gitlab-org--gitlab-foss/spec/finders/issues_finder_spec.rb

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# frozen_string_literal: true
require 'spec_helper'
RSpec.describe IssuesFinder do
using RSpec::Parameterized::TableSyntax
include_context 'IssuesFinder context'
describe '#execute' do
include_context 'IssuesFinder#execute context'
context 'scope: all' do
let(:scope) { 'all' }
context 'include_hidden and public_only params' do
let_it_be(:banned_user) { create(:user, :banned) }
let_it_be(:hidden_issue) { create(:issue, project: project1, author: banned_user) }
let_it_be(:confidential_issue) { create(:issue, project: project1, confidential: true) }
context 'when user is an admin', :enable_admin_mode do
let(:user) { create(:user, :admin) }
it 'returns all issues' do
expect(issues).to contain_exactly(issue1, issue2, issue3, issue4, issue5, hidden_issue, confidential_issue)
end
end
context 'when user is not an admin' do
context 'when public_only is true' do
let(:params) { { public_only: true } }
it 'returns public issues' do
expect(issues).to contain_exactly(issue1, issue2, issue3, issue4, issue5)
end
end
context 'when public_only is false' do
let(:params) { { public_only: false } }
it 'returns public and confidential issues' do
expect(issues).to contain_exactly(issue1, issue2, issue3, issue4, issue5, confidential_issue)
end
end
context 'when public_only is not set' do
it 'returns public and confidential issue' do
expect(issues).to contain_exactly(issue1, issue2, issue3, issue4, issue5, confidential_issue)
end
end
context 'when ban_user_feature_flag is false' do
before do
stub_feature_flags(ban_user_feature_flag: false)
end
it 'returns all issues' do
expect(issues).to contain_exactly(issue1, issue2, issue3, issue4, issue5, hidden_issue, confidential_issue)
end
end
end
end
context 'user does not have read permissions' do
let(:search_user) { user2 }
context 'when filtering by project id' do
let(:params) { { project_id: project1.id } }
it 'returns no issues' do
expect(issues).to be_empty
end
end
context 'when filtering by group id' do
let(:params) { { group_id: group.id } }
it 'returns no issues' do
expect(issues).to be_empty
end
end
end
context 'assignee filtering' do
let(:issuables) { issues }
it_behaves_like 'assignee ID filter' do
let(:params) { { assignee_id: user.id } }
let(:expected_issuables) { [issue1, issue2, issue5] }
end
it_behaves_like 'assignee NOT ID filter' do
let(:params) { { not: { assignee_id: user.id } } }
let(:expected_issuables) { [issue3, issue4] }
end
it_behaves_like 'assignee OR filter' do
let(:params) { { or: { assignee_id: [user.id, user2.id] } } }
let(:expected_issuables) { [issue1, issue2, issue3, issue5] }
end
context 'when assignee_id does not exist' do
it_behaves_like 'assignee NOT ID filter' do
let(:params) { { not: { assignee_id: -100 } } }
let(:expected_issuables) { [issue1, issue2, issue3, issue4, issue5] }
end
end
context 'filter by username' do
let_it_be(:user3) { create(:user) }
before do
project2.add_developer(user3)
issue2.assignees = [user2]
issue3.assignees = [user3]
end
it_behaves_like 'assignee username filter' do
let(:params) { { assignee_username: [user2.username] } }
let(:expected_issuables) { [issue2] }
end
it_behaves_like 'assignee NOT username filter' do
before do
issue2.assignees = [user2]
end
let(:params) { { not: { assignee_username: [user.username, user2.username] } } }
let(:expected_issuables) { [issue3, issue4] }
end
it_behaves_like 'assignee OR filter' do
let(:params) { { or: { assignee_username: [user2.username, user3.username] } } }
let(:expected_issuables) { [issue2, issue3] }
end
context 'when assignee_username does not exist' do
it_behaves_like 'assignee NOT username filter' do
before do
issue2.assignees = [user2]
end
let(:params) { { not: { assignee_username: 'non_existent_username' } } }
let(:expected_issuables) { [issue1, issue2, issue3, issue4, issue5] }
end
end
end
it_behaves_like 'no assignee filter' do
let_it_be(:user3) { create(:user) }
let(:expected_issuables) { [issue4] }
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end
it_behaves_like 'any assignee filter' do
let(:expected_issuables) { [issue1, issue2, issue3, issue5] }
end
end
context 'filtering by release' do
context 'when the release tag is none' do
let(:params) { { release_tag: 'none' } }
it 'returns issues without releases' do
expect(issues).to contain_exactly(issue2, issue3, issue4, issue5)
end
end
context 'when the release tag exists' do
let(:params) { { project_id: project1.id, release_tag: release.tag } }
it 'returns the issues associated with that release' do
expect(issues).to contain_exactly(issue1)
end
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end
end
context 'filtering by projects' do
context 'when projects are passed in a list of ids' do
let(:params) { { projects: [project1.id] } }
it 'returns the issue belonging to the projects' do
expect(issues).to contain_exactly(issue1, issue5)
end
end
context 'when projects are passed in a subquery' do
let(:params) { { projects: Project.id_in(project1.id) } }
it 'returns the issue belonging to the projects' do
expect(issues).to contain_exactly(issue1, issue5)
end
end
end
context 'filtering by group_id' do
let(:params) { { group_id: group.id } }
context 'when include_subgroup param not set' do
it 'returns all group issues' do
expect(issues).to contain_exactly(issue1, issue5)
end
context 'when projects outside the group are passed' do
let(:params) { { group_id: group.id, projects: [project2.id] } }
it 'returns no issues' do
expect(issues).to be_empty
end
end
context 'when projects of the group are passed' do
let(:params) { { group_id: group.id, projects: [project1.id] } }
it 'returns the issue within the group and projects' do
expect(issues).to contain_exactly(issue1, issue5)
end
end
context 'when projects of the group are passed as a subquery' do
let(:params) { { group_id: group.id, projects: Project.id_in(project1.id) } }
it 'returns the issue within the group and projects' do
expect(issues).to contain_exactly(issue1, issue5)
end
end
context 'when release_tag is passed as a parameter' do
let(:params) { { group_id: group.id, release_tag: 'dne-release-tag' } }
it 'ignores the release_tag parameter' do
expect(issues).to contain_exactly(issue1, issue5)
end
end
end
context 'when include_subgroup param is true' do
before do
params[:include_subgroups] = true
end
it 'returns all group and subgroup issues' do
expect(issues).to contain_exactly(issue1, issue4, issue5)
end
context 'when mixed projects are passed' do
let(:params) { { group_id: group.id, projects: [project2.id, project3.id] } }
it 'returns the issue within the group and projects' do
expect(issues).to contain_exactly(issue4)
end
end
end
end
context 'filtering by author' do
context 'by author ID' do
let(:params) { { author_id: user2.id } }
it 'returns issues created by that user' do
expect(issues).to contain_exactly(issue3)
end
end
context 'using OR' do
let(:issue6) { create(:issue, project: project2) }
let(:params) { { or: { author_username: [issue3.author.username, issue6.author.username] } } }
it 'returns issues created by any of the given users' do
expect(issues).to contain_exactly(issue3, issue6)
end
context 'when feature flag is disabled' do
before do
stub_feature_flags(or_issuable_queries: false)
end
it 'does not add any filter' do
expect(issues).to contain_exactly(issue1, issue2, issue3, issue4, issue5, issue6)
end
end
end
context 'filtering by NOT author ID' do
let(:params) { { not: { author_id: user2.id } } }
it 'returns issues not created by that user' do
expect(issues).to contain_exactly(issue1, issue2, issue4, issue5)
end
end
context 'filtering by nonexistent author ID and issue term using CTE for search' do
let(:params) do
{
author_id: 'does-not-exist',
search: 'git',
attempt_group_search_optimizations: true
}
end
it 'returns no results' do
expect(issues).to be_empty
end
end
end
context 'filtering by milestone' do
let(:params) { { milestone_title: milestone.title } }
it 'returns issues assigned to that milestone' do
expect(issues).to contain_exactly(issue1)
end
end
context 'filtering by not milestone' do
let(:params) { { not: { milestone_title: milestone.title } } }
it 'returns issues not assigned to that milestone' do
expect(issues).to contain_exactly(issue2, issue3, issue4, issue5)
end
end
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context 'filtering by group milestone' do
let!(:group) { create(:group, :public) }
let(:group_milestone) { create(:milestone, group: group) }
let!(:group_member) { create(:group_member, group: group, user: user) }
let(:params) { { milestone_title: group_milestone.title } }
before do
project2.update!(namespace: group)
issue2.update!(milestone: group_milestone)
issue3.update!(milestone: group_milestone)
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end
it 'returns issues assigned to that group milestone' do
expect(issues).to contain_exactly(issue2, issue3)
end
context 'using NOT' do
let(:params) { { not: { milestone_title: group_milestone.title } } }
it 'returns issues not assigned to that group milestone' do
expect(issues).to contain_exactly(issue1, issue4, issue5)
end
end
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end
context 'filtering by no milestone' do
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let(:params) { { milestone_title: 'None' } }
it 'returns issues with no milestone' do
expect(issues).to contain_exactly(issue2, issue3, issue4, issue5)
end
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it 'returns issues with no milestone (deprecated)' do
params[:milestone_title] = Milestone::None.title
expect(issues).to contain_exactly(issue2, issue3, issue4, issue5)
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end
end
context 'filtering by any milestone' do
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let(:params) { { milestone_title: 'Any' } }
it 'returns issues with any assigned milestone' do
expect(issues).to contain_exactly(issue1)
end
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it 'returns issues with any assigned milestone (deprecated)' do
params[:milestone_title] = Milestone::Any.title
expect(issues).to contain_exactly(issue1)
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end
end
context 'filtering by upcoming milestone' do
let(:params) { { milestone_title: Milestone::Upcoming.name } }
let!(:group) { create(:group, :public) }
let!(:group_member) { create(:group_member, group: group, user: user) }
let(:project_no_upcoming_milestones) { create(:project, :public) }
let(:project_next_1_1) { create(:project, :public) }
let(:project_next_8_8) { create(:project, :public) }
let(:project_in_group) { create(:project, :public, namespace: group) }
let(:yesterday) { Date.current - 1.day }
let(:tomorrow) { Date.current + 1.day }
let(:two_days_from_now) { Date.current + 2.days }
let(:ten_days_from_now) { Date.current + 10.days }
let(:milestones) do
[
create(:milestone, :closed, project: project_no_upcoming_milestones),
create(:milestone, project: project_next_1_1, title: '1.1', due_date: two_days_from_now),
create(:milestone, project: project_next_1_1, title: '8.9', due_date: ten_days_from_now),
create(:milestone, project: project_next_8_8, title: '1.2', due_date: yesterday),
create(:milestone, project: project_next_8_8, title: '8.8', due_date: tomorrow),
create(:milestone, group: group, title: '9.9', due_date: tomorrow)
]
end
before do
@created_issues = milestones.map do |milestone|
create(:issue, project: milestone.project || project_in_group, milestone: milestone, author: user, assignees: [user])
end
end
it 'returns issues in the upcoming milestone for each project or group' do
expect(issues.map { |issue| issue.milestone.title }).to contain_exactly('1.1', '8.8', '9.9')
expect(issues.map { |issue| issue.milestone.due_date }).to contain_exactly(tomorrow, two_days_from_now, tomorrow)
end
context 'using NOT' do
let(:params) { { not: { milestone_title: Milestone::Upcoming.name } } }
it 'returns issues not in upcoming milestones for each project or group, but must have a due date' do
target_issues = @created_issues.select do |issue|
issue.milestone&.due_date && issue.milestone.due_date <= Date.current
end
expect(issues).to contain_exactly(*target_issues)
end
end
end
context 'filtering by started milestone' do
let(:params) { { milestone_title: Milestone::Started.name } }
let(:project_no_started_milestones) { create(:project, :public) }
let(:project_started_1_and_2) { create(:project, :public) }
let(:project_started_8) { create(:project, :public) }
let(:yesterday) { Date.current - 1.day }
let(:tomorrow) { Date.current + 1.day }
let(:two_days_ago) { Date.current - 2.days }
let(:three_days_ago) { Date.current - 3.days }
let(:milestones) do
[
create(:milestone, project: project_no_started_milestones, start_date: tomorrow),
create(:milestone, project: project_started_1_and_2, title: '1.0', start_date: two_days_ago),
create(:milestone, project: project_started_1_and_2, title: '2.0', start_date: yesterday),
create(:milestone, project: project_started_1_and_2, title: '3.0', start_date: tomorrow),
create(:milestone, :closed, project: project_started_1_and_2, title: '4.0', start_date: three_days_ago),
create(:milestone, :closed, project: project_started_8, title: '6.0', start_date: three_days_ago),
create(:milestone, project: project_started_8, title: '7.0'),
create(:milestone, project: project_started_8, title: '8.0', start_date: yesterday),
create(:milestone, project: project_started_8, title: '9.0', start_date: tomorrow)
]
end
before do
milestones.each do |milestone|
create(:issue, project: milestone.project, milestone: milestone, author: user, assignees: [user])
end
end
it 'returns issues in the started milestones for each project' do
expect(issues.map { |issue| issue.milestone.title }).to contain_exactly('1.0', '2.0', '8.0')
expect(issues.map { |issue| issue.milestone.start_date }).to contain_exactly(two_days_ago, yesterday, yesterday)
end
context 'using NOT' do
let(:params) { { not: { milestone_title: Milestone::Started.name } } }
it 'returns issues not in the started milestones for each project' do
target_issues = Issue.where(milestone: Milestone.not_started)
expect(issues).to contain_exactly(*target_issues)
end
end
end
context 'filtering by label' do
let(:params) { { label_name: label.title } }
it 'returns issues with that label' do
expect(issues).to contain_exactly(issue2)
end
context 'using NOT' do
let(:params) { { not: { label_name: label.title } } }
it 'returns issues that do not have that label' do
expect(issues).to contain_exactly(issue1, issue3, issue4, issue5)
end
# IssuableFinder first filters using the outer params (the ones not inside the `not` key.)
# Afterwards, it applies the `not` params to that resultset. This means that things inside the `not` param
# do not take precedence over the outer params with the same name.
context 'shadowing the same outside param' do
let(:params) { { label_name: label2.title, not: { label_name: label.title } } }
it 'does not take precedence over labels outside NOT' do
expect(issues).to contain_exactly(issue3)
end
end
context 'further filtering outside params' do
let(:params) { { label_name: label2.title, not: { assignee_username: user2.username } } }
it 'further filters on the returned resultset' do
expect(issues).to be_empty
end
end
end
end
context 'filtering by multiple labels' do
let(:params) { { label_name: [label.title, label2.title].join(',') } }
let(:label2) { create(:label, project: project2) }
before do
create(:label_link, label: label2, target: issue2)
end
it 'returns the unique issues with all those labels' do
expect(issues).to contain_exactly(issue2)
end
context 'using NOT' do
let(:params) { { not: { label_name: [label.title, label2.title].join(',') } } }
it 'returns issues that do not have any of the labels provided' do
expect(issues).to contain_exactly(issue1, issue4, issue5)
end
end
end
context 'filtering by a label that includes any or none in the title' do
let(:params) { { label_name: [label.title, label2.title].join(',') } }
let(:label) { create(:label, title: 'any foo', project: project2) }
let(:label2) { create(:label, title: 'bar none', project: project2) }
before do
create(:label_link, label: label2, target: issue2)
end
it 'returns the unique issues with all those labels' do
expect(issues).to contain_exactly(issue2)
end
context 'using NOT' do
let(:params) { { not: { label_name: [label.title, label2.title].join(',') } } }
it 'returns issues that do not have ANY ONE of the labels provided' do
expect(issues).to contain_exactly(issue1, issue4, issue5)
end
end
end
context 'filtering by no label' do
let(:params) { { label_name: described_class::Params::FILTER_NONE } }
it 'returns issues with no labels' do
expect(issues).to contain_exactly(issue1, issue4, issue5)
end
end
context 'filtering by any label' do
let(:params) { { label_name: described_class::Params::FILTER_ANY } }
it 'returns issues that have one or more label' do
create_list(:label_link, 2, label: create(:label, project: project2), target: issue3)
expect(issues).to contain_exactly(issue2, issue3)
end
end
context 'when the same label exists on project and group levels' do
let(:issue1) { create(:issue, project: project1) }
let(:issue2) { create(:issue, project: project1) }
# Skipping validation to reproduce a "real-word" scenario.
# We still have legacy labels on PRD that have the same title on the group and project levels, example: `bug`
let(:project_label) { build(:label, title: 'somelabel', project: project1).tap { |r| r.save!(validate: false) } }
let(:group_label) { create(:group_label, title: 'somelabel', group: project1.group) }
let(:params) { { label_name: 'somelabel' } }
before do
create(:label_link, label: group_label, target: issue1)
create(:label_link, label: project_label, target: issue2)
end
it 'finds both issue records' do
expect(issues).to contain_exactly(issue1, issue2)
end
end
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context 'filtering by issue term' do
let(:params) { { search: 'git' } }
it 'returns issues with title and description match for search term' do
expect(issues).to contain_exactly(issue1, issue2)
end
context 'with anonymous user' do
let_it_be(:public_project) { create(:project, :public, group: subgroup) }
let_it_be(:issue6) { create(:issue, project: public_project, title: 'tanuki') }
let_it_be(:issue7) { create(:issue, project: public_project, title: 'ikunat') }
let(:search_user) { nil }
let(:params) { { search: 'tanuki' } }
context 'with disable_anonymous_search feature flag enabled' do
before do
stub_feature_flags(disable_anonymous_search: true)
end
it 'does not perform search' do
expect(issues).to contain_exactly(issue6, issue7)
end
end
context 'with disable_anonymous_search feature flag disabled' do
before do
stub_feature_flags(disable_anonymous_search: false)
end
it 'finds one public issue' do
expect(issues).to contain_exactly(issue6)
end
end
end
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end
context 'filtering by issue term in title' do
let(:params) { { search: 'git', in: 'title' } }
it 'returns issues with title match for search term' do
expect(issues).to contain_exactly(issue1)
end
end
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context 'filtering by issues iids' do
let(:params) { { iids: [issue3.iid] } }
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it 'returns issues where iids match' do
expect(issues).to contain_exactly(issue3, issue5)
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end
context 'using NOT' do
let(:params) { { not: { iids: [issue3.iid] } } }
it 'returns issues with no iids match' do
expect(issues).to contain_exactly(issue1, issue2, issue4)
end
end
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end
context 'filtering by state' do
context 'with opened' do
let(:params) { { state: 'opened' } }
it 'returns only opened issues' do
expect(issues).to contain_exactly(issue1, issue2, issue3, issue4, issue5)
end
end
context 'with closed' do
let(:params) { { state: 'closed' } }
it 'returns only closed issues' do
expect(issues).to contain_exactly(closed_issue)
end
end
context 'with all' do
let(:params) { { state: 'all' } }
it 'returns all issues' do
expect(issues).to contain_exactly(issue1, issue2, issue3, closed_issue, issue4, issue5)
end
end
context 'with invalid state' do
let(:params) { { state: 'invalid_state' } }
it 'returns all issues' do
expect(issues).to contain_exactly(issue1, issue2, issue3, closed_issue, issue4, issue5)
end
end
end
context 'filtering by created_at' do
context 'through created_after' do
let(:params) { { created_after: issue3.created_at } }
it 'returns issues created on or after the given date' do
expect(issues).to contain_exactly(issue3)
end
end
context 'through created_before' do
let(:params) { { created_before: issue1.created_at } }
it 'returns issues created on or before the given date' do
expect(issues).to contain_exactly(issue1)
end
end
context 'through created_after and created_before' do
let(:params) { { created_after: issue2.created_at, created_before: issue3.created_at } }
it 'returns issues created between the given dates' do
expect(issues).to contain_exactly(issue2, issue3)
end
end
end
context 'filtering by updated_at' do
context 'through updated_after' do
let(:params) { { updated_after: issue3.updated_at } }
it 'returns issues updated on or after the given date' do
expect(issues).to contain_exactly(issue3)
end
end
context 'through updated_before' do
let(:params) { { updated_before: issue1.updated_at } }
it 'returns issues updated on or before the given date' do
expect(issues).to contain_exactly(issue1)
end
end
context 'through updated_after and updated_before' do
let(:params) { { updated_after: issue2.updated_at, updated_before: issue3.updated_at } }
it 'returns issues updated between the given dates' do
expect(issues).to contain_exactly(issue2, issue3)
end
end
end
context 'filtering by closed_at' do
let!(:closed_issue1) { create(:issue, project: project1, state: :closed, closed_at: 1.week.ago) }
let!(:closed_issue2) { create(:issue, project: project2, state: :closed, closed_at: 1.week.from_now) }
let!(:closed_issue3) { create(:issue, project: project2, state: :closed, closed_at: 2.weeks.from_now) }
context 'through closed_after' do
let(:params) { { state: :closed, closed_after: closed_issue3.closed_at } }
it 'returns issues closed on or after the given date' do
expect(issues).to contain_exactly(closed_issue3)
end
end
context 'through closed_before' do
let(:params) { { state: :closed, closed_before: closed_issue1.closed_at } }
it 'returns issues closed on or before the given date' do
expect(issues).to contain_exactly(closed_issue1)
end
end
context 'through closed_after and closed_before' do
let(:params) { { state: :closed, closed_after: closed_issue2.closed_at, closed_before: closed_issue3.closed_at } }
it 'returns issues closed between the given dates' do
expect(issues).to contain_exactly(closed_issue2, closed_issue3)
end
end
end
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context 'filtering by reaction name' do
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context 'user searches by no reaction' do
let(:params) { { my_reaction_emoji: 'None' } }
it 'returns issues that the user did not react to' do
expect(issues).to contain_exactly(issue2, issue4, issue5)
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end
end
context 'user searches by any reaction' do
let(:params) { { my_reaction_emoji: 'Any' } }
it 'returns issues that the user reacted to' do
expect(issues).to contain_exactly(issue1, issue3)
end
end
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context 'user searches by "thumbsup" reaction' do
let(:params) { { my_reaction_emoji: 'thumbsup' } }
it 'returns issues that the user thumbsup to' do
expect(issues).to contain_exactly(issue1)
end
context 'using NOT' do
let(:params) { { not: { my_reaction_emoji: 'thumbsup' } } }
it 'returns issues that the user did not thumbsup to' do
expect(issues).to contain_exactly(issue2, issue3, issue4, issue5)
end
end
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end
context 'user2 searches by "thumbsup" reaction' do
let(:search_user) { user2 }
let(:params) { { my_reaction_emoji: 'thumbsup' } }
it 'returns issues that the user2 thumbsup to' do
expect(issues).to contain_exactly(issue2)
end
context 'using NOT' do
let(:params) { { not: { my_reaction_emoji: 'thumbsup' } } }
it 'returns issues that the user2 thumbsup to' do
expect(issues).to contain_exactly(issue3)
end
end
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end
context 'user searches by "thumbsdown" reaction' do
let(:params) { { my_reaction_emoji: 'thumbsdown' } }
it 'returns issues that the user thumbsdown to' do
expect(issues).to contain_exactly(issue3)
end
context 'using NOT' do
let(:params) { { not: { my_reaction_emoji: 'thumbsdown' } } }
it 'returns issues that the user thumbsdown to' do
expect(issues).to contain_exactly(issue1, issue2, issue4, issue5)
end
end
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end
end
context 'filtering by confidential' do
let_it_be(:confidential_issue) { create(:issue, project: project1, confidential: true) }
context 'no filtering' do
it 'returns all issues' do
expect(issues).to contain_exactly(issue1, issue2, issue3, issue4, issue5, confidential_issue)
end
end
context 'user filters confidential issues' do
let(:params) { { confidential: true } }
it 'returns only confidential issues' do
expect(issues).to contain_exactly(confidential_issue)
end
end
context 'user filters only public issues' do
let(:params) { { confidential: false } }
it 'returns only public issues' do
expect(issues).to contain_exactly(issue1, issue2, issue3, issue4, issue5)
end
end
end
context 'filtering by issue type' do
let_it_be(:incident_issue) { create(:incident, project: project1) }
context 'no type given' do
let(:params) { { issue_types: [] } }
it 'returns all issues' do
expect(issues).to contain_exactly(incident_issue, issue1, issue2, issue3, issue4, issue5)
end
end
context 'incident type' do
let(:params) { { issue_types: ['incident'] } }
it 'returns incident issues' do
expect(issues).to contain_exactly(incident_issue)
end
end
context 'issue type' do
let(:params) { { issue_types: ['issue'] } }
it 'returns all issues with type issue' do
expect(issues).to contain_exactly(issue1, issue2, issue3, issue4, issue5)
end
end
context 'multiple params' do
let(:params) { { issue_types: %w(issue incident) } }
it 'returns all issues' do
expect(issues).to contain_exactly(incident_issue, issue1, issue2, issue3, issue4, issue5)
end
end
context 'without array' do
let(:params) { { issue_types: 'incident' } }
it 'returns incident issues' do
expect(issues).to contain_exactly(incident_issue)
end
end
context 'invalid params' do
let(:params) { { issue_types: ['nonsense'] } }
it 'returns no issues' do
expect(issues).to eq(Issue.none)
end
end
end
context 'filtering by crm contact' do
let_it_be(:contact1) { create(:contact, group: group) }
let_it_be(:contact2) { create(:contact, group: group) }
let_it_be(:contact1_issue1) { create(:issue, project: project1) }
let_it_be(:contact1_issue2) { create(:issue, project: project1) }
let_it_be(:contact2_issue1) { create(:issue, project: project1) }
let(:params) { { crm_contact_id: contact1.id } }
it 'returns for that contact' do
create(:issue_customer_relations_contact, issue: contact1_issue1, contact: contact1)
create(:issue_customer_relations_contact, issue: contact1_issue2, contact: contact1)
create(:issue_customer_relations_contact, issue: contact2_issue1, contact: contact2)
expect(issues).to contain_exactly(contact1_issue1, contact1_issue2)
end
end
context 'filtering by crm organization' do
let_it_be(:organization) { create(:organization, group: group) }
let_it_be(:contact1) { create(:contact, group: group, organization: organization) }
let_it_be(:contact2) { create(:contact, group: group, organization: organization) }
let_it_be(:contact1_issue1) { create(:issue, project: project1) }
let_it_be(:contact1_issue2) { create(:issue, project: project1) }
let_it_be(:contact2_issue1) { create(:issue, project: project1) }
let(:params) { { crm_organization_id: organization.id } }
it 'returns for that contact' do
create(:issue_customer_relations_contact, issue: contact1_issue1, contact: contact1)
create(:issue_customer_relations_contact, issue: contact1_issue2, contact: contact1)
create(:issue_customer_relations_contact, issue: contact2_issue1, contact: contact2)
expect(issues).to contain_exactly(contact1_issue1, contact1_issue2, contact2_issue1)
end
end
context 'when the user is unauthorized' do
let(:search_user) { nil }
it 'returns no results' do
expect(issues).to be_empty
end
end
context 'when the user can see some, but not all, issues' do
let(:search_user) { user2 }
it 'returns only issues they can see' do
expect(issues).to contain_exactly(issue2, issue3)
end
end
it 'finds issues user can access due to group' do
group = create(:group)
project = create(:project, group: group)
issue = create(:issue, project: project)
group.add_user(user, :owner)
expect(issues).to include(issue)
end
end
context 'personal scope' do
let(:scope) { 'assigned_to_me' }
it 'returns issue assigned to the user' do
expect(issues).to contain_exactly(issue1, issue2, issue5)
end
context 'filtering by project' do
let(:params) { { project_id: project1.id } }
it 'returns issues assigned to the user in that project' do
expect(issues).to contain_exactly(issue1, issue5)
end
end
end
context 'when project restricts issues' do
let(:scope) { nil }
it "doesn't return team-only issues to non team members" do
project = create(:project, :public, :issues_private)
issue = create(:issue, project: project)
expect(issues).not_to include(issue)
end
it "doesn't return issues if feature disabled" do
[project1, project2, project3].each do |project|
project.project_feature.update!(issues_access_level: ProjectFeature::DISABLED)
end
expect(issues.count).to eq 0
end
end
context 'external authorization' do
it_behaves_like 'a finder with external authorization service' do
let!(:subject) { create(:issue, project: project) }
let(:project_params) { { project_id: project.id } }
end
end
context 'filtering by due date' do
let_it_be(:issue_overdue) { create(:issue, project: project1, due_date: 2.days.ago) }
let_it_be(:issue_due_soon) { create(:issue, project: project1, due_date: 2.days.from_now) }
let(:scope) { 'all' }
let(:base_params) { { project_id: project1.id } }
context 'with param set to no due date' do
let(:params) { base_params.merge(due_date: Issue::NoDueDate.name) }
it 'returns issues with no due date' do
expect(issues).to contain_exactly(issue1, issue5)
end
end
context 'with param set to overdue' do
let(:params) { base_params.merge(due_date: Issue::Overdue.name) }
it 'returns overdue issues' do
expect(issues).to contain_exactly(issue_overdue)
end
end
context 'with param set to next month and previous two weeks' do
let(:params) { base_params.merge(due_date: Issue::DueNextMonthAndPreviousTwoWeeks.name) }
it 'returns issues from the previous two weeks and next month' do
expect(issues).to contain_exactly(issue_overdue, issue_due_soon)
end
end
context 'with invalid param' do
let(:params) { base_params.merge(due_date: 'foo') }
it 'returns no issues' do
expect(issues).to be_empty
end
end
end
end
describe '#row_count', :request_store do
let_it_be(:admin) { create(:admin) }
context 'when admin mode is enabled', :enable_admin_mode do
it 'returns the number of rows for the default state' do
finder = described_class.new(admin)
expect(finder.row_count).to eq(5)
end
it 'returns the number of rows for a given state' do
finder = described_class.new(admin, state: 'closed')
expect(finder.row_count).to be_zero
end
end
context 'when admin mode is disabled' do
it 'returns no rows' do
finder = described_class.new(admin)
expect(finder.row_count).to be_zero
end
end
it 'returns -1 if the query times out' do
finder = described_class.new(admin)
expect_next_instance_of(described_class) do |subfinder|
expect(subfinder).to receive(:execute).and_raise(ActiveRecord::QueryCanceled)
end
expect(finder.row_count).to eq(-1)
end
end
describe '#with_confidentiality_access_check' do
let(:user) { create(:user) }
let_it_be(:authorized_user) { create(:user) }
let_it_be(:project) { create(:project, namespace: authorized_user.namespace) }
let_it_be(:public_issue) { create(:issue, project: project) }
let_it_be(:confidential_issue) { create(:issue, project: project, confidential: true) }
shared_examples 'returns public, does not return confidential' do
it 'returns only public issues' do
expect(subject).to include(public_issue)
expect(subject).not_to include(confidential_issue)
end
end
shared_examples 'returns public and confidential' do
it 'returns public and confidential issues' do
expect(subject).to include(public_issue, confidential_issue)
end
end
subject { described_class.new(user, params).with_confidentiality_access_check }
context 'when no project filter is given' do
let(:params) { {} }
context 'for an anonymous user' do
it_behaves_like 'returns public, does not return confidential'
end
context 'for a user without project membership' do
it_behaves_like 'returns public, does not return confidential'
end
context 'for a guest user' do
before do
project.add_guest(user)
end
it_behaves_like 'returns public, does not return confidential'
end
context 'for a project member with access to view confidential issues' do
before do
project.add_reporter(user)
end
it_behaves_like 'returns public and confidential'
end
context 'for an admin' do
let(:user) { create(:user, :admin) }
context 'when admin mode is enabled', :enable_admin_mode do
it_behaves_like 'returns public and confidential'
end
context 'when admin mode is disabled' do
it_behaves_like 'returns public, does not return confidential'
end
end
end
context 'when searching within a specific project' do
let(:params) { { project_id: project.id } }
context 'for an anonymous user' do
let(:user) { nil }
it_behaves_like 'returns public, does not return confidential'
it 'does not filter by confidentiality' do
expect(Issue).not_to receive(:where).with(a_string_matching('confidential'), anything)
subject
end
end
context 'for a user without project membership' do
it_behaves_like 'returns public, does not return confidential'
it 'filters by confidentiality' do
expect(subject.to_sql).to match("issues.confidential")
end
end
context 'for a guest user' do
before do
project.add_guest(user)
end
it_behaves_like 'returns public, does not return confidential'
it 'filters by confidentiality' do
expect(subject.to_sql).to match("issues.confidential")
end
end
context 'for a project member with access to view confidential issues' do
before do
project.add_reporter(user)
end
it_behaves_like 'returns public and confidential'
end
context 'for an admin' do
let(:user) { create(:user, :admin) }
context 'when admin mode is enabled', :enable_admin_mode do
it_behaves_like 'returns public and confidential'
it 'does not filter by confidentiality' do
expect(Issue).not_to receive(:where).with(a_string_matching('confidential'), anything)
subject
end
end
context 'when admin mode is disabled' do
it_behaves_like 'returns public, does not return confidential'
end
end
end
end
Extend CTE search optimisation to projects When we use the `search` param on an `IssuableFinder`, we can run into issues. We have trigram indexes to support these searches. On GitLab.com, we often see Postgres's optimiser prioritise the (global) trigram indexes over the index on `project_id`. For group and project searches, we know that it will be quicker to filter by `project_id` first, as it returns fewer rows in most cases. For group issues search, we ran into this issue previously, and went through the following iterations: 1. Use a CTE on the project IDs as an optimisation fence. This prevents the planner from disregarding the index on `project_id`. Unfortunately it breaks some types of sorting, like priority and popularity, as they sort on a joined table. 2. Use a subquery for listing issues, and a CTE for counts. The subquery - in the case of group lists - didn't help as much as the CTE, but was faster than not including it. We can safely use a CTE for counts as they don't have sorting. Now, however, we're seeing the same issue in a project context. The subquery doesn't help at all there (it would only return one row, after all). In an attempt to keep total code complexity under control, this commit removes the subquery optimisation and applies the CTE optimisation only for sorts we know that are safe. This means that for more complicated sorts (like priority and popularity), the search will continue to be very slow. If this is a high-priority issue, we can consider introducing further optimisations, but this finder is already very complicated and additional complexity has a cost. The group CTE optimisation is controlled by the same feature flag as before, `attempt_group_search_optimizations`, which is enabled by default. The new project CTE optimisation is controlled by a new feature flag, `attempt_project_search_optimizations`, which is disabled by default.
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describe '#use_cte_for_search?' do
let(:finder) { described_class.new(nil, params) }
context 'when there is no search param' do
let(:params) { { attempt_group_search_optimizations: true } }
it 'returns false' do
Extend CTE search optimisation to projects When we use the `search` param on an `IssuableFinder`, we can run into issues. We have trigram indexes to support these searches. On GitLab.com, we often see Postgres's optimiser prioritise the (global) trigram indexes over the index on `project_id`. For group and project searches, we know that it will be quicker to filter by `project_id` first, as it returns fewer rows in most cases. For group issues search, we ran into this issue previously, and went through the following iterations: 1. Use a CTE on the project IDs as an optimisation fence. This prevents the planner from disregarding the index on `project_id`. Unfortunately it breaks some types of sorting, like priority and popularity, as they sort on a joined table. 2. Use a subquery for listing issues, and a CTE for counts. The subquery - in the case of group lists - didn't help as much as the CTE, but was faster than not including it. We can safely use a CTE for counts as they don't have sorting. Now, however, we're seeing the same issue in a project context. The subquery doesn't help at all there (it would only return one row, after all). In an attempt to keep total code complexity under control, this commit removes the subquery optimisation and applies the CTE optimisation only for sorts we know that are safe. This means that for more complicated sorts (like priority and popularity), the search will continue to be very slow. If this is a high-priority issue, we can consider introducing further optimisations, but this finder is already very complicated and additional complexity has a cost. The group CTE optimisation is controlled by the same feature flag as before, `attempt_group_search_optimizations`, which is enabled by default. The new project CTE optimisation is controlled by a new feature flag, `attempt_project_search_optimizations`, which is disabled by default.
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expect(finder.use_cte_for_search?).to be_falsey
end
end
Extend CTE search optimisation to projects When we use the `search` param on an `IssuableFinder`, we can run into issues. We have trigram indexes to support these searches. On GitLab.com, we often see Postgres's optimiser prioritise the (global) trigram indexes over the index on `project_id`. For group and project searches, we know that it will be quicker to filter by `project_id` first, as it returns fewer rows in most cases. For group issues search, we ran into this issue previously, and went through the following iterations: 1. Use a CTE on the project IDs as an optimisation fence. This prevents the planner from disregarding the index on `project_id`. Unfortunately it breaks some types of sorting, like priority and popularity, as they sort on a joined table. 2. Use a subquery for listing issues, and a CTE for counts. The subquery - in the case of group lists - didn't help as much as the CTE, but was faster than not including it. We can safely use a CTE for counts as they don't have sorting. Now, however, we're seeing the same issue in a project context. The subquery doesn't help at all there (it would only return one row, after all). In an attempt to keep total code complexity under control, this commit removes the subquery optimisation and applies the CTE optimisation only for sorts we know that are safe. This means that for more complicated sorts (like priority and popularity), the search will continue to be very slow. If this is a high-priority issue, we can consider introducing further optimisations, but this finder is already very complicated and additional complexity has a cost. The group CTE optimisation is controlled by the same feature flag as before, `attempt_group_search_optimizations`, which is enabled by default. The new project CTE optimisation is controlled by a new feature flag, `attempt_project_search_optimizations`, which is disabled by default.
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context 'when the force_cte param is falsey' do
let(:params) { { search: 'foo' } }
it 'returns false' do
Extend CTE search optimisation to projects When we use the `search` param on an `IssuableFinder`, we can run into issues. We have trigram indexes to support these searches. On GitLab.com, we often see Postgres's optimiser prioritise the (global) trigram indexes over the index on `project_id`. For group and project searches, we know that it will be quicker to filter by `project_id` first, as it returns fewer rows in most cases. For group issues search, we ran into this issue previously, and went through the following iterations: 1. Use a CTE on the project IDs as an optimisation fence. This prevents the planner from disregarding the index on `project_id`. Unfortunately it breaks some types of sorting, like priority and popularity, as they sort on a joined table. 2. Use a subquery for listing issues, and a CTE for counts. The subquery - in the case of group lists - didn't help as much as the CTE, but was faster than not including it. We can safely use a CTE for counts as they don't have sorting. Now, however, we're seeing the same issue in a project context. The subquery doesn't help at all there (it would only return one row, after all). In an attempt to keep total code complexity under control, this commit removes the subquery optimisation and applies the CTE optimisation only for sorts we know that are safe. This means that for more complicated sorts (like priority and popularity), the search will continue to be very slow. If this is a high-priority issue, we can consider introducing further optimisations, but this finder is already very complicated and additional complexity has a cost. The group CTE optimisation is controlled by the same feature flag as before, `attempt_group_search_optimizations`, which is enabled by default. The new project CTE optimisation is controlled by a new feature flag, `attempt_project_search_optimizations`, which is disabled by default.
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expect(finder.use_cte_for_search?).to be_falsey
end
end
context 'when a non-simple sort is given' do
let(:params) { { search: 'foo', attempt_project_search_optimizations: true, sort: 'popularity' } }
it 'returns false' do
expect(finder.use_cte_for_search?).to be_falsey
end
end
context 'when all conditions are met' do
context "uses group search optimization" do
let(:params) { { search: 'foo', attempt_group_search_optimizations: true } }
it 'returns true' do
expect(finder.use_cte_for_search?).to be_truthy
expect(finder.execute.to_sql).to match(/^WITH "issues" AS #{Gitlab::Database::AsWithMaterialized.materialized_if_supported}/)
Extend CTE search optimisation to projects When we use the `search` param on an `IssuableFinder`, we can run into issues. We have trigram indexes to support these searches. On GitLab.com, we often see Postgres's optimiser prioritise the (global) trigram indexes over the index on `project_id`. For group and project searches, we know that it will be quicker to filter by `project_id` first, as it returns fewer rows in most cases. For group issues search, we ran into this issue previously, and went through the following iterations: 1. Use a CTE on the project IDs as an optimisation fence. This prevents the planner from disregarding the index on `project_id`. Unfortunately it breaks some types of sorting, like priority and popularity, as they sort on a joined table. 2. Use a subquery for listing issues, and a CTE for counts. The subquery - in the case of group lists - didn't help as much as the CTE, but was faster than not including it. We can safely use a CTE for counts as they don't have sorting. Now, however, we're seeing the same issue in a project context. The subquery doesn't help at all there (it would only return one row, after all). In an attempt to keep total code complexity under control, this commit removes the subquery optimisation and applies the CTE optimisation only for sorts we know that are safe. This means that for more complicated sorts (like priority and popularity), the search will continue to be very slow. If this is a high-priority issue, we can consider introducing further optimisations, but this finder is already very complicated and additional complexity has a cost. The group CTE optimisation is controlled by the same feature flag as before, `attempt_group_search_optimizations`, which is enabled by default. The new project CTE optimisation is controlled by a new feature flag, `attempt_project_search_optimizations`, which is disabled by default.
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end
end
context "uses project search optimization" do
let(:params) { { search: 'foo', attempt_project_search_optimizations: true } }
Extend CTE search optimisation to projects When we use the `search` param on an `IssuableFinder`, we can run into issues. We have trigram indexes to support these searches. On GitLab.com, we often see Postgres's optimiser prioritise the (global) trigram indexes over the index on `project_id`. For group and project searches, we know that it will be quicker to filter by `project_id` first, as it returns fewer rows in most cases. For group issues search, we ran into this issue previously, and went through the following iterations: 1. Use a CTE on the project IDs as an optimisation fence. This prevents the planner from disregarding the index on `project_id`. Unfortunately it breaks some types of sorting, like priority and popularity, as they sort on a joined table. 2. Use a subquery for listing issues, and a CTE for counts. The subquery - in the case of group lists - didn't help as much as the CTE, but was faster than not including it. We can safely use a CTE for counts as they don't have sorting. Now, however, we're seeing the same issue in a project context. The subquery doesn't help at all there (it would only return one row, after all). In an attempt to keep total code complexity under control, this commit removes the subquery optimisation and applies the CTE optimisation only for sorts we know that are safe. This means that for more complicated sorts (like priority and popularity), the search will continue to be very slow. If this is a high-priority issue, we can consider introducing further optimisations, but this finder is already very complicated and additional complexity has a cost. The group CTE optimisation is controlled by the same feature flag as before, `attempt_group_search_optimizations`, which is enabled by default. The new project CTE optimisation is controlled by a new feature flag, `attempt_project_search_optimizations`, which is disabled by default.
2019-04-03 05:46:13 -04:00
it 'returns true' do
expect(finder.use_cte_for_search?).to be_truthy
expect(finder.execute.to_sql).to match(/^WITH "issues" AS #{Gitlab::Database::AsWithMaterialized.materialized_if_supported}/)
Extend CTE search optimisation to projects When we use the `search` param on an `IssuableFinder`, we can run into issues. We have trigram indexes to support these searches. On GitLab.com, we often see Postgres's optimiser prioritise the (global) trigram indexes over the index on `project_id`. For group and project searches, we know that it will be quicker to filter by `project_id` first, as it returns fewer rows in most cases. For group issues search, we ran into this issue previously, and went through the following iterations: 1. Use a CTE on the project IDs as an optimisation fence. This prevents the planner from disregarding the index on `project_id`. Unfortunately it breaks some types of sorting, like priority and popularity, as they sort on a joined table. 2. Use a subquery for listing issues, and a CTE for counts. The subquery - in the case of group lists - didn't help as much as the CTE, but was faster than not including it. We can safely use a CTE for counts as they don't have sorting. Now, however, we're seeing the same issue in a project context. The subquery doesn't help at all there (it would only return one row, after all). In an attempt to keep total code complexity under control, this commit removes the subquery optimisation and applies the CTE optimisation only for sorts we know that are safe. This means that for more complicated sorts (like priority and popularity), the search will continue to be very slow. If this is a high-priority issue, we can consider introducing further optimisations, but this finder is already very complicated and additional complexity has a cost. The group CTE optimisation is controlled by the same feature flag as before, `attempt_group_search_optimizations`, which is enabled by default. The new project CTE optimisation is controlled by a new feature flag, `attempt_project_search_optimizations`, which is disabled by default.
2019-04-03 05:46:13 -04:00
end
end
context 'with simple sort' do
let(:params) { { search: 'foo', attempt_project_search_optimizations: true, sort: 'updated_desc' } }
it 'returns true' do
expect(finder.use_cte_for_search?).to be_truthy
expect(finder.execute.to_sql).to match(/^WITH "issues" AS #{Gitlab::Database::AsWithMaterialized.materialized_if_supported}/)
end
end
context 'with simple sort as a symbol' do
let(:params) { { search: 'foo', attempt_project_search_optimizations: true, sort: :updated_desc } }
it 'returns true' do
expect(finder.use_cte_for_search?).to be_truthy
expect(finder.execute.to_sql).to match(/^WITH "issues" AS #{Gitlab::Database::AsWithMaterialized.materialized_if_supported}/)
end
end
end
end
describe '#parent_param=' do
let(:finder) { described_class.new(nil) }
subject { finder.parent_param = obj }
where(:klass, :param) do
:Project | :project_id
:Group | :group_id
end
with_them do
let(:obj) { Object.const_get(klass, false).new }
it 'sets the params' do
subject
expect(finder.params[param]).to eq(obj)
end
end
context 'unexpected parent' do
let(:obj) { MergeRequest.new }
it 'raises an error' do
expect { subject }.to raise_error('Unexpected parent: MergeRequest')
end
end
end
end