use of com.mesosphere.sdk.specification.yaml.RawServiceSpec in project dcos-commons by mesosphere.
the class DefaultPlanGeneratorTest method testCustomPhases.
@Test
public void testCustomPhases() throws Exception {
ClassLoader classLoader = getClass().getClassLoader();
File file = new File(classLoader.getResource("custom-phases.yml").getFile());
RawServiceSpec rawServiceSpec = RawServiceSpec.newBuilder(file).build();
DefaultServiceSpec serviceSpec = DefaultServiceSpec.newGenerator(rawServiceSpec, SCHEDULER_CONFIG, file.getParentFile()).build();
Persister persister = new MemPersister();
stateStore = new StateStore(persister);
configStore = new ConfigStore<>(DefaultServiceSpec.getConfigurationFactory(serviceSpec), persister);
Assert.assertNotNull(serviceSpec);
DefaultPlanGenerator generator = new DefaultPlanGenerator(configStore, stateStore);
for (Map.Entry<String, RawPlan> entry : rawServiceSpec.getPlans().entrySet()) {
Plan plan = generator.generate(entry.getValue(), entry.getKey(), serviceSpec.getPods());
Assert.assertNotNull(plan);
Assert.assertEquals(6, plan.getChildren().size());
Phase serverPhase = plan.getChildren().get(0);
Phase oncePhase = plan.getChildren().get(1);
Phase interleavePhase = plan.getChildren().get(2);
Phase fullCustomPhase = plan.getChildren().get(3);
Phase partialCustomPhase = plan.getChildren().get(4);
Phase omitStepPhase = plan.getChildren().get(5);
validatePhase(serverPhase, Arrays.asList(Arrays.asList("server"), Arrays.asList("server"), Arrays.asList("server")));
validatePhase(oncePhase, Arrays.asList(Arrays.asList("once"), Arrays.asList("once"), Arrays.asList("once")));
validatePhase(interleavePhase, Arrays.asList(Arrays.asList("once"), Arrays.asList("server"), Arrays.asList("once"), Arrays.asList("server"), Arrays.asList("once"), Arrays.asList("server")));
validatePhase(fullCustomPhase, Arrays.asList(Arrays.asList("once"), Arrays.asList("server"), Arrays.asList("server"), Arrays.asList("once"), Arrays.asList("server")));
validatePhase(partialCustomPhase, Arrays.asList(Arrays.asList("server"), Arrays.asList("once"), Arrays.asList("once"), Arrays.asList("server"), Arrays.asList("server"), Arrays.asList("once")));
validatePhase(omitStepPhase, Arrays.asList(Arrays.asList("once"), Arrays.asList("server")));
Assert.assertEquals("hello-1:[once]", omitStepPhase.getChildren().get(0).getName());
Assert.assertEquals("hello-1:[server]", omitStepPhase.getChildren().get(1).getName());
}
}
use of com.mesosphere.sdk.specification.yaml.RawServiceSpec in project dcos-commons by mesosphere.
the class DefaultServiceSpecTest method invalidPlanSteps.
@Test(expected = IllegalStateException.class)
public void invalidPlanSteps() throws Exception {
ClassLoader classLoader = getClass().getClassLoader();
File file = new File(classLoader.getResource("invalid-plan-steps.yml").getFile());
RawServiceSpec rawSpec = RawServiceSpec.newBuilder(file).build();
DefaultScheduler.newBuilder(DefaultServiceSpec.newGenerator(rawSpec, SCHEDULER_CONFIG, file.getParentFile()).build(), SCHEDULER_CONFIG, new MemPersister()).setPlansFrom(rawSpec).build();
}
use of com.mesosphere.sdk.specification.yaml.RawServiceSpec in project dcos-commons by mesosphere.
the class DefaultServiceSpecTest method validBridgeNetworkWithPortForwarding.
@Test
public void validBridgeNetworkWithPortForwarding() throws Exception {
ClassLoader classLoader = getClass().getClassLoader();
File file = new File(classLoader.getResource("valid-automatic-cni-port-forwarding.yml").getFile());
// load the raw service spec and check that it parsed correctly
RawServiceSpec rawServiceSpec = RawServiceSpec.newBuilder(file).build();
Assert.assertNotNull(rawServiceSpec);
Assert.assertEquals(rawServiceSpec.getPods().get("pod-type").getNetworks().get("mesos-bridge").numberOfPortMappings(), 0);
Assert.assertTrue(rawServiceSpec.getPods().get("meta-data-with-port-mapping").getNetworks().get("mesos-bridge").numberOfPortMappings() == 2);
// Check that the raw service spec was correctly translated into the ServiceSpec
ServiceSpec serviceSpec = DefaultServiceSpec.newGenerator(rawServiceSpec, SCHEDULER_CONFIG, file.getParentFile()).build();
Assert.assertNotNull(serviceSpec);
Assert.assertTrue(serviceSpec.getPods().size() == 3);
// check the first pod
PodSpec podSpec = serviceSpec.getPods().get(0);
Assert.assertTrue(podSpec.getNetworks().size() == 1);
NetworkSpec networkSpec = Iterables.get(podSpec.getNetworks(), 0);
Assert.assertTrue(networkSpec.getPortMappings().size() == 1);
Assert.assertTrue(networkSpec.getPortMappings().get(8080) == 8080);
// check the second pod
podSpec = serviceSpec.getPods().get(1);
Assert.assertTrue(podSpec.getNetworks().size() == 1);
networkSpec = Iterables.get(podSpec.getNetworks(), 0);
Assert.assertTrue(networkSpec.getPortMappings().size() == 2);
Assert.assertTrue(networkSpec.getPortMappings().get(8080) == 8080);
Assert.assertTrue(networkSpec.getPortMappings().get(8081) == 8081);
// check the third
podSpec = serviceSpec.getPods().get(2);
Assert.assertTrue(podSpec.getNetworks().size() == 1);
networkSpec = Iterables.get(podSpec.getNetworks(), 0);
Assert.assertTrue(String.format("%s", networkSpec.getPortMappings()), networkSpec.getPortMappings().size() == 2);
Assert.assertTrue(networkSpec.getPortMappings().get(4040) == 8080);
Assert.assertTrue(networkSpec.getPortMappings().get(4041) == 8081);
validateServiceSpec("valid-automatic-cni-port-forwarding.yml", DcosConstants.DEFAULT_GPU_POLICY);
}
use of com.mesosphere.sdk.specification.yaml.RawServiceSpec in project dcos-commons by mesosphere.
the class Main method createSchedulerBuilder.
private static SchedulerBuilder createSchedulerBuilder(File yamlSpecFile) throws Exception {
RawServiceSpec rawServiceSpec = RawServiceSpec.newBuilder(yamlSpecFile).build();
SchedulerConfig schedulerConfig = SchedulerConfig.fromEnv();
// Allow users to manually specify a ZK location for kafka itself. Otherwise default to our service ZK location:
String kafkaZookeeperUri = System.getenv(KAFKA_ZK_URI_ENV);
if (StringUtils.isEmpty(kafkaZookeeperUri)) {
// "master.mesos:2181" + "/dcos-service-path__to__my__kafka":
kafkaZookeeperUri = FrameworkConfig.fromRawServiceSpec(rawServiceSpec).getZookeeperHostPort() + CuratorUtils.getServiceRootPath(rawServiceSpec.getName());
}
LOGGER.info("Running Kafka with zookeeper path: {}", kafkaZookeeperUri);
SchedulerBuilder schedulerBuilder = DefaultScheduler.newBuilder(DefaultServiceSpec.newGenerator(rawServiceSpec, schedulerConfig, yamlSpecFile.getParentFile()).setAllPodsEnv(KAFKA_ZK_URI_ENV, kafkaZookeeperUri).build(), schedulerConfig).setCustomConfigValidators(Arrays.asList(new KafkaZoneValidator())).setPlansFrom(rawServiceSpec);
return schedulerBuilder.setEndpointProducer("zookeeper", EndpointProducer.constant(kafkaZookeeperUri)).setCustomResources(getResources(kafkaZookeeperUri)).withSingleRegionConstraint();
}
use of com.mesosphere.sdk.specification.yaml.RawServiceSpec in project dcos-commons by mesosphere.
the class ServiceTestRunner method run.
/**
* Exercises the service's packaging and resulting Service Specification YAML file, then runs the provided
* simulation ticks, if any are provided.
*
* @return a {@link ServiceTestResult} containing the resulting scheduler environment and spec information
* @throws Exception if the test failed
*/
public ServiceTestResult run(Collection<SimulationTick> ticks) throws Exception {
SchedulerConfig mockSchedulerConfig = Mockito.mock(SchedulerConfig.class);
Mockito.when(mockSchedulerConfig.getExecutorURI()).thenReturn("test-executor-uri");
Mockito.when(mockSchedulerConfig.getLibmesosURI()).thenReturn("test-libmesos-uri");
Mockito.when(mockSchedulerConfig.getJavaURI()).thenReturn("test-java-uri");
Mockito.when(mockSchedulerConfig.getBootstrapURI()).thenReturn("bootstrap-uri");
Mockito.when(mockSchedulerConfig.getApiServerPort()).thenReturn(8080);
Mockito.when(mockSchedulerConfig.getDcosSpace()).thenReturn("test-space");
Mockito.when(mockSchedulerConfig.getServiceTLD()).thenReturn(Constants.DNS_TLD);
Mockito.when(mockSchedulerConfig.getSchedulerRegion()).thenReturn(Optional.of("test-scheduler-region"));
Capabilities mockCapabilities = Mockito.mock(Capabilities.class);
Mockito.when(mockCapabilities.supportsGpuResource()).thenReturn(true);
Mockito.when(mockCapabilities.supportsCNINetworking()).thenReturn(true);
Mockito.when(mockCapabilities.supportsNamedVips()).thenReturn(true);
Mockito.when(mockCapabilities.supportsRLimits()).thenReturn(true);
Mockito.when(mockCapabilities.supportsPreReservedResources()).thenReturn(true);
Mockito.when(mockCapabilities.supportsFileBasedSecrets()).thenReturn(true);
Mockito.when(mockCapabilities.supportsEnvBasedSecretsProtobuf()).thenReturn(true);
Mockito.when(mockCapabilities.supportsEnvBasedSecretsDirectiveLabel()).thenReturn(true);
Mockito.when(mockCapabilities.supportsDomains()).thenReturn(true);
Mockito.when(mockCapabilities.supportsDefaultExecutor()).thenReturn(supportsDefaultExecutor);
Capabilities.overrideCapabilities(mockCapabilities);
// Disable background TaskKiller thread, to avoid erroneous kill invocations
TaskKiller.reset(false);
Map<String, String> schedulerEnvironment = CosmosRenderer.renderSchedulerEnvironment(cosmosOptions, buildTemplateParams);
schedulerEnvironment.putAll(customSchedulerEnv);
// Test 1: Does RawServiceSpec render?
RawServiceSpec rawServiceSpec = RawServiceSpec.newBuilder(specPath).setEnv(schedulerEnvironment).build();
// Test 2: Does ServiceSpec render?
ServiceSpec serviceSpec = DefaultServiceSpec.newGenerator(rawServiceSpec, mockSchedulerConfig, schedulerEnvironment, configTemplateDir).build();
// Test 3: Does the scheduler build?
SchedulerBuilder schedulerBuilder = DefaultScheduler.newBuilder(serviceSpec, mockSchedulerConfig, persister).setPlansFrom(rawServiceSpec).setRecoveryManagerFactory(recoveryManagerFactory).setCustomConfigValidators(validators);
if (namespace.isPresent()) {
schedulerBuilder.setNamespace(namespace.get());
}
AbstractScheduler abstractScheduler = schedulerBuilder.build().disableThreading().disableApiServer();
// Test 4: Can we render the per-task config templates without any missing values?
Collection<ServiceTestResult.TaskConfig> taskConfigs = getTaskConfigs(serviceSpec, mockSchedulerConfig);
// Test 5: Run simulation, if any was provided
ClusterState clusterState;
if (oldClusterState == null) {
// Initialize new cluster state
clusterState = ClusterState.create(serviceSpec, abstractScheduler);
} else {
// Carry over prior cluster state
clusterState = ClusterState.withUpdatedConfig(oldClusterState, serviceSpec, abstractScheduler);
}
SchedulerDriver mockDriver = Mockito.mock(SchedulerDriver.class);
for (SimulationTick tick : ticks) {
if (tick instanceof Expect) {
LOGGER.info("EXPECT: {}", tick.getDescription());
try {
((Expect) tick).expect(clusterState, mockDriver);
} catch (Throwable e) {
throw buildSimulationError(ticks, tick, e);
}
} else if (tick instanceof Send) {
LOGGER.info("SEND: {}", tick.getDescription());
((Send) tick).send(clusterState, mockDriver, abstractScheduler.getMesosScheduler().get());
} else {
throw new IllegalArgumentException(String.format("Unrecognized tick type: %s", tick));
}
}
// Reset Capabilities API to default behavior:
Capabilities.overrideCapabilities(null);
// Re-enable background TaskKiller thread for other tests
TaskKiller.reset(true);
return new ServiceTestResult(serviceSpec, rawServiceSpec, schedulerEnvironment, taskConfigs, persister, clusterState);
}
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