build: add npm_integration_test && angular_integration_test (#33927)
* it's tricky to get out of the runfiles tree with `bazel test` as `BUILD_WORKSPACE_DIRECTORY` is not set but I employed a trick to read the `DO_NOT_BUILD_HERE` file that is one level up from `execroot` and that contains the workspace directory. This is experimental and if `bazel test //:test.debug` fails than `bazel run` is still guaranteed to work as `BUILD_WORKSPACE_DIRECTORY` will be set in that context * test //integration:bazel_test and //integration:bazel-schematics_test exclusively * run "exclusive" and "manual" bazel-in-bazel integration tests in their own CI job as they take 8m+ to execute ``` //integration:bazel-schematics_test PASSED in 317.2s //integration:bazel_test PASSED in 167.8s ``` * Skip all integration tests that are now handled by angular_integration_test except the tests that are tracked for payload size; these are: - cli-hello-world* - hello_world__closure * add & pin @babel deps as newer versions of babel break //packages/localize/src/tools/test:test @babel/core dep had to be pinned to 7.6.4 or else //packages/localize/src/tools/test:test failed. Also //packages/localize uses @babel/generator, @babel/template, @babel/traverse & @babel/types so these deps were added to package.json as they were not being hoisted anymore from @babel/core transitive. NB: integration/hello_world__systemjs_umd test must run with systemjs 0.20.0 NB: systemjs must be at 0.18.10 for legacy saucelabs job to pass NB: With Bazel 2.0, the glob for the files to test `"integration/bazel/**"` is empty if integation/bazel is in .bazelignore. This glob worked under these conditions with 1.1.0. I did not bother testing with 1.2.x as not having integration/bazel in .bazelignore is correct. PR Close #33927
This commit is contained in:

committed by
Miško Hevery

parent
bb09cd0e41
commit
2f572772b0
@ -24,7 +24,7 @@ const path = require('path');
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const minimist = require('minimist');
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// Parsed command line arguments.
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const {shardIndex, maxShards} = minimist(process.argv.slice(2));
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const {_, shardIndex, maxShards} = minimist(process.argv.slice(2));
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// Ensure that all CLI options are set properly.
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if (shardIndex == null) {
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@ -32,46 +32,11 @@ if (shardIndex == null) {
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} else if (maxShards == null) {
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throw new Error('The "--maxShards" option has not been specified.');
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}
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// List of all integration tests that are available.
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const integrationTests = fs.readdirSync(__dirname).filter(
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testName => fs.statSync(path.join(__dirname, testName)).isDirectory());
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// Manual test shards which aren't computed automatically. This is helpful when a specific
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// set of integration test takes up *way* more time than all other tests, and we want to
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// balance out the duration for all specific shards.
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const manualTestShards = [
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// The first shard should only run the bazel integration tests because these take up
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// a lot of time and shouldn't be split up automatically.
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['bazel', 'bazel-schematics']
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];
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// Tests which haven't been assigned manually to a shard. These tests will be automatically
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// split across the remaining available shards.
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const unassignedTests = stripManualOverrides(integrationTests, manualTestShards);
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if (manualTestShards.length === maxShards && unassignedTests.length) {
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throw new Error(
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`Tests have been specified manually for all available shards, but there were ` +
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`integration tests which haven't been specified and won't run right now. Missing ` +
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`tests: ${unassignedTests.join(', ')}`)
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} else if (manualTestShards.length > maxShards) {
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throw new Error(
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`Too many manual shards have been specified. Increase the amount of maximum shards.`);
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if (shardIndex >= maxShards) {
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throw new Error('shardIndex out of bounds');
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}
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// In case the shard for the current index has been specified manually, we just output
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// the tests for the manual shard.
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if (manualTestShards[shardIndex]) {
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printTestNames(manualTestShards[shardIndex]);
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} else {
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const amountManualShards = manualTestShards.length;
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// In case there isn't a manual shard specified for this shard index, we just compute the
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// tests for this shard. Note that we need to subtract the amount of manual shards because
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// we need to split up the unassigned tests across the remaining available shards.
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printTestNames(getTestsForShardIndex(
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unassignedTests, shardIndex - amountManualShards, maxShards - amountManualShards));
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}
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printTestNames(getTestsForShardIndex(_, shardIndex, maxShards));
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/**
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* Splits the specified tests into a limited amount of shards and returns the tests that should
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@ -82,16 +47,6 @@ function getTestsForShardIndex(tests, shardIndex, maxShards) {
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return tests.filter((n, index) => index % maxShards === shardIndex);
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}
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/**
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* Strips all manual tests from the list of integration tests. This is necessary because
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* when computing the shards automatically we don't want to include manual tests again. This
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* would mean that CircleCI runs some integration tests multiple times.
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*/
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function stripManualOverrides(integrationTests, manualShards) {
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const allManualTests = manualShards.reduce((res, manualTests) => res.concat(manualTests), []);
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return integrationTests.filter(testName => !allManualTests.includes(testName))
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}
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/** Prints the specified test names to the stdout. */
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function printTestNames(testNames) {
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// Print the test names joined with spaces because this allows Bash to easily convert the output
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