/** SONAR-6787 */
@Test
public void ensure_differential_period_4_and_5_defined_at_project_level_is_taken_into_account()
throws Exception {
orchestrator.getServer().provisionProject(PROJECT_KEY, PROJECT_KEY);
setServerProperty(orchestrator, PROJECT_KEY, "sonar.timemachine.period4", "30");
setServerProperty(orchestrator, PROJECT_KEY, "sonar.timemachine.period5", "previous_analysis");
// Execute an analysis in the past to have a past snapshot without any issues
orchestrator.getServer().associateProjectToQualityProfile(PROJECT_KEY, "xoo", "empty");
orchestrator.executeBuild(
SonarRunner.create(projectDir("shared/xoo-sample"))
.setProperty("sonar.projectDate", formatDate(addDays(new Date(), -60))));
// Second analysis -> issues will be created
orchestrator
.getServer()
.restoreProfile(FileLocation.ofClasspath("/measureHistory/one-issue-per-line-profile.xml"));
orchestrator
.getServer()
.associateProjectToQualityProfile(PROJECT_KEY, "xoo", "one-issue-per-line");
orchestrator.executeBuild(SonarRunner.create(projectDir("shared/xoo-sample")));
// New technical debt only comes from new issues
Resource newTechnicalDebt =
orchestrator
.getServer()
.getWsClient()
.find(
ResourceQuery.createForMetrics(
"sample:src/main/xoo/sample/Sample.xoo", "new_technical_debt")
.setIncludeTrends(true));
List<Measure> measures = newTechnicalDebt.getMeasures();
assertThat(measures.get(0).getVariation4()).isEqualTo(17);
assertThat(measures.get(0).getVariation5()).isEqualTo(17);
// Third analysis, with exactly the same profile -> no new issues so no new technical debt
orchestrator
.getServer()
.associateProjectToQualityProfile(PROJECT_KEY, "xoo", "one-issue-per-line");
orchestrator.executeBuild(SonarRunner.create(projectDir("shared/xoo-sample")));
newTechnicalDebt =
orchestrator
.getServer()
.getWsClient()
.find(
ResourceQuery.createForMetrics(
"sample:src/main/xoo/sample/Sample.xoo", "new_technical_debt")
.setIncludeTrends(true));
// No variation => measure is purged
assertThat(newTechnicalDebt).isNull();
}
/** SONAR-7093 */
@Test
public void ensure_leak_period_defined_at_project_level_is_taken_into_account() throws Exception {
orchestrator.getServer().provisionProject(PROJECT_KEY, PROJECT_KEY);
// Set a global property and a project property to ensure project property is used
setServerProperty(orchestrator, "sonar.timemachine.period1", "previous_analysis");
setServerProperty(orchestrator, PROJECT_KEY, "sonar.timemachine.period1", "30");
// Execute an analysis in the past to have a past snapshot without any issues
orchestrator.getServer().associateProjectToQualityProfile(PROJECT_KEY, "xoo", "empty");
orchestrator.executeBuild(
SonarRunner.create(projectDir("shared/xoo-sample"))
.setProperty("sonar.projectDate", formatDate(addDays(new Date(), -15))));
// Second analysis -> issues will be created
orchestrator
.getServer()
.restoreProfile(FileLocation.ofClasspath("/measureHistory/one-issue-per-line-profile.xml"));
orchestrator
.getServer()
.associateProjectToQualityProfile(PROJECT_KEY, "xoo", "one-issue-per-line");
orchestrator.executeBuild(SonarRunner.create(projectDir("shared/xoo-sample")));
// Third analysis -> There's no new issue from previous analysis
orchestrator.executeBuild(SonarRunner.create(projectDir("shared/xoo-sample")));
// Project should have 17 new issues for period 1
Resource newTechnicalDebt =
orchestrator
.getServer()
.getWsClient()
.find(ResourceQuery.createForMetrics(PROJECT_KEY, "violations").setIncludeTrends(true));
List<Measure> measures = newTechnicalDebt.getMeasures();
assertThat(measures.get(0).getVariation1()).isEqualTo(17);
// Check on ui that it's possible to define leak period on project
new SeleneseTest(
Selenese.builder()
.setHtmlTestsInClasspath(
"define-leak-period-on-project",
"/measureHistory/DifferentialPeriodsTest/define-leak-period-on-project.html")
.build())
.runOn(orchestrator);
}
@Before
public void initPeriods() throws Exception {
setServerProperty(orchestrator, "sonar.timemachine.period1", "previous_analysis");
setServerProperty(orchestrator, "sonar.timemachine.period2", "previous_analysis");
setServerProperty(orchestrator, "sonar.timemachine.period3", "previous_analysis");
}