Prior to this, the `@angular/localize/init` was added as a polyfill which caused the `@angular/localize` types not to be included in the TypeScript program which caused errors such as the below:
```
Error: src/app/app.component.ts:9:11 - error TS2304: Cannot find name '$localize'.
```
With the recent changes in the CLI (https://github.com/angular/angular-cli/pull/24032), adding `@angular/localize/init` as polyfil or in the `main.server.ts` is no longer necessary. Instead we add this as a TypeScript type. When users are running in JIT mode, we add `@angular/localize/init` as an additional entrypoint.
This change also exposes the `$localize` method as a global when importing `@angular/localize`.
Closes#47677
PR Close#47763
This change aligns with the supported Node.js versions of the Angular CLI.
See: https://github.com/angular/angular-cli/pull/24026
BREAKING CHANGE: Angular no longer supports Node.js versions `14.[15-19].x` and `16.[10-12].x`. Current supported versions of Node.js are `14.20.x`, `16.13.x` and `18.10.x`.
PR Close#47730
With the recent changes in the Angular CLI (https://github.com/angular/angular-cli/pull/23938) the polyfills option accepts module path that are resolved using Node module resolution. Also, the polyfills.ts file is no longer generated by default.
This commit changes the way on how the polyfill is added to the projects.
PR Close#47569
- This update is needed to implement the changes in `ng add localize` https://github.com/angular/angular/pull/47569
- Add missing `root` options to all `angular.json`, this is required as otherwise the angular.json validation will fail.
- Remove `require.context` from test.ts integration test, as this is no longer needed.
- Update payloads golden files.
PR Close#47584
This change removed the deprecated `canParse` method from all the TranslationParsers.
BREAKING CHANGE:
- `canParse` method has been removed from all translation parsers in `@angular/localize/tools`. `analyze` should be used instead.
- the `hint` parameter in the`parse` methods is now mandatory.
PR Close#47275
`--project` is unwritten standard to provide the project name. With this change we allow the project name to be provided using the `--project` command line argument and remove the ambiguity with other schematics.
PR Close#46664
We recently updated Babel and the Bazel types but this actually
resulted in duplicates, causing differences between what people
seen in their IDE vs. what Bazel builds.
This commit removes the lock file and generates it fully fresh,
deduping dependencies and also fixing the differences between
local IDE and Bazel.
As part of this we also need to update/fixup one assertion on the
Babel node path types, because the node start/end can now also
be `undefined`.
PR Close#45967
The localize primary entry-point (used at runtime in application code)
indirectly loads from the compiler package for computing message ids.
The compiler package has a couple of constants which cannot be DCE-ded/
tree-shaken due to side-effect reliance that is detected by Terser.
We fix these constants to be three-shakable. Note that another issue
technically would be that the compiler package has a side-effect call
for `publishFacade` (for JIT), but that invocation is marked as pure by
the Angular CLI babel optimization pipeline. So this results is no
unused code currently but is risky and should be addressed in the future.
PR Close#45405
This commit addresses two issues:
* The init entry-point currenly access code from another entry-point
using relative imports, resulting in code to be duplicated.
* The init types are now bundled as part of the ng_package APF rule.
There is an API extractor bundling issue with global module
augmentations.
API extractor does not properly handle module augmentation. We need to disable
dts bundling for this entry-point to ensure `$localize` remains globally accessible
for users. This is an option in the `ng_package` rule.
Note that this worked before because `localize/init` was a `ts_library` that did not
have its types bundled.
As part of this change, the `MessageId` and `TargetMessage` exports are
also made public. The localize exported functions rely on these types but
they were not exported.
Related to types, an exception is added for three private exports from the primary
entry-point so that they will show up in the API golden. These private
exports are re-exposed publicly in the init entry-point but no golden
would capture them due to the private symbol prefix. One might wonder
why the symbols are not guarded in the init golden. The reason is that
goldens never inline signatures from cross-entry-points/packages to avoid
duplication.
Lastly, the i18n integration test golden had to be updated because the
polyfills bundle increased slightly. After thorough and time-consuming
investigation, this mostly happens due to different mangle identifies
being used (the input code changed --> so the mangling determinism)
Size before this change:
```
SUCCESS: Commit undefined uncompressed runtime did NOT cross size threshold of 500 bytes or >1% (expected: 929, actual: 926).
SUCCESS: Commit undefined uncompressed main did NOT cross size threshold of 500 bytes or >1% (expected: 124544, actual: 124660).
SUCCESS: Commit undefined uncompressed polyfills did NOT cross size threshold of 500 bytes or >1% (expected: 34530, actual: 34641).
```
After:
```
SUCCESS: Commit undefined uncompressed runtime did NOT cross size threshold of 500 bytes or >1% (expected: 929, actual: 926).
SUCCESS: Commit undefined uncompressed main did NOT cross size threshold of 500 bytes or >1% (expected: 124544, actual: 124650).
FAIL: Commit undefined uncompressed polyfills exceeded expected size by 500 bytes or >1% (expected: 34530, actual: 35252).
```
Inspecting/comparing without mangling shows that the new changes would
actually result in a bundle reduction (potentially visible with
gzip/brotli):
```
➜ Desktop stat -f%z master-nomangle.js
101357
➜ Desktop stat -f%z with-changes-nomangle.js
101226
```
PR Close#45405
Speeds up the dev-turnaround by only bundling types when packaging. Currently
bundling occurs for all the `ng_module` targets in devmode.
This has various positive benefits:
* Avoidance of this rather slower operation in development
* Makes APF-built packages also handle types for `ts_library` targets consistently.
* Allows us to ensure APF entry-points have `d.ts` _always_ bundled (working with ESM
module resolution in TypeScript -- currently experimental)
* Allows us to remove the secondary `package.json` files from APF (maybe APF v14? - seems
low-impact). This would clean-up the APF even more and fix resolution issues (like in Vite)
PR Close#45405
The API golden Bazel rule has changed in the shared dev-infra code. Instead
of putting golden API reports into the golden folder as per their original
location in the NPM package, golden reports are now stored based on the
package exports. This makes it more obvious how entry-points are consumable
As part of this change, since the API golden rule now consutls the NPM package
`exports` field, the `localize/tools` entry-point golden file is now generated.
Previously it wasn't generated due to it not having a secondary entry-point
`package.json` file. Such package json files should not be needed anymore
and will be gone in future APF versions.
PR Close#45461
Node.js v12 will become EOL on 2022-04-30. As a result, Angular CLI v14 will no longer support Node.js v12.
BREAKING CHANGE:
Support for Node.js v12 has been removed as it will become EOL on 2022-04-30. Please use Node.js v14.15 or later.
PR Close#45286
The `@angular/localize` package depends on a version of Babel that is two years
old, so this commit updates to the latest version.
Some changes were made to the linker and compliance tests to account for slight
changes in source maps, along with a few code updates because of changes to
the typings of Babel.
PR Close#44931
The compiler-cli's declaration files are not necessarily compatible with web
environments that use `@angular/localize`, and would inadvertently include
`typescript` declaration files in any compilation unit that uses
`@angular/localize` (which increases parsing time and memory usage during
builds) using a default import that only type-checks when
`allowSyntheticDefaultImports` is enabled.
Fixes#45179
PR Close#45180
To make our test output i.e. devmode output more aligned
with what we produce in the NPM packages, or to be more
aligned with what Angular applications will usually consume,
the devmode output is switched from ES5 to ES2015.
Additionally various tsconfigs (outside of Bazel) have been
updated to match with the other parts of the build. The rules
are:
ES2015 for test configurations, ES2020 for actual code that will
end up being shipped (this includes the IDE-only tsconfigs).
PR Close#44505
The schematic code in `@angular/localize` is currently still emitted
as CommonJS, while the rest of `@angular/localize` is strict ESM (which
is also denoted through `type: module` in the package.json file).
The schematic code is currently imported as CJS from the CLI so it
is not a problem right now. Still, it is safer to ensure the code
for schematics is properly picked up as CJS through a local
`package.json` file resetting `type: module` to `type: commonjs`.
PR Close#44016
Enables code spitting for ESBuild bundling of the localize/tools entry
point. When we initially configured ESBuild as part of APF v13, we left
this option disabled as code splitting is marked experimental. The ESM
splitting mechanism in ESBuild seems very solid so far (judging subjectively
and by experience/reports in the ESBuild repo), so we should give it a shot,
in order to significantly reduce the size of the NPM package, and simplify
debugging (by not having duplicated code portions for all the different entry points).
To clarify: Code splitting is helpful as we have multiple entry-points
that currently duplicate code. With code splitting these entry-points
would share common code instead.
PR Close#43932
When extracting i18n messages, the Angular compiler needs to split ICU expressions
into their own message. Currently there is no guaranteed way to re-associate
the ICU message with the original message where the ICU was found.
This change adds support in the localize tooling so that associated ids can be
stored as metadata in the `$localize` tagged strings. These ids can then be
used in generated translation files to provide a link between the two messages.
The XLIFF 1.2 and 2.0 formats have been updated to render these relationships,
via the `xid` and `subFlows` attributes respectively.
PR Close#43534
This commit updates the `node` engines range for all Angular
framework packages to:
* No longer support NodeJS v12 `< 12.20`. This is done because APF v13
uses package export patterns which are only supported as of v12.20.
https://nodejs.org/api/packages.html#packages_subpath_patterns.
* Allows for the latest v16 NodeJS versions. This matches with the CLI
which added NodeJS v16 support with https://github.com/angular/angular-cli/pull/21854.
We already limit this to `>= v16.10.0` in preparation to only
supporting the LTS minors of Node v16.
BREAKING CHANGE: NodeJS versions older than `v12.20.0` are no longer
supported due to the Angular packages using the NodeJS package exports
feature with subpath patterns.
PR Close#43740
This commits sets the JS target for all command line tools to
NodeJS v12. ESbuild will automatically downlevel the ES2020 features
we currently use to make them compatible with NodeJS v12 <-> ES2019.
ES2020 is the prodmode output, but we still support Node v12 so
there needs to be some downleveling for now.
Note: This is a separate commit because initially the target was
set to Node v14 to match up with the prodmode Bazel output.
PR Close#43431
Given that we ship all of compiler-cli and localize in ESM
mode now, we need to use a ESM compatible version of Yargs.
The latest version seems ESM compatible but with some small
API changes. This commit updates Yargs and updates the command
line option code to use the new API.
PR Close#43431
As outlined in the previous commit which enabled the `esModuleInterop`
TypeScript compiler option, we need to update all namespace imports
for `typescript` to default imports. This is needed to allow for
TypeScript to be imported at runtime from an ES module.
Similar changes are needed for modules like `semver` where the types incorrectly
suggest named exports that will not exist at runtime when imported from ESM.
This commit refactors all imports to match with the lint rule we have
configured in the previous commit. See the previous commit for more
details on why certain imports have been changed.
A special case are the imports to `@babel/core` and `@babel/types`. For
these a special interop is needed as both default imports, or named
imports break the other module format. e.g default imports would work
well for ESM, but it breaks for CJS. For CJS, the named imports would
only work, but in ESM, only the default export exist. We work around
this for now until the devmode is using ESM as well (which would be
consistent with prodmode and gives us more valuable test results). More
details on the interop can be found in the `babel_core.ts` files (two
interops are needed for both localize/or the compiler-cli).
PR Close#43431
This wires up the `@angular/localize/tools` entry-point. For context:
This entry-point is being created to avoid deep imports into
`@angular/localize/src/tools/<..>` like the CLI relies on. Deep imports
do not play well with strict ESM, and now that all APF packages are
strict ESM, the tool code needs to be either strict ESM as well.
We use ESBuild to create individual bundles for the CLI entry-points,
and the actual tool entry-point. We use a bundler because this enables
the localize code be ESM compatible. Without a bundler, all relative imports
within the `tools` entry-point would need to explicitly have the `.js`
extension. This would be cumbersome and hard to maintain/enforce or
validate.
One might wonder why this is not a standard APF entry-point then. The
answer is that the APF entry-points do not support exposing the CLI
binaries (like `yarn localize-translate`). This could be done through
tertiary entry-points, but using ESBuild directly gives us more control
for now. We might want to revisit this in the future again.
PR Close#43431
Moves the `src/tools` folder of the `@angular/localize` package into the
top-level of the package. This is in preparation of actually exposing an
entry-point for the tools that can be accessed using
`@angular/localize/tools`.
We want to expose such an entry-point because the CLI currently
deep-imports into various places of the tools, but this will not
work well with strict ESM because the localize tool depends on the
v13 strict ESM packages like the `@angular/compiler` or
`@angular/compiler-cli`.
PR Close#43431
Updates the `sideeEffects` field in `package.json` files to reflect the
new APF v13 format where files use the `.mjs` extension, and are located
in new directories (like the `fesm2020` folder).
PR Close#43431
The Angular Core and localize package currently use deep imports for
code that is shipped. This is problematic as we want to ship the
compiler-cli as full-ESM. To achieve this we need to use a bundler and
this breaks deep imports.
We use a bundler for the compiler CLI because for full ESM
compatibility, we would need to explicitly add the `.js` extension
to all relative imports. This is very cumbersome and prone to mistakes
so to mitigate this problem in a safe way, we bundle the compiler-cli.
Note: Deep imports continue to exist for the language service as it
bundles the compiler-cli.
PR Close#43431
With the changes to support APF v13 in the `ng_package` rule, we have
removed the ambiguous `entry_point` attribute. The attribute suggested
that it would be used for determining the primary entry-point input
file. This was not the case as the flat module output file is consulted
for bundling et at. The attribute has been renamed to match its
purposed (renamed to `primary_bundle_name`).
We no longer need to set that attribute because the primary bundle
name is (1) not of relevance for consumers and (2) the rule already
infers the bundle name properly from the Bazel package.
PR Close#43431
Updates the Bazel NodeJS rules to v4.0.0-beta.0. This is necessary
so that the Angular components repo can update, and it's generally
good to stay as up-to-date as possible with the Bazel rules as it's
easy to fall behind, and updating early allows us to discover issues
affecting our tooling earlier (where they are easier to address due to
e.g. potential breaking change policy).
PR Close#42760
Previously, we used custom typings for the ServiceWorker environment.
This was necessary back when the ServiceWorker package was introduced,
since there were no official typings.
Since there are now official typings for Web Workers (including
ServiceWorkers) offered by TypeScript as [lib.webworker.d.ts][1], this
commit gets rid of our custom typings in favor of using the official
ones.
[1]: https://github.com/microsoft/TypeScript/blob/v4.3.4/lib/lib.webworker.d.ts
PR Close#42736
For quite a while it is an unspoken convention to add a trailing
new-line files within the Angular repository. This was never enforced
automatically, but has been frequently raised in pull requests through
manual review. This commit sets up a lint rule so that this is
"officially" enforced and doesn't require manual review.
PR Close#42478
Update the supported range of node versions for to be less restrictive, no longer causing
yarn or npm to fail engine's checks for future versions of node.
While this change will no longer cause yarn or npm to fail these engine's check, this does
not reflect a change in the officially supported versions of node for Angular. Angular
continues to maintain support for Active LTS and Maintenance LTS versions of node.
PR Close#42205
