JetBrains.Platform.ViewModels

Rendering aspect.

Content.

Creates the painter over a rich text. If the text contains line breaks, it's split into several lines.

Creates the automation over a rich text block.

Gets or sets the content. Must not be Null.

Gets or sets the rendering aspect. Must not be Null.

Gets or sets the icons. Must not be Null.

Rendering aspect.

Content.

Creates the painter over a rich text. If the text contains line breaks, it's split into several lines.

Creates the automation over a rich text block.

Gets or sets the content. Must not be Null.

Gets or sets the rendering aspect. Must not be Null.

This is the root Internal page. Only visible when running in Internal mode.
To add your own Internal options to this page:
• If they're veeeery common (declared in Shell or ViewModels), you can add right here.
• Got just a few options in your feature — you can declare a child page in your feature with of . Your options would be embedded right into this page.
• Got a lot of options — consider making a regular subpage under this one.
• Alternatively, you can put stuff to R#'s main Internal Page. It's like a mass grave for internal options.

The timer is not running when app does not have focus, the value might not be accurate.

Defines so-called Empty Content for a multi-instance (tabbed) tool window to show when there are no tabs. Generally, it names the feature, tells why the window is empty, and how to invoke the feature related to this tool window. To use with your tool window: • Inherit a record class with a default ctor, passing all the parameters to the base initializer. • For shell-scoped tool windows, set it to your tool window descriptor's . • For solution-scoped tool windows, if you want to only show this hint when a solution is open, wrap your type with SolutionToolWindowContent when setting to .

Caption-like text which names the feature and tells there's nothing to view. Example: “No hierarchies open”. Identifies an by its class. This action is supposed to execute the feature which makes the tool window useful. Optional. If is defined, sets the text after the action name which explains what and why will happen. Pattern: “Use [action menu location and shortcut] [this text here]”. Example: “on an item to see its hierarchy”. A fallback for the case when you absolutely cannot reference the action by its type (e.g. dependencies are convoluted). Preferably, streamline the dependencies so that you could reference the entities you are mentioning. If not possible, make a string constant, use it as an explicit action id, and put to this parameter.

Caption-like text which names the feature and tells there's nothing to view. Example: “No hierarchies open”.

Identifies an by its class. This action is supposed to execute the feature which makes the tool window useful. Optional.

If is defined, sets the text after the action name which explains what and why will happen. Pattern: “Use [action menu location and shortcut] [this text here]”. Example: “on an item to see its hierarchy”.

A fallback for the case when you absolutely cannot reference the action by its type (e.g. dependencies are convoluted). Preferably, streamline the dependencies so that you could reference the entities you are mentioning. If not possible, make a string constant, use it as an explicit action id, and put to this parameter.

Defines so-called Empty Content for a multi-instance (tabbed) tool window to show when there are no tabs. Generally, it names the feature or tells that there's nothing to show in the view at the moment. If the feature which owns your window has a related action to trigger the feature and make the window useful, mention the action with . To use with your tool window: • For shell-scoped tool windows, set it to your tool window descriptor's . • For solution-scoped tool windows, if you want to only show this hint when a solution is open, wrap your type with SolutionToolWindowContent when setting to . • For simple text, you can use this type directly and set the text to . • For dynamic text (e.g. globalized), inherit a record class with a default ctor, passing the dynamically computed text to the base initializer.

Session object for controls which can react either on mouse down or click, and backend decides which should happen. Backend gets a signal on mousedown and responds with this session. 1) Backend does not want to handle either mousedown or clicks at this moment — returns NULL session object (). 2) Backend wants to open a drop-down menu, which should happen on mousedown (so that mouseup on a menu item triggered the menu action, all with a single click) — returns a session object with set to False (). 3) Backend wants to execute an action on click (mousedown + mouseup) — returns a session object with set to True and sinks , which will be called only if the click is completed with a valid mouseup within the control. The task of the click handler should complete after click handling is done, frontend won't process further clicks until this one completes ().

Backend wants to open a drop-down menu, which should happen on mousedown (so that mouseup on a menu item triggered the menu action, all with a single click) — returns a session object with set to False.

Used by rd reflection serializers.

Backend does not want to handle either mousedown or clicks at this moment.

Backend wants to execute an action on click (mousedown + mouseup) — returns a session object with set to True and sinks , which will be called only if the click is completed with a valid mouseup within the control. The task of the click handler should complete after click handling is done, frontend won't process further clicks until this one completes.

Lifetime for watching the session for a click event.

Used by rd reflection serializers.