- Updated existing singly occurring tests that verified that the directives must occur prior to any content to be theories that tested the joint "file scoped" behavior of the usage.
- Added tests that validate `FileScopedMultipleOccurring` can have duplicate directives without erroring.
#1377
- Added an inner pass inside of the intermediate lowering phase to determine which directives get flowed to the final document. There were many ways to accomplish this but in order to keep the last wins mechanic for non-auto imported directives I had to let the directives get created and then removed based on if they were inherited.
- Added error case if a user attempts to import a block directive with a `FileScopedSinglyOccurring` directive usage.
- Added test cases that validate directives are properly inherited at the intermediate lowering phase.
- Updated a few tests that had incorrect assumptions.
- Left the default directive passes alone in regards to determining the "imported" directive to enable users to add their own model, inherits, etc. directives that take precedence.
- Normalized the passes in the intermediate lowering phase to handle directives identically (we don't conditionally lower anymore).
#1376
- Updated integration code gen and IR bits to reflect new directive usage.
- Updated existing unit tests that happened to test directives in code blocks to now test what happens when they exist at the document level. Being inside of a code block is now invalid and we have separate tests for that scenario.
#1376
- Added `DirectiveUsage` to enable extensible directive authors to indicate how their directives should be used. Currently support `Unrestricted` (how section directives have always worked) and a file scoped singly occurring directive.
- Added directive parsing tests.
- Removed no longer used `BlockKindInternal` items.
#1376
- Added error case that enforces whitespace in between directive tokens.
- Upon encountering invalid directive tokens/states we bail out of parsing and log an appropriate error.
- Raised directive parse errors to the IR layer. This is slightly hacky given the parsers limitations; we swap out the error sink temporarily to capture all directive parser errors and then shove the errors collected onto the directives chunk generator.
- Added a `MalformedDiretiveIRNode` and corresponding pass to represent directives that are in an invalid state. Chose to not take the path of using the default `DirectiveIRNode.Diagnostics` member to enable users who are extending directives to only ever have to work with "valid" directives. If they want to work with malformed directives they can search the IR document for their malformed counterpart and handle it separately.
- Updated existing test expectations
- Removed some existing tests that were no longer valid (we don't call into user code if a directive is malformed).
#1173
- Added a `Diagnostics` and `HasDiagnostics` properties to `RazorIRNode`. The `HasDiagnostics` property was necessary in order to traverse nodes without forcibly instantiating their diagnostic lists.
- Added `GetAllDiagnostics` extension method for `RazorIRNode` to provide a way to retrieve all diagnostics that exist on and under a `RazorIRNode`.
- Updated `RazorIRNodeWriter` to display any diagnostics that exist on IR nodes.
- Internal `RazorIRNode`s do not have mutable `Diagnostics` because we don't currently add diagnostics to these elements.
- Added `DefaultIRLoweringPhaseTest` to validate that errors flow from syntax tree to IR document. Also added a missing test.
- Updated the `CSharpLoweringPhaseTest`s to properly validate that errors flow from IR document => csharp document. This resulted in movement of code to the ir lowering phase tests.
#1412
- Added a `DirectiveTokenEditHandler` to enable IntelliSense for invalid namespace tokens.
- Added tests to verify new `DirectiveTokenEditHandler`.
- Updated test expectations for `DirectiveTokenEditHandler`.
#1393
- Updated our `QualifiedIdentifier` to properly parse invalid namespaces. This is more consistent with how the rest of the system works; we consume tokens until we determine if we're in an invalid or valid state. If invalid, we log an error and put back all invalid tokens for the parser to treat as non-directive tokens.
- Added unit tests to validate our extensible directive system can handle malformed namespace tokens at EOF and inline.
- Added a code gen test for Razor.Extensions to prove we've fixed the underlying issue for our `@namespace` directive that crashed VS.
#1393
- Updated tests to validate expectations.
- Added two additional tests to validate extensible directives and built-in directives get start at line verification.
- This moves ParserContext closer to operating on a RazorSourceDocument and exposes it at the parsing layer.
- Was not able to replace the `ITextDocument` property on `ParserContext` due to its current wiring. Our tokenizers rely on a single reader that iterates over the document and take turns tokenizing characters from that reader. The reader that the tokenizers pull from is also highly coupled with the parsers implementations; they end up moving the readers pointer frequently.
- Renamed many of our `RazorSourceDocument` abstractions to not include the word `Razor`.
- Added a `GetChecksum()` method to `RazorSourceDocument` to allow source documents to compute their own checksums.
- Re-generated codegen tests that did not normalize new lines. Ones that did re-generate newlines converted from stream => string => normalized string and then ran the Razor parser.
- Added tests to validate `GetChecksum` for all source document types.
- Removed unused `LegacySourceDocument`.
- Went from `typeName __Generated__SomeViewComponentTagHelper.PropertyName` to `typeName SomeViewComponentTagHelper.PropertyName`.
- Updated `TagHelperBoundDescriptorBuilder` to allow setting of `DisplayName`.
- Added `TagHelperBoundAttributeDescriptorBuilderTest` class to verify new `DisplayName` additions.
- Updated `ViewComponentTagHelperDescriptorFactoryTest` expectations.
#1251
- Replaced the magic strings with extension methods that produce the same behavior as the string keys did.
- Added tests to validate new extension methods.
#1307
The new @namespace directive isn't sanitizing class and namespace names
when generating them. This means that a file-system-legal character like
'-' will show up in a class name, and that's not good.
Note that the old code paths (document classifiers) already had tests for
this and did it properly. It was only missing from @namespace.
- Went from `__Generated__SomeViewComponentTagHelper` to `SomeViewComponentTagHelper`.
- Updated `TagHelperDescriptorBuilder` to allow setting of `DisplayName`.
- Added `TagHelperDescriptorBuilderTest` class to verify new `DisplayName` additions.
- Updated `ViewComponentTagHelperDescriptorFactoryTest` expectations.
#1251
- Without a directive string token having a `SpanKind.Code` it cannot have any sort of C# coloring associated with it.
- Updated tests to reflect new `SpanKind` expectations.
#1269
Created internal + public versions of
- BlockKind
- SpanKind
- AcceptedCharacters
That way these types are only exposed through the VS apis and not
through the runtime API surface.
Also deleted RazorEditorParser. Yep. It's going to take significant work
to just port it to the language services assembly. Let's reevaluate this
when we get closer to the next foundational update.
- Instead of rendering a null assigning statement for a type token we now render a `default(TTypeToken)`. With this approach type tokens can be value types without creating a design time error.
- Re-generated baseline files to reflect new directive token code generation.
#1176
- Split line mapping validation into its own method.
- Prior to this we were calling the wrong method in our design time code generation integration tests within the Razor.Extensions test project.
- Re-generated line mapping baselines to conform with the cshtml files for Razor.extensions code generation integration tests.
#1351
This change adds an API for Tag Helper discovery.
I also got rid of the 'design time' flag for the provider as an
experimental change. We need to think through the consequences of this
before committing to it. Right now I've left those tests failing until we
can make a decision.
This change decouples VCTH discovery a bit more, but we're still not ready
to move that into a the MVC extensions assembly. For that we need the
ability to discover the MVC extensibility.
- This makes it so if you have catch all `TagHelperDescriptor`s their completions don't apply to every existing completion. Instead, they now only apply to already TagHelperified completions and existing completions that are prefixed with a non-empty TagHelperPrefix.
- Updated existing test to have new expectations.
- Added new test to validate non-empty tag helper prefix case.
#1230
This change removes the default usings for 'System' and
'System.Threading.Tasks' and adds them to the MVC template engine.
This is preparation for removing this feature from the razor options, I
wanted to get all of the intentional diff out of the way.
This is a MEF service that can actively or passively track open ITextViews
and give us information about the Razor initialization state and eventing
when it changes.
The purpose of this is to act as a bridge between the VS mef world and the
roslyn world.
For now this doesn't do any passive tracking of Razor documents, it's only
on demand. That means it will only be initialized and used right now when
you are using the Razor developer tools. This is just to reduce our risk,
it's not ideal to ship code in VS that's doing something without anyone
looking at the result.
- Moved the type out of the Legacy namespace.
- Renamed the types method to `GetBinding` since `TagHelper` is now inferred.
- Updated test names to reflect new method/class name.
- Updated product code variables to reflect new naming (provider => binder).
#1289
- Added a `GetAttributeCompletions` API that's consistent with current Razor's editor expectations.
- Added unit tests to validate all code paths of the new `GetAttributeCompletions` method.
#1120
- These tests validate that our extensible directives do not have code that explodes when an incomplete directive is encountered. This is typically the case when a user is in the midst of typing a directive at design time.
- Added an extensions test and a language test.
#1271
- This involved not using the `First()` method when reading the directives tokens.
- Added two tests to validate an empty directive token and a missed directive token for the `@namespace` directive.
#1268
- Found that our extensible directive string parsing system wasn't consistent with the rest of the extensible directive tokens. Basically, if there were malformed string tokens we'd consume them and pass them along to extensible directive passes. This was a big no-no because it means extensible directive passes weren't able to rely on tokens being passed to them being well-formed.
- Fixed up existing extensible directive tests that relied on output of string tokens.
#1247
- Added C# 7 test to validate questionable features work end-to-end.
- Had to add several explicit package references to let our VS specific packages work as expected.
#1046
- Made a targeted fix to PageDirective that stops it from crashing Visual Studio when its malformed.
- Added unit test to validate PageDirective didn't throw when attempting to determine if something was a page.
- Added an integration test to validate malformed page tags can make their way through the entire Razor pipeline and don't destroy the rest of the content.
#1247
- Prior to this change we'd try to substring a TagHelper directive with length 1 but our substring call would be for -1 (explosions).
- Added tests to validate that `@tagHelperPrefix`, `@removeTagHelper` and `@addTagHelper` all behave properly when they have malformed quotes.
#1242
- Prior to this TModel would be set to a potentially non-fully qualified name. This would cause errors in default MVC templates.
- Regenerated test files to reflect new TModel.
- Updated unit test to reflect new behavior.
#1222
- Prior to this if you had a `TagHelper` whos output hint was not in the final form of the completions we'd fall through into a schema check which resulted in a completion being added when it shouldn't. Example: `TagHelper` for `my-tr` that has an output hint of `tr` would end up getting added to the completion list under `body` because `my-tr` was not in the schema and would then be treated like the `environment` `TagHelper` (a new element).
- Added a test to validate that `TagHelper`s with output hints are cross referenced vs. existing completions and do not fall through to a schema check.
#1225
- We don't want tooling applying tag helper prefix to what we deem `TagHelper`s. Ultimately we should consume all the necessary data and do that work.
- Added two tests to validate that we're applying tag helper prefix to `TagHelper` element completions for catch-all's and non-catch-alls.
#1224
- Prior to this catch-alls were explicitly ignored not to populate the IntelliSense with an excess amount of `TagHelper`s. To maintain backwards compatible expectations this commit reverts that expectation.
- Scoped an existing test to only test its primary scenario.
- Added a new test to verify that catch-alls accurately apply to all completions (including dynamically added ones).
#1219
The problem is that @inject uses the type name, and @namespace can change
it. Setting an explicit order makes sure that these things happen in a
sensible sequence.
- Prior to this removing the `__RemoveThisBitTo__` wasn't sufficient to generate baselines; reason being the constants were defined in the wrong assembly. Since we moved test infrastructure bits around the constants needed to follow.
- Added a new `TagHelperCompletionService` which can be queried for information on what completion information should be provided.
- Added tests to validate the completion service's expectations.
- Fixed an issue where `TagHelper`s with output hints that did not exist in a passed in completion would never be highlighted as `TagHelper`'s; even when their primary targeting element was already in the element completion list.
#1181
This change adds support for @namespace, and introduces a set of
changes that are needed to support @namespace in the parser.
@namespace and @class have always been treated as reserved words by Razor,
with the intent that someday they would be allowed as directives.
This changes makes that possible.
You will still get an error about @namespace being a reserved word if you
don't have the directive.
- A `null` parent tag in all of our other API represents "any" parent tag, or in this case "root". Prior to this change we'd expect the caller to do their own verification of the parent and then assume all `TagHelperDescriptor`s are valid; this isn't sufficient because only our code base should have that knowledge.
#1188
- Prior to this change the `TagHelper` parsing would strip the opt-out character (`!`) from tag names that got passed to the TagHelper matching services. At design time this proved to be a problem because they have their own understanding of the HTML document and only pass us full tag names (names that include `!`). This changes the matching conventions to immediately return false if a tag name is seen to contain the `TagHelper` opt-out.
- Added two `DefaultTagHelperFactService` tests to verify that tag names with opt-out prefixes are denied `TagHelperDescriptor`s.
#1186
This change adds support for accepting a namespace name in extensible
directives. This will be needed for the @namespace directive.
Implemented new parsing and codegen for namespaces using nameof().
Also fixed any issue where we were not global::-qualifying object where it
was used in the design time code for tokens.
- Prior to this change default imports would get line pragmas generated for them because thye'd have a source location but no file path (they were a dynamic document).
- Re-generated C# files to reflect new line pragma changes.
#1110
- The lazy addition of namespaces gives the main document lowering phase an opportunity to add source location information which we then add after the main lowering.
- Re-generated csharp to capture addition of using statements that were previously overridden by defaults/imports.
#1174
- We were generating line pragmas for using directives but not line mappings. This resulted in 0 IntelliSense when written within the Razor editor.
- Regenerated test files to reflect new line mappings.
#1162
- At design time we weren't generating line mappings when a user would type `@` or `@(`. This results in no C# IntelliSense being provided to the user because the editor hasn't mapped any of Razor to the C# buffer.
- Modified the `DefaultIRLoweringPhase` to allow for marker symbols, these symbols .
- Re-generated test files to account for 0 length line mappings on empty expression nodes.
#1155
- At design time we weren't generating line mappings when a user would type `@` or `@(`. This results in no C# IntelliSense being provided to the user because the editor hasn't mapped any of Razor to the C# buffer.
- Updated the design time renderer and design time writer to account for empty expressions.
- Modified the `DefaultIRLoweringPhase` to set source locations on empty expression nodes.
- Re-generated test files to account for 0 length line mappings on empty expression nodes.
#1155
- Prior to this if all instances of `TagHelper`s in an assembly had editor browsable never we'd log an error saying that no TagHelpers were found for that assembly. Until we can evaluate a better fix for this issue I've removed the logic that logs those errors and its corresponding tests/resources.
#1145
- Add API to enable the editor to query information on the state of `TagHelper`s within a Razor document.
- Refactored methods from `TagHelperDescriptorProvider` to be in a `TagHelperDescriptorConventions` class so the language service could use them.
- Added `DefaultTagHelperFactService` tests.
#1120
The RazorParserOptions were only configurable via an internal interface
and an extension method on the builder. This isn't suitable for VS because
we need to be able to update the configuration while the editor is open,
without creating a new engine.
- When `RequiredAttributeDescriptor`s are displayed in an editor their display name differs based on their name comparison mode. If their name comparison mode happens to be a prefix match then we need to append three dots to indicate that it's a required prefix for an attribute.
- Added a new descriptor builder test to validate `DisplayName` is created correctly.
#1119
- Normalize paths to be absolute and to also use forward slashes.
- Updated our `EnsureValidPath` method to be `NormalizeAndEnsureValidPath`.
- Added tests to validate new `NormalizeAndEnsureValidPath`.
- Updated existing tests to react to `NormalizeAndEnsureValidPath` correctly.
#1106
- Removed all design time descriptors and put their API surface into their corresponding descriptor. Part of removing the design time API surface was removing the tracking of `<Remarks>`, it wasn't used so there's on need to track it until we need it.
- Removed the Type requirement from `TagHelperDescriptor`. With this separation we'll be able to have abstract `TagHelper`s that aren't based on a class implementation.
- Removed Prefix from the `TagHelperDescriptor` API surface. It was a legacy requirement based on how the Razor parser was put together. We can work around this now.
- Stripped correlation information from the immediate `TagHelperDescriptor` API surface. Instead this information is now tracked in `TagMatchingRule`s. This change means that you will not have multiple `TagHelperDescriptor`s per `TagHelper`; instead it's all tracked in a single descriptor. A side effect of this change was the transformation of `IsIndexer` => 3 new properties.
- Renamed many descriptor types and property names.
- Added builder APIs to construct TagHelpers since they're inherently immutable in their API surface.
- Added `ITagHelperDescriptorBuilder` to represent `TagHelper`s that are built from an `ITagHelper` implementing class. It re-introduces the `TypeName` association of a `TagHelper`.
- Added `ITagHelperBoundAttributeDescriptorBuilder` to represent that an attribute was associated with a property.
- Added validation methods to the descriptor builders to enable consumers to validate the current state of the builder and add diagnostics as necessary.
- Moved descriptors away from RazorError.
- Updated the various comparers to understand the descriptors new API.
- Added a new `RazorDiagnosticFactory` abstraction to handle `RazorDiagnostic`s and their corresponding errors/ids etc. This new API should allow for easy addition of new `RazorDiagnostic` errors.
- Updated the `DefaultTagHelperDescriptorFactory` to construct `TagHelperDescriptor`s using the new builder APIs and in the new descriptor format (1 descriptor per type).
- Updated `ViewComponentTagHelperDescriptorFactory` to construct `TagHelperDescriptor`s with the builder API.
- With both factory implementations code was duplicated because the ViewComponent work will be moving outside of Razor once we have the proper hooks.
- Updated `TagHelper` binding bits to capture a binding result in order to query which rules appy to a given tag name.
Addressed feedback
- Update tests to react to new `TagHelperDescriptor` API.
- Remove case sensitive comparers and some cleanup
- Added TagHelperDescriptorJsonConverter, RazorDiagnosticJsonConverter and added serialization tests
N. Taylor Mullen
Ajay Bhargav Baaskaran
Ryan Nowak
Kiran Challa
Mike Harder
Nate McMaster
Nate McMaster
Pranav K
Ryan Brandenburg
BrennanConroy
Andrew Stanton-Nurse
Jass Bagga
Stefan Nikolei