- Prior to this we had a `BackgroundDocumentGenerator` that would constantly be updating generated code containers. With this changes we've changed the details in how a `GeneratedCodeContainer` can be mutated. It can now be touched from any thread and is updated when an underlying `DocumentSnapshot` has available content. However, if a generated output comes through that's older then the last seen output we no-op.
- Removed `BackgroundDocumentGenerator` SetOutput logic.
- Updated tests to react to new behavior of `GetGeneratedOutputAsync`.
- Added new test to verify getting generated output results in the setting of the host documents output.
- VisualStudio defaults to adding a `<none>` link item when right click -> add existing item for Razor files; therefore, this also includes the knowledge of the "None" item group when finding Razor files.
- Added unit and functional tests to verify the new `FallbackRazorProjectHost` behavior.
- Added new schema items to represent the `Content` and `None` item type information (pulled from the project system repo).
#2373
This change intoduces content changes to our project snapshots. We now
know the open/closed state of documents that are initialized by the
Razor project system and listen to the correct data source based on
whether the file is open in the editor.
There are a few other random improvements in here as well like a
workaround for the upcoming name change to our OOP client type.
- MEF is the primary means of resolving the new live share provider therefore we allow it to not be registered.
- The new contract is in the Editor.Razor binary so the LiveShare bits don't have to take the dependency on the windows binary in Razor (has a lot of baggage).
- This is specific to live share but providing a generic way to resolve workspaces didn't seem reasonable given the varying expectations in VS4Mac. If we need to make a more generic solution in the future we'll revisit this; for now this is a straight forward inclusion of live share functionality.
- Added tests to validate the new behavior.
- This unblocks the live share scenario of resolving the remote workspace. We can't rely on the projection buffers to provide the correct workspace because that workspace is wired up too late in the process of opening a Razor file.
#2335
The project snapshot now maintains a RazorProjectEngine as well as set
of Tag Helpers that are known for that snapshot.
Pivoted some more services to be snapshot-centric.
Also added the ability to track .cshtml documents to the project system.
For now most components just ignore document changes.
- Tied into VS4Macs ProjectExtensions in order to bootstrap our Razor world.
- We currently watch all DotNet projects with the expectation that they're the only ones that can potentially turn into Razor compatible projects.
- Added a fallback Razor project host which is used for pre-Razor SDK Razor versions (< 2.1).
- Added a default Razor project host which consumes all MSBuild data from the users packages and sets up the Razor world accordingly.
- Had to modify some existing contracts to work better with new expectations. one of these was the VS4Mac specific Workspace accessor; essentially we needed to be able to lookup a workspace from a solution.
- Some of our previous expectations about addins were wrong (not being able to directly reference your libraries). To avoid using reflection to bootstrap our types I tried out directly referencing our libraries and all worked fine.
- Refactored the DefaultRazorProjectHost in windows (since we had to in Mac) for testing purposes.
#2081
Step 1: Add HostProject
This is a somewhat complex addition to the ProjectSnapshotManager. Now
that we accept updates from the underlying IDE project system we need to
coordinate those with the Workspace.
This means that ProjectSnapshot itself now also has a version concept.
Step 2: Introduce a new project system based on CPS
We use project capabilities defined by the Razor SDK to determine
whether to rely on MSBuild evaluation to detect the configuration or
whether to fallback to assembly-based detection.
Step 3: Flow RazorConfiguration everywhere
We use now expose the RazorConfiguration to the language service and
editor. This means that we no longer need to detect the project's
configuration asynchronously, it happens much faster now.
- Updated the a `VisualStudioWorkspaceAccessor` API in windows to enable the factory to retrieve a workspace given a text buffer.
- Added a way to add test services to `AdhocWorkspace` so we can test against services being retrieved from a `Workspace`. This will be much more common once we rely on services coming from `TextBuffer`s in our other tooling pieces.
- Added tests for the default workspace provider.
#1989
- The `ForegroundDispatcher` needed to be accessible by services without requiring a workspace; given that it doesn't have any ties to the `Workspace` other than being a service of one I was able to move it into a MEF service.
- Updated all workspace inclusions of the dispatcher to use importing constructors instead.
- Updated the Mac + Windows implementations to be exported as MEF pieces.
#1979
- Prior to this we weren't overriding the `GetTagHelpersAsync` method resulting in our TagHelper discovery being executed in-process.
- Removed legacy `ITagHelperResolver` legacy types.
- Added a `FileChangeTracker`, `FileChangeTrackerFactory` and corresponding implementations. These types now enable us to implement Windows and Mac file change tracking instead of replacing the entire import manager.
- Changed the import manager to be a Roslyn based service.
- Moved import manager implementation to the editor.razor assembly now since it no longer depends on windows.
- Updated import manager unit tests.
- Added import manager integration test
- Added file change tracking tests.
#1804
- Removed the `Microsoft.VisualStudio.Language.IntelliSense` dependency from `Microsoft.VisualStudio.Editor.Razor` because it isn't supported in VS for mac.
- Replaced `ICompletionBroker` usage in the VS agnostic dll with a new abstract type `VisualStudioCompletionBroker`. This also enables us to implement completion
- Added Mac implementation of new `VisualStudioCompletionBroker`.
#1789
- Moved the `BraceSmartIndenterFactory` into the `Microsoft.VisualStudio.Editor.Razor` assembly so it can be used on Windows and Mac.
- Changed how the factory is exported since its only used internally. It now uses Roslyn services in the context of a Razor language service to be consistent with how the rest of Razor works.
#1789
- Made `RazorTemplateEngineFactoryService`, `TagHelperResolver`, `RazorDiagnosticJsonConverter` and `RazorLanguageServiceException` internal.
- Deleted all items in the Legacy folder in VisualStudio.LanguageServices.Razor and `RazorLanguageServiceException`.
#1762
- Internalized the core implementation of `EditorSettingsManagerInternal`.
- Added a `VisualStudioWorkspaceAccessor` to enable the `Microsoft.VisualStudio.Editor.Razor` project to have access to the current workspace. Only added the Windows specific implementation of this type since the VS for mac implementation will require infrastructural work to make happen.
#1762
- Changed `ReparseAsync` to be `QueueReparse`. It's now async void to not give the misconception that it blocks until a reparse has been completed.
- Removed `IContextChangedListener`. People can get the same effect of the interface by retrieving the document tracker interface via the `RazorEditorFactoryService` and then when its context changes getting the parser.
- Exposed `TryGetParser` to aid in replacing `IContextChangedListener`.
- Updated tests to not rely on `IContextChangedListener`.
- Built a design where there's a singleton `EditorSettingsManager` that handles the "current" settings state in the world. When it detects that settings have changed via an update method being called it dispatches a `Changed` event.
- Exposed editor settings on the document tracker. When the editor settings change the document tracker dispatches to any listeners that its context has changed.
- Added tests to validate all the various settings management.
#1718
- Exposed `VisualStudioRazorParser`, `DocumentStructureChangedEventArgs` and `ICanHasContextChangedListener` as ways to consume the new parser for a Razor document.
- Split the `VisualStudioRazorParser` into an abstract base and an implementation to avoid internal constructors.
- Changed the parser and corresponding smart indenter to take in document trackers, template engine factories and parser context change listeners. Of these additions the parser context change listeners will be deprecated once we own the TagHelper discovery mechanisms.
- Changed how the parser manages its internal parsing life cycle. It now creates template engines when the document tracker tells it to. So when project changes happen or new documents are opened the parser will re-instantiate its internal parser to ensure that it is parsing against the correct configurations.
- Removed all accessor services in favor of a singular RazorEditorFactoryService. This service is responsible for retrieving/creating various Razor components.
- Changed the code document provider to now use the parser provider in order to locate code documents associated with buffers. Prior to this that logic was hard coded.
- Removed old template engine reconstruction logic in the document tracker now that the parser owns that piece.
- Updated tracker to notify listeners when it's unsubscribing. This is how listeners can know when to tear bits down.
- Refactored/added pieces to the `DefaultVisualStudioRazorParser` in order to improve its unit/integration testing ability.
- Updated existing tests to react to new signatures.
- Added new visual studio razor parser tests, uncommented existing ones, and re-enforced ones that were previously flakey.
- Added various tests for the new services added, i.e. text buffer factory service tests.
#1630
- Added a standalone brace smart indenter that listens to `ITextBuffer` changed events to determine when a brace completion event needs to be handled.
- Added methods to deal with getting document trackers from `ITextBuffer`s.
- Added a `BraceSmartIndenterTest` and `BraceSmartIndenterIntegrationTest` to verify all parts of the smart indenter.
- Moved private test infrastructure classes into their own files and expanded on their functionality to enable the brace completion smart indent scenarios.
#1538
N. Taylor Mullen
Ryan Nowak
Ryan Nowak
Ajay Bhargav Baaskaran
Nate McMaster