def assert_chronos_scheduled_jobs(client):
"""
:returns: a tuple of a string and a bool containing representing if it is ok or not
"""
num_jobs = len(chronos_tools.filter_enabled_jobs(client.list()))
return HealthCheckResult(message="Enabled chronos jobs: %d" % num_jobs,
healthy=True)
def assert_chronos_scheduled_jobs(client):
"""
:returns: a tuple of a string and a bool containing representing if it is ok or not
"""
try:
num_jobs = len(chronos_tools.filter_enabled_jobs(client.list()))
except ServerNotFoundError:
num_jobs = 0
return ("Enabled chronos jobs: %d" % num_jobs, True)
def assert_chronos_scheduled_jobs(client):
"""
:returns: a tuple of a string and a bool containing representing if it is ok or not
"""
try:
num_jobs = len(chronos_tools.filter_enabled_jobs(client.list()))
except ServerNotFoundError:
num_jobs = 0
return ("Enabled chronos jobs: %d" % num_jobs, True)
def assert_chronos_queued_jobs(client):
high_priority_queue_size = client.metrics(
)["gauges"][HIGH_QUEUE_GAUGE]["value"]
normal_priority_queue_size = client.metrics(
)["gauges"][QUEUE_GAUGE]["value"]
all_jobs_queued = high_priority_queue_size + normal_priority_queue_size
num_jobs = len(chronos_tools.filter_enabled_jobs(client.list()))
try:
perc_used = percent_used(num_jobs, all_jobs_queued)
except ZeroDivisionError:
perc_used = 0
return HealthCheckResult(
message=f"Jobs Queued: {all_jobs_queued} ({perc_used}%)", healthy=True)
def assert_chronos_queued_jobs(client):
high_priority_queue_size = client.metrics()['gauges'][HIGH_QUEUE_GAUGE]['value']
normal_priority_queue_size = client.metrics()['gauges'][QUEUE_GAUGE]['value']
all_jobs_queued = high_priority_queue_size + normal_priority_queue_size
num_jobs = len(chronos_tools.filter_enabled_jobs(client.list()))
try:
perc_used = percent_used(num_jobs, all_jobs_queued)
except ZeroDivisionError:
perc_used = 0
return HealthCheckResult(
message="Jobs Queued: %s (%s%%)" % (all_jobs_queued, perc_used),
healthy=True
)
def assert_chronos_queued_jobs(client):
high_priority_queue_size = client.metrics()['gauges'][HIGH_QUEUE_GAUGE]['value']
normal_priority_queue_size = client.metrics()['gauges'][QUEUE_GAUGE]['value']
all_jobs_queued = high_priority_queue_size + normal_priority_queue_size
num_jobs = len(chronos_tools.filter_enabled_jobs(client.list()))
try:
perc_used = percent_used(all_jobs_queued, num_jobs)
except ZeroDivisionError:
perc_used = 0
return HealthCheckResult(
message="Jobs Queued: %s (%s%%)" % (all_jobs_queued, perc_used),
healthy=True
)
def build_service_job_mapping(client, configured_jobs):
"""
:param client: A Chronos client used for getting the list of running jobs
:param configured_jobs: A list of jobs configured in Paasta, i.e. jobs we
expect to be able to find
:returns: A dict of {(service, instance): [(chronos job, lastrunstate)]}
where the chronos job is any with a matching (service, instance) in its
name and disabled == False
"""
service_job_mapping = {}
for job in configured_jobs:
# find all the jobs belonging to each service
matching_jobs = chronos_tools.lookup_chronos_jobs(
service=job[0],
instance=job[1],
client=client,
)
# filter the enabled jobs
enabled = chronos_tools.filter_enabled_jobs(matching_jobs)
# get the last run state for the job
with_states = last_run_state_for_jobs(enabled)
service_job_mapping[job] = with_states
return service_job_mapping
def build_service_job_mapping(client, configured_jobs):
"""
:param client: A Chronos client used for getting the list of running jobs
:param configured_jobs: A list of jobs configured in Paasta, i.e. jobs we
expect to be able to find
:returns: A dict of {(service, instance): [(chronos job, lastrunstate)]}
where the chronos job is any with a matching (service, instance) in its
name and disabled == False
"""
service_job_mapping = {}
for job in configured_jobs:
# find all the jobs belonging to each service
matching_jobs = chronos_tools.lookup_chronos_jobs(
service=job[0],
instance=job[1],
client=client,
)
# filter the enabled jobs
enabled = chronos_tools.filter_enabled_jobs(matching_jobs)
# get the last run state for the job
with_states = last_run_state_for_jobs(enabled)
service_job_mapping[job] = with_states
return service_job_mapping
def assert_chronos_scheduled_jobs(client):
"""
:returns: a tuple of a string and a bool containing representing if it is ok or not
"""
num_jobs = len(chronos_tools.filter_enabled_jobs(client.list()))
return HealthCheckResult(message="Enabled chronos jobs: %d" % num_jobs, healthy=True)
