Previously, our process included running the pre-check script before
releasing. With our new publishing process this was dropped. This
change adds in automatically executing this check before publish for
both next and latest
PR Close#36527
Currently the commit message and corresponding version are flipped, which makes it hard to review the changes. This commit updates the script to properly recognize the order of arguments.
PR Close#36749
Updating `REQUIRED_BASE_SHA` for master and patch branches to make sure PRs that we merge are rebased after `commit-message` validation script update (to make sure the `lint` CI job fails in case a PR contains commits with invalid commit messages).
PR Close#36750
Prior to this change we manage a local version of commit message validation
in addition to the commit message validation tool contained in the ng-dev
tooling. By adding the ability to validate a range of commit messages
together, the remaining piece of commit message validation that is in the
local version is replicated.
We use both commands provided by the `ng-dev commit-message` tooling:
- pre-commit-validate: Set to automatically run on an git hook to validate
commits as they are created locally.
- validate-range: Run by CI for every PR, testing that all of the commits
added by the PR are valid when considered together. Ensuring that all
fixups are matched to another commit in the change.
PR Close#36172
A few leftovers from from `@bazel/bazel` to `@bazel/bazelisk` migration
are still there. This commit fixes those, so that the repository no
longer relies on `@bazel/bazel`.
PR Close#36132
* integration tests target definitions in integration/BUILD.bazel updated to use a single dict
* payload tracking for integration tests updated to work under Bazel
* legacy integration_test CI job removed
* integration/run_tests.sh script no longer used in CI so it has been updated for running integration tests locally in the legacy way
PR Close#35985
Adding a script that compares commits in master and patch branches and finds a delta between them. This is useful for release reviews, to make sure all the necessary commits are included into the patch branch and there is no discrepancy.
PR Close#35130
In some cases, we want to test the AIO app or docs examples against the
locally built Angular packages (for example to ensure that the changes
in a commit do not introduce a breaking change). In order to achieve
this, we have the `ng-packages-installer` script that handles updating
a project's `package.json` file to use the locally built Angular
packages (and appropriate versions for their (dev-/peer-)dependencies).
Previously, `ng-packages-installer` would only consider the locally
built Angular packages (from `dist/packages-dist/`). However, given that
Zone.js is now part of the `angular/angular` repo, it makes sense to
also use the locally built Zone.js package (from `dist/zone.js-dist/`).
Otherwise, the tests might fail for commits that update both the Angular
packages (and related docs examples) and the Zone.js package. An example
of such a simultaneous change (that would have broken tests) is #33838.
This commit updates the script to install the locally built Zone.js
package (in addition to the Angular ones). The commit ensures that the
Zone.js package will always be available alongside the Angular packages
(i.e. that the Zone.js package will be built by the same script that
builds the Angular packages and that the `dist/zone.js-dist/` directory
will be cached on CI).
Note: This problem was discovered while enabling docs examples unit
tests in #34374.
PR Close#35858
Creates the scaffolding for an @angular/dev-infra-private package
which will not be published to npm but will be pushed to
https://github.com/angular/dev-infra-private-builds repo for each
commit to master.
The contents of this npm package will then be depended on via
package.json dependency for angular/angular angular/angular-cli and
angular/components.
PR Close#35862
This reverts commit 7d832ae1001b6264bb7124086089e9e69c10c9b6; breaks CI
with error `Concurrent upstream jobs persisted the same file(s) into the workspace:`
PR Close#35857
In some cases, we want to test the AIO app or docs examples against the
locally built Angular packages (for example to ensure that the changes
in a commit do not introduce a breaking change). In order to achieve
this, we have the `ng-packages-installer` script that handles updating
a project's `package.json` file to use the locally built Angular
packages (and appropriate versions for their (dev-/peer-)dependencies).
Previously, `ng-packages-installer` would only consider the locally
built Angular packages (from `dist/packages-dist/`). However, given that
Zone.js is now part of the `angular/angular` repo, it makes sense to
also use the locally built Zone.js package (from `dist/zone.js-dist/`).
Otherwise, the tests might fail for commits that update both the Angular
packages (and related docs examples) and the Zone.js package. An example
of such a simultaneous change (that would have broken tests) is #33838.
This commit updates the script to install the locally built Zone.js
package (in addition to the Angular ones). The commit ensures that the
Zone.js package will always be available alongside the Angular packages
(i.e. that the Zone.js package will be built by the same script that
builds the Angular packages and that the `dist/zone.js-dist/` directory
will be cached on CI).
Note: This problem was discovered while enabling docs examples unit
tests in #34374.
PR Close#35780
This commit moves the build-related scripts
(`build-ivy-npm-packages.js`, `build-packages-dist.js` and
`package-builder.js`) to a dedicated directory to keep the `scripts/`
directory cleaner.
It also moves the logic for building the `zone.js` package to a separate
script, `zone-js-builder.js`, to make it re-usable. A subsequent commit
will use it to build the `zone.js` package when building the Ivy Angular
packages as well.
PR Close#35780
Switches our tslint setup to the standard `tslint.json` linter excludes.
The set of files that need to be linted is specified through a Yarn script.
For IDEs, open files are linted with the closest tslint configuration, if the
tslint IDE extension is set up, and the source file is not excluded.
We cannot use the language service plugin for tslint as we have multiple nested
tsconfig files, and we don't want to add the plugin to each tsconfig. We
could reduce that bloat by just extending from a top-level tsconfig that
defines the language service plugin, but unfortunately the tslint plugin does
not allow the use of tslint configs which are not part of the tsconfig project.
This is problematic since the tslint configuration is at the project root, and we
don't want to copy tslint configurations next to each tsconfig file.
Additionally, linting of `d.ts` files has been re-enabled. This has been
disabled in the past and a TODO has been left. This commit fixes the
lint issues and re-enables linting.
PR Close#35800
This is a follow-up to #35049 with a few minor fixes related to using
the browser provided by `puppeteer` to run tests. Included fixes:
- Make the `webdriver-manager-update.js` really portable. (Previously,
it needed to be run from the directory that contained the
`node_modules/` directory. Now, it can be executed from a subdirectory
and will correctly resolve dependencies.)
- Use the `puppeteer`-based setup in AIO unit and e2e tests to ensure
that the downloaded ChromeDriver version matches the browser version
used in tests.
- Use the `puppeteer`-based setup in the `aio_monitoring_stable` CI job
(as happens with `aio_monitoring_next`).
- Use the [recommended way][1] of getting the browser port when using
`puppeteer` with `lighthouse` and avoid hard-coding the remote
debugging port (to be able to handle multiple instances running
concurrently).
[1]: https://github.com/GoogleChrome/lighthouse/blame/51df179a0/docs/puppeteer.md#L49
PR Close#35381
This means integration tests no longer need to depend on a $CI_CHROMEDRIVER_VERSION_ARG environment variable to specify which chromedriver version to download to match the locally installed chrome. This was bad DX and not having it specified was not reliable as webdriver-manager would not always download the chromedriver version to work with the locally installed chrome.
webdriver-manager update --gecko=false --standalone=false $CI_CHROMEDRIVER_VERSION_ARG is now replaced with node webdriver-manager-update.js in the root package.json, which checks which version of chrome puppeteer has come bundled with & downloads informs webdriver-manager to download the corresponding chrome driver version.
Integration tests now use "webdriver-manager": "file:../../node_modules/webdriver-manager" so they don't have to waste time calling webdriver-manager update in postinstall
"// resolutions": "Ensure a single version of webdriver-manager which comes from root node_modules that has already run webdriver-manager update",
"resolutions": {
"**/webdriver-manager": "file:../../node_modules/webdriver-manager"
}
This should speed up each integration postinstall by a few seconds.
Further, integration test package.json files link puppeteer via file:../../node_modules/puppeteer which is the ideal situation as the puppeteer post-install won't download chrome if it is already downloaded. In CI, since node_modules is cached it should not need to download Chrome either unless the node_modules cache is busted.
NB: each version of puppeteer comes bundles with a specific version of chrome. Root package.json & yarn.lock currently pull down puppeteer 2.1.0 which comes with chrome 80. See https://github.com/puppeteer/puppeteer#q-which-chromium-version-does-puppeteer-use for more info.
Only two references to CI_CHROMEDRIVER_VERSION_ARG left in integration tests at integration/bazel-schematics/test.sh which I'm not entirely sure how to get rid of it
Use a lightweight puppeteer=>chrome version mapping instead of launching chrome and calling browser.version()
Launching puppeteer headless chrome and calling browser.version() was a heavy-handed approach to determine the Chrome version. A small and easy to update mappings file is a better solution and it means that the `yarn install` step does not require chrome shared libs available on the system for its postinstall step
PR Close#35049
Previously we needed the `components-repo-ci` blocklist to disable
tests that were failing during the development of Ivy. Since we fixed
all those failing tests, and we don't want to regress, we can remove the
blocklist logic.
Resolves FW-1807
PR Close#35115
* Added a /tools/saucelabs/sauce-service.sh script that manages the sauce-connect as a service which is used by the karma-saucelabs.js wrapper to start the service.
* Added /tools/saucelabs/README.md that covers the details of SauceLabs karma testing with Bazel.
PR Close#34769
We rename the `material-unit-tests` job to `components-repo-unit-tests`
because the job runs all unit tests found in the Angular Components repository.
This includes the Angular CDK, Angular Material and more. Also the repository has
been renamed from `angular/material2` to `angular/components` in the past.
PR Close#34898
The components repository has a Yarn resolution to ensure that
dgeni-packages uses a specific TypeScript version. This resolution
causes the specified TS version to be considered as candidate for the
`@angular/bazel` peer dependency. Ultimately, Yarn decides to use
the TypeScript version from the resolution for `@angular/bazel`,
and builds will fail due to a version mismatch.
This is because `tsickle` will use the hoisted top-level TS
version (set to `3.7.4` ), while `@angular/bazel` uses the
version from the resolution (at the time of writing: v3.6.4)
PR Close#33717
Currently we only run Saucelabs on PRs using the legacy View Engine
build. Switching that build to Ivy is not trivial and there are various
options:
1. Updating the R3 switches to use POST_R3 by default. At first glance,
this doesn't look easy because the current ngtsc switch logic seems to
be unidirectional (only PRE_R3 to POST_R3).
2. Updating the legacy setup to run with Ivy. This sounds like the easiest
solution at first.. but it turns out to be way more complicated. Packages
would need to be built with ngtsc using legacy tools (i.e. first building
the compiler-cli; and then building packages) and View Engine only tests
would need to be determined and filtered out. Basically it will result in
re-auditing all test targets. This is contradictory to the fact that we have
this information in Bazel already.
3. Creating a new job that runs tests on Saucelabs with Bazel. We specify
fine-grained test targets that should run. This would be a good start
(e.g. acceptance tests) and also would mean that we do not continue maintaining
the legacy setup..
This commit implements the third option as it allows us to move forward
with the general Bazel migration. We don't want to spend too much time
on our legacy setup since it will be removed anyway in the future.
PR Close#34277
Before updating to remove the compile build variable, we must update
the components unit test integrations to a sha in the components
repo which no longer relies on the compile build variable.
PR Close#34280
We need to migrate to using angular_ivy_enabled value to determine whether to use
Ivy or ViewEngine for package building scripts and for size-tracking and
symbol-extract tooling.
PR Close#33983
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
As part of the `payload-size` npm script in `aio/package.json` (which is
run on CI), the sizes of the angular.io app bundles are checked to
ensure they do not exceed certain limits and are also uploaded to
Firebase to be available for later analysis. The uploaded data include
the type of the changes (dependencies only, application only, or both).
The type of changes is inferred by looking at the files that have
changed inside the `aio/` directory.
When the `payload-size.sh` script was first introduced, the only files
that could affect bundle sizes were inside the `aio/` directory.
Therefore, the script would skip uploading the data and checking the
sizes if no changes were detected inside the `aio/` directory.
However, this assumption stopped being valid over time. For example:
- We started tracking/checking bundle sizes when building the angular.io
app with the locally built Angular packages (which live outside the
`aio/` directory.
- Due to CircleCI limitations, the `CI_COMMIT_RANGE` environment
variable (which is used for determining what files have been affected)
stopped reflecting the whole commit range of the build and only
included the last commit instead.
Based on the above, there were many cases were size data would not be
uploaded to Firebase, even when they may have been affected (because the
affecting changes were outside `aio/` - e.g. in framework packages).
This makes it harder to analyze size regressions, because important
data-points are missing.
Even worse, in these cases, the sizes were not even checked against the
specified limits, thus making it possible for size regressions to go
unnoticed (unless caught by other similar tests).
This commit fixes the `scripts/ci/payload-size.sh` script to always
track and check payload sizes for angular.io bundles.
NOTE: This change will result in more data being recorded (i.e.
recording data when it is not possible for the bundle sizes to
have been affected by the changes). This is still preferable to
failing to record and/or check when sizes could have been
affected.
PR Close#33987
The size diff threshold of 1% has proven to be too lenient for us
to catch size regressions in AIO. Since the AIO main bundle is
between 400-500 KB, a size regression must be between 4-5 KB before
it will cause the tests to fail. As a result, we may merge many
changes with smaller regressions of a few KB before the size test
eventually lets us know that the number has increased. The hope is
that lowering the threshold will help us catch the smaller
regressions during code review and prevent the size tests failing at
a random later time when someone catches the size "hot potato".
PR Close#33969
In efbbae5a4, the `publish_packages_as_artifacts` CircleCI job was
created to publish the build artifacts of PR builds on CI. In a8f4f14bd,
its scope was expanded to also publish build artifacts on non-PR builds.
The published artifacts names are constructed based on the PR number
(e.g. include `-pr12345-`), so on non-PR builds the names do not reflect
the source branch (instead, they include `-prfalse-`).
This commit fixes this by using the current branch name. For example,
artifact names for the `master` or `9.0.x` branch will include
`-master-` and `-9.0.x-` respectively (instead of `-prfalse-`).
(NOTE: For PRs, where branch name is `pull/12345`, the branch name is
transformed to `pr12345`.)
PR Close#33957
We have determined that the upload time cost of remote caching via http is too costly
to be effective for our distributed usage scenario. However this cost is still worth
it for us for Windows CI runs on a full cache hit move from a ~60 minute task to ~10
minutes.
It is worth noting that this remote http-caching is entirely separate from RBE caching
mechanisms.
PR Close#33907
Since `scripts/package-builder.js` gets run from the
`aio` folder sometimes, it is important to set the cwd
for the command that finds the bazel bin directory.
PR Close#33904
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 #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.
This commit fixes it by switching from `realpath $(pwd)/..` to
`dirname $(pwd)`, which does practically the same thing (in this
situation) and works on macOS as well.
PR Close#33843
- Move "Building packages" log above actual work (computing targets).
- Print corrent script name (`build-ivy-npm-packages.sh` would claim to
be `build-packages-dist.sh`).
- Make logs of different operations a little more consistent.
PR Close#33823
Since #33321, Angular packages have been persisted on each build as
CircleCI build artifacts (`.tgz` files), which can be used to install
dependencies on a project (for the purpose of testing or trying out a
change before a PR being merged and without having to build the packages
from source locally).
Previously, only packages published to npm under the `@angular` scope
were persisted as build artifacts.
This commit adds the `zone.js` package to the list of persisted
packages.
Fixes#33686
PR Close#33733
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
The Material units tests job has been disabled with the
typescript upgrade PR since the components repository was
still on an old TypeScript version (due to cyclic dependencies
between the framework and components repository).
Since the components repository has been updated to `9.0.0-next.15`
and now uses the compatible TypeScript version, we can re-enable
ds
Related to this change, we need to ignore the `package.json`
engines when installing the dependencies of the components repo. This
is because the components repo already updated to NodeJS v12 and Yarn
v1.19.1. This is not the case for the CI setup of framework. For now,
since we don't want to change the dev setup (as it slows down
development), we temporarily disable the engines.
Additionally, the material unit tests job now depends on the actual
release packages (not on the ngtsc compiled ones). This is because
the components repo setup relies on NGCC being run. This is also
helpful for validating ngcc against the framework packages.
PR Close#33530
Previously, when one wanted to try out the changes from a PR before it
was merged, they had to check out the PR locally and build the Angular
packages themselves (which is time-consuming and wasteful given that the
packages have already been built on CI).
This commit persists all Angular packages on each build as `.tgz` files,
which can be used to install dependencies on an project (supported by
both [npm][1] and [yarn][2]). In addition to individual `.tgz` files for
each package, a `.tgz` file including all packages is also stored, which
can be used to test the packages locally by overwriting the ones in the
`node_modules/` directory of a project.
CircleCI [build artifacts][3] an be used for longer-term storage of the
outputs of a build and are designed to be useful around the time of the
build, which suits our needs.
[1]: https://docs.npmjs.com/cli/install.html
[2]: https://yarnpkg.com/lang/en/docs/cli/add
[3]: https://circleci.com/docs/2.0/artifacts
PR Close#33321
The `payload-size.sh` script is mainly used on CI to calculate, check
and potentially save (on non-PR builds) the sizes of the bundles for
various apps (including angular.io). If everything goes well (i.e. the
checks pass, meaning that the sizes did not increase above the specified
threshold) nothing is shown in the CI logs.
In some cases, it is useful to be able to see what the sizes were in a
specific build; e.g. for debugging purposes or when investigating a
gradual increase that happened over time. (Some of this info is
available on https://size.angular.io/, but not all.)
Previously, the only way to find out what the sizes were for a specific
build was to checkout the corresponding commit locally and build the
target app, which in turn requires building all Angular packages and can
take some time. Given that the sizes are already calculated on CI, this
was a waste.
This commit makes it easy to find out the bundle sizes for a specific
build/commit by always printing out the calculated sizes (thus making
them show up in the CI logs).
PR Close#33099
Updates the `material-unit-test` job to run tests against
the latest commit of the Angular Components repository.
The components repository updated to rules_nodejs#0.38.2 before Angular Bazel did.
To do this, the `@angular/bazel` v0.38.2 compatibility changes were patched on postinstall.
This now conflicts because we install a `@angular/bazel` version in the `material-unit-tests` job
that already includes these compatibility changes. This would result in the patch being a noop
for which the `patch` command throws an error.
We can remove this once components can install a released version of `@angular/bazel` that is
compatible with `rules_nodejs#0.38.2`.
PR Close#33073
Joey Perrott
Andrew Kushnir
Andrew Scott
JiaLiPassion
Paul Gschwendtner
Greg Magolan
George Kalpakas
Joey Perrott
Igor Minar
atscott
Kara Erickson
Pete Bacon Darwin