def test_nonenforced_group_role_service_role_legacy_role_set():
# Create group without enforced roles.
sdk_marathon.create_group(group_id=ENFORCED_ROLE,
options={"enforceRole": False})
options = {
"service": {
"name": SERVICE_NAME,
"role": ENFORCED_ROLE,
"enable_role_migration": True
}
}
# Install and get the current service state to verify roles have applied.
service_roles, current_task_roles = _install_and_fetch_service_roles(
options)
assert LEGACY_ROLE not in current_task_roles.values()
assert ENFORCED_ROLE in current_task_roles.values()
assert service_roles["framework-roles"] is not None
assert service_roles["framework-role"] is None
assert len(service_roles["framework-roles"]) == 2
assert LEGACY_ROLE in service_roles["framework-roles"]
assert ENFORCED_ROLE in service_roles["framework-roles"]
def configure_package(configure_security):
try:
sdk_install.uninstall(config.PACKAGE_NAME, SERVICE_NAME)
sdk_marathon.delete_group(group_id=ENFORCED_ROLE)
# create group with enforced-roles
sdk_marathon.create_group(group_id=ENFORCED_ROLE, options={"enforceRole": False})
yield # let the test session execute
finally:
sdk_install.uninstall(config.PACKAGE_NAME, SERVICE_NAME)
sdk_marathon.delete_group(group_id=ENFORCED_ROLE)
def create_group(group, enforce_group):
log.info("Creating group '{}' with enforceGroup='{}'".format(
group, enforce_group))
try:
sdk_marathon.delete_group(group)
sdk_marathon.create_group(group,
options={"enforceRole": enforce_group})
yield
finally:
sdk_marathon.delete_group(group)
def test_nonenforced_group_role_defaults(options):
# Create group without enforced roles.
sdk_marathon.create_group(group_id=ENFORCED_ROLE, options={"enforceRole": False})
# Install and get the current service state to verify roles have applied.
service_roles, current_task_roles = _install_and_fetch_service_roles(options)
assert LEGACY_ROLE in current_task_roles.values()
assert ENFORCED_ROLE not in current_task_roles.values()
assert service_roles["framework-roles"] is None
assert service_roles["framework-role"] == LEGACY_ROLE
def test_scaling_load(
master_count,
job_count,
single_use: bool,
run_delay,
cpu_quota,
memory_quota,
work_duration,
mom,
external_volume: bool,
scenario,
min_index,
max_index,
batch_size,
enforce_quota_guarantee,
enforce_quota_limit,
create_framework: bool,
create_jobs: bool,
containerizer,
mesos_agent_label,
service_user,
agent_user,
) -> None:
"""Launch a load test scenario. This does not verify the results
of the test, but does ensure the instances and jobs were created.
The installation is run in threads, but the job creation and
launch is then done serially after all Jenkins instances have
completed installation.
Args:
master_count: Number of Jenkins masters or instances
job_count: Number of Jobs on each Jenkins master
single_use: Mesos Single-Use Agent on (true) or off (false)
run_delay: Jobs should run every X minute(s)
cpu_quota: CPU quota (0.0 to disable)
work_duration: Time, in seconds, for generated jobs to sleep
mom: Marathon on Marathon instance name
external_volume: External volume on rexray (true) or local volume (false)
min_index: minimum index to begin jenkins suffixes at
max_index: maximum index to end jenkins suffixes at
batch_size: batch size to deploy jenkins instances in
"""
security_mode = sdk_dcos.get_security_mode()
if mom and cpu_quota != 0.0 and memory_quota != 0.0:
with shakedown.marathon_on_marathon(mom):
_setup_quota(SHARED_ROLE, cpu_quota, memory_quota)
# create marathon client
if mom:
_configure_admin_router(mom, SHARED_ROLE)
with shakedown.marathon_on_marathon(mom):
marathon_client = shakedown.marathon.create_client()
else:
marathon_client = shakedown.marathon.create_client()
sdk_marathon.create_group(group_id=SHARED_ROLE,
options={"enforceRole": True})
# figure out the range of masters we want to create
if min_index == -1 or max_index == -1:
min_index = 0
max_index = master_count - 1
masters = [
"jenkins/jenkins{}".format(index)
for index in range(min_index, max_index)
]
successful_deployments = set(masters)
# create service accounts in parallel
sdk_security.install_enterprise_cli()
security_mode = sdk_dcos.get_security_mode()
if create_framework:
log.info("\n\nCreating service accounts for: [{}]\n\n".format(
successful_deployments))
service_account_creation_failures = _create_service_accounts_stage(
masters, min_index, max_index, batch_size, security_mode,
service_user, agent_user)
log.info("\n\nService account failures: [{}]\n\n".format(
service_account_creation_failures))
successful_deployments -= service_account_creation_failures
log.info("\n\nCreating jenkins frameworks for: [{}]\n\n".format(
successful_deployments))
install_jenkins_failures = _install_jenkins_stage(
[x for x in successful_deployments],
min_index,
max_index,
batch_size,
security_mode,
marathon_client,
external_volume,
mom,
containerizer,
service_user,
agent_user,
)
log.info("\n\nJenkins framework creation failures: [{}]\n\n".format(
install_jenkins_failures))
successful_deployments -= install_jenkins_failures
if create_jobs:
log.info("\n\nCreating jenkins jobs for: [{}]\n\n".format(
successful_deployments))
job_creation_failures = _create_jobs_stage(
[x for x in successful_deployments],
min_index,
max_index,
batch_size,
security_mode,
marathon_client,
external_volume,
mom,
job_count,
single_use,
run_delay,
work_duration,
scenario,
mesos_agent_label,
)
successful_deployments -= job_creation_failures
log.info("\n\nAll masters to deploy: [{}]\n\n".format(",".join(masters)))
log.info("\n\nSuccessful Jenkins deployments: [{}]\n\n".format(
successful_deployments))
log.info("\n\nFailed Jenkins deployments: [{}]\n\n".format(
set(masters) - successful_deployments))
log.info("Timings: {}".format(json.dumps(TIMINGS)))
