Examples with WithPlugins org.jenkinsci.test.acceptance.junit.WithPlugins used on opensource projects

Example 1 with WithPlugins

use of org.jenkinsci.test.acceptance.junit.WithPlugins in project acceptance-test-harness by jenkinsci.

the class AbstractAnalysisTest method should_send_mail_with_expanded_tokens.

/**
 * Checks that the plug-in sends a mail after a build has been failed. The content of the mail contains several
 * tokens that should be expanded in the mail with the correct values.
 */
// TODO: we should have two builds so that the numbers are different
@Test
@Issue("JENKINS-25501")
@WithPlugins("email-ext")
public void should_send_mail_with_expanded_tokens() {
    // avoid JENKINS-49026
    checkExtensionAreDeployed("hudson.plugins.analysis.tokens.AbstractTokenMacro", Collections.EMPTY_SET);
    setUpMailer();
    FreeStyleJob job = createFreeStyleJob();
    P projectAction = createProjectAction(job);
    job.editPublisher(projectAction.getFreeStyleSettings(), settings -> settings.setBuildFailedTotalAll("0"));
    String name = projectAction.getUrl().toUpperCase();
    String title = "Analysis-Result";
    configureEmailNotification(job, String.format("%s: ${%s_RESULT}", title, name), String.format("%s: ${%s_COUNT}-${%s_FIXED}-${%s_NEW}", title, name, name, name));
    buildFailingJob(job);
    verifyReceivedMail(String.format("%s: FAILURE", title), String.format("%s: %d-0-%d", title, getNumberOfWarnings(), getNumberOfWarnings()));
}

Example 2 with WithPlugins

use of org.jenkinsci.test.acceptance.junit.WithPlugins in project acceptance-test-harness by jenkinsci.

the class AnalysisCollectorPluginTest method should_aggregate_warnings_in_dashboard_portlet.

/**
 * Sets up a dashboard view with a warnings-per-project portlet. Builds a job and checks if the portlet shows the
 * correct number of warnings. Then one of the tools is deselected. The portlet should then show only the remaining
 * number of warnings.
 */
@Test
@WithPlugins("dashboard-view")
public void should_aggregate_warnings_in_dashboard_portlet() {
    // avoid JENKINS-49026
    checkExtensionAreDeployed("hudson.plugins.analysis.dashboard.AbstractPortlet", Collections.EMPTY_SET);
    FreeStyleJob job = createFreeStyleJob();
    buildSuccessfulJob(job);
    DashboardView dashboard = jenkins.views.create(DashboardView.class, createRandomName());
    dashboard.configure();
    dashboard.matchAllJobs();
    WarningsPerProjectPortlet portlet = addWarningsPortlet(dashboard);
    dashboard.save();
    dashboard.open();
    verifyWarningsCountInPortlet(job.name, dashboard);
    // uncheck Open Tasks
    dashboard.configure(() -> portlet.checkCollectedPlugin(TASKS, false));
    dashboard.open();
    assertThat(dashboard, not(hasWarnings(job.name, TASKS.getId(), TASKS_ALL)));
}

Example 3 with WithPlugins

use of org.jenkinsci.test.acceptance.junit.WithPlugins in project acceptance-test-harness by jenkinsci.

the class AnalysisCollectorPluginTest method should_checkout_pipeline_from_git.

/**
 * Creates and builds a pipeline that is version controlled in Git. Basically the same test case as
 * {@link AbstractAnalysisTest#should_navigate_to_result_action_from_pipeline()}. Rather than using the script
 * text box a Git repository is connected.
 */
@Test
@WithPlugins({ "git", "workflow-basic-steps", "workflow-multibranch", "workflow-job", "workflow-durable-task-step" })
@WithDocker
@WithCredentials(credentialType = WithCredentials.SSH_USERNAME_PRIVATE_KEY, values = { CREDENTIALS_ID, KEY_FILENAME })
public void should_checkout_pipeline_from_git() {
    String gitRepositoryUrl = createGitRepositoryInDockerContainer();
    WorkflowJob job = jenkins.getJobs().create(WorkflowJob.class);
    job.setJenkinsFileRepository(gitRepositoryUrl, CREDENTIALS_ID);
    job.save();
    Build build = buildSuccessfulJob(job);
    verifyJobResults(job, build);
}

Example 4 with WithPlugins

use of org.jenkinsci.test.acceptance.junit.WithPlugins in project acceptance-test-harness by jenkinsci.

the class CheckStylePluginTest method should_show_warnings_per_user.

/**
 * Verifies that blaming of warnings works on agents: creates a new project in a Git repository in a docker
 * container. Registers the same docker container as slave agent to build the project. Uses the recorded build
 * results in checkstyle-result.xml (no actual maven goal is invoked). Verifies that the blame information is
 * correctly assigned for each of the warnings. Also checks, that the age is increased for yet another build.
 */
@Test
@WithPlugins({ "git", "dashboard-view", "analysis-core@1.88-SNAPSHOT", "ssh-slaves" })
@WithDocker
@Issue("JENKINS-6748")
@WithCredentials(credentialType = WithCredentials.SSH_USERNAME_PRIVATE_KEY, values = { CREDENTIALS_ID, CREDENTIALS_KEY })
public void should_show_warnings_per_user() {
    // avoid JENKINS-49026
    jenkins.restart();
    DumbSlave agent = createDockerAgent();
    String gitRepositoryUrl = createGitRepositoryInDockerContainer();
    FreeStyleJob job = createFreeStyleJob(jenkins, null, settings -> settings.pattern.set("**/checkstyle-result.xml"));
    job.configure(() -> {
        job.useScm(GitScm.class).url(gitRepositoryUrl).credentials(CREDENTIALS_ID);
        job.setLabelExpression(agent.getName());
    });
    buildSuccessfulJob(job);
    CheckStyleAction action = new CheckStyleAction(job);
    action.open();
    SortedMap<String, Integer> expectedPeople = new TreeMap<>();
    expectedPeople.put("Unknown authors", 1);
    expectedPeople.put("Jenkins-ATH <jenkins-ath@example.org>", 11);
    assertThat(action.getPeopleTabContents(), is(expectedPeople));
    action.find(By.partialLinkText("Jenkins-ATH")).click();
    assertThat(driver, hasContent("Checkstyle Warnings - Jenkins-ATH"));
    action.open();
    SortedMap<String, String> expectedOrigin = new TreeMap<>();
    expectedOrigin.put("Main.java:0", "-");
    expectedOrigin.put("Main.java:2", "Jenkins-ATH");
    expectedOrigin.put("Main.java:4", "Jenkins-ATH");
    expectedOrigin.put("Main.java:6", "Jenkins-ATH");
    expectedOrigin.put("Main.java:9", "Jenkins-ATH");
    expectedOrigin.put("Main.java:13", "Jenkins-ATH");
    expectedOrigin.put("Main.java:18", "Jenkins-ATH");
    expectedOrigin.put("Main.java:23", "Jenkins-ATH");
    expectedOrigin.put("Main.java:24", "Jenkins-ATH");
    expectedOrigin.put("Main.java:27", "Jenkins-ATH");
    assertThat(action.getOriginTabContentsAsStrings(AUTHOR), is(expectedOrigin));
    assertThatAgeIsAt(action, expectedOrigin, 1);
    buildSuccessfulJob(job);
    assertThatAgeIsAt(action, expectedOrigin, 2);
    GraphConfigurationView view = action.configureTrendGraphForUser();
    view.open();
    view.setUserGraph();
    view.save();
    WebElement graph = find(getUsersTrendGraphXpath());
    assertThat(graph.isDisplayed(), is(true));
    verifyNoAuthors(action, true);
    WebElement nothing = getElement(getUsersTrendGraphXpath());
    assertThat(nothing, nullValue());
    verifyNoAuthors(action, false);
}

Example 5 with WithPlugins

use of org.jenkinsci.test.acceptance.junit.WithPlugins in project acceptance-test-harness by jenkinsci.

the class CheckStylePluginTest method should_resolve_environment_variables.

/**
 * Verifies that environment variables are expanded in the file name pattern.
 */
@Test
@Issue("JENKINS-30735")
@WithPlugins({ "envinject", "analysis-core@1.77", "checkstyle@3.46" })
public void should_resolve_environment_variables() {
    FreeStyleJob job = createFreeStyleJob(settings -> settings.pattern.set("checkstyle${ENV_DASH}result.xml"));
    job.configure(() -> new EnvInjectConfig.Environment(job).properties.sendKeys("ENV_DASH=-"));
    Build build = buildSuccessfulJob(job);
    assertThatCheckStyleResultExists(job, build);
    CheckStyleAction action = new CheckStyleAction(job);
    assertThatWarningsCountInSummaryIs(action, TOTAL_NUMBER_OF_WARNINGS);
    assertThatNewWarningsCountInSummaryIs(action, TOTAL_NUMBER_OF_WARNINGS);
    assertThat(build.getConsole(), containsRegexp("\\[CHECKSTYLE\\] Searching for all files in .* that match the pattern checkstyle-result.xml\n"));
}