Examples with Config io.cdap.cdap.api.Config used on opensource projects

Example 1 with Config

use of io.cdap.cdap.api.Config in project cdap by caskdata.

the class ProgramLifecycleHttpHandlerTest method testHistory.

private void testHistory(Class<?> app, Id.Program program) throws Exception {
    String namespace = program.getNamespaceId();
    deploy(app, 200, Constants.Gateway.API_VERSION_3_TOKEN, namespace);
    verifyProgramHistory(program.toEntityId());
    deleteApp(program.getApplication(), 200);
    ApplicationId appId = new ApplicationId(namespace, program.getApplicationId(), VERSION1);
    ProgramId programId = appId.program(program.getType(), program.getId());
    Id.Artifact artifactId = Id.Artifact.from(program.getNamespace(), app.getSimpleName(), "1.0.0");
    addAppArtifact(artifactId, app);
    AppRequest<Config> request = new AppRequest<>(new ArtifactSummary(artifactId.getName(), artifactId.getVersion().getVersion()), null);
    Assert.assertEquals(200, deploy(appId, request).getResponseCode());
    verifyProgramHistory(programId);
    deleteApp(appId, 200);
}

Example 2 with Config

use of io.cdap.cdap.api.Config in project cdap by caskdata.

the class CoreSchedulerServiceTest method testRunScheduledJobs.

@Test
@Category(XSlowTests.class)
public void testRunScheduledJobs() throws Exception {
    CConfiguration cConf = getInjector().getInstance(CConfiguration.class);
    dataEventTopic = NamespaceId.SYSTEM.topic(cConf.get(Constants.Dataset.DATA_EVENT_TOPIC));
    // Deploy the app with version
    Id.Artifact appArtifactId = Id.Artifact.from(Id.Namespace.DEFAULT, "appwithschedules", VERSION1);
    addAppArtifact(appArtifactId, AppWithFrequentScheduledWorkflows.class);
    AppRequest<? extends Config> appRequest = new AppRequest<>(new ArtifactSummary(appArtifactId.getName(), appArtifactId.getVersion().getVersion()));
    deploy(APP_ID, appRequest);
    // Resume the schedule because schedules are initialized as paused
    enableSchedule(AppWithFrequentScheduledWorkflows.TEN_SECOND_SCHEDULE_1);
    enableSchedule(AppWithFrequentScheduledWorkflows.TEN_SECOND_SCHEDULE_2);
    enableSchedule(AppWithFrequentScheduledWorkflows.DATASET_PARTITION_SCHEDULE_1);
    enableSchedule(AppWithFrequentScheduledWorkflows.DATASET_PARTITION_SCHEDULE_2);
    for (int i = 0; i < 5; i++) {
        testNewPartition(i + 1);
    }
    // Enable COMPOSITE_SCHEDULE before publishing events to DATASET_NAME2
    enableSchedule(AppWithFrequentScheduledWorkflows.COMPOSITE_SCHEDULE);
    // disable the two partition schedules, send them notifications (but they should not trigger)
    int runs1 = getRuns(WORKFLOW_1, ProgramRunStatus.ALL);
    int runs2 = getRuns(WORKFLOW_2, ProgramRunStatus.ALL);
    disableSchedule(AppWithFrequentScheduledWorkflows.DATASET_PARTITION_SCHEDULE_1);
    // ensure schedule 2 is disabled after schedule 1
    Thread.sleep(BUFFER);
    long disableBeforeTime = System.currentTimeMillis();
    disableSchedule(AppWithFrequentScheduledWorkflows.DATASET_PARTITION_SCHEDULE_2);
    long disableAfterTime = System.currentTimeMillis() + 1;
    publishNotification(dataEventTopic, NamespaceId.DEFAULT, AppWithFrequentScheduledWorkflows.DATASET_NAME1);
    long minPublishTime = System.currentTimeMillis();
    publishNotification(dataEventTopic, NamespaceId.DEFAULT, AppWithFrequentScheduledWorkflows.DATASET_NAME2);
    // This would make sure the subscriber has processed the data event
    waitUntilProcessed(dataEventTopic, minPublishTime);
    // Both workflows must run at least once.
    // If the testNewPartition() loop took longer than expected, it may be more (quartz fired multiple times)
    Tasks.waitFor(true, () -> getRuns(SCHEDULED_WORKFLOW_1, ProgramRunStatus.COMPLETED) > 0 && getRuns(SCHEDULED_WORKFLOW_2, ProgramRunStatus.COMPLETED) > 0, 10, TimeUnit.SECONDS);
    // There shouldn't be any partition trigger in the job queue
    Assert.assertFalse(Iterables.any(getAllJobs(), job -> job.getSchedule().getTrigger() instanceof ProtoTrigger.PartitionTrigger));
    ProgramId compositeWorkflow = APP_ID.workflow(AppWithFrequentScheduledWorkflows.COMPOSITE_WORKFLOW);
    // Workflow scheduled with the composite trigger has never been started
    Assert.assertEquals(0, getRuns(compositeWorkflow, ProgramRunStatus.ALL));
    // Publish two more new partition notifications to satisfy the partition trigger in the composite trigger,
    // and thus the whole composite trigger will be satisfied
    publishNotification(dataEventTopic, NamespaceId.DEFAULT, AppWithFrequentScheduledWorkflows.DATASET_NAME2);
    minPublishTime = System.currentTimeMillis();
    publishNotification(dataEventTopic, NamespaceId.DEFAULT, AppWithFrequentScheduledWorkflows.DATASET_NAME2);
    // This would make sure the subscriber has processed the data event
    waitUntilProcessed(dataEventTopic, minPublishTime);
    // Wait for 1 run to complete for compositeWorkflow
    waitForCompleteRuns(1, compositeWorkflow);
    for (RunRecordDetail runRecordMeta : store.getRuns(SCHEDULED_WORKFLOW_1, ProgramRunStatus.ALL, 0, Long.MAX_VALUE, Integer.MAX_VALUE).values()) {
        Map<String, String> sysArgs = runRecordMeta.getSystemArgs();
        Assert.assertNotNull(sysArgs);
        TriggeringScheduleInfo scheduleInfo = GSON.fromJson(sysArgs.get(ProgramOptionConstants.TRIGGERING_SCHEDULE_INFO), TriggeringScheduleInfo.class);
        Assert.assertEquals(AppWithFrequentScheduledWorkflows.TEN_SECOND_SCHEDULE_1, scheduleInfo.getName());
        List<TriggerInfo> triggerInfos = scheduleInfo.getTriggerInfos();
        // Only one notification is enough to satisfy Time Trigger
        Assert.assertEquals(1, triggerInfos.size());
        Assert.assertEquals(TriggerInfo.Type.TIME, triggerInfos.get(0).getType());
    }
    // Also verify that the two partition schedules did not trigger
    Assert.assertEquals(runs1, getRuns(WORKFLOW_1, ProgramRunStatus.ALL));
    Assert.assertEquals(runs2, getRuns(WORKFLOW_2, ProgramRunStatus.ALL));
    // enable partition schedule 2 and test reEnableSchedules
    scheduler.reEnableSchedules(NamespaceId.DEFAULT, disableBeforeTime, disableAfterTime);
    Assert.assertEquals(ProgramScheduleStatus.SCHEDULED, scheduler.getScheduleStatus(APP_ID.schedule(AppWithFrequentScheduledWorkflows.DATASET_PARTITION_SCHEDULE_2)));
    Assert.assertEquals(ProgramScheduleStatus.SUSPENDED, scheduler.getScheduleStatus(APP_ID.schedule(AppWithFrequentScheduledWorkflows.DATASET_PARTITION_SCHEDULE_1)));
    testScheduleUpdate("disable");
    testScheduleUpdate("update");
    testScheduleUpdate("delete");
}

Example 3 with Config

use of io.cdap.cdap.api.Config in project cdap by caskdata.

the class ScheduleFetcherTest method testListSchedules.

@Test
public void testListSchedules() throws Exception {
    ScheduleFetcher fetcher = getScheduleFetcher(fetcherType);
    String namespace = TEST_NAMESPACE1;
    String appName = AppWithSchedule.NAME;
    // Deploy the application with 2 schedules on the workflow
    Config appConfig = new AppWithSchedule.AppConfig(true, true, true);
    deploy(AppWithSchedule.class, 200, Constants.Gateway.API_VERSION_3_TOKEN, namespace, appConfig);
    // Get and validate the schedule
    ProgramId programId = new ProgramId(namespace, appName, ProgramType.WORKFLOW, AppWithSchedule.WORKFLOW_NAME);
    List<ScheduleDetail> scheduleList = fetcher.list(programId);
    Assert.assertEquals(2, scheduleList.size());
    Assert.assertEquals(AppWithSchedule.SCHEDULE, scheduleList.get(0).getName());
    Assert.assertEquals(AppWithSchedule.SCHEDULE_2, scheduleList.get(1).getName());
    // Delete the application
    Assert.assertEquals(200, doDelete(getVersionedAPIPath("apps/", Constants.Gateway.API_VERSION_3_TOKEN, namespace)).getResponseCode());
}

Example 4 with Config

use of io.cdap.cdap.api.Config in project cdap by caskdata.

the class DefaultArtifactInspector method inspectApplications.

private ArtifactClasses.Builder inspectApplications(Id.Artifact artifactId, ArtifactClasses.Builder builder, Location artifactLocation, ClassLoader artifactClassLoader) throws IOException, InvalidArtifactException {
    // right now we force users to include the application main class as an attribute in their manifest,
    // which forces them to have a single application class.
    // in the future, we may want to let users do this or maybe specify a list of classes or
    // a package that will be searched for applications, to allow multiple applications in a single artifact.
    String mainClassName;
    try {
        Manifest manifest = BundleJarUtil.getManifest(artifactLocation);
        if (manifest == null) {
            return builder;
        }
        Attributes manifestAttributes = manifest.getMainAttributes();
        if (manifestAttributes == null) {
            return builder;
        }
        mainClassName = manifestAttributes.getValue(ManifestFields.MAIN_CLASS);
    } catch (ZipException e) {
        throw new InvalidArtifactException(String.format("Couldn't unzip artifact %s, please check it is a valid jar file.", artifactId), e);
    }
    if (mainClassName == null) {
        return builder;
    }
    try {
        Class<?> mainClass = artifactClassLoader.loadClass(mainClassName);
        if (!(Application.class.isAssignableFrom(mainClass))) {
            // possible for 3rd party plugin artifacts to have the main class set
            return builder;
        }
        Application app = (Application) mainClass.newInstance();
        java.lang.reflect.Type configType;
        // we can deserialize the config into that object. Otherwise it'll just be a Config
        try {
            configType = Artifacts.getConfigType(app.getClass());
        } catch (Exception e) {
            throw new InvalidArtifactException(String.format("Could not resolve config type for Application class %s in artifact %s. " + "The type must extend Config and cannot be parameterized.", mainClassName, artifactId));
        }
        Schema configSchema = configType == Config.class ? null : schemaGenerator.generate(configType);
        builder.addApp(new ApplicationClass(mainClassName, "", configSchema, getArtifactRequirements(app.getClass())));
    } catch (ClassNotFoundException e) {
        throw new InvalidArtifactException(String.format("Could not find Application main class %s in artifact %s.", mainClassName, artifactId));
    } catch (UnsupportedTypeException e) {
        throw new InvalidArtifactException(String.format("Config for Application %s in artifact %s has an unsupported schema. " + "The type must extend Config and cannot be parameterized.", mainClassName, artifactId));
    } catch (InstantiationException | IllegalAccessException e) {
        throw new InvalidArtifactException(String.format("Could not instantiate Application class %s in artifact %s.", mainClassName, artifactId), e);
    }
    return builder;
}

Example 5 with Config

use of io.cdap.cdap.api.Config in project cdap by caskdata.

the class AppLifecycleHttpHandlerTest method testDeployUsingNonexistantArtifact404.

@Test
public void testDeployUsingNonexistantArtifact404() throws Exception {
    Id.Application appId = Id.Application.from(Id.Namespace.DEFAULT, "badapp");
    AppRequest<Config> appRequest = new AppRequest<>(new ArtifactSummary("something", "1.0.0"), null);
    HttpResponse response = deploy(appId, appRequest);
    Assert.assertEquals(404, response.getResponseCode());
}