For API golden tests not running against a NPM package, we extract
all transitive declarations of the specified `data` targets. This is
necessary because API extractor needs to resolve other targets that have
been linked by the Bazel NodeJS rules. The linker by default only
provides access to JavaScript sources, but the API extractor is
specifically concerned with type definitions that we need to manually
extract.
PR Close#42828
The API golden test tool should not include all types
from the `node_modules/`. This results in unnecessary
type resolution when the API golden tool is run outside
of sandbox (i.e. on windows or with `bazel run` for accept).
PR Close#42828
Adds better caching for browser archives and their extraction.
This is done because the archives are currently extracted as a build
action and these are actions are invalidated frequently, causing
flakiness on the CI and slow-down in local development.
Here is an example flaky error on the CI (that surfaces often
with RBE execution):
```
ERROR:
/home/circleci/.cache/bazel/_bazel_circleci/9ce5c2144ecf75d11717c0aa41e45a8d/external/npm/@angular/dev-infra-private/bazel/browsers/chromium/BUILD.bazel:22:17:
Extracting ../org_chromium_chromium_amd64/file/chrome-linux.zip failed:
(Exit 34): extract.sh failed: error executing command
external/io_bazel_rules_webtesting/web/internal/extract.sh
external/org_chromium_chromium_amd64/file/chrome-linux.zip ...
(remaining 2 argument(s) skipped). Note: Remote connection/protocol
failed with: execution failed
```
We fix this by introducing a new rule that downloads a browser
archive and unpacks it directly into a Bazel repository. Before
this change, the archive would just be downloaded but extracted
later as part of a build action. This is unnecessary and results
in less efficient caching as build actions are invalidated more
often, especially if developers run `bazel clean` in between.
The root cause on why the extraction often fails in RBE containers
is unclear. It's unclear why the extacted archive is not cached
properly as part of a build action (most likely some hermeticity
issue within `rules_webtesting`, but it seems more Bazel-idiomatic
to unpack the archives as part of the repository anyway, and this solves
the flakiness issue.
PR Close#42814
Introduces a rule that collects declared JavaScript module output files
from a list of dependencies based on a configurable JavaScript module
provider. The extracted outputs are exposed within the `DefaultInfo` provider.
Targets defined using this rule can be used as input for rules that
require JavaScript sources, or if there are multiple JavaScript output
variants defined for a target while for example only the `JSModuleInfo`
outputs are of interest.
As an example: This rule is helpful in combination with `ts_library` and
`ng_module` as those rule expose multiple output flavors (which are
distinguishable by the JavaScript module providers as imported from `providers.bzl`).
i.e. these rules expose flavors for named AMD modules and ECMAScript module output.
If we want to ship a NPM package only using ECMAScript modules for
example, we could extract all `JSEcmaScriptModuleInfo`-denoted output
and feed that into the `pkg_npm` rule, compared to bringing in all
output flavors.
For reference:
https://github.com/bazelbuild/rules_nodejs/blob/stable/packages/typescript/internal/build_defs.bzl#L334-L337
PR Close#42809
Tools that are shipped as a Bazel rule with the shared dev-infra
tool require a specific `tsconfig` as otherwise `ts_library` will
accidentally look for a tsconfig in `@npm//:tsconfig` and the build
will fail. We bring in our dev-infra tsconfig and reference it
explicitly.
PR Close#42737
For the last years the Angular repositories relied on `ts-api-guardian`
for testing the public API signature. This project worked well in
general but its another inconvenience to maintain if we could rely on
Microsoft's `api-extractor` tool.
Especially since with TypeScript 4.3 issues with export aliases appeared
that would require us to extend TS API guardian to support such exports.
This is not as straightforward as it sounds, given it requires rewriting
of declarations to show-case the proper name in the API golden. Microsoft's
API extractor has integrated support for this.
As of TypeScript 4.3, we want to start using the new `override` keyword.
We are not able to use that keyword currently because an old version of
API extractor is used in the `ng_module` rule to flatten the types into
a single file. To fix this, we need to update `api-extractor`, but this
unveils the issue with TS API guardian because the most recent version
of api-extractor uses alias exports to avoid potential conflicts
with globals available through the TypeScript default libraries (e.g.
`dom.d.ts`).
PR Close#42688
This change moves the `dev-infra/browsers` folder into `dev-infra/bazel`.
The browser folder is providing custom configuration for Bazel, so it
should live within the `bazel` folder for a more well-structured
`dev-infra` folder.
PR Close#42268
Bazel no longer recommends the use of `remote_execution_properties`
within `platform` definitions. Bazel intends to replace this attribute
with an object literal based attribute called `exec_properties`.
This simplifies the platform configuration and makes it more
readable. Additionally this make inheritance and overriding easier.
PR Close#41941
This commit uses the correct property name (`prettier` vs `pretter`) to
check whether prettier is enabled via the config.
(It also fixes some typos in `dev-infra`.)
PR Close#41860
Introduces a shared Bazel platform for remote execution builds
using Google cloud. Previously we used `bazel_toolchains` for
providing the platform w/ additional CPP and Java toolchains
`bazel_toolchains` no longer provides default toolchains with the
latest version, but provides a tool (linux and windows only) for
generating toolchain/platforms, which then need to be checked
into the repository. This is quite inconvenient and cumbersome
(especially with no macOS support), so we just provide our own
platform and CPP toolchain within `//dev-infra`. This is more
simple than all the effort we'd need to make the toolchain
generation tool work (while it would also increase the amount
of checked-in sources significantly; with more unused toolchains
for CPP or Java)
PR Close#41767
* Without this BUILD file we were seeing errors about the reference to
expand_template.bzl in ng_rollup_bundle.bzl because dev-infra/bazel
was not considered a package.
PR Close#38026
We recently added a new folder for common bazel utilities
to `dev-infra`. The `ng_rollup_bundle` rule relies on an
utility that is provided by this `bazel/` folder.
Unfortunately though it looks like this folder is currently
not included in the NPM package, so that the `ng_rollup_bundle`
rule does not work as expected. This commit fixes that by
including the bazel utilities in the NPM package.
PR Close#37891
Refactors the `ng_rollup_bundle` rule to a macro that relies on
the `@bazel/rollup` package. This means that the rule no longer
deals with custom ESM5 flavour output, but rather only builds
prodmode ES2015 output. This matches the common build output
in Angular projects, and optimizations done in CLI where
ES2015 is the default optimization input.
The motiviation for this change is:
* Not duplicating rollup Bazel rules. Instead leveraging the official
rollup rule.
* Not dealing with a third TS output flavor in Bazel.The ESM5 flavour has the
potential of slowing down local development (as it requires compilation replaying)
* Updating the rule to be aligned with current CLI optimizations.
This also _fixes_ a bug that surfaced in the old rollup bundle rule.
Code that is unused, is not removed properly. The new rule fixes this by
setting the `toplevel` flag. This instructs terser to remove unused
definitions at top-level. This matches the optimization applied in CLI
projects. Notably the CLI doesn't need this flag, as code is always
wrapped by Webpack. Hence, the unused code eliding runs by default.
PR Close#37623
Paul Gschwendtner
George Kalpakas
Wagner Maciel