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Add latest changes from gitlab-org/gitlab@master

parent a552864a
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app/services/ci/pipeline_processing/legacy_processing_service.rb 0 → 100644
View file @ 778772c8
# frozen_string_literal: true
module Ci
module PipelineProcessing
class LegacyProcessingService
include Gitlab::Utils::StrongMemoize
attr_reader :pipeline
def initialize(pipeline)
@pipeline = pipeline
end
def execute(trigger_build_ids = nil)
success = process_stages_without_needs
# we evaluate dependent needs,
# only when the another job has finished
success = process_builds_with_needs(trigger_build_ids) || success
@pipeline.update_status
success
end
private
def process_stages_without_needs
stage_indexes_of_created_processables_without_needs.flat_map do |index|
process_stage_without_needs(index)
end.any?
end
def process_stage_without_needs(index)
current_status = status_for_prior_stages(index)
return unless HasStatus::COMPLETED_STATUSES.include?(current_status)
created_processables_in_stage_without_needs(index).find_each.select do |build|
process_build(build, current_status)
end.any?
end
def process_builds_with_needs(trigger_build_ids)
return false unless trigger_build_ids.present?
return false unless Feature.enabled?(:ci_dag_support, project, default_enabled: true)
# we find processables that are dependent:
# 1. because of current dependency,
trigger_build_names = pipeline.processables.latest
.for_ids(trigger_build_ids).names
# 2. does not have builds that not yet complete
incomplete_build_names = pipeline.processables.latest
.incomplete.names
# Each found processable is guaranteed here to have completed status
created_processables
.with_needs(trigger_build_names)
.without_needs(incomplete_build_names)
.find_each
.map(&method(:process_build_with_needs))
.any?
end
def process_build_with_needs(build)
current_status = status_for_build_needs(build.needs.map(&:name))
return unless HasStatus::COMPLETED_STATUSES.include?(current_status)
process_build(build, current_status)
end
def process_build(build, current_status)
Gitlab::OptimisticLocking.retry_lock(build) do |subject|
Ci::ProcessBuildService.new(project, subject.user)
.execute(subject, current_status)
end
end
def status_for_prior_stages(index)
pipeline.processables.status_for_prior_stages(index)
end
def status_for_build_needs(needs)
pipeline.processables.status_for_names(needs)
end
# rubocop: disable CodeReuse/ActiveRecord
def stage_indexes_of_created_processables_without_needs
created_processables_without_needs.order(:stage_idx)
.pluck(Arel.sql('DISTINCT stage_idx'))
end
# rubocop: enable CodeReuse/ActiveRecord
def created_processables_in_stage_without_needs(index)
created_processables_without_needs
.with_preloads
.for_stage(index)
end
def created_processables_without_needs
if Feature.enabled?(:ci_dag_support, project, default_enabled: true)
pipeline.processables.created.without_needs
else
pipeline.processables.created
end
end
def created_processables
pipeline.processables.created
end
def project
pipeline.project
end
end
end
end
app/services/ci/process_pipeline_service.rb
View file @ 778772c8
......@@ -2,8 +2,6 @@
module Ci
class ProcessPipelineService
include Gitlab::Utils::StrongMemoize
attr_reader :pipeline
def initialize(pipeline)
......@@ -13,105 +11,13 @@ module Ci
def execute(trigger_build_ids = nil)
update_retried
success = process_stages_without_needs
# we evaluate dependent needs,
# only when the another job has finished
success = process_builds_with_needs(trigger_build_ids) || success
@pipeline.update_status
success
Ci::PipelineProcessing::LegacyProcessingService
.new(pipeline)
.execute(trigger_build_ids)
end
private
def process_stages_without_needs
stage_indexes_of_created_processables_without_needs.flat_map do |index|
process_stage_without_needs(index)
end.any?
end
def process_stage_without_needs(index)
current_status = status_for_prior_stages(index)
return unless HasStatus::COMPLETED_STATUSES.include?(current_status)
created_processables_in_stage_without_needs(index).find_each.select do |build|
process_build(build, current_status)
end.any?
end
def process_builds_with_needs(trigger_build_ids)
return false unless trigger_build_ids.present?
return false unless Feature.enabled?(:ci_dag_support, project, default_enabled: true)
# we find processables that are dependent:
# 1. because of current dependency,
trigger_build_names = pipeline.processables.latest
.for_ids(trigger_build_ids).names
# 2. does not have builds that not yet complete
incomplete_build_names = pipeline.processables.latest
.incomplete.names
# Each found processable is guaranteed here to have completed status
created_processables
.with_needs(trigger_build_names)
.without_needs(incomplete_build_names)
.find_each
.map(&method(:process_build_with_needs))
.any?
end
def process_build_with_needs(build)
current_status = status_for_build_needs(build.needs.map(&:name))
return unless HasStatus::COMPLETED_STATUSES.include?(current_status)
process_build(build, current_status)
end
def process_build(build, current_status)
Gitlab::OptimisticLocking.retry_lock(build) do |subject|
Ci::ProcessBuildService.new(project, build.user)
.execute(subject, current_status)
end
end
def status_for_prior_stages(index)
pipeline.processables.status_for_prior_stages(index)
end
def status_for_build_needs(needs)
pipeline.processables.status_for_names(needs)
end
# rubocop: disable CodeReuse/ActiveRecord
def stage_indexes_of_created_processables_without_needs
created_processables_without_needs.order(:stage_idx)
.pluck(Arel.sql('DISTINCT stage_idx'))
end
# rubocop: enable CodeReuse/ActiveRecord
def created_processables_in_stage_without_needs(index)
created_processables_without_needs
.with_preloads
.for_stage(index)
end
def created_processables_without_needs
if Feature.enabled?(:ci_dag_support, project, default_enabled: true)
pipeline.processables.created.without_needs
else
pipeline.processables.created
end
end
def created_processables
pipeline.processables.created
end
# This method is for compatibility and data consistency and should be removed with 9.3 version of GitLab
# This replicates what is db/post_migrate/20170416103934_upate_retried_for_ci_build.rb
# and ensures that functionality will not be broken before migration is run
......@@ -131,9 +37,5 @@ module Ci
.update_all(retried: true) if latest_statuses.any?
end
# rubocop: enable CodeReuse/ActiveRecord
def project
pipeline.project
end
end
end
doc/development/gitaly.md
View file @ 778772c8
......@@ -207,6 +207,21 @@ To use a custom Gitaly repository in CI, for instance if you want your
GitLab fork to always use your own Gitaly fork, set `GITALY_REPO_URL`
as a [CI environment variable](../ci/variables/README.md#gitlab-cicd-environment-variables).
### Use a locally modified version of Gitaly RPC client
If you are making changes to the RPC client, such as adding a new endpoint or adding a new
parameter to an existing endpoint, follow the guide for
[Gitaly proto](https://gitlab.com/gitlab-org/gitaly/blob/master/proto/README.md). After pushing
the branch with the changes (`new-feature-branch`, for example):
1. Change the `gitaly` line in the Rails' `Gemfile` to:
```ruby
gem 'gitaly', git: 'https://gitlab.com/gitlab-org/gitaly.git', branch: 'new-feature-branch'
```
1. Run `bundle install` to use the modified RPC client.
---
[Return to Development documentation](README.md)
......
package.json
View file @ 778772c8
......@@ -22,8 +22,8 @@
"prettier-staged-save": "node ./scripts/frontend/prettier.js save",
"prettier-all": "node ./scripts/frontend/prettier.js check-all",
"prettier-all-save": "node ./scripts/frontend/prettier.js save-all",
"stylelint": "node node_modules/stylelint/bin/stylelint.js app/assets/stylesheets/**/*.* ee/app/assets/stylesheets/**/*.* !**/vendors/**",
"stylelint-file": "node node_modules/stylelint/bin/stylelint.js",
"stylelint": "yarn stylelint-file app/assets/stylesheets/**/*.* ee/app/assets/stylesheets/**/*.* !**/vendors/**",
"stylelint-file": "BROWSERSLIST_IGNORE_OLD_DATA=true node node_modules/stylelint/bin/stylelint.js",
"stylelint-create-utility-map": "node scripts/frontend/stylelint/stylelint-utility-map.js",
"test": "node scripts/frontend/test",
"webpack": "NODE_OPTIONS=\"--max-old-space-size=3584\" webpack --config config/webpack.config.js",
......@@ -39,8 +39,8 @@
"@babel/plugin-syntax-dynamic-import": "^7.2.0",
"@babel/plugin-syntax-import-meta": "^7.2.0",
"@babel/preset-env": "^7.6.2",
"@gitlab/svgs": "^1.88.0",
"@gitlab/ui": "8.10.0",
"@gitlab/svgs": "^1.89.0",
"@gitlab/ui": "8.15.0",
"@gitlab/visual-review-tools": "1.5.1",
"@sentry/browser": "^5.10.2",
"@sourcegraph/code-host-integration": "^0.0.18",
......
qa/qa/specs/features/browser_ui/non_devops/performance_bar_spec.rb
View file @ 778772c8
......@@ -2,7 +2,7 @@
module QA
context 'Non-devops' do
describe 'Performance bar display', :requires_admin, quarantine: 'https://gitlab.com/gitlab-org/gitlab/issues/196141' do
describe 'Performance bar display', :requires_admin do
context 'when logged in as an admin user' do
# 4 metrics: pg, gitaly, redis, total
let(:metrics_count) { 4 }
......
spec/fixtures/lib/gitlab/import_export/complex/project.json
View file @ 778772c8
......@@ -2002,7 +2002,7 @@
},
{
"id": 31,
"title": "Libero nam magnam incidunt eaque placeat error et.",
"title": "issue_with_timelogs",
"author_id": 16,
"project_id": 5,
"created_at": "2016-06-14T15:02:07.280Z",
......@@ -2016,6 +2016,16 @@
"confidential": false,
"due_date": null,
"moved_to_id": null,
"timelogs": [
{
"id": 1,
"time_spent": 72000,
"user_id": 1,
"created_at": "2019-12-27T09:15:22.302Z",
"updated_at": "2019-12-27T09:15:22.302Z",
"spent_at": "2019-12-27T00:00:00.000Z"
}
],
"notes": [
{
"id": 423,
......@@ -2347,7 +2357,30 @@
]
}
],
"releases": [],
"releases": [
{
"id": 1,
"tag": "release-1.1",
"description": "Some release notes",
"project_id": 5,
"created_at": "2019-12-26T10:17:14.621Z",
"updated_at": "2019-12-26T10:17:14.621Z",
"author_id": 1,
"name": "release-1.1",
"sha": "901de3a8bd5573f4a049b1457d28bc1592ba6bf9",
"released_at": "2019-12-26T10:17:14.615Z",
"links": [
{
"id": 1,
"release_id" : 1,
"url": "http://localhost/namespace6/project6/-/jobs/140463678/artifacts/download",
"name": "release-1.1.dmg",
"created_at": "2019-12-26T10:17:14.621Z",
"updated_at": "2019-12-26T10:17:14.621Z"
}
]
}
],
"project_members": [
{
"id": 36,
......@@ -6816,6 +6849,40 @@
"duration": null,
"stages": [
]
},
{
"id": 42,
"project_id": 5,
"ref": "master",
"sha": "ce84140e8b878ce6e7c4d298c7202ff38170e3ac",
"before_sha": null,
"push_data": null,
"created_at": "2016-03-22T15:20:35.763Z",
"updated_at": "2016-03-22T15:20:35.763Z",
"tag": false,
"yaml_errors": null,
"committed_at": null,
"status": "failed",
"started_at": null,
"finished_at": null,
"duration": null,
"stages": [
],
"source": "external_pull_request_event",
"external_pull_request":
{
"id": 3,
"pull_request_iid": 4,
"source_branch": "feature",
"target_branch": "master",
"source_repository": "the-repository",
"target_repository": "the-repository",
"source_sha": "ce84140e8b878ce6e7c4d298c7202ff38170e3ac",
"target_sha": "a09386439ca39abe575675ffd4b89ae824fec22f",
"status": "open",
"created_at": "2016-03-22T15:20:35.763Z",
"updated_at": "2016-03-22T15:20:35.763Z"
}
}
],
"triggers": [
......@@ -6835,6 +6902,21 @@
"updated_at": "2017-01-16T15:25:29.637Z"
}
],
"pipeline_schedules": [
{
"id": 1,
"description": "Schedule Description",
"ref": "master",
"cron": "0 4 * * 0",
"cron_timezone": "UTC",
"next_run_at": "2019-12-29T04:19:00.000Z",
"project_id": 5,
"owner_id": 1,
"active": true,
"created_at": "2019-12-26T10:14:57.778Z",
"updated_at": "2019-12-26T10:14:57.778Z"
}
],
"container_expiration_policy": {
"created_at": "2019-12-13 13:45:04 UTC",
"updated_at": "2019-12-13 13:45:04 UTC",
......@@ -7354,6 +7436,33 @@
"ci_cd_settings": {
"group_runners_enabled": false
},
"auto_devops": {
"id": 1,
"created_at": "2017-10-19T15:36:23.466Z",
"updated_at": "2017-10-19T15:36:23.466Z",
"enabled": null,
"deploy_strategy": "continuous"
},
"error_tracking_setting": {
"api_url": "https://gitlab.example.com/api/0/projects/sentry-org/sentry-project",
"project_name": "Sentry Project",
"organization_name": "Sentry Org"
},
"external_pull_requests": [
{
"id": 3,
"pull_request_iid": 4,
"source_branch": "feature",
"target_branch": "master",
"source_repository": "the-repository",
"target_repository": "the-repository",
"source_sha": "ce84140e8b878ce6e7c4d298c7202ff38170e3ac",
"target_sha": "a09386439ca39abe575675ffd4b89ae824fec22f",
"status": "open",
"created_at": "2019-12-24T14:04:50.053Z",
"updated_at": "2019-12-24T14:05:18.138Z"
}
],
"boards": [
{
"id": 29,
......
spec/lib/gitlab/import_export/project_tree_restorer_spec.rb
View file @ 778772c8
......@@ -116,6 +116,15 @@ describe Gitlab::ImportExport::ProjectTreeRestorer do
expect(Issue.find_by(title: 'Issue without assignees').assignees).to be_empty
end
it 'restores timelogs for issues' do
timelog = Issue.find_by(title: 'issue_with_timelogs').timelogs.last
aggregate_failures do
expect(timelog.time_spent).to eq(72000)
expect(timelog.spent_at).to eq("2019-12-27T00:00:00.000Z")
end
end
it 'contains the merge access levels on a protected branch' do
expect(ProtectedBranch.first.merge_access_levels).not_to be_empty
end
......@@ -229,6 +238,11 @@ describe Gitlab::ImportExport::ProjectTreeRestorer do
expect(@project.ci_cd_settings.group_runners_enabled?).to eq(false)
end
it 'restores `auto_devops`' do
expect(@project.auto_devops_enabled?).to eq(true)
expect(@project.auto_devops.deploy_strategy).to eq('continuous')
end
it 'restores the correct service' do
expect(CustomIssueTrackerService.first).not_to be_nil
end
......@@ -268,6 +282,55 @@ describe Gitlab::ImportExport::ProjectTreeRestorer do
end
end
it 'restores error_tracking_setting' do
setting = @project.error_tracking_setting
aggregate_failures do
expect(setting.api_url).to eq("https://gitlab.example.com/api/0/projects/sentry-org/sentry-project")
expect(setting.project_name).to eq("Sentry Project")
expect(setting.organization_name).to eq("Sentry Org")
end
end
it 'restores external pull requests' do
external_pr = @project.external_pull_requests.last
aggregate_failures do
expect(external_pr.pull_request_iid).to eq(4)
expect(external_pr.source_branch).to eq("feature")
expect(external_pr.target_branch).to eq("master")
expect(external_pr.status).to eq("open")
end
end
it 'restores pipeline schedules' do
pipeline_schedule = @project.pipeline_schedules.last
aggregate_failures do
expect(pipeline_schedule.description).to eq('Schedule Description')
expect(pipeline_schedule.ref).to eq('master')
expect(pipeline_schedule.cron).to eq('0 4 * * 0')
expect(pipeline_schedule.cron_timezone).to eq('UTC')
expect(pipeline_schedule.active).to eq(true)
end
end
it 'restores releases with links' do
release = @project.releases.last
link = release.links.last
aggregate_failures do
expect(release.tag).to eq('release-1.1')
expect(release.description).to eq('Some release notes')
expect(release.name).to eq('release-1.1')
expect(release.sha).to eq('901de3a8bd5573f4a049b1457d28bc1592ba6bf9')
expect(release.released_at).to eq('2019-12-26T10:17:14.615Z')
expect(link.url).to eq('http://localhost/namespace6/project6/-/jobs/140463678/artifacts/download')
expect(link.name).to eq('release-1.1.dmg')
end
end
context 'Merge requests' do
it 'always has the new project as a target' do
expect(MergeRequest.find_by_title('MR1').target_project).to eq(@project)
......@@ -321,9 +384,9 @@ describe Gitlab::ImportExport::ProjectTreeRestorer do
end
it 'has the correct number of pipelines and statuses' do
expect(@project.ci_pipelines.size).to eq(6)
expect(@project.ci_pipelines.size).to eq(7)
@project.ci_pipelines.order(:id).zip([2, 2, 2, 2, 2, 0])
@project.ci_pipelines.order(:id).zip([2, 2, 2, 2, 2, 0, 0])
.each do |(pipeline, expected_status_size)|
expect(pipeline.statuses.size).to eq(expected_status_size)
end
......@@ -332,7 +395,7 @@ describe Gitlab::ImportExport::ProjectTreeRestorer do
context 'when restoring hierarchy of pipeline, stages and jobs' do
it 'restores pipelines' do
expect(Ci::Pipeline.all.count).to be 6
expect(Ci::Pipeline.all.count).to be 7
end
it 'restores pipeline stages' do
......@@ -358,6 +421,12 @@ describe Gitlab::ImportExport::ProjectTreeRestorer do
it 'restores a Hash for CommitStatus options' do
expect(CommitStatus.all.map(&:options).compact).to all(be_a(Hash))
end
it 'restores external pull request for the restored pipeline' do
pipeline_with_external_pr = @project.ci_pipelines.order(:id).last
expect(pipeline_with_external_pr.external_pull_request).to be_persisted
end
end
end
end
......
spec/services/ci/pipeline_processing/legacy_processing_service_spec.rb 0 → 100644
View file @ 778772c8
# frozen_string_literal: true
require 'spec_helper'
require_relative 'shared_processing_service.rb'
describe Ci::PipelineProcessing::LegacyProcessingService do
it_behaves_like 'Pipeline Processing Service'
end
spec/services/ci/pipeline_processing/shared_processing_service.rb 0 → 100644
View file @ 778772c8
# frozen_string_literal: true
shared_examples 'Pipeline Processing Service' do
let(:user) { create(:user) }
let(:project) { create(:project) }
let(:pipeline) do
create(:ci_empty_pipeline, ref: 'master', project: project)
end
before do
stub_ci_pipeline_to_return_yaml_file
stub_not_protect_default_branch
project.add_developer(user)
end
context 'when simple pipeline is defined' do
before do
create_build('linux', stage_idx: 0)
create_build('mac', stage_idx: 0)
create_build('rspec', stage_idx: 1)
create_build('rubocop', stage_idx: 1)
create_build('deploy', stage_idx: 2)
end
it 'processes a pipeline', :sidekiq_inline do
expect(process_pipeline).to be_truthy
succeed_pending
expect(builds.success.count).to eq(2)
succeed_pending
expect(builds.success.count).to eq(4)
succeed_pending
expect(builds.success.count).to eq(5)
end
it 'does not process pipeline if existing stage is running' do
expect(process_pipeline).to be_truthy
expect(builds.pending.count).to eq(2)
expect(process_pipeline).to be_falsey
expect(builds.pending.count).to eq(2)
end
end
context 'custom stage with first job allowed to fail' do
before do
create_build('clean_job', stage_idx: 0, allow_failure: true)
create_build('test_job', stage_idx: 1, allow_failure: true)
end
it 'automatically triggers a next stage when build finishes', :sidekiq_inline do
expect(process_pipeline).to be_truthy
expect(builds_statuses).to eq ['pending']
fail_running_or_pending
expect(builds_statuses).to eq %w(failed pending)
fail_running_or_pending
expect(pipeline.reload).to be_success
end
end
context 'when optional manual actions are defined', :sidekiq_inline do
before do
create_build('build', stage_idx: 0)
create_build('test', stage_idx: 1)
create_build('test_failure', stage_idx: 2, when: 'on_failure')
create_build('deploy', stage_idx: 3)
create_build('production', stage_idx: 3, when: 'manual', allow_failure: true)
create_build('cleanup', stage_idx: 4, when: 'always')
create_build('clear:cache', stage_idx: 4, when: 'manual', allow_failure: true)
end
context 'when builds are successful' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build']
expect(builds_statuses).to eq ['pending']
succeed_running_or_pending
expect(builds_names).to eq %w(build test)
expect(builds_statuses).to eq %w(success pending)
succeed_running_or_pending
expect(builds_names).to eq %w(build test deploy production)
expect(builds_statuses).to eq %w(success success pending manual)
succeed_running_or_pending
expect(builds_names).to eq %w(build test deploy production cleanup clear:cache)
expect(builds_statuses).to eq %w(success success success manual pending manual)
succeed_running_or_pending
expect(builds_statuses).to eq %w(success success success manual success manual)
expect(pipeline.reload.status).to eq 'success'
end
end
context 'when test job fails' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build']
expect(builds_statuses).to eq ['pending']
succeed_running_or_pending
expect(builds_names).to eq %w(build test)
expect(builds_statuses).to eq %w(success pending)
fail_running_or_pending
expect(builds_names).to eq %w(build test test_failure)
expect(builds_statuses).to eq %w(success failed pending)
succeed_running_or_pending
expect(builds_names).to eq %w(build test test_failure cleanup)
expect(builds_statuses).to eq %w(success failed success pending)
succeed_running_or_pending
expect(builds_statuses).to eq %w(success failed success success)
expect(pipeline.reload.status).to eq 'failed'
end
end
context 'when test and test_failure jobs fail' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build']
expect(builds_statuses).to eq ['pending']
succeed_running_or_pending
expect(builds_names).to eq %w(build test)
expect(builds_statuses).to eq %w(success pending)
fail_running_or_pending
expect(builds_names).to eq %w(build test test_failure)
expect(builds_statuses).to eq %w(success failed pending)
fail_running_or_pending
expect(builds_names).to eq %w(build test test_failure cleanup)
expect(builds_statuses).to eq %w(success failed failed pending)
succeed_running_or_pending
expect(builds_names).to eq %w(build test test_failure cleanup)
expect(builds_statuses).to eq %w(success failed failed success)
expect(pipeline.reload.status).to eq('failed')
end
end
context 'when deploy job fails' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build']
expect(builds_statuses).to eq ['pending']
succeed_running_or_pending
expect(builds_names).to eq %w(build test)
expect(builds_statuses).to eq %w(success pending)
succeed_running_or_pending
expect(builds_names).to eq %w(build test deploy production)
expect(builds_statuses).to eq %w(success success pending manual)
fail_running_or_pending
expect(builds_names).to eq %w(build test deploy production cleanup)
expect(builds_statuses).to eq %w(success success failed manual pending)
succeed_running_or_pending
expect(builds_statuses).to eq %w(success success failed manual success)
expect(pipeline.reload).to be_failed
end
end
context 'when build is canceled in the second stage' do
it 'does not schedule builds after build has been canceled' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build']
expect(builds_statuses).to eq ['pending']
succeed_running_or_pending
expect(builds.running_or_pending).not_to be_empty
expect(builds_names).to eq %w(build test)
expect(builds_statuses).to eq %w(success pending)
cancel_running_or_pending
expect(builds.running_or_pending).to be_empty
expect(builds_names).to eq %w[build test]
expect(builds_statuses).to eq %w[success canceled]
expect(pipeline.reload).to be_canceled
end
end
context 'when listing optional manual actions' do
it 'returns only for skipped builds' do
# currently all builds are created
expect(process_pipeline).to be_truthy
expect(manual_actions).to be_empty
# succeed stage build
succeed_running_or_pending
expect(manual_actions).to be_empty
# succeed stage test
succeed_running_or_pending
expect(manual_actions).to be_one # production
# succeed stage deploy
succeed_running_or_pending
expect(manual_actions).to be_many # production and clear cache
end
end
end
context 'when delayed jobs are defined', :sidekiq_inline do
context 'when the scene is timed incremental rollout' do
before do
create_build('build', stage_idx: 0)
create_build('rollout10%', **delayed_options, stage_idx: 1)
create_build('rollout100%', **delayed_options, stage_idx: 2)
create_build('cleanup', stage_idx: 3)
allow(Ci::BuildScheduleWorker).to receive(:perform_at)
end
context 'when builds are successful' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'build': 'pending' })
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'scheduled' })
Timecop.travel 2.minutes.from_now do
enqueue_scheduled('rollout10%')
end
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'success', 'rollout100%': 'scheduled' })
Timecop.travel 2.minutes.from_now do
enqueue_scheduled('rollout100%')
end
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'success', 'rollout100%': 'success', 'cleanup': 'pending' })
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'success', 'rollout100%': 'success', 'cleanup': 'success' })
expect(pipeline.reload.status).to eq 'success'
end
end
context 'when build job fails' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'build': 'pending' })
fail_running_or_pending
expect(builds_names_and_statuses).to eq({ 'build': 'failed' })
expect(pipeline.reload.status).to eq 'failed'
end
end
context 'when rollout 10% is unscheduled' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'build': 'pending' })
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'scheduled' })
unschedule
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'manual' })
expect(pipeline.reload.status).to eq 'manual'
end
context 'when user plays rollout 10%' do
it 'schedules rollout100%' do
process_pipeline
succeed_pending
unschedule
play_manual_action('rollout10%')
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'success', 'rollout100%': 'scheduled' })
expect(pipeline.reload.status).to eq 'scheduled'
end
end
end
context 'when rollout 10% fails' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'build': 'pending' })
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'scheduled' })
Timecop.travel 2.minutes.from_now do
enqueue_scheduled('rollout10%')
end
fail_running_or_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'failed' })
expect(pipeline.reload.status).to eq 'failed'
end
context 'when user retries rollout 10%' do
it 'does not schedule rollout10% again' do
process_pipeline
succeed_pending
enqueue_scheduled('rollout10%')
fail_running_or_pending
retry_build('rollout10%')
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'pending' })
expect(pipeline.reload.status).to eq 'running'
end
end
end
context 'when rollout 10% is played immidiately' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'build': 'pending' })
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'scheduled' })
play_manual_action('rollout10%')
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'pending' })
expect(pipeline.reload.status).to eq 'running'
end
end
end
context 'when only one scheduled job exists in a pipeline' do
before do
create_build('delayed', **delayed_options, stage_idx: 0)
allow(Ci::BuildScheduleWorker).to receive(:perform_at)
end
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'delayed': 'scheduled' })
expect(pipeline.reload.status).to eq 'scheduled'
end
end
context 'when there are two delayed jobs in a stage' do
before do
create_build('delayed1', **delayed_options, stage_idx: 0)
create_build('delayed2', **delayed_options, stage_idx: 0)
create_build('job', stage_idx: 1)
allow(Ci::BuildScheduleWorker).to receive(:perform_at)
end
it 'blocks the stage until all scheduled jobs finished' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'delayed1': 'scheduled', 'delayed2': 'scheduled' })
Timecop.travel 2.minutes.from_now do
enqueue_scheduled('delayed1')
end
expect(builds_names_and_statuses).to eq({ 'delayed1': 'pending', 'delayed2': 'scheduled' })
expect(pipeline.reload.status).to eq 'running'
end
end
context 'when a delayed job is allowed to fail' do
before do
create_build('delayed', **delayed_options, allow_failure: true, stage_idx: 0)
create_build('job', stage_idx: 1)
allow(Ci::BuildScheduleWorker).to receive(:perform_at)
end
it 'blocks the stage and continues after it failed' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'delayed': 'scheduled' })
Timecop.travel 2.minutes.from_now do
enqueue_scheduled('delayed')
end
fail_running_or_pending
expect(builds_names_and_statuses).to eq({ 'delayed': 'failed', 'job': 'pending' })
expect(pipeline.reload.status).to eq 'pending'
end
end
end
context 'when an exception is raised during a persistent ref creation' do
before do
successful_build('test', stage_idx: 0)
allow_next_instance_of(Ci::PersistentRef) do |instance|
allow(instance).to receive(:delete_refs) { raise ArgumentError }
end
end
it 'process the pipeline' do
expect { process_pipeline }.not_to raise_error
end
end
context 'when there are manual action in earlier stages' do
context 'when first stage has only optional manual actions' do
before do
create_build('build', stage_idx: 0, when: 'manual', allow_failure: true)
create_build('check', stage_idx: 1)
create_build('test', stage_idx: 2)
process_pipeline
end
it 'starts from the second stage' do
expect(all_builds_statuses).to eq %w[manual pending created]
end
end
context 'when second stage has only optional manual actions' do
before do
create_build('check', stage_idx: 0)
create_build('build', stage_idx: 1, when: 'manual', allow_failure: true)
create_build('test', stage_idx: 2)
process_pipeline
end
it 'skips second stage and continues on third stage', :sidekiq_inline do
expect(all_builds_statuses).to eq(%w[pending created created])
builds.first.success
expect(all_builds_statuses).to eq(%w[success manual pending])
end
end
end
context 'when there are only manual actions in stages' do
before do
create_build('image', stage_idx: 0, when: 'manual', allow_failure: true)
create_build('build', stage_idx: 1, when: 'manual', allow_failure: true)
create_build('deploy', stage_idx: 2, when: 'manual')
create_build('check', stage_idx: 3)
process_pipeline
end
it 'processes all jobs until blocking actions encountered' do
expect(all_builds_statuses).to eq(%w[manual manual manual created])
expect(all_builds_names).to eq(%w[image build deploy check])
expect(pipeline.reload).to be_blocked
end
end
context 'when there is only one manual action' do
before do
create_build('deploy', stage_idx: 0, when: 'manual', allow_failure: true)
process_pipeline
end
it 'skips the pipeline' do
expect(pipeline.reload).to be_skipped
end
context 'when the action was played' do
before do
play_manual_action('deploy')
end
it 'queues the action and pipeline', :sidekiq_inline do
expect(all_builds_statuses).to eq(%w[pending])
expect(pipeline.reload).to be_pending
end
end
end
context 'when blocking manual actions are defined', :sidekiq_inline do
before do
create_build('code:test', stage_idx: 0)
create_build('staging:deploy', stage_idx: 1, when: 'manual')
create_build('staging:test', stage_idx: 2, when: 'on_success')
create_build('production:deploy', stage_idx: 3, when: 'manual')
create_build('production:test', stage_idx: 4, when: 'always')
end
context 'when first stage succeeds' do
it 'blocks pipeline on stage with first manual action' do
process_pipeline
expect(builds_names).to eq %w[code:test]
expect(builds_statuses).to eq %w[pending]
expect(pipeline.reload.status).to eq 'pending'
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy]
expect(builds_statuses).to eq %w[success manual]
expect(pipeline.reload).to be_manual
end
end
context 'when first stage fails' do
it 'does not take blocking action into account' do
process_pipeline
expect(builds_names).to eq %w[code:test]
expect(builds_statuses).to eq %w[pending]
expect(pipeline.reload.status).to eq 'pending'
fail_running_or_pending
expect(builds_names).to eq %w[code:test production:test]
expect(builds_statuses).to eq %w[failed pending]
succeed_running_or_pending
expect(builds_statuses).to eq %w[failed success]
expect(pipeline.reload).to be_failed
end
end
context 'when pipeline is promoted sequentially up to the end' do
before do
# Users need ability to merge into a branch in order to trigger
# protected manual actions.
#
create(:protected_branch, :developers_can_merge,
name: 'master', project: project)
end
it 'properly processes entire pipeline' do
process_pipeline
expect(builds_names).to eq %w[code:test]
expect(builds_statuses).to eq %w[pending]
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy]
expect(builds_statuses).to eq %w[success manual]
expect(pipeline.reload).to be_manual
play_manual_action('staging:deploy')
expect(builds_statuses).to eq %w[success pending]
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy staging:test]
expect(builds_statuses).to eq %w[success success pending]
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy staging:test
production:deploy]
expect(builds_statuses).to eq %w[success success success manual]
expect(pipeline.reload).to be_manual
expect(pipeline.reload).to be_blocked
expect(pipeline.reload).not_to be_active
expect(pipeline.reload).not_to be_complete
play_manual_action('production:deploy')
expect(builds_statuses).to eq %w[success success success pending]
expect(pipeline.reload).to be_running
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy staging:test
production:deploy production:test]
expect(builds_statuses).to eq %w[success success success success pending]
expect(pipeline.reload).to be_running
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy staging:test
production:deploy production:test]
expect(builds_statuses).to eq %w[success success success success success]
expect(pipeline.reload).to be_success
end
end
end
context 'when second stage has only on_failure jobs', :sidekiq_inline do
before do
create_build('check', stage_idx: 0)
create_build('build', stage_idx: 1, when: 'on_failure')
create_build('test', stage_idx: 2)
process_pipeline
end
it 'skips second stage and continues on third stage' do
expect(all_builds_statuses).to eq(%w[pending created created])
builds.first.success
expect(all_builds_statuses).to eq(%w[success skipped pending])
end
end
context 'when failed build in the middle stage is retried', :sidekiq_inline do
context 'when failed build is the only unsuccessful build in the stage' do
before do
create_build('build:1', stage_idx: 0)
create_build('build:2', stage_idx: 0)
create_build('test:1', stage_idx: 1)
create_build('test:2', stage_idx: 1)
create_build('deploy:1', stage_idx: 2)
create_build('deploy:2', stage_idx: 2)
end
it 'does trigger builds in the next stage' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build:1', 'build:2']
succeed_running_or_pending
expect(builds_names).to eq ['build:1', 'build:2', 'test:1', 'test:2']
pipeline.builds.find_by(name: 'test:1').success!
pipeline.builds.find_by(name: 'test:2').drop!
expect(builds_names).to eq ['build:1', 'build:2', 'test:1', 'test:2']
Ci::Build.retry(pipeline.builds.find_by(name: 'test:2'), user).reset.success!
expect(builds_names).to eq ['build:1', 'build:2', 'test:1', 'test:2',
'test:2', 'deploy:1', 'deploy:2']
end
end
end
context 'when builds with auto-retries are configured', :sidekiq_inline do
before do
create_build('build:1', stage_idx: 0, user: user, options: { script: 'aa', retry: 2 })
create_build('test:1', stage_idx: 1, user: user, when: :on_failure)
create_build('test:2', stage_idx: 1, user: user, options: { script: 'aa', retry: 1 })
end
it 'automatically retries builds in a valid order' do
expect(process_pipeline).to be_truthy
fail_running_or_pending
expect(builds_names).to eq %w[build:1 build:1]
expect(builds_statuses).to eq %w[failed pending]
succeed_running_or_pending
expect(builds_names).to eq %w[build:1 build:1 test:2]
expect(builds_statuses).to eq %w[failed success pending]
succeed_running_or_pending
expect(builds_names).to eq %w[build:1 build:1 test:2]
expect(builds_statuses).to eq %w[failed success success]
expect(pipeline.reload).to be_success
end
end
context 'when pipeline with needs is created', :sidekiq_inline do
let!(:linux_build) { create_build('linux:build', stage: 'build', stage_idx: 0) }
let!(:mac_build) { create_build('mac:build', stage: 'build', stage_idx: 0) }
let!(:linux_rspec) { create_build('linux:rspec', stage: 'test', stage_idx: 1) }
let!(:linux_rubocop) { create_build('linux:rubocop', stage: 'test', stage_idx: 1) }
let!(:mac_rspec) { create_build('mac:rspec', stage: 'test', stage_idx: 1) }
let!(:mac_rubocop) { create_build('mac:rubocop', stage: 'test', stage_idx: 1) }
let!(:deploy) { create_build('deploy', stage: 'deploy', stage_idx: 2) }
let!(:linux_rspec_on_build) { create(:ci_build_need, build: linux_rspec, name: 'linux:build') }
let!(:linux_rubocop_on_build) { create(:ci_build_need, build: linux_rubocop, name: 'linux:build') }
let!(:mac_rspec_on_build) { create(:ci_build_need, build: mac_rspec, name: 'mac:build') }
let!(:mac_rubocop_on_build) { create(:ci_build_need, build: mac_rubocop, name: 'mac:build') }
it 'when linux:* finishes first it runs it out of order' do
expect(process_pipeline).to be_truthy
expect(stages).to eq(%w(pending created created))
expect(builds.pending).to contain_exactly(linux_build, mac_build)
# we follow the single path of linux
linux_build.reset.success!
expect(stages).to eq(%w(running pending created))
expect(builds.success).to contain_exactly(linux_build)
expect(builds.pending).to contain_exactly(mac_build, linux_rspec, linux_rubocop)
linux_rspec.reset.success!
expect(stages).to eq(%w(running running created))
expect(builds.success).to contain_exactly(linux_build, linux_rspec)
expect(builds.pending).to contain_exactly(mac_build, linux_rubocop)
linux_rubocop.reset.success!
expect(stages).to eq(%w(running running created))
expect(builds.success).to contain_exactly(linux_build, linux_rspec, linux_rubocop)
expect(builds.pending).to contain_exactly(mac_build)
mac_build.reset.success!
mac_rspec.reset.success!
mac_rubocop.reset.success!
expect(stages).to eq(%w(success success pending))
expect(builds.success).to contain_exactly(
linux_build, linux_rspec, linux_rubocop, mac_build, mac_rspec, mac_rubocop)
expect(builds.pending).to contain_exactly(deploy)
end
context 'when feature ci_dag_support is disabled' do
before do
stub_feature_flags(ci_dag_support: false)
end
it 'when linux:build finishes first it follows stages' do
expect(process_pipeline).to be_truthy
expect(stages).to eq(%w(pending created created))
expect(builds.pending).to contain_exactly(linux_build, mac_build)
# we follow the single path of linux
linux_build.reset.success!
expect(stages).to eq(%w(running created created))
expect(builds.success).to contain_exactly(linux_build)
expect(builds.pending).to contain_exactly(mac_build)
mac_build.reset.success!
expect(stages).to eq(%w(success pending created))
expect(builds.success).to contain_exactly(linux_build, mac_build)
expect(builds.pending).to contain_exactly(
linux_rspec, linux_rubocop, mac_rspec, mac_rubocop)
linux_rspec.reset.success!
linux_rubocop.reset.success!
mac_rspec.reset.success!
mac_rubocop.reset.success!
expect(stages).to eq(%w(success success pending))
expect(builds.success).to contain_exactly(
linux_build, linux_rspec, linux_rubocop, mac_build, mac_rspec, mac_rubocop)
expect(builds.pending).to contain_exactly(deploy)
end
end
context 'when one of the jobs is run on a failure' do
let!(:linux_notify) { create_build('linux:notify', stage: 'deploy', stage_idx: 2, when: 'on_failure') }
let!(:linux_notify_on_build) { create(:ci_build_need, build: linux_notify, name: 'linux:build') }
context 'when another job in build phase fails first' do
context 'when ci_dag_support is enabled' do
it 'does skip linux:notify' do
expect(process_pipeline).to be_truthy
mac_build.reset.drop!
linux_build.reset.success!
expect(linux_notify.reset).to be_skipped
end
end
context 'when ci_dag_support is disabled' do
before do
stub_feature_flags(ci_dag_support: false)
end
it 'does run linux:notify' do
expect(process_pipeline).to be_truthy
mac_build.reset.drop!
linux_build.reset.success!
expect(linux_notify.reset).to be_pending
end
end
end
context 'when linux:build job fails first' do
it 'does run linux:notify' do
expect(process_pipeline).to be_truthy
linux_build.reset.drop!
expect(linux_notify.reset).to be_pending
end
end
end
end
def process_pipeline
described_class.new(pipeline).execute
end
def all_builds
pipeline.builds.order(:stage_idx, :id)
end
def builds
all_builds.where.not(status: [:created, :skipped])
end
def stages
pipeline.reset.stages.map(&:status)
end
def builds_names
builds.pluck(:name)
end
def builds_names_and_statuses
builds.each_with_object({}) do |b, h|
h[b.name.to_sym] = b.status
h
end
end
def all_builds_names
all_builds.pluck(:name)
end
def builds_statuses
builds.pluck(:status)
end
def all_builds_statuses
all_builds.pluck(:status)
end
def succeed_pending
builds.pending.map(&:success)
end
def succeed_running_or_pending
pipeline.builds.running_or_pending.each(&:success)
end
def fail_running_or_pending
pipeline.builds.running_or_pending.each(&:drop)
end
def cancel_running_or_pending
pipeline.builds.running_or_pending.each(&:cancel)
end
def play_manual_action(name)
builds.find_by(name: name).play(user)
end
def enqueue_scheduled(name)
builds.scheduled.find_by(name: name).enqueue_scheduled
end
def retry_build(name)
Ci::Build.retry(builds.find_by(name: name), user)
end
def manual_actions
pipeline.manual_actions.reload
end
def create_build(name, **opts)
create(:ci_build, :created, pipeline: pipeline, name: name, **opts)
end
def successful_build(name, **opts)
create(:ci_build, :success, pipeline: pipeline, name: name, **opts)
end
def delayed_options
{ when: 'delayed', options: { script: %w(echo), start_in: '1 minute' } }
end
def unschedule
pipeline.builds.scheduled.map(&:unschedule)
end
end
spec/services/ci/process_pipeline_service_spec.rb
View file @ 778772c8
......@@ -2,7 +2,7 @@
require 'spec_helper'
describe Ci::ProcessPipelineService, '#execute' do
describe Ci::ProcessPipelineService do
let(:user) { create(:user) }
let(:project) { create(:project) }
......@@ -18,668 +18,6 @@ describe Ci::ProcessPipelineService, '#execute' do
project.add_developer(user)
end
context 'when simple pipeline is defined' do
before do
create_build('linux', stage_idx: 0)
create_build('mac', stage_idx: 0)
create_build('rspec', stage_idx: 1)
create_build('rubocop', stage_idx: 1)
create_build('deploy', stage_idx: 2)
end
it 'processes a pipeline', :sidekiq_might_not_need_inline do
expect(process_pipeline).to be_truthy
succeed_pending
expect(builds.success.count).to eq(2)
succeed_pending
expect(builds.success.count).to eq(4)
succeed_pending
expect(builds.success.count).to eq(5)
end
it 'does not process pipeline if existing stage is running' do
expect(process_pipeline).to be_truthy
expect(builds.pending.count).to eq(2)
expect(process_pipeline).to be_falsey
expect(builds.pending.count).to eq(2)
end
end
context 'custom stage with first job allowed to fail' do
before do
create_build('clean_job', stage_idx: 0, allow_failure: true)
create_build('test_job', stage_idx: 1, allow_failure: true)
end
it 'automatically triggers a next stage when build finishes', :sidekiq_might_not_need_inline do
expect(process_pipeline).to be_truthy
expect(builds_statuses).to eq ['pending']
fail_running_or_pending
expect(builds_statuses).to eq %w(failed pending)
fail_running_or_pending
expect(pipeline.reload).to be_success
end
end
context 'when optional manual actions are defined', :sidekiq_might_not_need_inline do
before do
create_build('build', stage_idx: 0)
create_build('test', stage_idx: 1)
create_build('test_failure', stage_idx: 2, when: 'on_failure')
create_build('deploy', stage_idx: 3)
create_build('production', stage_idx: 3, when: 'manual', allow_failure: true)
create_build('cleanup', stage_idx: 4, when: 'always')
create_build('clear:cache', stage_idx: 4, when: 'manual', allow_failure: true)
end
context 'when builds are successful' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build']
expect(builds_statuses).to eq ['pending']
succeed_running_or_pending
expect(builds_names).to eq %w(build test)
expect(builds_statuses).to eq %w(success pending)
succeed_running_or_pending
expect(builds_names).to eq %w(build test deploy production)
expect(builds_statuses).to eq %w(success success pending manual)
succeed_running_or_pending
expect(builds_names).to eq %w(build test deploy production cleanup clear:cache)
expect(builds_statuses).to eq %w(success success success manual pending manual)
succeed_running_or_pending
expect(builds_statuses).to eq %w(success success success manual success manual)
expect(pipeline.reload.status).to eq 'success'
end
end
context 'when test job fails' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build']
expect(builds_statuses).to eq ['pending']
succeed_running_or_pending
expect(builds_names).to eq %w(build test)
expect(builds_statuses).to eq %w(success pending)
fail_running_or_pending
expect(builds_names).to eq %w(build test test_failure)
expect(builds_statuses).to eq %w(success failed pending)
succeed_running_or_pending
expect(builds_names).to eq %w(build test test_failure cleanup)
expect(builds_statuses).to eq %w(success failed success pending)
succeed_running_or_pending
expect(builds_statuses).to eq %w(success failed success success)
expect(pipeline.reload.status).to eq 'failed'
end
end
context 'when test and test_failure jobs fail' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build']
expect(builds_statuses).to eq ['pending']
succeed_running_or_pending
expect(builds_names).to eq %w(build test)
expect(builds_statuses).to eq %w(success pending)
fail_running_or_pending
expect(builds_names).to eq %w(build test test_failure)
expect(builds_statuses).to eq %w(success failed pending)
fail_running_or_pending
expect(builds_names).to eq %w(build test test_failure cleanup)
expect(builds_statuses).to eq %w(success failed failed pending)
succeed_running_or_pending
expect(builds_names).to eq %w(build test test_failure cleanup)
expect(builds_statuses).to eq %w(success failed failed success)
expect(pipeline.reload.status).to eq('failed')
end
end
context 'when deploy job fails' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build']
expect(builds_statuses).to eq ['pending']
succeed_running_or_pending
expect(builds_names).to eq %w(build test)
expect(builds_statuses).to eq %w(success pending)
succeed_running_or_pending
expect(builds_names).to eq %w(build test deploy production)
expect(builds_statuses).to eq %w(success success pending manual)
fail_running_or_pending
expect(builds_names).to eq %w(build test deploy production cleanup)
expect(builds_statuses).to eq %w(success success failed manual pending)
succeed_running_or_pending
expect(builds_statuses).to eq %w(success success failed manual success)
expect(pipeline.reload).to be_failed
end
end
context 'when build is canceled in the second stage' do
it 'does not schedule builds after build has been canceled' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build']
expect(builds_statuses).to eq ['pending']
succeed_running_or_pending
expect(builds.running_or_pending).not_to be_empty
expect(builds_names).to eq %w(build test)
expect(builds_statuses).to eq %w(success pending)
cancel_running_or_pending
expect(builds.running_or_pending).to be_empty
expect(builds_names).to eq %w[build test]
expect(builds_statuses).to eq %w[success canceled]
expect(pipeline.reload).to be_canceled
end
end
context 'when listing optional manual actions' do
it 'returns only for skipped builds' do
# currently all builds are created
expect(process_pipeline).to be_truthy
expect(manual_actions).to be_empty
# succeed stage build
succeed_running_or_pending
expect(manual_actions).to be_empty
# succeed stage test
succeed_running_or_pending
expect(manual_actions).to be_one # production
# succeed stage deploy
succeed_running_or_pending
expect(manual_actions).to be_many # production and clear cache
end
end
end
context 'when delayed jobs are defined', :sidekiq_might_not_need_inline do
context 'when the scene is timed incremental rollout' do
before do
create_build('build', stage_idx: 0)
create_build('rollout10%', **delayed_options, stage_idx: 1)
create_build('rollout100%', **delayed_options, stage_idx: 2)
create_build('cleanup', stage_idx: 3)
allow(Ci::BuildScheduleWorker).to receive(:perform_at)
end
context 'when builds are successful' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'build': 'pending' })
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'scheduled' })
Timecop.travel 2.minutes.from_now do
enqueue_scheduled('rollout10%')
end
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'success', 'rollout100%': 'scheduled' })
Timecop.travel 2.minutes.from_now do
enqueue_scheduled('rollout100%')
end
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'success', 'rollout100%': 'success', 'cleanup': 'pending' })
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'success', 'rollout100%': 'success', 'cleanup': 'success' })
expect(pipeline.reload.status).to eq 'success'
end
end
context 'when build job fails' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'build': 'pending' })
fail_running_or_pending
expect(builds_names_and_statuses).to eq({ 'build': 'failed' })
expect(pipeline.reload.status).to eq 'failed'
end
end
context 'when rollout 10% is unscheduled' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'build': 'pending' })
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'scheduled' })
unschedule
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'manual' })
expect(pipeline.reload.status).to eq 'manual'
end
context 'when user plays rollout 10%' do
it 'schedules rollout100%' do
process_pipeline
succeed_pending
unschedule
play_manual_action('rollout10%')
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'success', 'rollout100%': 'scheduled' })
expect(pipeline.reload.status).to eq 'scheduled'
end
end
end
context 'when rollout 10% fails' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'build': 'pending' })
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'scheduled' })
Timecop.travel 2.minutes.from_now do
enqueue_scheduled('rollout10%')
end
fail_running_or_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'failed' })
expect(pipeline.reload.status).to eq 'failed'
end
context 'when user retries rollout 10%' do
it 'does not schedule rollout10% again' do
process_pipeline
succeed_pending
enqueue_scheduled('rollout10%')
fail_running_or_pending
retry_build('rollout10%')
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'pending' })
expect(pipeline.reload.status).to eq 'running'
end
end
end
context 'when rollout 10% is played immidiately' do
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'build': 'pending' })
succeed_pending
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'scheduled' })
play_manual_action('rollout10%')
expect(builds_names_and_statuses).to eq({ 'build': 'success', 'rollout10%': 'pending' })
expect(pipeline.reload.status).to eq 'running'
end
end
end
context 'when only one scheduled job exists in a pipeline' do
before do
create_build('delayed', **delayed_options, stage_idx: 0)
allow(Ci::BuildScheduleWorker).to receive(:perform_at)
end
it 'properly processes the pipeline' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'delayed': 'scheduled' })
expect(pipeline.reload.status).to eq 'scheduled'
end
end
context 'when there are two delayed jobs in a stage' do
before do
create_build('delayed1', **delayed_options, stage_idx: 0)
create_build('delayed2', **delayed_options, stage_idx: 0)
create_build('job', stage_idx: 1)
allow(Ci::BuildScheduleWorker).to receive(:perform_at)
end
it 'blocks the stage until all scheduled jobs finished' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'delayed1': 'scheduled', 'delayed2': 'scheduled' })
Timecop.travel 2.minutes.from_now do
enqueue_scheduled('delayed1')
end
expect(builds_names_and_statuses).to eq({ 'delayed1': 'pending', 'delayed2': 'scheduled' })
expect(pipeline.reload.status).to eq 'running'
end
end
context 'when a delayed job is allowed to fail' do
before do
create_build('delayed', **delayed_options, allow_failure: true, stage_idx: 0)
create_build('job', stage_idx: 1)
allow(Ci::BuildScheduleWorker).to receive(:perform_at)
end
it 'blocks the stage and continues after it failed' do
expect(process_pipeline).to be_truthy
expect(builds_names_and_statuses).to eq({ 'delayed': 'scheduled' })
Timecop.travel 2.minutes.from_now do
enqueue_scheduled('delayed')
end
fail_running_or_pending
expect(builds_names_and_statuses).to eq({ 'delayed': 'failed', 'job': 'pending' })
expect(pipeline.reload.status).to eq 'pending'
end
end
end
context 'when an exception is raised during a persistent ref creation' do
before do
successful_build('test', stage_idx: 0)
allow_next_instance_of(Ci::PersistentRef) do |instance|
allow(instance).to receive(:delete_refs) { raise ArgumentError }
end
end
it 'process the pipeline' do
expect { process_pipeline }.not_to raise_error
end
end
context 'when there are manual action in earlier stages' do
context 'when first stage has only optional manual actions' do
before do
create_build('build', stage_idx: 0, when: 'manual', allow_failure: true)
create_build('check', stage_idx: 1)
create_build('test', stage_idx: 2)
process_pipeline
end
it 'starts from the second stage' do
expect(all_builds_statuses).to eq %w[manual pending created]
end
end
context 'when second stage has only optional manual actions' do
before do
create_build('check', stage_idx: 0)
create_build('build', stage_idx: 1, when: 'manual', allow_failure: true)
create_build('test', stage_idx: 2)
process_pipeline
end
it 'skips second stage and continues on third stage', :sidekiq_might_not_need_inline do
expect(all_builds_statuses).to eq(%w[pending created created])
builds.first.success
expect(all_builds_statuses).to eq(%w[success manual pending])
end
end
end
context 'when there are only manual actions in stages' do
before do
create_build('image', stage_idx: 0, when: 'manual', allow_failure: true)
create_build('build', stage_idx: 1, when: 'manual', allow_failure: true)
create_build('deploy', stage_idx: 2, when: 'manual')
create_build('check', stage_idx: 3)
process_pipeline
end
it 'processes all jobs until blocking actions encountered' do
expect(all_builds_statuses).to eq(%w[manual manual manual created])
expect(all_builds_names).to eq(%w[image build deploy check])
expect(pipeline.reload).to be_blocked
end
end
context 'when there is only one manual action' do
before do
create_build('deploy', stage_idx: 0, when: 'manual', allow_failure: true)
process_pipeline
end
it 'skips the pipeline' do
expect(pipeline.reload).to be_skipped
end
context 'when the action was played' do
before do
play_manual_action('deploy')
end
it 'queues the action and pipeline', :sidekiq_might_not_need_inline do
expect(all_builds_statuses).to eq(%w[pending])
expect(pipeline.reload).to be_pending
end
end
end
context 'when blocking manual actions are defined', :sidekiq_might_not_need_inline do
before do
create_build('code:test', stage_idx: 0)
create_build('staging:deploy', stage_idx: 1, when: 'manual')
create_build('staging:test', stage_idx: 2, when: 'on_success')
create_build('production:deploy', stage_idx: 3, when: 'manual')
create_build('production:test', stage_idx: 4, when: 'always')
end
context 'when first stage succeeds' do
it 'blocks pipeline on stage with first manual action' do
process_pipeline
expect(builds_names).to eq %w[code:test]
expect(builds_statuses).to eq %w[pending]
expect(pipeline.reload.status).to eq 'pending'
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy]
expect(builds_statuses).to eq %w[success manual]
expect(pipeline.reload).to be_manual
end
end
context 'when first stage fails' do
it 'does not take blocking action into account' do
process_pipeline
expect(builds_names).to eq %w[code:test]
expect(builds_statuses).to eq %w[pending]
expect(pipeline.reload.status).to eq 'pending'
fail_running_or_pending
expect(builds_names).to eq %w[code:test production:test]
expect(builds_statuses).to eq %w[failed pending]
succeed_running_or_pending
expect(builds_statuses).to eq %w[failed success]
expect(pipeline.reload).to be_failed
end
end
context 'when pipeline is promoted sequentially up to the end' do
before do
# Users need ability to merge into a branch in order to trigger
# protected manual actions.
#
create(:protected_branch, :developers_can_merge,
name: 'master', project: project)
end
it 'properly processes entire pipeline' do
process_pipeline
expect(builds_names).to eq %w[code:test]
expect(builds_statuses).to eq %w[pending]
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy]
expect(builds_statuses).to eq %w[success manual]
expect(pipeline.reload).to be_manual
play_manual_action('staging:deploy')
expect(builds_statuses).to eq %w[success pending]
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy staging:test]
expect(builds_statuses).to eq %w[success success pending]
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy staging:test
production:deploy]
expect(builds_statuses).to eq %w[success success success manual]
expect(pipeline.reload).to be_manual
expect(pipeline.reload).to be_blocked
expect(pipeline.reload).not_to be_active
expect(pipeline.reload).not_to be_complete
play_manual_action('production:deploy')
expect(builds_statuses).to eq %w[success success success pending]
expect(pipeline.reload).to be_running
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy staging:test
production:deploy production:test]
expect(builds_statuses).to eq %w[success success success success pending]
expect(pipeline.reload).to be_running
succeed_running_or_pending
expect(builds_names).to eq %w[code:test staging:deploy staging:test
production:deploy production:test]
expect(builds_statuses).to eq %w[success success success success success]
expect(pipeline.reload).to be_success
end
end
end
context 'when second stage has only on_failure jobs', :sidekiq_might_not_need_inline do
before do
create_build('check', stage_idx: 0)
create_build('build', stage_idx: 1, when: 'on_failure')
create_build('test', stage_idx: 2)
process_pipeline
end
it 'skips second stage and continues on third stage' do
expect(all_builds_statuses).to eq(%w[pending created created])
builds.first.success
expect(all_builds_statuses).to eq(%w[success skipped pending])
end
end
context 'when failed build in the middle stage is retried', :sidekiq_might_not_need_inline do
context 'when failed build is the only unsuccessful build in the stage' do
before do
create_build('build:1', stage_idx: 0)
create_build('build:2', stage_idx: 0)
create_build('test:1', stage_idx: 1)
create_build('test:2', stage_idx: 1)
create_build('deploy:1', stage_idx: 2)
create_build('deploy:2', stage_idx: 2)
end
it 'does trigger builds in the next stage' do
expect(process_pipeline).to be_truthy
expect(builds_names).to eq ['build:1', 'build:2']
succeed_running_or_pending
expect(builds_names).to eq ['build:1', 'build:2', 'test:1', 'test:2']
pipeline.builds.find_by(name: 'test:1').success
pipeline.builds.find_by(name: 'test:2').drop
expect(builds_names).to eq ['build:1', 'build:2', 'test:1', 'test:2']
Ci::Build.retry(pipeline.builds.find_by(name: 'test:2'), user).success
expect(builds_names).to eq ['build:1', 'build:2', 'test:1', 'test:2',
'test:2', 'deploy:1', 'deploy:2']
end
end
end
context 'updates a list of retried builds' do
subject { described_class.retried.order(:id) }
......@@ -695,251 +33,15 @@ describe Ci::ProcessPipelineService, '#execute' do
end
end
context 'when builds with auto-retries are configured', :sidekiq_might_not_need_inline do
before do
create_build('build:1', stage_idx: 0, user: user, options: { script: 'aa', retry: 2 })
create_build('test:1', stage_idx: 1, user: user, when: :on_failure)
create_build('test:2', stage_idx: 1, user: user, options: { script: 'aa', retry: 1 })
end
it 'automatically retries builds in a valid order' do
expect(process_pipeline).to be_truthy
fail_running_or_pending
expect(builds_names).to eq %w[build:1 build:1]
expect(builds_statuses).to eq %w[failed pending]
succeed_running_or_pending
expect(builds_names).to eq %w[build:1 build:1 test:2]
expect(builds_statuses).to eq %w[failed success pending]
succeed_running_or_pending
expect(builds_names).to eq %w[build:1 build:1 test:2]
expect(builds_statuses).to eq %w[failed success success]
expect(pipeline.reload).to be_success
end
end
context 'when pipeline with needs is created', :sidekiq_might_not_need_inline do
let!(:linux_build) { create_build('linux:build', stage: 'build', stage_idx: 0) }
let!(:mac_build) { create_build('mac:build', stage: 'build', stage_idx: 0) }
let!(:linux_rspec) { create_build('linux:rspec', stage: 'test', stage_idx: 1) }
let!(:linux_rubocop) { create_build('linux:rubocop', stage: 'test', stage_idx: 1) }
let!(:mac_rspec) { create_build('mac:rspec', stage: 'test', stage_idx: 1) }
let!(:mac_rubocop) { create_build('mac:rubocop', stage: 'test', stage_idx: 1) }
let!(:deploy) { create_build('deploy', stage: 'deploy', stage_idx: 2) }
let!(:linux_rspec_on_build) { create(:ci_build_need, build: linux_rspec, name: 'linux:build') }
let!(:linux_rubocop_on_build) { create(:ci_build_need, build: linux_rubocop, name: 'linux:build') }
let!(:mac_rspec_on_build) { create(:ci_build_need, build: mac_rspec, name: 'mac:build') }
let!(:mac_rubocop_on_build) { create(:ci_build_need, build: mac_rubocop, name: 'mac:build') }
it 'when linux:* finishes first it runs it out of order' do
expect(process_pipeline).to be_truthy
expect(stages).to eq(%w(pending created created))
expect(builds.pending).to contain_exactly(linux_build, mac_build)
# we follow the single path of linux
linux_build.reset.success!
expect(stages).to eq(%w(running pending created))
expect(builds.success).to contain_exactly(linux_build)
expect(builds.pending).to contain_exactly(mac_build, linux_rspec, linux_rubocop)
linux_rspec.reset.success!
expect(stages).to eq(%w(running running created))
expect(builds.success).to contain_exactly(linux_build, linux_rspec)
expect(builds.pending).to contain_exactly(mac_build, linux_rubocop)
linux_rubocop.reset.success!
expect(stages).to eq(%w(running running created))
expect(builds.success).to contain_exactly(linux_build, linux_rspec, linux_rubocop)
expect(builds.pending).to contain_exactly(mac_build)
mac_build.reset.success!
mac_rspec.reset.success!
mac_rubocop.reset.success!
expect(stages).to eq(%w(success success pending))
expect(builds.success).to contain_exactly(
linux_build, linux_rspec, linux_rubocop, mac_build, mac_rspec, mac_rubocop)
expect(builds.pending).to contain_exactly(deploy)
end
context 'when feature ci_dag_support is disabled' do
before do
stub_feature_flags(ci_dag_support: false)
end
it 'when linux:build finishes first it follows stages' do
expect(process_pipeline).to be_truthy
expect(stages).to eq(%w(pending created created))
expect(builds.pending).to contain_exactly(linux_build, mac_build)
# we follow the single path of linux
linux_build.reset.success!
expect(stages).to eq(%w(running created created))
expect(builds.success).to contain_exactly(linux_build)
expect(builds.pending).to contain_exactly(mac_build)
mac_build.reset.success!
expect(stages).to eq(%w(success pending created))
expect(builds.success).to contain_exactly(linux_build, mac_build)
expect(builds.pending).to contain_exactly(
linux_rspec, linux_rubocop, mac_rspec, mac_rubocop)
linux_rspec.reset.success!
linux_rubocop.reset.success!
mac_rspec.reset.success!
mac_rubocop.reset.success!
expect(stages).to eq(%w(success success pending))
expect(builds.success).to contain_exactly(
linux_build, linux_rspec, linux_rubocop, mac_build, mac_rspec, mac_rubocop)
expect(builds.pending).to contain_exactly(deploy)
end
end
context 'when one of the jobs is run on a failure' do
let!(:linux_notify) { create_build('linux:notify', stage: 'deploy', stage_idx: 2, when: 'on_failure') }
let!(:linux_notify_on_build) { create(:ci_build_need, build: linux_notify, name: 'linux:build') }
context 'when another job in build phase fails first' do
context 'when ci_dag_support is enabled' do
it 'does skip linux:notify' do
expect(process_pipeline).to be_truthy
mac_build.reset.drop!
linux_build.reset.success!
expect(linux_notify.reset).to be_skipped
end
end
context 'when ci_dag_support is disabled' do
before do
stub_feature_flags(ci_dag_support: false)
end
it 'does run linux:notify' do
expect(process_pipeline).to be_truthy
mac_build.reset.drop!
linux_build.reset.success!
expect(linux_notify.reset).to be_pending
end
end
end
context 'when linux:build job fails first' do
it 'does run linux:notify' do
expect(process_pipeline).to be_truthy
linux_build.reset.drop!
expect(linux_notify.reset).to be_pending
end
end
end
end
def process_pipeline
described_class.new(pipeline).execute
end
def all_builds
pipeline.builds.order(:stage_idx, :id)
end
def builds
all_builds.where.not(status: [:created, :skipped])
end
def stages
pipeline.reset.stages.map(&:status)
end
def builds_names
builds.pluck(:name)
end
def builds_names_and_statuses
builds.each_with_object({}) do |b, h|
h[b.name.to_sym] = b.status
h
end
end
def all_builds_names
all_builds.pluck(:name)
end
def builds_statuses
builds.pluck(:status)
end
def all_builds_statuses
all_builds.pluck(:status)
end
def succeed_pending
builds.pending.map(&:success)
end
def succeed_running_or_pending
pipeline.builds.running_or_pending.each(&:success)
end
def fail_running_or_pending
pipeline.builds.running_or_pending.each(&:drop)
end
def cancel_running_or_pending
pipeline.builds.running_or_pending.each(&:cancel)
end
def play_manual_action(name)
builds.find_by(name: name).play(user)
end
def enqueue_scheduled(name)
builds.scheduled.find_by(name: name).enqueue_scheduled
end
def retry_build(name)
Ci::Build.retry(builds.find_by(name: name), user)
end
def manual_actions
pipeline.manual_actions.reload
end
def create_build(name, **opts)
create(:ci_build, :created, pipeline: pipeline, name: name, **opts)
end
def successful_build(name, **opts)
create(:ci_build, :success, pipeline: pipeline, name: name, **opts)
end
def delayed_options
{ when: 'delayed', options: { script: %w(echo), start_in: '1 minute' } }
end
def unschedule
pipeline.builds.scheduled.map(&:unschedule)
def all_builds
pipeline.builds.order(:stage_idx, :id)
end
end
yarn.lock
View file @ 778772c8
......@@ -732,15 +732,15 @@
dependencies:
vue-eslint-parser "^6.0.4"
"@gitlab/svgs@^1.88.0":
version "1.88.0"
resolved "https://registry.yarnpkg.com/@gitlab/svgs/-/svgs-1.88.0.tgz#0a9b72e9591264fcac592ebf9944665c70f48de2"
integrity sha512-ZgepCvZoB/lFdgttHtu8+9YlRZlVc9MnHDbbqcQCFBvrfOjY1wq12ikxnNbwKj8QNA47TRJvSS0TkHgMWYnbsA==
"@gitlab/svgs@^1.89.0":
version "1.89.0"
resolved "https://registry.yarnpkg.com/@gitlab/svgs/-/svgs-1.89.0.tgz#5bdaff1b0af1cc07ed34e89c21c34c7c6a3e1caa"
integrity sha512-vI6VobZs6mq2Bbiej5bYMHyvtn8kD1O/uHSlyY9jgJoa2TXU+jFI9DqUpJmx8EIHt+o0qm/8G3XsFGEr5gLb7Q==
"@gitlab/ui@8.10.0":
version "8.10.0"
resolved "https://registry.yarnpkg.com/@gitlab/ui/-/ui-8.10.0.tgz#885ea8fe695ccff859821bd4ad4cefbea086e3b6"
integrity sha512-bbq+7iiptsNUWtPBQs/ek5uDnkSQ7QGzJwddfZSvQPMuq+50fDSy3Gab1cwvZtSj1fSvAny0ksqbpQl1w+5AgA==
"@gitlab/ui@8.15.0":
version "8.15.0"
resolved "https://registry.yarnpkg.com/@gitlab/ui/-/ui-8.15.0.tgz#51fa3f2b4ccb8454bcb9680acb334bc88fe15f3d"
integrity sha512-M9hnLVRMUF5DDfwPtR5CLsCyiWgjslqg2p37a6qwjdjZ+ST5t0Vr/44Mg4Lz4y2zxqjDaSmR4KtmipvykeQx1A==
dependencies:
"@babel/standalone" "^7.0.0"
"@gitlab/vue-toasted" "^1.3.0"
......@@ -750,6 +750,7 @@
highlight.js "^9.13.1"
js-beautify "^1.8.8"
lodash "^4.17.14"
portal-vue "^2.1.6"
resize-observer-polyfill "^1.5.1"
url-search-params-polyfill "^5.0.0"
vue "^2.6.10"
......@@ -8742,10 +8743,10 @@ popper.js@^1.14.7, popper.js@^1.15.0:
resolved "https://registry.yarnpkg.com/popper.js/-/popper.js-1.15.0.tgz#5560b99bbad7647e9faa475c6b8056621f5a4ff2"
integrity sha512-w010cY1oCUmI+9KwwlWki+r5jxKfTFDVoadl7MSrIujHU5MJ5OR6HTDj6Xo8aoR/QsA56x8jKjA59qGH4ELtrA==
portal-vue@^2.1.5:
version "2.1.5"
resolved "https://registry.yarnpkg.com/portal-vue/-/portal-vue-2.1.5.tgz#ecd0997cb32958205151cb72f40fd4f38d175e5c"
integrity sha512-vZmdMn0mOo7puvxoMQ5zju6S29aFD+9yygJxyWQtPaMXS9xunAeoYdnx6yzfL9J8HD8pMZYgSieEIbioAKhrSQ==
portal-vue@^2.1.5, portal-vue@^2.1.6:
version "2.1.7"
resolved "https://registry.yarnpkg.com/portal-vue/-/portal-vue-2.1.7.tgz#ea08069b25b640ca08a5b86f67c612f15f4e4ad4"
integrity sha512-+yCno2oB3xA7irTt0EU5Ezw22L2J51uKAacE/6hMPMoO/mx3h4rXFkkBkT4GFsMDv/vEe8TNKC3ujJJ0PTwb6g==
portfinder@^1.0.24:
version "1.0.24"
......
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