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build: run partial compilation tests with linker JIT #23882
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Currently blocked until the fix from Pete for |
…ard references When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907
…ard references When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907
…ard references When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907
…ard references When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907
…ard references When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907
…ard references When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907
…ard references When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907
…ard references When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907
…ard references (#44113) When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907 PR Close #44113
…ard references (#44113) When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907 PR Close #44113
…lation output We updated to Angular v13.0.1 which fixes the partial compilation output for `forwardRef` usages in queries. The fixed partial compilation output will ensure that Angular CDK/Material works with JIT linking at runtime, as done in e.g. Jest. Fix upstream: angular/angular#44113. We will add some testing for the JIT linker to the `angular/components` repository with: angular#23882. That should help ensuring JIT linking does not regress. Fixes angular#23907.
…lation output Updates to Angular v13.0.1 which fixes the partial compilation output for `forwardRef` usages in queries. The fixed partial compilation output will ensure that Angular CDK/Material works with JIT linking at runtime, as done in e.g. Jest. Fix upstream: angular/angular#44113. We will add some testing for the JIT linker to the `angular/components` repository with: angular#23882. That should help ensuring JIT linking does not regress. Fixes angular#23907.
…lation output (#23951) Updates to Angular v13.0.1 which fixes the partial compilation output for `forwardRef` usages in queries. The fixed partial compilation output will ensure that Angular CDK/Material works with JIT linking at runtime, as done in e.g. Jest. Fix upstream: angular/angular#44113. We will add some testing for the JIT linker to the `angular/components` repository with: #23882. That should help ensuring JIT linking does not regress. Fixes #23907.
…lation output (#23951) Updates to Angular v13.0.1 which fixes the partial compilation output for `forwardRef` usages in queries. The fixed partial compilation output will ensure that Angular CDK/Material works with JIT linking at runtime, as done in e.g. Jest. Fix upstream: angular/angular#44113. We will add some testing for the JIT linker to the `angular/components` repository with: #23882. That should help ensuring JIT linking does not regress. Fixes #23907. (cherry picked from commit 8cb0f12)
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LGTM
…ard references (#44124) When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907 PR Close #44124
Hi @devversion 👋 , are we still trying to get this in :). LMK if we are, and I can try to merge it before merging other PR's that touch the same files to avoid a conflict. |
@zarend Yeah, thx for the heads-up. I will rebase it and let you know! I think this shouldn't conflict anytime soon again |
Runs partial compilation tests with the linker at JIT. This helps validating the Angular linker to catch bugs as reported by Stackblitz which relies on JIT compilation with its v1 non-webcontainer approach.
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Runs partial compilation tests with the linker at JIT. This helps validating the Angular linker to catch bugs as reported by Stackblitz which relies on JIT compilation with its v1 non-webcontainer approach. (cherry picked from commit 1ca8a78)
…ard references (angular#44113) When a partially compiled component or directive is "linked" in JIT mode, the body of its declaration is evaluated by the JavaScript runtime. If a class is referenced in a query (e.g. `ViewQuery` or `ContentQuery`) but its definition is later in the file, then the reference must be wrapped in a `forwardRef()` call. Previously, query predicates were not wrapped correctly in partial declarations causing the code to crash at runtime. In AOT mode, this code is never evaluated but instead transformed as part of the build, so this bug did not become apparent until Angular Material started running JIT mode tests on its distributable output. This change fixes this problem by noting when queries are wrapped in `forwardRef()` calls and ensuring that this gets passed through to partial compilation declarations and then suitably stripped during linking. See angular/components#23882 and angular/components#23907 PR Close angular#44113
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Runs partial compilation tests with the linker at JIT. This helps
validating the Angular linker to catch bugs as reported by Stackblitz
which relies on JIT compilation with its v1 non-webcontainer approach.