def test_supervise():
def streaming_job_registered():
return shakedown.get_service(JOB_SERVICE_NAME) is not None
def streaming_job_is_not_running():
return not streaming_job_registered()
def has_running_executors():
f = shakedown.get_service(JOB_SERVICE_NAME)
if f is None:
return False
else:
return len([
x for x in f.dict()["tasks"] if x["state"] == "TASK_RUNNING"
]) > 0
JOB_SERVICE_NAME = "RecoverableNetworkWordCount"
job_args = [
"--supervise", "--class",
"org.apache.spark.examples.streaming.RecoverableNetworkWordCount",
"--conf", "spark.cores.max=8", "--conf", "spark.executors.cores=4"
]
driver_id = utils.submit_job(
app_url=utils.SPARK_EXAMPLES,
app_args="10.0.0.1 9090 hdfs:///netcheck hdfs:///outfile",
app_name=utils.SPARK_APP_NAME,
args=(KERBEROS_ARGS + job_args))
log.info("Started supervised driver {}".format(driver_id))
shakedown.wait_for(lambda: streaming_job_registered(),
ignore_exceptions=False,
timeout_seconds=600)
log.info("Job has registered")
shakedown.wait_for(lambda: has_running_executors(),
ignore_exceptions=False,
timeout_seconds=600)
log.info("Job has running executors")
host = shakedown.get_service(JOB_SERVICE_NAME).dict()["hostname"]
id = shakedown.get_service(JOB_SERVICE_NAME).dict()["id"]
driver_regex = "spark.mesos.driver.frameworkId={}".format(id)
shakedown.kill_process_on_host(hostname=host, pattern=driver_regex)
shakedown.wait_for(lambda: streaming_job_registered(),
ignore_exceptions=False,
timeout_seconds=600)
log.info("Job has re-registered")
shakedown.wait_for(lambda: has_running_executors(),
ignore_exceptions=False,
timeout_seconds=600)
log.info("Job has re-started")
out = utils.kill_driver(driver_id, utils.SPARK_APP_NAME)
log.info("{}".format(out))
out = json.loads(out)
assert out["success"], "Failed to kill spark streaming job"
shakedown.wait_for(lambda: streaming_job_is_not_running(),
ignore_exceptions=False,
timeout_seconds=600)
def test_supervise():
def streaming_job_registered():
return shakedown.get_service("HdfsWordCount") is not None
def streaming_job_is_not_running():
return not streaming_job_registered()
def has_running_executors():
f = shakedown.get_service("HdfsWordCount")
if f is None:
return False
else:
return len([
x for x in f.dict()["tasks"] if x["state"] == "TASK_RUNNING"
]) > 0
driver_id = utils.submit_job(
app_url=SPARK_EXAMPLES,
app_args="file:///mnt/mesos/sandbox/",
app_name="/spark",
args=[
"--supervise", "--class",
"org.apache.spark.examples.streaming.HdfsWordCount", "--conf",
"spark.cores.max=8", "--conf", "spark.executors.cores=4"
])
LOGGER.info("Started supervised driver {}".format(driver_id))
shakedown.wait_for(lambda: streaming_job_registered(),
ignore_exceptions=False,
timeout_seconds=600)
LOGGER.info("Job has registered")
shakedown.wait_for(lambda: has_running_executors(),
ignore_exceptions=False,
timeout_seconds=600)
LOGGER.info("Job has running executors")
host = shakedown.get_service("HdfsWordCount").dict()["hostname"]
id = shakedown.get_service("HdfsWordCount").dict()["id"]
driver_regex = "spark.mesos.driver.frameworkId={}".format(id)
shakedown.kill_process_on_host(hostname=host, pattern=driver_regex)
shakedown.wait_for(lambda: streaming_job_registered(),
ignore_exceptions=False,
timeout_seconds=600)
LOGGER.info("Job has re-registered")
shakedown.wait_for(lambda: has_running_executors(),
ignore_exceptions=False,
timeout_seconds=600)
LOGGER.info("Job has re-started")
out = utils.kill_driver(driver_id, "/spark")
LOGGER.info("{}".format(out))
out = json.loads(out)
assert out["success"], "Failed to kill spark streaming job"
shakedown.wait_for(lambda: streaming_job_is_not_running(),
ignore_exceptions=False,
timeout_seconds=600)
def test_supervise_conflict_frameworkid():
job_service_name = "MockTaskRunner"
@retrying.retry(wait_fixed=1000,
stop_max_delay=600 * 1000,
retry_on_result=lambda res: not res)
def wait_job_present(present):
svc = shakedown.get_service(job_service_name)
if present:
return svc is not None
else:
return svc is None
job_args = [
"--supervise", "--class", "MockTaskRunner", "--conf",
"spark.cores.max=1", "--conf", "spark.executors.cores=1"
]
try:
driver_id = utils.submit_job(app_url=utils.dcos_test_jar_url(),
app_args="1 1800",
service_name=utils.SPARK_SERVICE_NAME,
args=job_args)
log.info("Started supervised driver {}".format(driver_id))
wait_job_present(True)
log.info("Job has registered")
sdk_tasks.check_running(job_service_name, 1)
log.info("Job has running executors")
service_info = shakedown.get_service(job_service_name).dict()
driver_regex = "spark.mesos.driver.frameworkId={}".format(
service_info['id'])
kill_status = sdk_cmd.kill_task_with_pattern(driver_regex,
service_info['hostname'])
wait_job_present(False)
wait_job_present(True)
log.info("Job has re-registered")
sdk_tasks.check_running(job_service_name, 1)
log.info("Job has re-started")
restarted_service_info = shakedown.get_service(job_service_name).dict()
assert service_info['id'] != restarted_service_info[
'id'], "Job has restarted with same framework Id"
finally:
kill_info = utils.kill_driver(driver_id, utils.SPARK_SERVICE_NAME)
log.info("{}".format(kill_info))
assert json.loads(kill_info)["success"], "Failed to kill spark job"
wait_job_present(False)
def streaming_job_running(job_name):
f = shakedown.get_service(job_name)
if f is None:
return False
else:
return len(
[x for x in f.dict()["tasks"] if x["state"] == "TASK_RUNNING"]) > 0
def test_install_marathon():
"""Install the Marathon package for DC/OS.
"""
# Install
shakedown.install_package_and_wait(PACKAGE_NAME)
assert shakedown.package_installed(PACKAGE_NAME), 'Package failed to install'
end_time = time.time() + WAIT_TIME_IN_SECS
found = False
while time.time() < end_time:
found = shakedown.get_service(PACKAGE_NAME) is not None
if found and shakedown.service_healthy(SERVICE_NAME):
break
time.sleep(1)
assert found, 'Service did not register with DCOS'
shakedown.deployment_wait()
# Uninstall
uninstall('marathon-user')
shakedown.deployment_wait()
# Reinstall
shakedown.install_package_and_wait(PACKAGE_NAME)
assert shakedown.package_installed(PACKAGE_NAME), 'Package failed to reinstall'
#
try:
shakedown.install_package(PACKAGE_NAME)
except Exception as e:
pass
else:
# Exception is not raised -> exit code was 0
assert False, "Error: CLI returns 0 when asked to install Marathon"
def test_install_marathon():
"""Install the Marathon package for DC/OS.
"""
# Install
shakedown.install_package_and_wait(PACKAGE_NAME)
assert shakedown.package_installed(PACKAGE_NAME), 'Package failed to install'
end_time = time.time() + WAIT_TIME_IN_SECS
found = False
while time.time() < end_time:
found = shakedown.get_service(PACKAGE_NAME) is not None
if found and shakedown.service_healthy(SERVICE_NAME):
break
time.sleep(1)
assert found, 'Service did not register with DCOS'
shakedown.deployment_wait()
# Uninstall
uninstall('marathon-user')
shakedown.deployment_wait()
# Reinstall
shakedown.install_package_and_wait(PACKAGE_NAME)
assert shakedown.package_installed(PACKAGE_NAME), 'Package failed to reinstall'
#
try:
shakedown.install_package(PACKAGE_NAME)
except Exception as e:
pass
else:
# Exception is not raised -> exit code was 0
assert False, "Error: CLI returns 0 when asked to install Marathon"
def test_install_marathon():
"""Install the Marathon package for DC/OS.
"""
# Install
shakedown.install_package_and_wait(PACKAGE_NAME)
assert shakedown.package_installed(PACKAGE_NAME), 'Package failed to install'
end_time = time.time() + WAIT_TIME_IN_SECS
found = False
while time.time() < end_time:
found = shakedown.get_service(PACKAGE_NAME) is not None
if found and shakedown.service_healthy(SERVICE_NAME):
break
time.sleep(1)
assert found, 'Service did not register with DCOS'
shakedown.deployment_wait()
# Uninstall
uninstall('marathon-user')
shakedown.deployment_wait()
# Reinstall
shakedown.install_package_and_wait(PACKAGE_NAME)
assert shakedown.package_installed(PACKAGE_NAME), 'Package failed to reinstall'
def test_disconnect_from_master():
python_script_path = os.path.join(THIS_DIR, 'jobs', 'python',
'long_running.py')
python_script_url = utils.upload_file(python_script_path)
task_id = utils.submit_job(
python_script_url,
"{} {}".format(LONG_RUNNING_FW_NUM_TASKS, LONG_RUNNING_RUN_TIME_SEC), [
"--conf", "spark.mesos.driver.failoverTimeout=1800", "--conf",
"spark.cores.max=1"
])
# Wait until executor is running
utils.wait_for_executors_running(LONG_RUNNING_FW_NAME,
LONG_RUNNING_FW_NUM_TASKS)
# Block the driver's connection to Mesos master
framework_info = shakedown.get_service(LONG_RUNNING_FW_NAME)
(driver_host, port) = _parse_fw_pid_host_port(framework_info["pid"])
_block_master_connection(driver_host, port)
# The connection will timeout after 15 minutes of inactivity.
# Add 5 minutes to make sure the master has detected the disconnection.
# The framework will be considered disconnected => failover_timeout kicks in.
LOGGER.info(
"Waiting {} seconds for connection with master to timeout...".format(
MASTER_CONNECTION_TIMEOUT_SEC))
time.sleep(MASTER_CONNECTION_TIMEOUT_SEC + 5 * 60)
# Restore the connection. The driver should reconnect.
_unblock_master_connection(driver_host)
# The executor and driver should finish.
utils.check_job_output(task_id, "Job completed successfully")
def has_running_executors():
f = shakedown.get_service(JOB_SERVICE_NAME)
if f is None:
return False
else:
return len([
x for x in f.dict()["tasks"] if x["state"] == "TASK_RUNNING"
]) > 0
def has_running_executors():
f = shakedown.get_service("HdfsWordCount")
if f is None:
return False
else:
return len([
x for x in f.dict()["tasks"] if x["state"] == "TASK_RUNNING"
]) > 0
def uninstall_package(package_name,
app_id=None,
all_instances=False,
wait_for_completion=False,
timeout_sec=600):
""" Uninstall a package using the DC/OS library.
:param package_name: name of the package
:type package_name: str
:param app_id: unique app_id for the package
:type app_id: str
:param all_instances: uninstall all instances of package
:type all_instances: bool
:param wait_for_completion: whether or not to wait for task completion before returning
:type wait_for_completion: bool
:param timeout_sec: number of seconds to wait for task completion
:type timeout_sec: int
:return: True if uninstall was successful, False otherwise
:rtype: bool
"""
print("\n{}uninstalling package '{}'\n".format(
shakedown.cli.helpers.fchr('>>'), package_name))
cosmos = _get_cosmos()
pkg = cosmos.get_package_version(package_name, None)
# Uninstall subcommands (if defined)
if pkg.has_cli_definition():
print("\n{}uninstalling CLI commands for package '{}'\n".format(
shakedown.cli.helpers.fchr('>>'), package_name))
subcommand.uninstall(package_name)
cosmos.uninstall_app(package_name, all_instances, app_id)
# Optionally wait for the service to unregister as a framework
if wait_for_completion:
now = time.time()
future = now + timeout_sec
while now < future:
if not shakedown.get_service(package_name):
return True
time.sleep(1)
now = time.time()
return False
return True
def test_job():
shakedown.install_package_and_wait('chronos')
# 0 tasks
tasks = shakedown.get_service('chronos')['completed_tasks']
assert len(tasks) == 0
if is_before_version("3.0"):
url = shakedown.dcos_service_url('chronos/scheduler/jobs')
else:
url = shakedown.dcos_service_url('chronos/v1/scheduler/jobs')
jobs = http.get(url).json()
assert len(jobs) == 0
# add a job
if is_before_version("3.0"):
url = shakedown.dcos_service_url('chronos/scheduler/iso8601')
else:
url = shakedown.dcos_service_url('chronos/v1/scheduler/iso8601')
data = default_job()
headers = {'Content-Type': 'application/json'}
http.post(url, data=data, headers=headers)
# give it a couple of seconds
time.sleep(5)
tasks = shakedown.get_service('chronos')['completed_tasks']
assert len(tasks) > 0
id = tasks[0]['id']
status, out = shakedown.run_command_on_master('date')
sdate = out[:10]
stdout, stderr, return_code = shakedown.run_dcos_command(
'task log --completed {}'.format(id))
assert sdate in stdout
def test_supervise():
@retrying.retry(wait_fixed=1000,
stop_max_delay=600 * 1000,
retry_on_result=lambda res: not res)
def wait_job_present(present):
svc = shakedown.get_service(JOB_SERVICE_NAME)
if present:
return svc is not None
else:
return svc is None
JOB_SERVICE_NAME = "RecoverableNetworkWordCount"
job_args = [
"--supervise", "--class",
"org.apache.spark.examples.streaming.RecoverableNetworkWordCount",
"--conf", "spark.cores.max=8", "--conf", "spark.executors.cores=4"
]
data_dir = "hdfs://{}".format(HDFS_DATA_DIR)
driver_id = utils.submit_job(
app_url=utils.SPARK_EXAMPLES,
app_args="10.0.0.1 9090 {dir}/netcheck {dir}/outfile".format(
dir=data_dir),
service_name=utils.SPARK_SERVICE_NAME,
args=(KERBEROS_ARGS + job_args))
log.info("Started supervised driver {}".format(driver_id))
wait_job_present(True)
log.info("Job has registered")
sdk_tasks.check_running(JOB_SERVICE_NAME, 1)
log.info("Job has running executors")
service_info = shakedown.get_service(JOB_SERVICE_NAME).dict()
driver_regex = "spark.mesos.driver.frameworkId={}".format(
service_info['id'])
shakedown.kill_process_on_host(hostname=service_info['hostname'],
pattern=driver_regex)
wait_job_present(True)
log.info("Job has re-registered")
sdk_tasks.check_running(JOB_SERVICE_NAME, 1)
log.info("Job has re-started")
out = utils.kill_driver(driver_id, utils.SPARK_SERVICE_NAME)
log.info("{}".format(out))
out = json.loads(out)
assert out["success"], "Failed to kill spark streaming job"
wait_job_present(False)
def test_gpus_max():
"""
Checks that gpus.max is respected.
"""
gpus_max = 1
app_name = "{}-{}".format(GPU_PI_APP_NAME, str(uuid.uuid4()))
driver_task_id = _submit_gpu_app(num_executors=1,
executor_gpus=None,
gpus_max=gpus_max,
app_name=app_name)
log.info("Waiting for job to complete.")
shakedown.wait_for_task_completion(driver_task_id)
# Check total Executor gpus <= gpus.max
service = shakedown.get_service(service_name=app_name, completed=True)
executor_tasks = service['completed_tasks']
gpus = [task['resources']['gpus'] for task in executor_tasks]
log.info("Task gpus: {}".format(str(gpus)))
total_gpus = sum(gpus)
log.info("Total gpus allocated: {}".format(str(total_gpus)))
# We expect total gpus == gpus.max because gpus are allocated greedily.
assert total_gpus == gpus_max
def assert_service_registration(package, service):
found = shakedown.get_service(package) is not None
assert found and shakedown.service_healthy(
service
), f"Service {package} did not register with DCOS" # NOQA E999
def destroy_app(app_name):
sdk_cmd.request('delete', api_url_with_param('apps', app_name))
# Make sure the scheduler has been destroyed
sdk_spin.time_wait_noisy(lambda: (shakedown.get_service(app_name) is None))
def is_framework_completed(fw_name):
# The framework is not Active or Inactive
return shakedown.get_service(fw_name, True) is None
def streaming_job_registered():
return shakedown.get_service("HdfsWordCount") is not None
def streaming_job_launched(job_name):
return shakedown.get_service(job_name) is not None
def fn():
return shakedown.get_service(app_name) is None
def install_package(package_name,
package_version=None,
app_id=None,
options_file=None,
wait_for_completion=False,
timeout_sec=600):
""" Install a package via the DC/OS library
:param package_name: name of the package
:type package_name: str
:param package_version: version of the package (defaults to latest)
:type package_version: str
:param app_id: unique app_id for the package
:type app_id: str
:param options_file: filename that has options to use and is JSON format
:type options_file: str
:param wait_for_completion: whether or not to wait for task completion before returning
:type wait_for_completion: bool
:param timeout_sec: number of seconds to wait for task completion
:type timeout_sec: int
:return: True if installation was successful, False otherwise
:rtype: bool
"""
options = _get_options(options_file)
cosmos = _get_cosmos()
pkg = cosmos.get_package_version(package_name, package_version)
# Install subcommands (if defined)
if pkg.has_cli_definition():
print("\n{}installing CLI commands for package '{}'\n".format(
shakedown.cli.helpers.fchr('>>'), package_name))
subcommand.install(pkg)
print("\n{}installing package '{}'\n".format(
shakedown.cli.helpers.fchr('>>'), package_name))
# Print pre-install notes to console log
pre_install_notes = pkg.package_json().get('preInstallNotes')
if pre_install_notes:
print(pre_install_notes)
cosmos.install_app(pkg, options, app_id)
# Print post-install notes to console log
post_install_notes = pkg.package_json().get('postInstallNotes')
if post_install_notes:
print(post_install_notes)
# Optionally wait for the service to register as a framework
if wait_for_completion:
now = time.time()
future = now + timeout_sec
while now < future:
if shakedown.get_service(package_name):
return True
time.sleep(1)
now = time.time()
return False
return True
def test_structured_streaming_recovery(kerberized_spark, kerberized_kafka):
kafka_brokers = ','.join(
sdk_cmd.svc_cli(KAFKA_PACKAGE_NAME,
KAFKA_SERVICE_NAME,
'endpoints broker',
json=True)['dns'])
LOGGER.info("Kafka brokers: {}".format(kafka_brokers))
_uri = upload_jaas()
uris = "spark.mesos.uris={}".format(_uri)
jar_uri = utils.upload_dcos_test_jar()
kafka_kerberos_args = get_kerberized_kafka_spark_conf(
utils.SPARK_SERVICE_NAME)
LOGGER.info("Spark Kerberos configuration for Kafka:\n{}".format(
'\n'.join(kafka_kerberos_args)))
common_args = [
"--conf", "spark.mesos.containerizer=mesos", "--conf",
"spark.scheduler.maxRegisteredResourcesWaitingTime=2400s", "--conf",
"spark.scheduler.minRegisteredResourcesRatio=1.0", "--conf", uris
] + kafka_kerberos_args
# configuring streaming job and HDFS folders
setup_hdfs_paths()
# running kafka producer
message_set_a = ["abc"] * 100
feed_sample_data(jar_uri, kafka_brokers, KAFKA_TEST_TOPIC, common_args,
message_set_a)
spark_submit_args = [
"--supervise", "--class", "StructuredStreamingWithCheckpointing",
"--conf", "spark.cores.max=2", "--conf", "spark.executor.cores=1",
"--conf", "spark.sql.shuffle.partitions=2", "--conf",
"spark.executor.memory=2g"
] + common_args
application_args = "{} {} {} {}".format(kafka_brokers, KAFKA_TEST_TOPIC,
HDFS_CHECKPOINT_DIR,
SPARK_SECURITY_PROTOCOL)
driver_task_id = utils.submit_job(app_url=jar_uri,
app_args=application_args,
service_name=utils.SPARK_SERVICE_NAME,
args=(SPARK_SUBMIT_HDFS_KERBEROS_ARGS +
spark_submit_args))
# Wait until executor is running
LOGGER.info("Starting supervised driver {}".format(driver_task_id))
sdk_tasks.check_running(SPARK_APPLICATION_NAME,
expected_task_count=1,
timeout_seconds=600)
# validating Structured Streaming topic consumption
expected_output_a = "{}| {}".format(message_set_a[0], len(message_set_a))
LOGGER.info(
"Validating Structured Streaming topic consumption, waiting for output {}"
.format(expected_output_a))
utils.wait_for_running_job_output(driver_task_id, expected_output_a)
# killing the driver
service_info = shakedown.get_service(SPARK_APPLICATION_NAME).dict()
driver_regex = "spark.mesos.driver.frameworkId={}".format(
service_info['id'])
sdk_cmd.kill_task_with_pattern(agent_host=service_info['hostname'],
pattern=driver_regex)
# sending more data to Kafka
message_set_b = ["def"] * 100
feed_sample_data(jar_uri, kafka_brokers, KAFKA_TEST_TOPIC,
common_args + kafka_kerberos_args, message_set_b)
# checkpointing validation
sdk_tasks.check_running(SPARK_APPLICATION_NAME,
expected_task_count=1,
timeout_seconds=600)
LOGGER.info("Streaming job has re-started")
# validating Structured Streaming resumed topic consumption
expected_output_b = "{}| {}".format(message_set_b[0], len(message_set_b))
LOGGER.info(
"Validating that consumption resumed from checkpoint, waiting for output '{}' and '{}'"
.format(expected_output_a, expected_output_b))
utils.wait_for_running_job_output(driver_task_id, expected_output_a)
utils.wait_for_running_job_output(driver_task_id, expected_output_b)
def wait_job_present(present):
svc = shakedown.get_service(JOB_SERVICE_NAME)
if present:
return svc is not None
else:
return svc is None
def fn():
shakedown.get_service(PACKAGE_NAME)
def test_supervise(kerberized_spark, hdfs_with_kerberos):
job_service_name = "RecoverableNetworkWordCount"
@retrying.retry(wait_fixed=1000,
stop_max_delay=600 * 1000,
retry_on_result=lambda res: not res)
def wait_job_present(present):
svc = shakedown.get_service(job_service_name)
if present:
return svc is not None
else:
return svc is None
job_args = [
"--supervise", "--class",
"org.apache.spark.examples.streaming.RecoverableNetworkWordCount",
"--conf", "spark.cores.max=8", "--conf", "spark.executors.cores=4"
]
data_dir = "hdfs://{}".format(HDFS_DATA_DIR)
driver_id = utils.submit_job(
app_url=utils.SPARK_EXAMPLES,
app_args="10.0.0.1 9090 {dir}/netcheck {dir}/outfile".format(
dir=data_dir),
service_name=utils.SPARK_SERVICE_NAME,
args=(SPARK_SUBMIT_HDFS_KERBEROS_ARGS + job_args))
log.info("Started supervised driver {}".format(driver_id))
wait_job_present(True)
log.info("Job has registered")
sdk_tasks.check_running(job_service_name, 1)
log.info("Job has running executors")
service_info = shakedown.get_service(job_service_name).dict()
driver_regex = "spark.mesos.driver.frameworkId={}".format(
service_info['id'])
status, stdout = shakedown.run_command_on_agent(
service_info['hostname'],
"ps aux | grep -v grep | grep '{}'".format(driver_regex),
username=sdk_cmd.LINUX_USER)
pids = [p.strip().split()[1] for p in stdout.splitlines()]
for pid in pids:
status, stdout = shakedown.run_command_on_agent(
service_info['hostname'],
"sudo kill -9 {}".format(pid),
username=sdk_cmd.LINUX_USER)
if status:
print("Killed pid: {}".format(pid))
else:
print("Unable to killed pid: {}".format(pid))
wait_job_present(True)
log.info("Job has re-registered")
sdk_tasks.check_running(job_service_name, 1)
log.info("Job has re-started")
out = utils.kill_driver(driver_id, utils.SPARK_SERVICE_NAME)
log.info("{}".format(out))
out = json.loads(out)
assert out["success"], "Failed to kill spark streaming job"
wait_job_present(False)
def destroy_app(app_name):
sdk_cmd.request('delete', api_url_with_param('apps', app_name))
# Make sure the scheduler has been destroyed
sdk_spin.time_wait_noisy(lambda: (shakedown.get_service(app_name) is None))
def fn():
shakedown.get_service(PACKAGE_NAME)
def wait_job_present(present):
svc = shakedown.get_service(job_service_name)
if present:
return svc is not None
else:
return svc is None
def fn():
shakedown.get_service(SERVICE_NAME)
def streaming_job_registered():
return shakedown.get_service(JOB_SERVICE_NAME) is not None
