debian-mirror-gitlab/app/models/ci/pipeline.rb
2020-05-24 23:13:21 +05:30

1014 lines
32 KiB
Ruby

# frozen_string_literal: true
module Ci
class Pipeline < ApplicationRecord
extend Gitlab::Ci::Model
include HasStatus
include Importable
include AfterCommitQueue
include Presentable
include Gitlab::OptimisticLocking
include Gitlab::Utils::StrongMemoize
include AtomicInternalId
include EnumWithNil
include Ci::HasRef
include ShaAttribute
include FromUnion
include UpdatedAtFilterable
PROJECT_ROUTE_AND_NAMESPACE_ROUTE = {
project: [:project_feature, :route, { namespace: :route }]
}.freeze
BridgeStatusError = Class.new(StandardError)
sha_attribute :source_sha
sha_attribute :target_sha
belongs_to :project, inverse_of: :all_pipelines
belongs_to :user
belongs_to :auto_canceled_by, class_name: 'Ci::Pipeline'
belongs_to :pipeline_schedule, class_name: 'Ci::PipelineSchedule'
belongs_to :merge_request, class_name: 'MergeRequest'
belongs_to :external_pull_request
has_internal_id :iid, scope: :project, presence: false, track_if: -> { !importing? }, ensure_if: -> { !importing? }, init: ->(s) do
s&.project&.all_pipelines&.maximum(:iid) || s&.project&.all_pipelines&.count
end
has_many :stages, -> { order(position: :asc) }, inverse_of: :pipeline
has_many :statuses, class_name: 'CommitStatus', foreign_key: :commit_id, inverse_of: :pipeline
has_many :latest_statuses_ordered_by_stage, -> { latest.order(:stage_idx, :stage) }, class_name: 'CommitStatus', foreign_key: :commit_id, inverse_of: :pipeline
has_many :processables, class_name: 'Ci::Processable', foreign_key: :commit_id, inverse_of: :pipeline
has_many :builds, foreign_key: :commit_id, inverse_of: :pipeline
has_many :trigger_requests, dependent: :destroy, foreign_key: :commit_id # rubocop:disable Cop/ActiveRecordDependent
has_many :variables, class_name: 'Ci::PipelineVariable'
has_many :deployments, through: :builds
has_many :environments, -> { distinct }, through: :deployments
# Merge requests for which the current pipeline is running against
# the merge request's latest commit.
has_many :merge_requests_as_head_pipeline, foreign_key: "head_pipeline_id", class_name: 'MergeRequest'
has_many :pending_builds, -> { pending }, foreign_key: :commit_id, class_name: 'Ci::Build'
has_many :failed_builds, -> { latest.failed }, foreign_key: :commit_id, class_name: 'Ci::Build', inverse_of: :pipeline
has_many :retryable_builds, -> { latest.failed_or_canceled.includes(:project) }, foreign_key: :commit_id, class_name: 'Ci::Build'
has_many :cancelable_statuses, -> { cancelable }, foreign_key: :commit_id, class_name: 'CommitStatus'
has_many :manual_actions, -> { latest.manual_actions.includes(:project) }, foreign_key: :commit_id, class_name: 'Ci::Build'
has_many :scheduled_actions, -> { latest.scheduled_actions.includes(:project) }, foreign_key: :commit_id, class_name: 'Ci::Build'
has_many :artifacts, -> { latest.with_artifacts_not_expired.includes(:project) }, foreign_key: :commit_id, class_name: 'Ci::Build'
has_many :auto_canceled_pipelines, class_name: 'Ci::Pipeline', foreign_key: 'auto_canceled_by_id'
has_many :auto_canceled_jobs, class_name: 'CommitStatus', foreign_key: 'auto_canceled_by_id'
has_many :sourced_pipelines, class_name: 'Ci::Sources::Pipeline', foreign_key: :source_pipeline_id
has_one :source_pipeline, class_name: 'Ci::Sources::Pipeline', inverse_of: :pipeline
has_one :ref_status, ->(pipeline) {
# We use .read_attribute to save 1 extra unneeded query to load the :project.
unscope(:where)
.where(project_id: pipeline.read_attribute(:project_id), ref: pipeline.ref, tag: pipeline.tag)
# Sadly :inverse_of is not supported (yet) by Rails for composite PKs.
}, class_name: 'Ci::Ref', inverse_of: :pipelines
has_one :chat_data, class_name: 'Ci::PipelineChatData'
has_many :triggered_pipelines, through: :sourced_pipelines, source: :pipeline
has_many :child_pipelines, -> { merge(Ci::Sources::Pipeline.same_project) }, through: :sourced_pipelines, source: :pipeline
has_one :triggered_by_pipeline, through: :source_pipeline, source: :source_pipeline
has_one :parent_pipeline, -> { merge(Ci::Sources::Pipeline.same_project) }, through: :source_pipeline, source: :source_pipeline
has_one :source_job, through: :source_pipeline, source: :source_job
has_one :source_bridge, through: :source_pipeline, source: :source_bridge
has_one :pipeline_config, class_name: 'Ci::PipelineConfig', inverse_of: :pipeline
has_many :daily_build_group_report_results, class_name: 'Ci::DailyBuildGroupReportResult', foreign_key: :last_pipeline_id
accepts_nested_attributes_for :variables, reject_if: :persisted?
delegate :id, to: :project, prefix: true
delegate :full_path, to: :project, prefix: true
validates :sha, presence: { unless: :importing? }
validates :ref, presence: { unless: :importing? }
validates :tag, inclusion: { in: [false], if: :merge_request? }
validates :external_pull_request, presence: { if: :external_pull_request_event? }
validates :external_pull_request, absence: { unless: :external_pull_request_event? }
validates :tag, inclusion: { in: [false], if: :external_pull_request_event? }
validates :status, presence: { unless: :importing? }
validate :valid_commit_sha, unless: :importing?
validates :source, exclusion: { in: %w(unknown), unless: :importing? }, on: :create
after_create :keep_around_commits, unless: :importing?
# We use `Ci::PipelineEnums.sources` here so that EE can more easily extend
# this `Hash` with new values.
enum_with_nil source: ::Ci::PipelineEnums.sources
enum_with_nil config_source: ::Ci::PipelineEnums.config_sources
# We use `Ci::PipelineEnums.failure_reasons` here so that EE can more easily
# extend this `Hash` with new values.
enum failure_reason: ::Ci::PipelineEnums.failure_reasons
state_machine :status, initial: :created do
event :enqueue do
transition [:created, :manual, :waiting_for_resource, :preparing, :skipped, :scheduled] => :pending
transition [:success, :failed, :canceled] => :running
# this is needed to ensure tests to be covered
transition [:running] => :running
end
event :request_resource do
transition any - [:waiting_for_resource] => :waiting_for_resource
end
event :prepare do
transition any - [:preparing] => :preparing
end
event :run do
transition any - [:running] => :running
end
event :skip do
transition any - [:skipped] => :skipped
end
event :drop do
transition any - [:failed] => :failed
end
event :succeed do
transition any - [:success] => :success
end
event :cancel do
transition any - [:canceled] => :canceled
end
event :block do
transition any - [:manual] => :manual
end
event :delay do
transition any - [:scheduled] => :scheduled
end
# IMPORTANT
# Do not add any operations to this state_machine
# Create a separate worker for each new operation
before_transition [:created, :waiting_for_resource, :preparing, :pending] => :running do |pipeline|
pipeline.started_at = Time.now
end
before_transition any => [:success, :failed, :canceled] do |pipeline|
pipeline.finished_at = Time.now
pipeline.update_duration
end
before_transition any => [:manual] do |pipeline|
pipeline.update_duration
end
before_transition canceled: any - [:canceled] do |pipeline|
pipeline.auto_canceled_by = nil
end
before_transition any => :failed do |pipeline, transition|
transition.args.first.try do |reason|
pipeline.failure_reason = reason
end
end
after_transition [:created, :waiting_for_resource, :preparing, :pending] => :running do |pipeline|
pipeline.run_after_commit { PipelineMetricsWorker.perform_async(pipeline.id) }
end
after_transition any => [:success] do |pipeline|
pipeline.run_after_commit { PipelineMetricsWorker.perform_async(pipeline.id) }
end
after_transition [:created, :waiting_for_resource, :preparing, :pending, :running] => :success do |pipeline|
# We wait a little bit to ensure that all BuildFinishedWorkers finish first
# because this is where some metrics like code coverage is parsed and stored
# in CI build records which the daily build metrics worker relies on.
pipeline.run_after_commit { Ci::DailyBuildGroupReportResultsWorker.perform_in(10.minutes, pipeline.id) }
end
after_transition do |pipeline, transition|
next if transition.loopback?
pipeline.run_after_commit do
PipelineHooksWorker.perform_async(pipeline.id)
ExpirePipelineCacheWorker.perform_async(pipeline.id) if pipeline.cacheable?
end
end
after_transition any => ::Ci::Pipeline.completed_statuses do |pipeline|
pipeline.run_after_commit do
pipeline.persistent_ref.delete
pipeline.all_merge_requests.each do |merge_request|
next unless merge_request.auto_merge_enabled?
AutoMergeProcessWorker.perform_async(merge_request.id)
end
if pipeline.auto_devops_source?
self.class.auto_devops_pipelines_completed_total.increment(status: pipeline.status)
end
end
end
after_transition any => ::Ci::Pipeline.completed_statuses do |pipeline|
next unless pipeline.bridge_triggered?
next unless pipeline.bridge_waiting?
pipeline.run_after_commit do
::Ci::PipelineBridgeStatusWorker.perform_async(pipeline.id)
end
end
after_transition any => [:success, :failed] do |pipeline|
pipeline.run_after_commit do
if Feature.enabled?(:ci_pipeline_fixed_notifications)
PipelineUpdateCiRefStatusWorker.perform_async(pipeline.id)
else
PipelineNotificationWorker.perform_async(pipeline.id)
end
end
end
after_transition any => [:failed] do |pipeline|
next unless pipeline.auto_devops_source?
pipeline.run_after_commit { AutoDevops::DisableWorker.perform_async(pipeline.id) }
end
end
scope :internal, -> { where(source: internal_sources) }
scope :no_child, -> { where.not(source: :parent_pipeline) }
scope :ci_sources, -> { where(config_source: ::Ci::PipelineEnums.ci_config_sources_values) }
scope :for_user, -> (user) { where(user: user) }
scope :for_sha, -> (sha) { where(sha: sha) }
scope :for_source_sha, -> (source_sha) { where(source_sha: source_sha) }
scope :for_sha_or_source_sha, -> (sha) { for_sha(sha).or(for_source_sha(sha)) }
scope :for_ref, -> (ref) { where(ref: ref) }
scope :for_id, -> (id) { where(id: id) }
scope :created_after, -> (time) { where('ci_pipelines.created_at > ?', time) }
scope :with_reports, -> (reports_scope) do
where('EXISTS (?)', ::Ci::Build.latest.with_reports(reports_scope).where('ci_pipelines.id=ci_builds.commit_id').select(1))
end
scope :with_only_interruptible_builds, -> do
where('NOT EXISTS (?)',
Ci::Build.where('ci_builds.commit_id = ci_pipelines.id')
.with_status(:running, :success, :failed)
.not_interruptible
)
end
# Returns the pipelines in descending order (= newest first), optionally
# limited to a number of references.
#
# ref - The name (or names) of the branch(es)/tag(s) to limit the list of
# pipelines to.
# sha - The commit SHA (or mutliple SHAs) to limit the list of pipelines to.
# limit - This limits a backlog search, default to 100.
def self.newest_first(ref: nil, sha: nil, limit: 100)
relation = order(id: :desc)
relation = relation.where(ref: ref) if ref
relation = relation.where(sha: sha) if sha
if limit
ids = relation.limit(limit).select(:id)
relation = relation.where(id: ids)
end
relation
end
def self.latest_status(ref = nil)
newest_first(ref: ref).pluck(:status).first
end
def self.latest_successful_for_ref(ref)
newest_first(ref: ref).success.take
end
def self.latest_successful_for_sha(sha)
newest_first(sha: sha).success.take
end
def self.latest_successful_for_refs(refs)
relation = newest_first(ref: refs).success
relation.each_with_object({}) do |pipeline, hash|
hash[pipeline.ref] ||= pipeline
end
end
# Returns a Hash containing the latest pipeline for every given
# commit.
#
# The keys of this Hash are the commit SHAs, the values the pipelines.
#
# commits - The list of commit SHAs to get the pipelines for.
# ref - The ref to scope the data to (e.g. "master"). If the ref is not
# given we simply get the latest pipelines for the commits, regardless
# of what refs the pipelines belong to.
def self.latest_pipeline_per_commit(commits, ref = nil)
p1 = arel_table
p2 = arel_table.alias
# This LEFT JOIN will filter out all but the newest row for every
# combination of (project_id, sha) or (project_id, sha, ref) if a ref is
# given.
cond = p1[:sha].eq(p2[:sha])
.and(p1[:project_id].eq(p2[:project_id]))
.and(p1[:id].lt(p2[:id]))
cond = cond.and(p1[:ref].eq(p2[:ref])) if ref
join = p1.join(p2, Arel::Nodes::OuterJoin).on(cond)
relation = where(sha: commits)
.where(p2[:id].eq(nil))
.joins(join.join_sources)
relation = relation.where(ref: ref) if ref
relation.each_with_object({}) do |pipeline, hash|
hash[pipeline.sha] = pipeline
end
end
def self.latest_successful_ids_per_project
success.group(:project_id).select('max(id) as id')
end
def self.truncate_sha(sha)
sha[0...8]
end
def self.total_duration
where.not(duration: nil).sum(:duration)
end
def self.internal_sources
sources.reject { |source| source == "external" }.values
end
def self.bridgeable_statuses
::Ci::Pipeline::AVAILABLE_STATUSES - %w[created waiting_for_resource preparing pending]
end
def self.auto_devops_pipelines_completed_total
@auto_devops_pipelines_completed_total ||= Gitlab::Metrics.counter(:auto_devops_pipelines_completed_total, 'Number of completed auto devops pipelines')
end
def stages_count
statuses.select(:stage).distinct.count
end
def total_size
statuses.count(:id)
end
def stages_names
statuses.order(:stage_idx).distinct
.pluck(:stage, :stage_idx).map(&:first)
end
def legacy_stage(name)
stage = Ci::LegacyStage.new(self, name: name)
stage unless stage.statuses_count.zero?
end
def ref_exists?
project.repository.ref_exists?(git_ref)
rescue Gitlab::Git::Repository::NoRepository
false
end
def ordered_stages
if Feature.enabled?(:ci_atomic_processing, project, default_enabled: false)
# The `Ci::Stage` contains all up-to date data
# as atomic processing updates all data in-bulk
stages
elsif Feature.enabled?(:ci_pipeline_persisted_stages, default_enabled: true) && complete?
# The `Ci::Stage` contains up-to date data only for `completed` pipelines
# this is due to asynchronous processing of pipeline, and stages possibly
# not updated inline with processing of pipeline
stages
else
# In other cases, we need to calculate stages dynamically
legacy_stages
end
end
def legacy_stages_using_sql
# TODO, this needs refactoring, see gitlab-foss#26481.
stages_query = statuses
.group('stage').select(:stage).order('max(stage_idx)')
status_sql = statuses.latest.where('stage=sg.stage').legacy_status_sql
warnings_sql = statuses.latest.select('COUNT(*)')
.where('stage=sg.stage').failed_but_allowed.to_sql
stages_with_statuses = CommitStatus.from(stages_query, :sg)
.pluck('sg.stage', Arel.sql(status_sql), Arel.sql("(#{warnings_sql})"))
stages_with_statuses.map do |stage|
Ci::LegacyStage.new(self, Hash[%i[name status warnings].zip(stage)])
end
end
def legacy_stages_using_composite_status
stages = latest_statuses_ordered_by_stage.group_by(&:stage)
stages.map do |stage_name, jobs|
composite_status = Gitlab::Ci::Status::Composite
.new(jobs)
Ci::LegacyStage.new(self,
name: stage_name,
status: composite_status.status,
warnings: composite_status.warnings?)
end
end
def legacy_stages
if Feature.enabled?(:ci_composite_status, project, default_enabled: false)
legacy_stages_using_composite_status
else
legacy_stages_using_sql
end
end
def valid_commit_sha
if self.sha == Gitlab::Git::BLANK_SHA
self.errors.add(:sha, " cant be 00000000 (branch removal)")
end
end
def git_author_name
strong_memoize(:git_author_name) do
commit.try(:author_name)
end
end
def git_author_email
strong_memoize(:git_author_email) do
commit.try(:author_email)
end
end
def git_commit_message
strong_memoize(:git_commit_message) do
commit.try(:message)
end
end
def git_commit_title
strong_memoize(:git_commit_title) do
commit.try(:title)
end
end
def git_commit_full_title
strong_memoize(:git_commit_full_title) do
commit.try(:full_title)
end
end
def git_commit_description
strong_memoize(:git_commit_description) do
commit.try(:description)
end
end
def before_sha
super || Gitlab::Git::BLANK_SHA
end
def short_sha
Ci::Pipeline.truncate_sha(sha)
end
# NOTE: This is loaded lazily and will never be nil, even if the commit
# cannot be found.
#
# Use constructs like: `pipeline.commit.present?`
def commit
@commit ||= Commit.lazy(project, sha)
end
def stuck?
pending_builds.any?(&:stuck?)
end
def retryable?
retryable_builds.any?
end
def cancelable?
cancelable_statuses.any?
end
def auto_canceled?
canceled? && auto_canceled_by_id?
end
def cancel_running(retries: nil)
retry_optimistic_lock(cancelable_statuses, retries) do |cancelable|
cancelable.find_each do |job|
yield(job) if block_given?
job.cancel
end
end
end
def auto_cancel_running(pipeline, retries: nil)
update(auto_canceled_by: pipeline)
cancel_running(retries: retries) do |job|
job.auto_canceled_by = pipeline
end
end
# rubocop: disable CodeReuse/ServiceClass
def retry_failed(current_user)
Ci::RetryPipelineService.new(project, current_user)
.execute(self)
end
# rubocop: enable CodeReuse/ServiceClass
def mark_as_processable_after_stage(stage_idx)
builds.skipped.after_stage(stage_idx).find_each do |build|
Gitlab::OptimisticLocking.retry_lock(build, &:process)
end
end
def latest?
return false unless git_ref && commit.present?
project.commit(git_ref) == commit
end
def retried
@retried ||= (statuses.order(id: :desc) - statuses.latest)
end
def coverage
coverage_array = statuses.latest.map(&:coverage).compact
if coverage_array.size >= 1
'%.2f' % (coverage_array.reduce(:+) / coverage_array.size)
end
end
def has_kubernetes_active?
project.deployment_platform&.active?
end
def has_warnings?
number_of_warnings.positive?
end
def number_of_warnings
BatchLoader.for(id).batch(default_value: 0) do |pipeline_ids, loader|
::Ci::Build.where(commit_id: pipeline_ids)
.latest
.failed_but_allowed
.group(:commit_id)
.count
.each { |id, amount| loader.call(id, amount) }
end
end
def needs_processing?
statuses
.where(processed: [false, nil])
.latest
.exists?
end
# TODO: this logic is duplicate with Pipeline::Chain::Config::Content
# we should persist this is `ci_pipelines.config_path`
def config_path
return unless repository_source? || unknown_source?
project.ci_config_path.presence || '.gitlab-ci.yml'
end
def has_yaml_errors?
yaml_errors.present?
end
# Manually set the notes for a Ci::Pipeline
# There is no ActiveRecord relation between Ci::Pipeline and notes
# as they are related to a commit sha. This method helps importing
# them using the +Gitlab::ImportExport::Project::RelationFactory+ class.
def notes=(notes)
notes.each do |note|
note[:id] = nil
note[:commit_id] = sha
note[:noteable_id] = self['id']
note.save!
end
end
def notes
project.notes.for_commit_id(sha)
end
def set_status(new_status)
retry_optimistic_lock(self) do
case new_status
when 'created' then nil
when 'waiting_for_resource' then request_resource
when 'preparing' then prepare
when 'pending' then enqueue
when 'running' then run
when 'success' then succeed
when 'failed' then drop
when 'canceled' then cancel
when 'skipped' then skip
when 'manual' then block
when 'scheduled' then delay
else
raise HasStatus::UnknownStatusError,
"Unknown status `#{new_status}`"
end
end
end
def update_legacy_status
set_status(latest_builds_status.to_s)
end
def protected_ref?
strong_memoize(:protected_ref) { project.protected_for?(git_ref) }
end
def legacy_trigger
strong_memoize(:legacy_trigger) { trigger_requests.first }
end
def persisted_variables
Gitlab::Ci::Variables::Collection.new.tap do |variables|
break variables unless persisted?
variables.append(key: 'CI_PIPELINE_ID', value: id.to_s)
variables.append(key: 'CI_PIPELINE_URL', value: Gitlab::Routing.url_helpers.project_pipeline_url(project, self))
end
end
def predefined_variables
Gitlab::Ci::Variables::Collection.new.tap do |variables|
variables.append(key: 'CI_PIPELINE_IID', value: iid.to_s)
variables.append(key: 'CI_PIPELINE_SOURCE', value: source.to_s)
variables.append(key: 'CI_CONFIG_PATH', value: config_path)
variables.concat(predefined_commit_variables)
if merge_request?
variables.append(key: 'CI_MERGE_REQUEST_EVENT_TYPE', value: merge_request_event_type.to_s)
variables.append(key: 'CI_MERGE_REQUEST_SOURCE_BRANCH_SHA', value: source_sha.to_s)
variables.append(key: 'CI_MERGE_REQUEST_TARGET_BRANCH_SHA', value: target_sha.to_s)
variables.concat(merge_request.predefined_variables)
end
variables.append(key: 'CI_KUBERNETES_ACTIVE', value: 'true') if has_kubernetes_active?
if external_pull_request_event? && external_pull_request
variables.concat(external_pull_request.predefined_variables)
end
end
end
def predefined_commit_variables
Gitlab::Ci::Variables::Collection.new.tap do |variables|
variables.append(key: 'CI_COMMIT_SHA', value: sha)
variables.append(key: 'CI_COMMIT_SHORT_SHA', value: short_sha)
variables.append(key: 'CI_COMMIT_BEFORE_SHA', value: before_sha)
variables.append(key: 'CI_COMMIT_REF_NAME', value: source_ref)
variables.append(key: 'CI_COMMIT_REF_SLUG', value: source_ref_slug)
variables.append(key: 'CI_COMMIT_BRANCH', value: ref) if branch?
variables.append(key: 'CI_COMMIT_TAG', value: ref) if tag?
variables.append(key: 'CI_COMMIT_MESSAGE', value: git_commit_message.to_s)
variables.append(key: 'CI_COMMIT_TITLE', value: git_commit_full_title.to_s)
variables.append(key: 'CI_COMMIT_DESCRIPTION', value: git_commit_description.to_s)
variables.append(key: 'CI_COMMIT_REF_PROTECTED', value: (!!protected_ref?).to_s)
# legacy variables
variables.append(key: 'CI_BUILD_REF', value: sha)
variables.append(key: 'CI_BUILD_BEFORE_SHA', value: before_sha)
variables.append(key: 'CI_BUILD_REF_NAME', value: source_ref)
variables.append(key: 'CI_BUILD_REF_SLUG', value: source_ref_slug)
variables.append(key: 'CI_BUILD_TAG', value: ref) if tag?
end
end
def queued_duration
return unless started_at
seconds = (started_at - created_at).to_i
seconds unless seconds.zero?
end
def update_duration
return unless started_at
self.duration = Gitlab::Ci::Pipeline::Duration.from_pipeline(self)
end
def execute_hooks
data = pipeline_data
project.execute_hooks(data, :pipeline_hooks)
project.execute_services(data, :pipeline_hooks)
end
# All the merge requests for which the current pipeline runs/ran against
def all_merge_requests
@all_merge_requests ||=
if merge_request?
MergeRequest.where(id: merge_request_id)
else
MergeRequest.where(source_project_id: project_id, source_branch: ref)
.by_commit_sha(sha)
end
end
def all_merge_requests_by_recency
all_merge_requests.order(id: :desc)
end
# If pipeline is a child of another pipeline, include the parent
# and the siblings, otherwise return only itself.
def same_family_pipeline_ids
if (parent = parent_pipeline)
[parent.id] + parent.child_pipelines.pluck(:id)
else
[self.id]
end
end
def bridge_triggered?
source_bridge.present?
end
def bridge_waiting?
source_bridge&.dependent?
end
def child?
parent_pipeline.present?
end
def parent?
child_pipelines.exists?
end
def created_successfully?
persisted? && failure_reason.blank?
end
def detailed_status(current_user)
Gitlab::Ci::Status::Pipeline::Factory
.new(self, current_user)
.fabricate!
end
def find_job_with_archive_artifacts(name)
builds.latest.with_downloadable_artifacts.find_by_name(name)
end
def latest_builds_with_artifacts
# We purposely cast the builds to an Array here. Because we always use the
# rows if there are more than 0 this prevents us from having to run two
# queries: one to get the count and one to get the rows.
@latest_builds_with_artifacts ||= builds.latest.with_artifacts_not_expired.to_a
end
def has_reports?(reports_scope)
complete? && builds.latest.with_reports(reports_scope).exists?
end
def test_reports
Gitlab::Ci::Reports::TestReports.new.tap do |test_reports|
builds.latest.with_reports(Ci::JobArtifact.test_reports).preload(:project).find_each do |build|
build.collect_test_reports!(test_reports)
end
end
end
def test_reports_count
Rails.cache.fetch(['project', project.id, 'pipeline', id, 'test_reports_count'], force: false) do
test_reports.total_count
end
end
def accessibility_reports
Gitlab::Ci::Reports::AccessibilityReports.new.tap do |accessibility_reports|
builds.latest.with_reports(Ci::JobArtifact.accessibility_reports).each do |build|
build.collect_accessibility_reports!(accessibility_reports)
end
end
end
def coverage_reports
Gitlab::Ci::Reports::CoverageReports.new.tap do |coverage_reports|
builds.latest.with_reports(Ci::JobArtifact.coverage_reports).each do |build|
build.collect_coverage_reports!(coverage_reports)
end
end
end
def terraform_reports
::Gitlab::Ci::Reports::TerraformReports.new.tap do |terraform_reports|
builds.latest.with_reports(::Ci::JobArtifact.terraform_reports).each do |build|
build.collect_terraform_reports!(terraform_reports)
end
end
end
def has_exposed_artifacts?
complete? && builds.latest.with_exposed_artifacts.exists?
end
def branch_updated?
strong_memoize(:branch_updated) do
push_details.branch_updated?
end
end
# Returns the modified paths.
#
# The returned value is
# * Array: List of modified paths that should be evaluated
# * nil: Modified path can not be evaluated
def modified_paths
strong_memoize(:modified_paths) do
if merge_request?
merge_request.modified_paths
elsif branch_updated?
push_details.modified_paths
end
end
end
def all_worktree_paths
strong_memoize(:all_worktree_paths) do
project.repository.ls_files(sha)
end
end
def top_level_worktree_paths
strong_memoize(:top_level_worktree_paths) do
project.repository.tree(sha).blobs.map(&:path)
end
end
def default_branch?
ref == project.default_branch
end
def merge_request?
merge_request_id.present?
end
def detached_merge_request_pipeline?
merge_request? && target_sha.nil?
end
def legacy_detached_merge_request_pipeline?
detached_merge_request_pipeline? && !merge_request_ref?
end
def merge_request_pipeline?
merge_request? && target_sha.present?
end
def merge_request_ref?
MergeRequest.merge_request_ref?(ref)
end
def matches_sha_or_source_sha?(sha)
self.sha == sha || self.source_sha == sha
end
def triggered_by?(current_user)
user == current_user
end
def source_ref
if merge_request?
merge_request.source_branch
else
ref
end
end
def source_ref_slug
Gitlab::Utils.slugify(source_ref.to_s)
end
def find_stage_by_name!(name)
stages.find_by!(name: name)
end
def error_messages
errors ? errors.full_messages.to_sentence : ""
end
def merge_request_event_type
return unless merge_request?
strong_memoize(:merge_request_event_type) do
if merge_request_pipeline?
:merged_result
elsif detached_merge_request_pipeline?
:detached
end
end
end
def persistent_ref
@persistent_ref ||= PersistentRef.new(pipeline: self)
end
def find_successful_build_ids_by_names(names)
statuses.latest.success.where(name: names).pluck(:id)
end
def cacheable?
Ci::PipelineEnums.ci_config_sources.key?(config_source.to_sym)
end
def source_ref_path
if branch? || merge_request?
Gitlab::Git::BRANCH_REF_PREFIX + source_ref.to_s
elsif tag?
Gitlab::Git::TAG_REF_PREFIX + source_ref.to_s
end
end
# Set scheduling type of processables if they were created before scheduling_type
# data was deployed (https://gitlab.com/gitlab-org/gitlab/-/merge_requests/22246).
def ensure_scheduling_type!
return unless ::Gitlab::Ci::Features.ensure_scheduling_type_enabled?
processables.populate_scheduling_type!
end
private
def pipeline_data
Gitlab::DataBuilder::Pipeline.build(self)
end
def push_details
strong_memoize(:push_details) do
Gitlab::Git::Push.new(project, before_sha, sha, git_ref)
end
end
def git_ref
strong_memoize(:git_ref) do
if merge_request?
##
# In the future, we're going to change this ref to
# merge request's merged reference, such as "refs/merge-requests/:iid/merge".
# In order to do that, we have to update GitLab-Runner's source pulling
# logic.
# See https://gitlab.com/gitlab-org/gitlab-runner/merge_requests/1092
Gitlab::Git::BRANCH_REF_PREFIX + ref.to_s
else
super
end
end
end
def latest_builds_status
return 'failed' unless yaml_errors.blank?
statuses.latest.slow_composite_status(project: project) || 'skipped'
end
def keep_around_commits
return unless project
project.repository.keep_around(self.sha, self.before_sha)
end
end
end
Ci::Pipeline.prepend_if_ee('EE::Ci::Pipeline')