We strongly encourage you to review the project's scope described in the README.md file before working on new features. For large changes, consider writing a design document using this template.
By default, downstream projects use both an http_archive of build_bazel_rules_typescript and the released @bazel/typescript and @bazel/karma npm packages. postinstall steps in these npm packages check that the version of the build_bazel_rules_typescript is compatible with the version of the npm package(s).
For example, if a downstream WORKSPACE contain:
http_archive(
name = "build_bazel_rules_typescript",
url = "https://github.com/bazelbuild/rules_typescript/archive/0.21.0.zip",
strip_prefix = "rules_typescript-0.21.0",
)that that project's package.json would contain the matching:
"@bazel/typescript": "0.21.0",
"@bazel/karma": "0.21.0",When authoring changes and testing downstream, depending on the @bazel/typescript and @bazel/karma npm packages makes the workflow confusing and difficult.
To make authoring and testing changes downstream easier, it is recommended that you override the default compiler attribute of ts_library if making changes
to ts_library and the default karma attribute of ts_web_test_suite/ts_web_test if making changes to those rules.
For example, in /internal/build_defs.bzl, change
"compiler": attr.label(
default = Label(_DEFAULT_COMPILER),to
"compiler": attr.label(
default = Label("@build_bazel_rules_typescript//internal:tsc_wrapped_bin"),The correct defaults to use so that you are not depending on the npm package downstream are in /internal/defaults.bzl. Note, your downstream
workspace will also need the correct @npm dependencies available to build these targets (see internal/e2e/package_typescript_3.1_no_npm/package.json).
In the case of the angular workspace, some @npm dependencies in this repository will also need to be changed to @ngdeps since angular does not have
an @npm workspace with npm dependencies.
Note, with this workflow the downstream version of @npm//typescript will be used to compile the ts_library targets in build_bazel_rules_typescript.
An example of this can be found under internal/e2e/package_typescript_3.1_no_npm.
Start from a clean checkout at master/HEAD. Check if there are any breaking changes since the last tag - if so, this will be a minor, if not, it's a patch. (This may not sound like semver - but since our major version is a zero, the rule is that minors are breaking changes and patches are new features).
- Re-generate the API docs:
yarn skydoc - May be necessary if Go code has changed though probably it was already necessary to run this to keep CI green:
bazel run :gazelle - If we depend on a newer rules_nodejs, update the
check_rules_nodejs_versionints_repositories.bzl git commit -a -m 'Update docs for release'npm config set tag-version-prefix ''npm version minor -m 'rel: %s'(replaceminorwithpatchif no breaking changes)- Build npm packages and publish them:
bazel run //internal:npm_package.publish && bazel run //internal/karma:npm_package.publish bazel build :releasegit push && git push --tags- (Manual for now) go to the releases page, edit the new release, and attach the
bazel-bin/release.tgzfile - (Temporary): submit a google3 CL to update the versions in package.bzl and package.json