This commit updates the `common` package contents test to skip JS chunks, while still making sure that the main entrypoint files are present.
PR Close#60676
Instead of relying on Microsoft's API extractor for `d.ts` bundling,
we are switching to Rollup-based `.d.ts` bundling.
This allows us to support code spliting, even for `.d.ts` files,
allowing for relative imports to be used between entry-points, without
ending up duplicating `.d.ts` definitions in two files. This would otherwise cause
problems with assignability of types.
It also nicely integrates into our existing rollup configuration, and
overall simplifies the `ng_package` rule even further!
Notably `tsup` also uses this rollup plugin, and it seems to work well.
Keep in mind that Microsoft's API extractor is pretty hard to integrate,
caused many problems in the past, and isn't capable of code splitting.
This aligns our d.ts bundling with the .mjs bundling (great alignment).
PR Close#60321
PR Close#60332
Previously we never could use relative imports to import e.g. `Component`
in e.g. the `core/tests/bundling` folder. This was necessary because otherwise the
Angular compiler wouldn't process those files as it wouldn't recognize
the Angular decorator as the one from `@angular/core`.
Notably this still isn't a large issue because relative imports still
work for most core tests, that are JIT compiled!
For bundling tests though, or some smaller targets, our new upcoming
guidelines for using relative imports inside the full package; fall
apart. This commit unblocks this effort and allows us to use relative
imports in all tests of `packages/core`. This is achieved by leveraging
the existing `isCore` functionality of the compiler, and fixing a few
instances that were missing before.
PR Close#60268
Historically we've had to be VERY cautious about the way we import
things between entry-points. That is because the `ng_package` rule
bundling is subject to silently introducing code duplication, breaking
singletons etc. We've had this surface a couple of times already, and
dev-infra tried to help detect such cases by adding safety analysis into
`ng_package`.
Long-term we want to get to an approach where it's easy to simply share
code between chunks. Precisely, with the upcoming `rules_js` migration,
this will be necessary as we will have different import "guidelines"
that would currently, before this commit, result in code duplication, or
trigger our "safety check/lint".
This commit prepares `ng_package` to support relative imports between
entry-points, so that we only need the safety check for cross-package
imports/exports. The result is that `ng_package`/APF is now smartly able
to generate shared chunks for things that are needed between multiple
entry-points. Yay!
Note that those shared chunks still remain private, and are guarded by
our `package.json` "exports"; so no new public API surface is
exposed.
PR Close#60241
This change casts the injector back and forth since all instances of
injector currently don't implement the `retrieve` method. Note that
the retrieve method is seen as optional, so that Angular can revert back to
inject if necessary.
PR Close#60090
This is helpful as it allows us to set `type: module` in the checked-in
package files, useful for the hybrid mode of `rules_js` and
`rules_nodejs`, where the package.json files can control the execution
format.
PR Close#59406
`ts_project` interop does not emit `.mjs` files. We could achieve this
in the interop rule, but it's better to just fallback look for `.js`.
In addition, `ng_package` currently fails because there is no
`module_name` retrievable from the interop rule; hence causing in
incorrect packaging and safety errors being thrown.
PR Close#59325
Currently the module mapping aspect fails when it transitively discovers
a node module target managed by `rules_js`. That is because the targets
don't have a `deps` attribute as part of their rule definition.
PR Close#59316
When setting `"useDefineForClassFields": false`, static fields are compiled within a block that relies on the `this` context. This output makes it more difficult for bundlers to treeshake and eliminate unused code.
PR Close#58297
We have removed the `esm2022` directory from the generated package, as it was unused and contributed 7.7 MB to `@angular/core`. The `ng_package` rule still passes `esm2022` to the packager to perform `analyzeFileAndEnsureNoCrossImports`.
A moment of reflection:
You've always been there, full of potential, yet never called upon. Now, we bid you farewell.
PR Close#57559
This commit integrates the JSA contract binary into the NPM package and ensures its accessibility by including it in the package exports. This adjustment is essential for enabling Angular CLI to effectively access and inject the script. Additionally, sourcemaps are removed from the minified bundle to prevent their inclusion in the HTML page.
PR Close#55361
Updates the repo to support TypeScript 5.3 and resolve any issues. Fixes include:
* Updating usages of TS compiler APIs to match their new signatures.
* In TS 5.3 negative numbers are represented as `PrefixUnaryExpression` instead of `NumericExpression`. These changes update all usages to account for it since passing a negative number into the old APIs results in a runtime error.
PR Close#52572
This commit reorganizes the Angular code a bit, and moves signals into a
newly defined `@angular/core/primitives` location. This will be used inside
g3 to allow non-Angular targets to depend on the signals core without
incurring a dependency on the whole framework.
PR Close#51986
Joey Perrott