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As part of the Bazel toolchain migration we noticed that implicit types generated by the TypeScript compiler sometimes end up referencing types from other packages (i.e. cross-package imports). These imports currently work just because the Bazel `ts_library` and `ng_module` rules automatically inserted a `<amd-module name="@angular/x" />` into `.d.ts` of packages. This helped TS figure out how to import a given file. Notably this is custom logic that is not occuring in vanilla TS or Angular compilations—so we will drop this magic as part of the toolchain cleanup! To improve code quality and keep the existing behavior working, we are doing the following: - adding a lint rule that reduces the risk of such imports breaking. The failure scenario without the rule is that API goldens show unexpected diffs, and types might be duplicated in a different package! - keeping the `<amd-module` headers, but we manually insert them into the package entry-points. This should ensure we don't regress anywhere; while we also improved general safety around this above. Long-term, isolated declarations or a lint rule from eslint-typescript can make this even more robust. PR Close #61312 |
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| .. | ||
| change_detection | ||
| class_bindings | ||
| defer | ||
| expanding_rows | ||
| hydration | ||
| js-web-frameworks | ||
| largeform | ||
| largetable | ||
| ng_template_outlet_context | ||
| styling | ||
| tree | ||
| BUILD.bazel | ||
| README.md | ||
| util.ts | ||
Benchmark Directory Layout
Bazel
Under bazel the rules for laying out test files are slightly different. Use largetable/render3 as an example.
Put the perf file in current subdirectory (ie largetable) such that the same perf file can be used for each of the sub-subdirectories. (ie largetable/* should all be testable with the same perf file largetable/largetable_perf.spec.ts). Under bazel, typescript protractor spec files must end with .spec.ts or .test.ts.