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/*
* SonarQube
* Copyright (C) 2009-2025 SonarSource SA
* mailto:info AT sonarsource DOT com
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
package org.sonar.db.issue;
import java.util.Collection;
import java.util.List;
import java.util.Optional;
import java.util.Set;
import javax.annotation.Nullable;
import org.apache.ibatis.annotations.Param;
import org.apache.ibatis.cursor.Cursor;
import org.sonar.db.Dao;
import org.sonar.db.DbSession;
import org.sonar.db.Pagination;
import org.sonar.db.RowNotFoundException;
import org.sonar.db.component.ComponentDto;
import static org.sonar.db.DatabaseUtils.executeLargeInputs;
public class IssueDao implements Dao {
public static final int DEFAULT_PAGE_SIZE = 1000;
public static final int BIG_PAGE_SIZE = 1000000;
public Optional<IssueDto> selectByKey(DbSession session, String key) {
return Optional.ofNullable(mapper(session).selectByKey(key));
}
public IssueDto selectOrFailByKey(DbSession session, String key) {
Optional<IssueDto> issue = selectByKey(session, key);
if (issue.isEmpty()) {
throw new RowNotFoundException(String.format("Issue with key '%s' does not exist", key));
}
return issue.get();
}
/**
* Gets a list issues by their keys. The result does NOT contain {@code null} values for issues not found, so
* the size of result may be less than the number of keys. A single issue is returned
* if input keys contain multiple occurrences of a key.
* <p>Results may be in a different order as input keys.</p>
*/
public List<IssueDto> selectByKeys(DbSession session, Collection<String> keys) {
return executeLargeInputs(keys, mapper(session)::selectByKeys);
}
public Set<String> selectIssueKeysByComponentUuid(DbSession session, String componentUuid) {
return mapper(session).selectIssueKeysByComponentUuid(componentUuid);
}
public Set<String> selectIssueKeysByComponentUuid(DbSession session, String componentUuid,
List<String> includingRepositories, List<String> excludingRepositories,
List<String> languages, int page) {
return mapper(session).selectIssueKeysByComponentUuidWithFilters(componentUuid, includingRepositories, excludingRepositories,
languages, Pagination.forPage(page).andSize(BIG_PAGE_SIZE));
}
public Set<String> selectIssueKeysByComponentUuidAndChangedSinceDate(DbSession session, String componentUuid, long changedSince,
List<String> includingRepositories, List<String> excludingRepositories,
List<String> languages, int page) {
return mapper(session).selectIssueKeysByComponentUuidAndChangedSinceDate(componentUuid, changedSince,
includingRepositories, excludingRepositories, languages, Pagination.forPage(page).andSize(BIG_PAGE_SIZE));
}
public Set<String> selectComponentUuidsOfOpenIssuesForProjectUuid(DbSession session, String projectUuid) {
return mapper(session).selectComponentUuidsOfOpenIssuesForProjectUuid(projectUuid);
}
public List<PrIssueDto> selectOpenByComponentUuids(DbSession dbSession, Collection<String> componentUuids) {
return executeLargeInputs(componentUuids, mapper(dbSession)::selectOpenByComponentUuids);
}
public Collection<IssueGroupDto> selectIssueGroupsByComponent(DbSession dbSession, ComponentDto component, long leakPeriodBeginningDate) {
return mapper(dbSession).selectIssueGroupsByComponent(component, leakPeriodBeginningDate);
}
public Collection<IssueImpactGroupDto> selectIssueImpactGroupsByComponent(DbSession dbSession, ComponentDto component, long leakPeriodBeginningDate) {
return mapper(dbSession).selectIssueImpactGroupsByComponent(component, leakPeriodBeginningDate);
}
public Collection<IssueImpactSeverityGroupDto> selectIssueImpactSeverityGroupsByComponent(DbSession dbSession, ComponentDto component,
long leakPeriodBeginningDate) {
return mapper(dbSession).selectIssueImpactSeverityGroupsByComponent(component, leakPeriodBeginningDate);
}
public Cursor<IndexedIssueDto> scrollIssuesForIndexation(DbSession dbSession, @Nullable @Param("branchUuid") String branchUuid,
@Nullable @Param("issueKeys") Collection<String> issueKeys) {
return mapper(dbSession).scrollIssuesForIndexation(branchUuid, issueKeys);
}
public void insert(DbSession session, IssueDto dto) {
mapper(session).insert(dto);
insertIssueImpacts(session, dto);
}
/**
* In certain circumstances, most notably persisting issues in the CE, importing issues and web issue storage, we wish to avoid persisting
* both issues and their issue impacts in the same batch transactions, as this introduces a significant performance regression. In those
* situations, issues will be inserted first, and then subsequently their issue impacts using
* {@link IssueDao#insertIssueImpacts(DbSession, IssueDto) ()}.
*/
public void insertWithoutImpacts(DbSession session, IssueDto dto) {
mapper(session).insert(dto);
}
public void insertIssueImpacts(DbSession session, IssueDto issueDto) {
IssueMapper mapper = mapper(session);
issueDto.getImpacts()
.forEach(impact -> mapper.insertIssueImpact(issueDto.getKey(), impact));
}
private void updateIssueImpacts(DbSession session, IssueDto issueDto) {
deleteIssueImpacts(session, issueDto);
insertIssueImpacts(session, issueDto);
}
public void deleteIssueImpacts(DbSession session, IssueDto issueDto) {
mapper(session).deleteIssueImpacts(issueDto.getKey());
}
public void insert(DbSession session, IssueDto dto, IssueDto... others) {
insert(session, dto);
for (IssueDto other : others) {
insert(session, other);
}
}
public void update(DbSession session, IssueDto dto) {
mapper(session).update(dto);
updateIssueImpacts(session, dto);
}
/**
* Update issue without updating issue impacts. Used only in batch update.
* Issue impacts should be updated separately.
*/
public void updateWithoutIssueImpacts(DbSession session, IssueDto dto) {
mapper(session).update(dto);
}
public boolean updateIfBeforeSelectedDate(DbSession session, IssueDto dto) {
return mapper(session).updateIfBeforeSelectedDate(dto) != 0;
}
public List<IssueDto> selectByKeysIfNotUpdatedAt(DbSession session, List<String> keys, long updatedAt) {
return mapper(session).selectByKeysIfNotUpdatedAt(keys, updatedAt);
}
public void insertAsNewCodeOnReferenceBranch(DbSession session, NewCodeReferenceIssueDto dto) {
mapper(session).insertAsNewCodeOnReferenceBranch(dto);
}
public void deleteAsNewCodeOnReferenceBranch(DbSession session, String issueKey) {
mapper(session).deleteAsNewCodeOnReferenceBranch(issueKey);
}
private static IssueMapper mapper(DbSession session) {
return session.getMapper(IssueMapper.class);
}
public List<IssueDto> selectByBranch(DbSession dbSession, Set<String> issueKeysSnapshot, IssueQueryParams issueQueryParams) {
return mapper(dbSession).selectByBranch(issueKeysSnapshot, issueQueryParams.getChangedSince());
}
public List<String> selectRecentlyClosedIssues(DbSession dbSession, IssueQueryParams issueQueryParams) {
return mapper(dbSession).selectRecentlyClosedIssues(issueQueryParams);
}
/**
* Returned results are unordered.
*/
public List<String> selectIssueKeysByQuery(DbSession dbSession, IssueListQuery issueListQuery, Pagination pagination) {
return mapper(dbSession).selectIssueKeysByQuery(issueListQuery, pagination);
}
}
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