Previously, while trying to build an `NgccReflectionHost`'s
`privateDtsDeclarationMap`, `computePrivateDtsDeclarationMap()` would
try to collect exported declarations from all source files of the
program (i.e. without checking whether they were within the target
package, as happens for declarations in `.d.ts` files).
Most of the time, that would not be a problem, because external packages
would be represented as `.d.ts` files in the program. But when an
external package had no typings, the JS files would be used instead. As
a result, the `ReflectionHost` would try to (unnecessarilly) parse the
file in order to extract exported declarations, which in turn would be
harmless in most cases.
There are certain cases, though, where the `ReflectionHost` would throw
an error, because it cannot parse the external package's JS file. This
could happen, for example, in `UmdReflectionHost`, which expects the
file to contain exactly one statement. See #34544 for more details on a
real-world failure.
This commit fixes the issue by ensuring that
`computePrivateDtsDeclarationMap()` will only collect exported
declarations from files within the target package.
Jira issue: [FW-1794](https://angular-team.atlassian.net/browse/FW-1794)
Fixes#34544
PR Close#34811
In order to keep integration tests on CI as determinitstic as possible,
we need to ensure that the same dependencies (including transitive ones)
are installed each time. One way to ensure that is using a lockfile
(such as `yarn.lock`) to pin the dependencies to exact versions. This
works as long as the lockfile itself is in-sync with the corresponding
`package.json`, which specifies the dependencies.
Ideally, we would run `yarn install` with the `--frozen-lockfile` option
to verify that the lockfile is in-sync with `package.json`, but we
cannot do that for integration projects, because we want to be able to
install the locally built Angular packages). Therefore, we must manually
esnure that the integration project lockfiles remain in-sync, which is
error-prone.
This commit introduces a helper script that performs some checks on each
project's (non-local) dependencies:
- Ensure that exact versions (not version ranges) are specified in
`package.json`. This reduces the probability of installing a breaking
version of a direct or transitive dependency, in case of an
out-of-sync lockfile.
- Ensure that the lockfile is in-sync with `package.json` wrt these
dependencies.
While these checks are not full-proof, they provide yet another line of
defense against indeterminism.
PR Close#33968
At the end of the `integration/run_tests.sh` script, we check and upload
the payload sizes of UMD bundles in `dist/packages-dist/`. At some
point, we started sharding the integration tests on CI to speed the
overall build time. As a result, checking and uploading of UMD bundle
sizes was run multiple times (once per shard).
Given that the data is identical on each shard, the data was just
overwriting the previously uploaded data. Even if the end result is the
same, checking and uploading the data multiple times is wasteful.
This commit fixes `integration/run_tests.sh` to only check/upload UMD
bundle sizes on the 1st shard.
PR Close#33987
The change type was only recorded for `aio/` and was not correct anyway.
For example:
- It considered `package.json` changes as `application` (even if only
`package.json` and `yarn.lock` had changed).
- It failed to account for changes in `@angular/*` dependencies, when
using the locally built Angular packages (instead reporting them as
`other`).
- It only looked at the last commit, so it failed to provide accurate
information for multi-commit builds (which are rare, but possible).
For the above reasons (and because there is no straight-forward way of
fixing it), this commit removes the change type from the uploaded data.
If necessary, it is still possible to find the type of changes from the
uploaded info (e.g. extract the associated commits and look at their
changes using git).
PR Close#33987
In #33823, `scripts/package-builds.sh` (which is used by both
`build-packages-dist.sh` and `build-ivy-npm-packages.sh`) was updated to
use `realpath`. It turns out that `realpath` does not exist on macOS, so
the build scripts do not work there.
In order to fix this (and also reduce the likelihood of introducing
similar issues in the future), this commit changes these bash scripts to
Node.js scripts (using [ShellJS](https://github.com/shelljs/shelljs) for
a cross-platform implementation of Unix shell commands where necessary).
PR Close#33854
In #33046, internal uses of `zone.js` were switched to reference it
directly from source (built with Bazel) instead of npm. As a result, the
necessary scripts were updated to build `zone.js` as necessary. However,
some `integration/**/debug-test.sh` scripts were missed (apparently
because they are not used on CI, but only locally as helpers for
debugging the integration projects).
This commit updates the `scripts/build-packages-dist.sh` script to also
build `zone.js`, so that other scripts (such as the various
`debug-test.sh` scripts) can use it.
PR Close#33733
Currently we install `firebase-tools` manually in the
integration tests run script. This is problematic
because it means that we cannot cache `firebase-tools`
properly and Yarn might time out downloading this
dependency. We can safely move this to the top level
`package.json` since Bazel now has a `.bazelignore` and
since we have a cache that works for PRs (with fallback
caching).
Note that the `.bazelignore` is relevant here because
`firebase-tools` has been mainly moved to the bash
script because it broke some Bazel calls.
See 4f0cae0676.
PR Close#28615
There are two ways to bootstrap an Ivy app: with `platformBrowserDynamic().bootstrapModule` and `renderComponent`.
To distinguish between these two approaches we call the `platformBrowserDynamic().bootstrapModule` way `ivy-compat` and the `renderComponent` way just `ivy`.
PR Close#28372
This uses a new script and CircleCI job called "build-packages-dist"
which shims the new Bazel build to produce outputs matching the legacy
build. We'll use this to get AIO testing onto CircleCI as well.
We move the integration tests to a new circleCI job that depends on this
one, as well as the build publishing job.
Note that every PR will have a trivial green publishing status, because
we always create this job even for PRs. We'd rather not - see
https://discuss.circleci.com/t/workflows-pull-request-filter/14396/4
PR Close#23512
Also switch our CircleCI commands to just
bazel build //...
bazel test //...
as this is easier to understand.
Note, the reason this commit removes `firebase-tools` is:
1) firebase-tools has an optional dependency on
https://www.npmjs.com/package/@google-cloud/functions-emulator
2) yarn's `--ignore-optional` doesn't work for transitive deps, so
there's no way to yarn install without getting that functions-emulator
package
3) functions-emulator has a transitive dep on `grpc`
4) the version of `grpc` we get has `BUILD` files and no `WORKSPACE`
file so it always breaks `bazel build ...`
It could be solved by any of:
1) remove firebase-tools - this is what I did
2) fix yarn so you can omit optional deps of a transitive dep
3) make functions-emulator depend transitively on a more recent `grpc`
version
4) patch `grpc` after install by doing an `rm` command in our
postinstall or something
In its place we must install protobufjs. This is needed by the
ngc-wrapped test, which needs jasmine as well as bazel's worker mode
dependencies, and therefore cannot simply rely on
node_modules =
"@build_bazel_rules_typescript_tsc_wrapped_deps//:node_modules"
PR Close#22168
The CLI app is now checked in, rather than generated dynamically with
`ng new`. This loses some assertion power, but gains hermeticity.
It also checks in lock files for all integration tests, avoiding
floating version numbers.
We'll need another place to integration test between changes in
the various repositories - but the angular/angular PR-blocking status
is not the right place to do this.
PR Close#21555
previously we relied on yarn creating a new project/package.json in the current dirrectory,
which is incorrect. this change inits the project before installing the cli.
PR Close#19297
The latest rxjs release works with closure compiler out of the box.
We no longer need to compile our own.
Also put closure options into a file rather than using a shell script.
TypeScript compiler will now build to ES2015 code and modules. Babili is used to minify ES2015
code, providing an initial optimization that we couldn't previously get just from Uglify. Uses
Babel to convert ES2015 to UMD/ES5 code, and Uglify to minimize the output.
Previously, the `integration/` tests were failing, because `concurrently "foo"`
does not inherit the `PATH` env var ([more info][1]).
This commit fixes it, by setting the `PATH` env var explicitly:
`concurrently "PATH=$PATH foo"`.
This commit also includes some minor refactoring of the `integration/` tests scripts:
- Move build-related operations to `ci-lite/build.sh` (for consistency).
- Use `yarn run ...` instead of `npm run ...` inside package.json scripts.
- Use global `yarn` (since we are already using it for `aio/`).
- Fix some `travis_fold` statements.
[1]: https://github.com/kimmobrunfeldt/concurrently/issues/61#issuecomment-252081610
* feat: add an env for testing closure builds
* build(npm): add dev dependency on yarn (and remove dev props for readability)
* build: refactor integration test runner
George Kalpakas
JiaLiPassion
Filipe Silva
Paul Gschwendtner
cexbrayat
Alex Eagle
Igor Minar
Kara Erickson
Chuck Jazdzewski
Marc Laval
tinayuangao
Igor Minar
Misko Hevery
Jason Aden
Alex Eagle