This commit adds an import to the `ng_dev_mode.ts` file that augments
`global` to have types for `ngDevMode`.
Notably this change is currently not needed because the file is loaded
by `ts_library` through `tsconfig#files`— but in a separate PR we are
switching the target to `ts_project` which no longer loads all Bazel
dependency files via `tsconfig#files`; resulting in the ambient types no
longer magically being available.
PR Close#61365
Return types for exported functions from the router package have now been
added. This provides preparation for the inclusion of additional linting
rules which will eventually enforce the presence of return types for
functions. It also improves readability and type correctness within the
code.
PR Close#61310
fix new global layout issues, and make other pages adhere to the new centered layout like cli ref page, cli ref details, api ref details pages
PR Close#61256
As we roll out more PRs that migrate to `ts_project`, we need to make
sure that we don't break existing `tsec` targets. This PR copies the
original `tsec` Starlark code and adjusts it to work with the interop.
Note that we don't patch as this would unnecessarily complicate this
file that only exists during migration. Long-term, after migration, we
either need to consider switching to the new ESLint plugin that is being
worked on (I'm in contact with the team), or we send a CL to update the
Tsec Starlark code to keep our changes minimal and avoid scope increase.
PR Close#61335
Supports arbitrary stats/metrics in Tsurge. This will make
complex analysis easier as we aren't bound to just `Record<string,
number>` counters.
PR Close#61272
The compiler wasn't handling `@let` declarations placed inside i18n blocks. The problem is that `assignI18nSlotDependencies` phase assigns the `target` of i18n ops much earlier than the `@let` optimization. If the `@let` ends up getting optimized because it isn't used in any child views, the pointer in the i18n instruction becomes invalid. This hadn't surfaced so far, because we didn't optimize `declareLet` ops, however once we do, we start hitting assertions that the optimized `declareLet` isn't used anywhere.
These changes resolve the issue by moving the i18n phases after the `@let` optimization.
PR Close#60512
We have some code that avoids `storeLet` calls for declarations only used in the same view, however we didn't previously remove the corresponding `declareLet` calls, because of the following case:
```
@let foo = something$ | async; <!-- First in the template -->
{{foo}}
```
Here we need a `TNode` (created by `declareLet`) in order for DI to work correctly. Since this is only required when using pipes, we can optimize away expressions that do not have pipes.
PR Close#60512
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
Avoid pnpm auto-installing peer dependencies. We want to be explicit about our versions used for peer dependencies, avoiding potential mismatches. In addition, it ensures we can continue to rely on peer dependency placeholders substituted via Bazel.
PR Close#61295
In the event of an invalid `schemas` field for an Angular module, an
empty schema array will now be used instead of a fatal error occurring.
A build will still fail in this case with the error reported as a
diagnostic. However, for the language service, this allows the module
to exist in the compiler registry and prevents cascading diagnostics
within an IDE due to "missing" modules/components. The originating
schema related errors will still be reported in the IDE.
PR Close#61220
Alex Rickabaugh