@Test
public void test() throws Exception {
startDefaultMaster();
final HeliosClient client = defaultClient();
final CreateJobResponse createIdMismatch =
client
.createJob(
new Job(
JobId.fromString("bad:job:deadbeef"),
BUSYBOX,
EMPTY_HOSTNAME,
IDLE_COMMAND,
EMPTY_ENV,
EMPTY_RESOURCES,
EMPTY_PORTS,
EMPTY_REGISTRATION,
EMPTY_GRACE_PERIOD,
EMPTY_VOLUMES,
EMPTY_EXPIRES,
EMPTY_REGISTRATION_DOMAIN,
EMPTY_CREATING_USER,
EMPTY_TOKEN,
EMPTY_HEALTH_CHECK,
EMPTY_SECURITY_OPT,
EMPTY_NETWORK_MODE))
.get();
// TODO (dano): Maybe this should be ID_MISMATCH but then JobValidator must become able to
// TODO (dano): communicate that
assertEquals(CreateJobResponse.Status.INVALID_JOB_DEFINITION, createIdMismatch.getStatus());
}
@Before
public void setUp() {
// use a real, dummy Subparser impl to avoid having to mock out every single call
final ArgumentParser parser = ArgumentParsers.newArgumentParser("test");
final Subparser subparser = parser.addSubparsers().addParser("inspect");
command = new DeploymentGroupInspectCommand(subparser);
when(client.deploymentGroup(NAME)).thenReturn(Futures.immediateFuture(DEPLOYMENT_GROUP));
final ListenableFuture<DeploymentGroup> nullFuture = Futures.immediateFuture(null);
when(client.deploymentGroup(NON_EXISTENT_NAME)).thenReturn(nullFuture);
}
@After
public void baseTeardown() throws Exception {
for (final HeliosClient client : clients) {
client.close();
}
clients.clear();
for (Service service : services) {
try {
service.stopAsync();
} catch (Exception e) {
log.error("Uncaught exception", e);
}
}
for (Service service : services) {
try {
service.awaitTerminated();
} catch (Exception e) {
log.error("Service failed", e);
}
}
services.clear();
// Clean up docker
try (final DockerClient dockerClient = getNewDockerClient()) {
final List<Container> containers = dockerClient.listContainers();
for (final Container container : containers) {
for (final String name : container.names()) {
if (name.contains(testTag)) {
try {
dockerClient.killContainer(container.id());
} catch (DockerException e) {
e.printStackTrace();
}
break;
}
}
}
} catch (Exception e) {
log.error("Docker client exception", e);
}
if (zk != null) {
zk.close();
}
listThreads();
}
@Override
protected int runWithJobId(
final Namespace options,
final HeliosClient client,
final PrintStream out,
final boolean json,
final JobId jobId)
throws ExecutionException, InterruptedException, IOException {
final List<String> hosts = options.getList(hostsArg.getDest());
final Deployment deployment =
new Deployment.Builder().setGoal(Goal.STOP).setJobId(jobId).build();
out.printf("Stopping %s on %s%n", jobId, hosts);
int code = 0;
for (final String host : hosts) {
out.printf("%s: ", host);
final SetGoalResponse result = client.setGoal(deployment, host).get();
if (result.getStatus() == SetGoalResponse.Status.OK) {
out.printf("done%n");
} else {
out.printf("failed: %s%n", result);
code = 1;
}
}
return code;
}
public void assertVolumes(final JobId jobId) throws Exception {
// Wait for agent to come up
awaitHostRegistered(client, testHost(), LONG_WAIT_SECONDS, SECONDS);
awaitHostStatus(client, testHost(), UP, LONG_WAIT_SECONDS, SECONDS);
// Deploy the job on the agent
final Deployment deployment = Deployment.of(jobId, START);
final JobDeployResponse deployed = client.deploy(deployment, testHost()).get();
assertEquals(JobDeployResponse.Status.OK, deployed.getStatus());
// Wait for the job to run
final TaskStatus taskStatus =
awaitJobState(client, testHost(), jobId, RUNNING, LONG_WAIT_SECONDS, SECONDS);
assertJobEquals(job, taskStatus.getJob());
final Integer barPort = taskStatus.getPorts().get("bar").getExternalPort();
final Integer hostnamePort = taskStatus.getPorts().get("hostname").getExternalPort();
assert barPort != null;
assert hostnamePort != null;
// Read "foo" from /volume/bar
final String foo = recvUtf8(barPort, 3);
assertEquals("foo", foo);
// Read hostname from /hostname
final String hostname = getNewDockerClient().info().name();
final String mountedHostname = recvUtf8(hostnamePort, hostname.length());
assertEquals(hostname, mountedHostname);
}
HeliosSoloDeployment(final Builder builder) {
final String username = Optional.fromNullable(builder.heliosUsername).or(randomString());
this.dockerClient = checkNotNull(builder.dockerClient, "dockerClient");
this.dockerHost = Optional.fromNullable(builder.dockerHost).or(DockerHost.fromEnv());
this.containerDockerHost =
Optional.fromNullable(builder.containerDockerHost).or(containerDockerHostFromEnv());
this.namespace = Optional.fromNullable(builder.namespace).or(randomString());
this.env = containerEnv();
this.binds = containerBinds();
final String heliosHost;
final String heliosPort;
// TODO(negz): Determine and propagate NetworkManager DNS servers?
try {
assertDockerReachableFromContainer();
if (dockerHost.address().equals("localhost") || dockerHost.address().equals("127.0.0.1")) {
heliosHost = containerGateway();
} else {
heliosHost = dockerHost.address();
}
this.heliosContainerId = deploySolo(heliosHost);
heliosPort = getHostPort(this.heliosContainerId, HELIOS_MASTER_PORT);
} catch (HeliosDeploymentException e) {
throw new AssertionError("Unable to deploy helios-solo container.", e);
}
// Running the String host:port through HostAndPort does some validation for us.
this.heliosClient =
HeliosClient.newBuilder()
.setUser(username)
.setEndpoints(
"http://" + HostAndPort.fromString(dockerHost.address() + ":" + heliosPort))
.build();
}
protected HeliosClient client(final String user, final String endpoint) {
final HeliosClient client =
HeliosClient.newBuilder()
.setUser(user)
.setEndpoints(singletonList(URI.create(endpoint)))
.build();
clients.add(client);
return client;
}
@Test
public void test() throws Exception {
startDefaultMaster();
startDefaultAgent(testHost());
final HeliosClient client = defaultClient();
// Create a job using an image exposing port 11211 but without mapping it
final Job job1 =
Job.newBuilder()
.setName(testTag + "memcached")
.setVersion("v1")
.setImage("rohan/memcached-mini")
.build();
final JobId jobId1 = job1.getId();
client.createJob(job1).get();
// Create a job using an image exposing port 11211 and map it to a specific external port
final Job job2 =
Job.newBuilder()
.setName(testTag + "memcached")
.setVersion("v2")
.setImage("rohan/memcached-mini")
.setPorts(ImmutableMap.of("tcp", PortMapping.of(11211, externalPort)))
.build();
final JobId jobId2 = job2.getId();
client.createJob(job2).get();
// Wait for agent to come up
awaitHostRegistered(client, testHost(), LONG_WAIT_MINUTES, MINUTES);
awaitHostStatus(client, testHost(), UP, LONG_WAIT_MINUTES, MINUTES);
// Deploy the jobs on the agent
client.deploy(Deployment.of(jobId1, START), testHost()).get();
client.deploy(Deployment.of(jobId2, START), testHost()).get();
// Wait for the jobs to run
awaitJobState(client, testHost(), jobId1, RUNNING, LONG_WAIT_MINUTES, MINUTES);
awaitJobState(client, testHost(), jobId2, RUNNING, LONG_WAIT_MINUTES, MINUTES);
}
@Override
int run(Namespace options, HeliosClient client, PrintStream out, final boolean json)
throws ExecutionException, InterruptedException {
final String host = options.getString(hostArg.getDest());
final String id = options.getString(idArg.getDest());
out.printf("Registering host %s with id %s%n", host, id);
int code = 0;
out.printf("%s: ", host);
final int result = client.registerHost(host, id).get();
if (result == 200) {
out.printf("done%n");
} else {
out.printf("failed: %s%n", result);
code = 1;
}
return code;
}
/**
* Create a new helios client as a specific user, connecting to a helios master cluster in a
* specific domain.
*
* @param domain The target domain.
* @param user The user to identify as.
* @return A helios client.
*/
public static HeliosClient create(final String domain, final String user) {
return HeliosClient.newBuilder().setDomain(domain).setUser(user).build();
}
@Test
public void testClient() throws Exception {
final CreateJobResponse created = client.createJob(job).get();
assertEquals(CreateJobResponse.Status.OK, created.getStatus());
assertVolumes(job.getId());
}
@Override
protected int runWithJobId(
final Namespace options,
final HeliosClient client,
final PrintStream out,
final boolean json,
final JobId jobId,
final BufferedReader stdin)
throws ExecutionException, InterruptedException, IOException {
final String name = options.getString(nameArg.getDest());
final long timeout = options.getLong(timeoutArg.getDest());
final int parallelism = options.getInt(parallelismArg.getDest());
final boolean async = options.getBoolean(asyncArg.getDest());
final long rolloutTimeout = options.getLong(rolloutTimeoutArg.getDest());
final boolean migrate = options.getBoolean(migrateArg.getDest());
final boolean overlap = options.getBoolean(overlapArg.getDest());
final String token = options.getString(tokenArg.getDest());
checkArgument(timeout > 0, "Timeout must be greater than 0");
checkArgument(parallelism > 0, "Parallelism must be greater than 0");
checkArgument(rolloutTimeout > 0, "Rollout timeout must be greater than 0");
final long startTime = timeSupplier.get();
final RolloutOptions rolloutOptions =
RolloutOptions.newBuilder()
.setTimeout(timeout)
.setParallelism(parallelism)
.setMigrate(migrate)
.setOverlap(overlap)
.setToken(token)
.build();
final RollingUpdateResponse response = client.rollingUpdate(name, jobId, rolloutOptions).get();
if (response.getStatus() != RollingUpdateResponse.Status.OK) {
if (!json) {
out.println("Failed: " + response);
} else {
out.println(response.toJsonString());
}
return 1;
}
if (!json) {
out.println(
format(
"Rolling update%s started: %s -> %s "
+ "(parallelism=%d, timeout=%d, overlap=%b, token=%s)%s",
async ? " (async)" : "",
name,
jobId.toShortString(),
parallelism,
timeout,
overlap,
token,
async ? "" : "\n"));
}
final Map<String, Object> jsonOutput = Maps.newHashMap();
jsonOutput.put("parallelism", parallelism);
jsonOutput.put("timeout", timeout);
jsonOutput.put("overlap", overlap);
jsonOutput.put("token", token);
if (async) {
if (json) {
jsonOutput.put("status", response.getStatus());
out.println(Json.asStringUnchecked(jsonOutput));
}
return 0;
}
String error = "";
boolean failed = false;
boolean timedOut = false;
final Set<String> reported = Sets.newHashSet();
while (true) {
final DeploymentGroupStatusResponse status = client.deploymentGroupStatus(name).get();
if (status == null) {
failed = true;
error = "Failed to fetch deployment-group status";
break;
}
if (!jobId.equals(status.getDeploymentGroup().getJobId())) {
// Another rolling-update was started, overriding this one -- exit
failed = true;
error = "Deployment-group job id changed during rolling-update";
break;
}
if (!json) {
for (DeploymentGroupStatusResponse.HostStatus hostStatus : status.getHostStatuses()) {
final JobId hostJobId = hostStatus.getJobId();
final String host = hostStatus.getHost();
final TaskStatus.State state = hostStatus.getState();
final boolean done =
hostJobId != null && hostJobId.equals(jobId) && state == TaskStatus.State.RUNNING;
if (done && reported.add(host)) {
out.println(
format(
"%s -> %s (%d/%d)",
host, state, reported.size(), status.getHostStatuses().size()));
}
}
}
if (status.getStatus() != DeploymentGroupStatusResponse.Status.ROLLING_OUT) {
if (status.getStatus() == DeploymentGroupStatusResponse.Status.FAILED) {
failed = true;
error = status.getError();
}
break;
}
if (timeSupplier.get() - startTime > TimeUnit.MINUTES.toMillis(rolloutTimeout)) {
// Rollout timed out
timedOut = true;
break;
}
sleepFunction.sleep(POLL_INTERVAL_MILLIS);
}
final double duration = (timeSupplier.get() - startTime) / 1000.0;
if (json) {
if (failed) {
jsonOutput.put("status", "FAILED");
jsonOutput.put("error", error);
} else if (timedOut) {
jsonOutput.put("status", "TIMEOUT");
} else {
jsonOutput.put("status", "DONE");
}
jsonOutput.put("duration", duration);
out.println(Json.asStringUnchecked(jsonOutput));
} else {
out.println();
if (failed) {
out.println(format("Failed: %s", error));
} else if (timedOut) {
out.println("Timed out! (rolling-update still in progress)");
} else {
out.println("Done.");
}
out.println(format("Duration: %.2f s", duration));
}
return (failed || timedOut) ? 1 : 0;
}
