate systems. Stores a retained coordinate snapshot. Allows to exclude pixel coordinates from precalculation. -type properties won't be reliable on change regarding these, but each calculation won't be so slow. The position from which this retained position has been created by pre-calculating all of the transformations. Creates a snapshot of all the aspects. Only for . Creates an all-Null position. Text control must be specified in any case. Creates a snapshot of all the aspects. Determines whether the specified is equal to the current . true if the specified is equal to the current ; otherwise, false. The to compare with the current . The parameter is null.2 Serves as a hash function for a particular type. A hash code for the current . 2 Indicates whether the current object is equal to another object of the same type. true if the current object is equal to the parameter; otherwise, false. An object to compare with this object. Converts the position to document line-column coordinates. Converts the position to an offset from the beginning of the document text. Converts the position to an offset from the beginning of the document text, plus, if the position represented a point in the editor virtual space, the number of virtual spaces from the last real document character to the addressed position. Normally, an starts as a position of a specific kind and calculates the conversions as needed. The method allows to precalculate all of the positions for the given moment in time, which provides for retaining the values in the guarded context even after the unmanaged text control gets destroyed. Converts the position to screen pixel coordinates. Converts the position to text control line-column coordinates. Gets the text control that will be translating the position to various coordinate systems. Coordinate conversion from screen pixel coordinates. Determines whether the specified is equal to the current . true if the specified is equal to the current ; otherwise, false. The to compare with the current . The parameter is null.2 Serves as a hash function for a particular type. A hash code for the current . 2 Indicates whether the current object is equal to another object of the same type. true if the current object is equal to the parameter; otherwise, false. An object to compare with this object. Normally, an starts as a position of a specific kind and calculates the conversions as needed. The method allows to precalculate all of the positions for the given moment in time, which provides for retaining the values in the guarded context even after the unmanaged text control gets destroyed. Gets the text control that will be translating the position to various coordinate systems. Coordinate conversion from text control line/column coordinates. Determines whether the specified is equal to the current . true if the specified is equal to the current ; otherwise, false. The to compare with the current . The parameter is null.2 Serves as a hash function for a particular type. A hash code for the current . 2 Indicates whether the current object is equal to another object of the same type. true if the current object is equal to the parameter; otherwise, false. An object to compare with this object. Normally, an starts as a position of a specific kind and calculates the conversions as needed. The method allows to precalculate all of the positions for the given moment in time, which provides for retaining the values in the guarded context even after the unmanaged text control gets destroyed. Gets the text control that will be translating the position to various coordinate systems. Implements the few methods that make it possible to implement the multitude of conversions supported by -. Initializes a new instance of the class. Standard implementation that uses platform doc line index. May be out of sync with VS model at times. Standard implementation that uses platform doc line index. May be out of sync with VS model at times. Conversion method. Standard implementation that uses platform doc line index. May be out of sync with VS model at times. Standard implementation that uses platform doc line index. May be out of sync with VS model at times. Conversion method. Conversion method. Conversion method. Conversion method. Conversion method. Helper conversion for deriving screen conversions from canvas ones. Helper conversion for deriving screen conversions from canvas ones. Implements the creation of from various sources. Supply with the conversion core. Defines a range between two . Range end. This position belongs to . Note that it's not guaranteed that goes before . Range start. This position belongs to . Note that it's not guaranteed that goes before . Both and belong to this text control. Creates a text control range in universal positions based on the document range. The text control that will be used for translating the range into the text control coordinate space. The range, in document coordinates. Text control range in universal coordinates. Creates a text control range in universal positions based on the document range. See also the overload that supports unnormalized ranges. The text control that will be used for translating the range into the text control coordinate space. The range, in document coordinates. Text control range in universal coordinates. Creates a text control range in universal positions based on the document range. Unlike the overload, accepts unnormalized ranges. The text control that will be used for translating the range into the text control coordinate space. The range start, in document coordinates. The range end, in document coordinates. Text control range in universal coordinates. Creates a text control range in universal positions based on the text control line-col coordinates. The text control that will be used for translating the range into the text control coordinate space. The range, in text control line-col coordinates. Text control range in universal coordinates. Converts both ends to the document range. Normalizes the range, so that the start goes before the end. Converts both ends to the document range. Does not normalize the range, the start might go after the end. Converts both ends to the document range. Makes sure the range is properly normalized, ie the start goes before the end. Raw ranges of the document selection, for instance, might be inverted if user selects with shift+left. Converts both ends to the document range. The range might not be normalized (start might go beyond the end). Raw ranges of the document selection, for instance, might be inverted if user selects with shift+left. Normally, an starts as a position of a specific kind and calculates the conversions as needed. The method allows to precalculate all of the positions for the given moment in time, which provides for retaining the values in the guarded context even after the unmanaged text control gets destroyed. Converts both ends to the text control line-column range. Normalizes the range, so that the start goes before the end. Converts both ends to the text control line-column range. Does not normalize the range, the start might go after the end. Determines whether the specified is equal to the current . true if the specified is equal to the current ; otherwise, false. The to compare with the current . The parameter is null.2 Serves as a hash function for a particular type. A hash code for the current . 2 Returns a that represents the current . A that represents the current . 2 Indicates whether the current object is equal to another object of the same type. true if the current object is equal to the parameter; otherwise, false. An object to compare with this object. Make the container updated for the recent document change, and return if the futher container modification should be reflected in Document markup factory. Get or create a document markup model. If markup has not been created yet or garbage collected, a new markup will be created. Note: If markup was garbage collected and then recreated, the will be called. Try to get a document markup model. If markup has not been created yet or garbage collected, the return value is null. Get or create a document markup model and keep it alive (protect from garbage collection) for the given lifetime. Subscribe to document markup events. Note: That doesn't create a markup for the document nor protect an existing markup from garbage collection (see ). Implements methods that fire in response to changes to document markup model. Document markup is changed. Document markup for the document is recreated because the previous one was garbage collected. The new markup model (the previous one is not available). Common helpers for all impls, including protocol-based, which means it's not UI-Interactive-bound. A non-UI-interactive clone of the interactive struct. After handling mouse down, tells how the corresponding click event should be handled. NULL: not interested in click. The capture and wait for mouse up scaffolding is not initiated. Either you don't want to handle mouse at this time, or maybe you've opened a drop-down and took the capture for it. Non-NULL: interested in getting click. Mouse will be captured and tracked for clicks. The callback will be executed when it's a mouse click. If mouse is released without a valid click, this will be silently dropped without being called. If this result is returned synchronously, then this goes to . If not ready synchronously, then True is assumed, and then the value is ignored. Assume handled, but do not need the click. Waiting for click, assumes handled. A factory for the gutter mark menu layouters. Creates a popup window context with a layouter for the gutter mark menu. Creates a popup window context with a layouter for the gutter mark menu. Runs on backend text control side, provides backend services for Jet Action Margin to run on the front. When smth is broken and we can't get a valid icon. For a set of highlighters which have gutter mark infos contributing to a gutter mark on the same line, chooses the best single icon to show as a gutter mark icon. On problems, reports an error and fallbacks to just a bulb. Takes from (that's one-for-all-of-this-kind, so common props) and (that's a specific instance, so what's instance-specific). Base class for gutter marks of a type which looks like an icon and is created over a highlighter. For an icon-based gutter mark, makes its . Runs on backend text control side, provides backend services for those highlighters that paint on adornment layers on the front and do classification tagging. These two are currently combined because they have similar behavior for processing. TODO: expecting to switch to ordering highlighters (incl adornments) by layers, so this should decide some sane default based on the effect type for adornments, done when rendering adornments at the moment. Probably, make layer non-nullable in the API. And maybe move into highlighter-attributes (?). For various highlighter-based transports, helps with pumping highlighters into the transport. Transport model. A type which represents a highlighter in the transport model. ID in the prop bag of the text control to fetch the Filter by effect type. When got a transport container instance and it's time to bind operations. Grouping interval. Component. Component. Component. Component. Component. Tells how many highlighters of each kind are currently in a text control. Live-tracking data for text controls, after it has been apprehended on the main thread. Lifetiming: text control MUST be alive at the call moment, the property will remain live until its text control destroyed. Highlighters get dropped for a text control if it's inactive for some time, then the property resumes tracking them if resurrected. Threading: can only get under a guard, because accessing highlighters is now only possible on the main thread. You can then read counters on any thread. Runs guarded. No locking needed for accessing data. Default implementation with parameters and delegates. TODO: will be further reworked while protocolling. Runs on backend text control side, provides backend services for those highlighters that insert adornments. Separate from other adorns because these pass more data and they are more laggy because they rely on late daemon stages so are not as realtime as highlighters. Used in Rider Settings to indicate in which order a settings tab or panel must be shown in the UI. General settings (topmost) Any generic settings normally used by multiple languages. Code arrangement settings like imports, etc. Key IDE language priority (depends on product), for example, Java for IntelliJ IDEA, PHP for PhpStorm etc. Language-specific settings. Any other settings. Highlighters not included into settings UI, but can appear in the editor Highlighters which irrelevant for Rider, and can't appear in the product under any circumstances Shortened version of attribute id which is also a valid identifier A unique identifier used for highlighter registration String shown in Rider's color scheme settings page if is not specified. A unique identifier used for highlighter registration String used to store highlighters in IDEA settings and as external name in IDEA TextAttributeKey Returns the attribute ids that are used for semantic markup in Rider's color scheme settings page preview. Mostly they are inherited from LOCAL_VARIABLE and PARAMETER attributes. If a language supports the semantic markup this interface need to be implemented in the inherited [RiderDefaultHighlighterNamesProvider] class. [Rider specific] Attribute for registering a highlighter group. HighlighterGroup is located in a separate settings page which resides in Settings | Editor | Colors & Fonts. Also attribute allows to define custom rules for generation tags and presentable names (used in color schemes, settings, and dumps) If the level of extensibility is not enough for your needs set Priority to and use com.intellij.openapi.options.colors.ColorSettingsPage in the frontend part of the plugin Unique string identifier of the HighlighterGroup, a highlighter refers a group it belongs to by this id. see Optional value with a type of the language the highlighter group is associated with Returns the title of the settings page created for a group. Type that will be used to get a localized name of the resource in Rider. Resource descriptor that will be used to get a localized name of the resource in Rider. Priority of the settings page defined by HighlighterGroup Returns the text shown in the preview pane. If the value is null then the default demo text generation is applied. Format: If some elements need to be highlighted in the preview text they need to be surrounded by XML-like tags. <keyword>string</keyword>.<method>Format</method> (<string>"arg1:<FORMAT_STRING_ITEM>{0}</FORMAT_STRING_ITEM>"</string>, x)
The mapping between the names of the tags and the text attribute keys used for highlighting is defined by the . The text to show in the preview pane Returns the type of the used by a group to get all strings associated with highlighters from the group Default implementation which returns the predefined values AS IS. Override this in implementations to apply customizations. The predefined highlighter attributes (either retrieved from the live instance of a highlighter on a document, or from the registration attribute). ID of the registration attribute. This is the identity by which you could query for the customizations in the current IDE. Returns built from the font and colors set for specified highlighter attribute id. is nothing set. If data is missing and the method is from the UI thread it will synchronously fetch the data from provider, in case of background thread it will schedule sync. Highlighter attribute id TextStyle by font and colors or Default implementation which is backed by a range marker. Tracks the range of this highlighter in the document. Class for carrying information which can be used for passing needed data to when creating a new Gets highlighter attributes, much like but with all the user customizations in the current IDE taken into account. Gets highlighter attributes, much like but with all the user customizations in the current IDE taken into account. Threading limitations may apply, as per the current IDE environment. This overload uses the attribute id from a without an actual created highlighter instance. Gets highlighter attributes, much like but with all the user customizations in the current IDE taken into account. Threading limitations may apply, as per the current IDE environment. This overload uses the attribute id from a without an actual created highlighter instance. Gets highlighter attributes, much like but with all the user customizations in the current IDE taken into account. This overload uses the attribute id from a without an actual created highlighter instance. Backs the logic for in a highlighter. Gets a tooltip for the highlighter. NULL if a tooltip of this kind should not be shown. Show tooltip for this specific highlighter instance. Where this tooltip is intended to be shown. Generally, a tooltip provider does not care and would just return a tooltip, ignoring this value. The tooltip rich text, or NULL if the tooltip of this kind does not need to be shown. States that an object passed to is aware about its inner structure, and can decide whether it's different from another one so the event can be skipped. Checks the structured equality of two highlighter data Provides static-text tooltips (which never change) for a highlighter. Provides static-text tooltips (which never change) for a highlighter. Provides access to document markup. Read operation can be done from any thread. Write operations require Main thread. In all cases content model read lock should be held. Gets the document highlighted by this markup. Adds a highlighter to markup. Unlike , there's no static registration with to derive basic highlighter properties from, everything should be defined inplace. The colors won't be themed by the IDE theme. Adds highlighter with attributes from HighlighterAttributeRegistry (mostly, registered statically with ). Basic highlighter properties are taken from the registered highlighter, with optional overrides allowed here. (NOTE: for some of the parameters registered actually take precedence, see impl). highlighter colors would be themed by the IDE settings. To have a fully custom highlighter, see . Returns highlighters enumerable in random order What to do if write action happens while enumeration Optional filter to apply to the highlighters Highlighters enumerable in random order Returns enumerable of highlighters with specified in random order Highlighter key What to do if write action happens while enumeration Optional filter to apply to the highlighters Enumerable of highlighters with specified key in random order Returns enumerable of highlighters that intersect? with specified in random order Implementation details: there is a JetHashSet underneath Range to find highlighters over What to do if write action happens while enumeration Optional filter to apply to the highlighters Enumerable of highlighters over specified range in random order Removes the highlighter if provided. May throw exception if called in an inappropriate moment. Consider using Highlighter to remove. Whether it was removed Removes the highlighter async. Highlighter to remove. Whether it was removed Removes all the highlighters with the specified May throw exception if called in an inappropriate moment. Consider using Highlighter key Removes all the highlighters with the specified May throw exception if called in an inappropriate moment. Highlighter key Whether highlighters were removed Removes all the highlighters. May throw exception if called in an inappropriate moment. Indicates that inside this disposable massive markup model change is expected. Changed event will be fired upon cookie dispose Name of the batch action Disposable to terminate when batch action is done Filters document highlighters and collects them to list in random order. Allocates memory unlike May be called from any thread. Content model read lock required. Document markup Highlighter filter List of filtered highlighters Filters document highlighters over specified range and collects them to list in random order. May be called from any thread. Content model read lock required. Document markup Range in document Highlighter filter List of filtered highlighters Standalone, VS, and base impl for markup manager. Explicit cleanup of highlighters that were invalidated for any reason. See RSRP-487064 In Rider corresponds to com.intellij.openapi.editor.markup.LineMarkerRendererEx.Position !!!Currently works only in Rider!!! When set to a of a highlighter with == used as a description of how to render such a line marker Unique identifier of a renderer to be used for this particular Line Marker ( In case of null, the default is used. LineMarker which supports actions and shows tooltip on hover Tracks all the WPF Text Views having an attached Text Control. Maps these Text Controls with their PushToHint state. > A transport for text controls Push-To-Hint state Error stripe slotting allocation places highlighters either by their exact offset or by their line number, see . Every time you consider a highlighter offset, use this. Extract on main thread, process on back thread. On back, advises the right-mouse-or-click to show a context menu for the action group. Allows environments to override how they're able to show the error stripe. Base action for error stripe indicators by daemon and usages. Represents the text control, which is a view for editing an . Most calls that modify the text control state must be made from the UI thread. Id of the text control. Caret access. Provides access to the text control coordinate conversion, which makes it possible to represent a point on the text control or in the document in a unified way. The rendered text gets from the document, however, it might be transformed or filtered (eg projections and collapsed regions). That's why document line-column positions () do not always agree to the text control line-column positions (). Currently, these coordinates have different CLR types and are not so easily mixed together. Gets the Disposables collection that controls the text control lifetime. Gets the document that supplies this text control with content. The rendered text gets from the document, however, it might be transformed or filtered (eg projections and collapsed regions). That's why document line-column positions () do not always agree to the text control line-column positions (). Currently, these coordinates have different CLR types and are not so easily mixed together. Use to convert between various text control coordinates. Gets the scrolling parameters of the text control, both for querying and manipulating. Selection access. Provides various UI framework-related information about the text control. The Errors Stripe, aka Marker Bar — a margin to the right of the text control which shows the markers for errors and warnings alongside the scroll bar. The bindable data model of the text control. Emulates executing an action from in the text control, for example, pressing the Enter key in text control as if by the user. Will cause our and host handlers to be executed. The handler will be executed in a reentrancy-safe context. Emulates typing in text control. Will cause our and host handlers to be executed. The handler will be executed in a reentrancy-safe context. NOTE: prefer calling wherever possible. The character to emulate typing of. Text control caret access. Gets the caret position in all of the possible text control position representation. Gets the owning text control. Attempts to move the caret to the requested position. Makes the caret visible by scrolling the view up or down and left or right until the caret is visible. Manages the text controls throughout the application. Gets the text control that most recently had the keyboard focus, unless that text control has been destroyed or we have left the window frame that holds the text control. May be Null. Changes are guarded. Note that, unlike , this property resets to Null when the focus wanders off to some tool window or another frame of such a kind. Use to get a value for current client Gets the text control that currently has the keyboard focus. May be Null. Changes are guarded. Use to get a value for current client Gets the text control that most recently had the keyboard focus, unless that text control has been destroyed. May be Null. Changes are guarded. Note that this property does not lose its value if focus wanders off to some tool window or another frame of such a kind. Use to get a value for current client Legacy wrappers to expose the collections and property changes as raw CLR events. Gets the list of all the text controls that currently exist. Could be modified on the primary thread in the guarded context only. Tracks the list of text controls currently visible on screen. There is no specific order on the text visible controls. This collection is live. Creates a new text control for some document (there might be multiple text controls for the same document). For backend-frontend setups, this only creates the backend part of the text control. To create a front part, e.g. a custom control for placing into a view, use or its BeControls counterpart. To create a mock instance, use . To open a regular editor tab in the IDE, use the Editor Manager which opens a path or a project file properly. Technically, this spawns a instance, places onto the transport text controls list (from backend side), and assigns it an ID. The backend text control interface and services are then created for it automatically. Frontend-initiated text control creation, such that when a tab happens to open in the IDE, adds a to the protocol-synced list from the front side, and then backend entities are created as usual, so this method does not get called in this scenario. Defines when your text control will be removed from the running text controls list. The document for which a text control is being created. The document is attached to a text control once and forever, and cannot be changed. The newly-created text control. This method either throws an exception or returns a valid text control. Geta a running text control by its , if that text control is currently present in list. The scrolling parameters of the text control, both for quering and manipulating. Gets the list of document ranges which are missing from the text view (for example, were collapsed). The implementation tries to list such ranges within the . Ranges outside of the viewport are not intended to be listed, but might be present for some distance (for better behavior when scrolling happens). Ranges within the viewport might not be listed accurately if (a) they have just changed or scrolling has just happened or (b) there're too many ranges, and smallest of them have been dropped to limit traffic. So, characters that are visible might be briefly reported as missing, and some characters that are not visible might be not reported at all. This does not take horizontal scrolling into account, chars beyond the right edge would not currently be reported. The ranges are expected to be normalized, non-overlapping, non-touching, and sorted. Gets the owning text control. Gets the area that the viewport covers over the extent (the whole imaginary field of the scrollable content whose part is visible in the viewport), in the form of a document or text control range. Note that the column number or virtual spaces delta is not applicable to this range because the visible columns set varies with lines. Only lines are taken into account. Scrolls the view to make the visible in the viewport, placing it based on the . Gets or sets the selection ranges. There is guaranteed to be at least one selection range. If there is no selection, this is a single zero-length range at the caret position. If a single continuous range is selected ("stream selection" in VS), there is a single range whose is the anchor end of the selection and is its active end. If the selection is not continuous (e.g. "box selection" in VS), there is a set of continuous selection ranges, without any particular order, but the first range in the array begins in the anchor point, and the last range in the array ends in the active point. In short, this is the non-empty array of continuous selection ranges where First().Start denotes the anchor end of the selection (the fixed point of shift+arrowkeys selection), and Last().End is the active end of the selection, ie the caret location. Note that neither ranges nor range ends are ordered against document offsets. Gets the owning text control. Collapses the selection, making the selection range empty and located at the caret location. If True, collapses to selection anchor point (). If False, collapses to selection active point (). Converts text control selection to array of These ranges could be non-normalized (either shift+left selection or box selection alt+shift+left or multi-caret selection) Attempts to set the text control selection to the given range. The denotes the anchor end of the selection (the fixed point of shift+arrowkeys selection). The is the active end of the selection, ie the caret location. For multi-range selection, see docs on for layout. Text editors support. Provides various UI framework-related information about the text control. Gets the class that represent the frame that sites the text control. This frame knows whether it's visible on screen, and sometimes it can cause the environment to switch so that the frame became visible. In Visual Studio, an example of such frames is an editor tab or a tool window, in which case this implementation is based on the VS Window Frame interface. Gets whether the window is currently focused. This property is guarded, which means that all of the property changes will only occur in the guarded context. Gets whether the window is currently visible onscreen, which tries to take into account not only the visibility flag of the text control window, but also whether the window layout allows the text control contents to be visible onscreen. This property is guarded, which means that all of the property changes will only occur in the guarded context. Even though is also available thru the , its value is not synchronized with . This particular property is guaranteed to be high when the text control has keyboard focus, while the frame only reflects what it knows about the environment. Sometimes they do not agree, because not all of the Visual Studio implementation is accurate in details. Fires when any key (including non-character modifier keys, like Ctrl and Shift) is pressed or released in the text control. Fires when a mouse button is pressed in this text control. You can cancel event processing by default text control mouse handlers by raising . Fires when a mouse cursor is moved over text control (or outside, if mouse is captured). You can cancel event processing by default text control mouse handlers by raising . Fires when a mouse button is released in this text control. You can cancel event processing by default text control mouse handlers by raising . The unified event for mouse and keyboard text control events. Fires an event when mouse enters the viewport, leaves the viewport, moves, changes button state, or when the modifier keys state changes while either mouse or focus is within the text control viewport. Gets the owning text control. Creates an anchoring rectangle for the viewport of the text control. You must dispose of the value after use. Supposedly, creating a new anchor is cheap after you ask it for the first time on this text control. Calling this function for learning the viewport screen coordinates is OK. Tries to make True. Even if successful, might not apply immediately, as the changes to the occur in the reentrancy-guarded context only. Tries to make True. Even if successful, might not apply immediately, as the changes to the occur in the reentrancy-guarded context only. Switches between and with a boolean param. Describes the Jet Action Bar Editor Margin, which is optionally shown next to the Gutter Margin on the left of the text editor. If this product enables the use of the Jet Action Margin. If not, it's always off. Create a live property which changes in the main thread. Can call free-threaded.. Does not take into account manual suppression, see . Cheap one-time check of the same as . Does not take into account manual suppression, see . A key for user data on either document or text control to disable gutter margin on it. Represents an anchor in the text editor. A marker for the range. Anchors to the given range on the given text control. Anchors to the given range on the given text control. Gets or sets the range whose rectangle is tracked. Gets the text control to which the range belongs. Creates an anchoring rectangle on the character at the beginning of the line. The text control. An offset in the text control. The beginning of the line containing this offset at the moment of the call will be tracked. Creates an anchoring rectangle that anchors to the place where the caret was at the instant of the call. “Static” means the anchor would update to accomodate for changes in the document, but won't track caret movement. Creates an anchoring rectangle that anchors to the place where the selection margin was at the instant of the call. “Static” means the anchor would update to accomodate for changes in the document, but won't track selection changes. Needs a read lock for manipulating the document, called from UpdateAnchor in a guarded context. Implementation of for . Stuff around that you can only do on backend. On backend, gets the live list of text control objects currently serving the views. Creates text control instances on backend. Creates a new text control for some document (there might be multiple text controls for the same document). For backend-frontend setups, this only creates the backend part of the text control. To create a front part, e.g. a custom control for placing into a view, use or its BeControls counterpart. To create a mock instance, use . To open a regular editor tab in the IDE, use the Editor Manager which opens a path or a project file properly. Technically, this spawns a instance, places onto the transport text controls list (from backend side), and assigns it an ID. The backend text control interface and services are then created for it automatically. Frontend-initiated text control creation, such that when a tab happens to open in the IDE, adds a to the protocol-synced list from the front side, and then backend entities are created as usual, so this method does not get called in this scenario. Defines when your text control will be removed from the running text controls list. The document for which a text control is being created. The document is attached to a text control once and forever, and cannot be changed. The newly-created text control. This method either throws an exception or returns a valid text control. Does for . Shows a tooltip at the text control caret location. Arguments for text control events. Create. Point is known, keys/button states are queried from system. Create. Set to True if you'd like to prevent default handlers from processing the message. Which keyboard modifier keys and mouse buttons were pressed when the event was fired. Mouse cursor position when within the text control viewport, in viewport-relative (logical? device? it's currently undefined) pixel coordinates. A NULL value means that the mouse pointer is outside the text control viewport. Mouse cursor position, in text control coordinates. Might be NULL if outside text control. Gets the number of times the button was clicked (if applicable). The originating text control. Gets if the has any mouse button down. bits from . States whether mouse cursor is located outside text extent. Gets the arguments corresponding to the current mouse position onscreen and keyboard state. Might be outside the text control. Base impl implements half the API thru the other half. Probably will be removed, because duplicated API is a temporary measure. Base common impl. In case the text control does not support applying continuous selection, calculates the minimum spanning range and arranges its ends so that the first point is the anchor and the second is the active one. The anchor and active are determined from the given ranges in the same way as on . Tells whether the selection is non-empty. Otherwise, the selection range will be placed at the position. Sets selection to a range given in the document coordinates. Sets selection to a range given in the document coordinates. With stream selection, returns the selected range. With box selection, the result is undefined. Do not use. Replace with other methods when seen (IsDisjoint, UnionOfDocRanges, OneDocRangeWithCaret). Gets whether selection cannot be represented as a single continuous range, but is instead a set of disjoint ranges. This is a case with box ("vertical") selection in VS. Gets a document range spanning all of the selected characters. The range is normalized (start offset is smaller than end offset). If there is no selection, returns a zero-length range positioned at caret. If there is single selected character range, returns it normalized (caret might be at either end). If there are multiple disjoint selected ranges, returns the minimum spanning range. Caret might be at either end or inside the range. Use in features such as Comment Line where only the lines participating in the selection are important. Gets a document range spanning all of the selected characters. The range is normalized (start offset is smaller than end offset). If there is no selection, returns a zero-length range positioned at caret. If there is single selected character range, returns it normalized (caret might be at either end). If there are multiple disjoint selected ranges, returns the minimum spanning range. Caret might be at either end or inside the range. Use in features such as Comment Line where only the lines participating in the selection are important. For a possibly-disjoint selection, gets one of its ranges that contains the caret. The range is normalized (start offset is smaller than end offset). If there is no selection, returns a zero-length range positioned at caret. If there is single selected character range, returns it normalized (caret might be at either end). If there are multiple disjoint selected ranges, one of them such as that the caret is inside that range (at one of the ends, I guess, but won't bet on that). Box selection should be supported directly in most features. While this isn't the case yet, some features interested in just the selected range around caret could use this range. For a possibly-disjoint selection, gets one of its ranges that contains the caret. The range is normalized (start offset is smaller than end offset). If there is no selection, returns a zero-length range positioned at caret. If there is single selected character range, returns it normalized (caret might be at either end). If there are multiple disjoint selected ranges, one of them such as that the caret is inside that range (at one of the ends, I guess, but won't bet on that). Box selection should be supported directly in most features. While this isn't the case yet, some features interested in just the selected range around caret could use this range. Selection has an active and an anchor end. Active end is where you have the caret. Anchor end is the end that does not move when you do shift-selection. Selection has an active and an anchor end. Active end is where you have the caret. Anchor end is the end that does not move when you do shift-selection. Returns the selected text. The list is always non-null, but might be empty if there's no selection. Text controls keep hard reference to IDocument so they have to notify it's locked by them. Maintains the list of currently opened text controls. Gets the list of all the text controls that currently exist. Could be modified on the primary thread in the guarded context only. Base implementation for . In the window frame bag, identifies the text control attached to the window frame. Guarded set/clear. Initializes a new instance of the class. Legacy wrappers to expose the collections and property changes as raw CLR events. Gets the list of all the text controls that currently exist. Could be modified on the primary thread in the guarded context only. Tracks the list of text controls currently visible on screen. There is no specific order on the text visible controls. This collection is live. Aggregates properties on the , such as the list of text controls currently visible, the text control to currently have focus, etc. Gets the text control that most recently had the keyboard focus, unless that text control has been destroyed or we have left the window frame that holds the text control. May be Null. Changes are guarded. Note that, unlike , this property resets to Null when the focus wanders off to some tool window or another frame of such a kind. Gets the text control that currently has the keyboard focus. May be Null. Changes are guarded. Gets the text control that most recently had the keyboard focus, unless that text control has been destroyed. May be Null. Changes are guarded. Note that this property does not lose its value if focus wanders off to some tool window or another frame of such a kind. Tracks the list of text controls currently visible on screen. Like , but hosts legacy stuff like plain event and property wrappers for the retained-state data points. Gets the text control that currently has the keyboard focus. May be Null. Changes are guarded. Fires when the caret moves in the focused text control. Note: there're no caret move arguments because the event is also fired when the active text control changes. When a new transport text control is added (either from backend or frontend side), it gets wrapped with an interface on the backend side, with all the attached as appropriate. Context information about typing Gets the text control we're typing in. Gets the character that were typed. Gets the text control we're typing in. Allows other handlers to operate. Handlers operate in a chain. You might do your handling before remaining handlers, after them, or instead of them, based on whether and when you . Requests write access for the document of the . Context information for . Gets the character that were typed. When typing happens in a text control, at first all registered typing handlers are called (features' special processing for the typing). Finally (unless prevented), it falls back to the text control, which sends it to the text control frontend to do the real thing (say, add a character to the document and advance the caret). This class manages around this final handler in backend text control user data, specific to each backend text control instance. The creator of a text control should put this handler. This class registers itself as the final handler and dispatches to the user data given object. Storage key on the text control instance. Manages typing handlers over text controls. Copy-on-write list of handlers. Sorted backwards, because we call handlers starting from tail. Priority: int.MinValue + x - for skipping assists -10 000 + x - for read-only before/after handlers, such as automatic code completion -1 000 + x - for modifying before/after handlers, such as synchronized changes trackers (ChangedTagNameTracker) 0 - for usual assists int.MaxValue - for final handlers (VS or text control) An extensibility point to notify provided handler on typing event when modification isn't necessary. When after value is true you will be notified after the IDE processes the typing event, before otherwise.