def __init__(
self,
args=None,
):
'''initial for the InfraNodePodStatus'''
self.args = args
self.kubeconfig = '/tmp/admin.kubeconfig'
self.oc = OCUtil(namespace=self.args.namespace,
config_file=self.kubeconfig)
def __init__(self):
""" initialize EBSStuckVolumesCheck class """
self.args = None
self.vol_state_data = None
self.parse_args()
# Make sure we're using the profile they've requested.
if self.args.aws_creds_profile:
os.environ['AWS_PROFILE'] = self.args.aws_creds_profile
self.eu = EbsUtil(self.args.region, verbose=self.args.verbose)
self.ocutil = OCUtil(verbose=self.args.verbose)
self.mts = MetricSender(verbose=self.args.verbose)
def run(self):
"""Main function to run the check"""
self.ocutil = OCUtil(config_file=self.kubeconfig,
verbose=self.args.verbose)
self.zgs = ZaggSender(verbose=self.args.verbose, debug=self.args.debug)
self.check_all_router_health()
self.check_router_replica_count()
if self.args.dry_run:
self.zgs.print_unique_metrics_key_value()
else:
self.zgs.send_metrics()
def main():
''' Gather and send details on all visible S3 buckets '''
logger.info("start")
discovery_key = "disc.aws"
discovery_macro = "#S3_BUCKET"
prototype_s3_size = "disc.aws.size"
prototype_s3_count = "disc.aws.objects"
args = parse_args()
if args.verbose:
logger.setLevel(logging.DEBUG)
logger.debug("verbose flag set")
ocutil = OCUtil()
dc_yaml = ocutil.get_dc('docker-registry')
registry_config_secret = get_registry_config_secret(dc_yaml)
oc_yaml = ocutil.get_secrets(registry_config_secret)
aws_access, aws_secret = get_aws_creds(oc_yaml)
awsutil = AWSUtil(aws_access, aws_secret, args.debug)
bucket_list = awsutil.get_bucket_list(args.debug)
bucket_stats = {}
for bucket in bucket_list:
s3_size, s3_objects = awsutil.get_bucket_info(bucket, args.debug)
bucket_stats[bucket] = {"size": s3_size, "objects": s3_objects}
if args.debug:
print "Bucket stats: " + str(bucket_stats)
if args.test:
print "Test-only. Received results: " + str(bucket_stats)
else:
zgs = ZaggSender(verbose=args.debug)
zgs.add_zabbix_dynamic_item(discovery_key, discovery_macro,
bucket_list)
for bucket in bucket_stats.keys():
zab_key = "{}[{}]".format(prototype_s3_size, bucket)
zgs.add_zabbix_keys(
{zab_key: int(round(bucket_stats[bucket]["size"]))})
zab_key = "{}[{}]".format(prototype_s3_count, bucket)
zgs.add_zabbix_keys({zab_key: bucket_stats[bucket]["objects"]})
zgs.send_metrics()
def get_registry_config_secret(yaml_results):
''' Find the docker registry config secret '''
ocutil = OCUtil()
volumes = yaml_results['spec']['template']['spec']['volumes']
for volume in volumes:
if 'emptyDir' in volume:
continue
secret_dict = ocutil.get_secrets(volume['secret']['secretName'])
if 'config.yml' in secret_dict['data']:
return volume['secret']['secretName']
print "Unable to find the %s the docker registry config"
print "Please run \"oc get dc docker-registry\" to investigate"
sys.exit(1)
def run(self):
''' Main function that runs the check '''
self.parse_args()
self.metric_sender = MetricSender(verbose=self.args.verbose,
debug=self.args.debug)
self.oc = OCUtil(namespace='openshift-infra',
config_file='/tmp/admin.kubeconfig',
verbose=self.args.verbose)
pod_report = self.check_pods()
self.get_hawkular_creds()
metrics_report = self.check_node_metrics()
# if metrics_report = 0, we need this check run again
if metrics_report['success'] == 0:
# sleep for 5 seconds, then run the second time node check
logger.info(
"The first time metrics check failed, 5 seconds later will start a second time check"
)
time.sleep(commandDelay)
logger.info("starting the second time metrics check")
metrics_report = self.check_node_metrics()
# persist second attempt if fails
if metrics_report['success'] == 0:
self.persist_details(metrics_report)
self.report_to_zabbix(pod_report, metrics_report['success'])
def get_logging_namespace(self):
""" Determine which logging namespace is in use """
# Assume the correct namespace is 'openshift-logging' and fall back to 'logging'
# if that assumption ends up being wrong.
oc_client = OCUtil(namespace='openshift-logging',
config_file='/tmp/admin.kubeconfig',
verbose=self.args.verbose)
logger.info("Determining which namespace is in use...")
try:
oc_client.get_dc('logging-kibana')
# If the previous call didn't throw an exception, logging is deployed in this namespace.
logger.info("Using namespace: openshift-logging")
return 'openshift-logging'
except subprocess.CalledProcessError:
logger.info("Using namespace: logging")
return 'logging'
def main():
''' Gather and send details on all visible S3 buckets '''
discovery_key = "disc.gcp"
discovery_macro = "#GCS_BUCKET"
prototype_bucket_size = "disc.gcp.size"
prototype_bucket_count = "disc.gcp.objects"
args = parse_args()
ocutil = OCUtil()
dc_yaml = ocutil.get_dc('docker-registry')
registry_config_secret = get_registry_config_secret(dc_yaml)
oc_yaml = ocutil.get_secrets(registry_config_secret)
bucket = get_gcp_info(oc_yaml)
gsutil = GcloudUtil(verbose=args.debug)
bucket_list = gsutil.get_bucket_list()
bucket_stats = {}
for bucket in bucket_list:
size, objects = gsutil.get_bucket_info(bucket)
bucket_stats[bucket] = {"size": size, "objects": objects}
if args.debug:
print "Bucket stats: " + str(bucket_stats)
if args.test:
print "Test-only. Received results: " + str(bucket_stats)
else:
zgs = ZaggSender(verbose=args.debug)
zgs.add_zabbix_dynamic_item(discovery_key, discovery_macro, bucket_list)
for bucket in bucket_stats.keys():
zab_key = "{}[{}]".format(prototype_bucket_size, bucket)
zgs.add_zabbix_keys({zab_key: int(round(bucket_stats[bucket]["size"]))})
zab_key = "{}[{}]".format(prototype_bucket_count, bucket)
zgs.add_zabbix_keys({zab_key: bucket_stats[bucket]["objects"]})
zgs.send_metrics()
def run(self):
''' Main function that runs the check '''
self.parse_args()
self.zagg_sender = ZaggSender(verbose=self.args.verbose, debug=self.args.debug)
self.oc = OCUtil(namespace='openshift-infra', config_file=self.kubeconfig, verbose=self.args.verbose)
pod_report = self.check_pods()
metrics_report = self.check_node_metrics()
self.report_to_zabbix(pod_report, metrics_report)
def run(self):
""" Main function to run the check """
self.parse_args()
self.get_kubeconfig()
ocutil = OCUtil(config_file=self.kubeconfig, verbose=self.args.verbose)
self.zagg_sender = ZaggSender(verbose=self.args.verbose, debug=self.args.debug)
try:
oc_yaml = ocutil.get_service('docker-registry')
self.get_registry_service(oc_yaml)
oc_yaml = ocutil.get_endpoint('docker-registry')
self.get_registry_endpoints(oc_yaml)
except Exception as ex:
print "Problem retreiving registry IPs: %s " % ex.message
self.registry_service_check()
self.registry_health_check()
self.zagg_sender.send_metrics()
def run(self):
""" Main function to run the check """
self.parse_args()
self.get_kubeconfig()
ocutil = OCUtil(config_file=self.kubeconfig, verbose=self.args.verbose)
self.metric_sender = MetricSender(verbose=self.args.verbose, debug=self.args.debug)
try:
oc_yaml = ocutil.get_service('docker-registry')
self.get_registry_service(oc_yaml)
oc_yaml = ocutil.get_endpoint('docker-registry')
self.get_registry_endpoints(oc_yaml)
except Exception as ex:
print "Problem retreiving registry IPs: %s " % ex.message
self.registry_service_check()
self.registry_health_check()
self.metric_sender.send_metrics()
def run(self):
""" Main function that runs the check """
self.parse_args()
self.metric_sender = MetricSender(verbose=self.args.verbose,
debug=self.args.debug)
self.oc = OCUtil(namespace=self.get_logging_namespace(),
config_file='/tmp/admin.kubeconfig',
verbose=self.args.verbose)
self.get_pods()
oldest_buffer = self.check_fluentd_queues()
self.send_metrics(oldest_buffer)
def main():
""" Gather and send details on all visible S3 buckets """
discovery_key = "disc.aws"
discovery_macro = "#S3_BUCKET"
prototype_s3_size = "disc.aws.size"
prototype_s3_count = "disc.aws.objects"
args = parse_args()
ocutil = OCUtil()
oc_yaml = ocutil.get_secrets("dockerregistry")
aws_access, aws_secret = get_aws_creds(oc_yaml)
awsutil = AWSUtil(aws_access, aws_secret, args.debug)
bucket_list = awsutil.get_bucket_list(args.debug)
bucket_stats = {}
for bucket in bucket_list:
s3_size, s3_objects = awsutil.get_bucket_info(bucket, args.debug)
bucket_stats[bucket] = {"size": s3_size, "objects": s3_objects}
if args.debug:
print "Bucket stats: " + str(bucket_stats)
if args.test:
print "Test-only. Received results: " + str(bucket_stats)
else:
zgs = ZaggSender(verbose=args.debug)
zgs.add_zabbix_dynamic_item(discovery_key, discovery_macro, bucket_list)
for bucket in bucket_stats.keys():
zab_key = "{}[{}]".format(prototype_s3_size, bucket)
zgs.add_zabbix_keys({zab_key: int(round(bucket_stats[bucket]["size"]))})
zab_key = "{}[{}]".format(prototype_s3_count, bucket)
zgs.add_zabbix_keys({zab_key: bucket_stats[bucket]["objects"]})
zgs.send_metrics()
class ZabbixInfo(object):
'''
this will check the zabbix data and compare it with the real world
'''
def __init__(self, args=None, ):
'''initial for the InfraNodePodStatus'''
self.args = args
self.kubeconfig = '/tmp/admin.kubeconfig'
self.oc = OCUtil(namespace=self.args.namespace, config_file=self.kubeconfig)
def check_all_hosts(self, zabbix_data_sync_inventory_hosts, clusterid):
''' check the situation '''
result = 1
zabbix_data_sync_inventory_hosts_names = []
for host in zabbix_data_sync_inventory_hosts:
zabbix_data_sync_inventory_hosts_names.append(host['name'])
desire_number_cluster = cluster_desired_compute_size + cluster_desired_infra_size + cluster_desired_master_size
logging.getLogger().info("the requested number of instance is :" + str(desire_number_cluster))
hosts = self.oc.get_nodes()
#print hosts
for host in hosts['items']:
hostnameincluster = ""
if host['metadata']['labels']['type'] == 'master':
hostnameincluster = host['metadata']['labels']['hostname']
elif host['metadata']['labels']['type'] == 'infra':
hostnameincluster = clusterid + "-infra-" + host['metadata']['labels']['kubernetes.io/hostname']
else:
hostnameincluster = clusterid + "-compute-" + host['metadata']['labels']['kubernetes.io/hostname']
if hostnameincluster in zabbix_data_sync_inventory_hosts_names:
logging.getLogger().info("found host in zabbix :" + str(hostnameincluster))
else:
result = 0
logging.getLogger().info("host not in zabbix:" + str(hostnameincluster))
if result == 1:
if len(hosts['items']) == desire_number_cluster:
logging.getLogger().info("currrently cluster have :" + str(len(hosts['items'])))
logging.getLogger().info("all the node under monitoring and the number is the same as requested:" + str(desire_number_cluster))
else:
result = 2
logging.getLogger().info("cluster node number is different with requested")
return result
def send_metrics(self, status):
"""send_metrics"""
ms = MetricSender(verbose=self.args.verbose)
ms.add_metric({'openshift.master.zabbix.inventory.status': status})
ms.send_metrics()
def main():
''' Gather and send details on all visible S3 buckets '''
#get the region
with open('/container_setup/monitoring-config.yml', 'r') as f:
doc = yaml.load(f)
bucket_region = doc['oso_region']
args = parse_args()
ocutil = OCUtil()
dc_yaml = ocutil.get_dc('docker-registry')
registry_config_secret = get_registry_config_secret(dc_yaml)
oc_yaml = ocutil.get_secrets(registry_config_secret)
aws_access, aws_secret = get_aws_creds(oc_yaml)
awsutil = AWSUtil(aws_access, aws_secret, args.debug)
bucket_list = awsutil.get_bucket_list(verbose=args.debug,
BucketRegion=bucket_region)
bucket_stats = {}
for bucket in bucket_list:
#print bucket
s3_size, s3_objects = awsutil.get_bucket_info(
bucket, verbose=args.debug, BucketRegion=bucket_region)
bucket_stats[bucket] = {"size": s3_size, "objects": s3_objects}
if args.debug:
print "Bucket stats: " + str(bucket_stats)
if args.test:
print "Test-only. Received results: " + str(bucket_stats)
else:
send_zagg_data(bucket_list, bucket_stats, args)
def run(self):
''' Main function that runs the check '''
self.parse_args()
self.metric_sender = MetricSender(verbose=self.args.verbose,
debug=self.args.debug)
self.oc = OCUtil(namespace='openshift-infra',
config_file='/tmp/admin.kubeconfig',
verbose=self.args.verbose)
pod_report = self.check_pods()
self.get_hawkular_creds()
metrics_report = self.check_node_metrics()
self.report_to_zabbix(pod_report, metrics_report)
def main():
''' main() '''
args = parse_args()
if args.verbose:
logger.setLevel(logging.DEBUG)
logger.info("Starting")
# TODO: include this in library
projects_info = OCUtil().get_projects()
maxDelta = testProjects(
projects_info['items'],
current_time=datetime.datetime.now(),
)
send_zagg_data(maxDelta)
logger.info('Oldest Terminating project: %s seconds', maxDelta)
def main():
''' main() '''
args = parse_args()
if args.verbose:
logger.setLevel(logging.DEBUG)
logger.info("Starting")
# TODO: include this in library
projects_info = OCUtil()._run_cmd("oc get projects -o yaml")
time_keeps_max = testProjects(
projects_info['items'],
current_time=datetime.datetime.now(),
)
send_zagg_data(time_keeps_max)
logger.info('Oldest Terminating project: %s seconds', time_keeps_max)
class InfraNodePodStatus(object):
'''
This is a check for making sure the internal pods like
router and registry running and located on different infra nodes
'''
def __init__(self):
'''initial for the InfraNodePodStatus'''
self.kubeconfig = '/tmp/admin.kubeconfig'
self.oc = OCUtil(namespace='default', config_file=self.kubeconfig)
def check_pods(self):
''' get all the pod information '''
pods = self.oc.get_pods()
pod_report = {}
for pod in pods['items']:
pod_name = pod['metadata']['name']
pod_report[pod_name] = {}
pod_report[pod_name]['hostIP'] = pod['status']['hostIP']
pod_report[pod_name]['status'] = pod['status']['phase']
return pod_report
@staticmethod
def compare_ip(keyword, pod_info_dict):
''' to compare the pod host ip and check the pod status '''
pod_hostip_status = [
pod_info_dict[i] for i in pod_info_dict.keys() if keyword in i
]
# pod_status = [pod_info_dict[i] for i in pod_info_dict.keys() if keyword in i]
pod_run_num = 0
for i in pod_hostip_status:
if i['status'] == "Running":
pod_run_num += 1
if len(pod_hostip_status) == 2:
if pod_hostip_status[0]['hostIP'] != pod_hostip_status[1]['hostIP']:
# print "ok, you do not need do anything for {} pod".format(keyword)
result_code = 1
else:
# print "there are something wrong, please check the pod"
result_code = 0
else:
print "plese check the pod"
result_code = 0
# result_code 1 means the two pods are on different nodes
# pod_run_num means the running pod number
return result_code, pod_run_num
def run(self):
''' run the command and send the code to zabbix '''
ms = MetricSender()
pod_report = self.check_pods()
# the check_value is the value to send to zabbix
router_check_value = self.compare_ip('router', pod_report)
registry_check_value = self.compare_ip('registry', pod_report)
print router_check_value, registry_check_value
ms.add_metric({'openshift.router.pod.location': router_check_value[0]})
ms.add_metric({'openshift.router.pod.status': router_check_value[1]})
ms.add_metric(
{'openshift.registry.pod.location': registry_check_value[0]})
ms.add_metric(
{'openshift.registry.pod.status': registry_check_value[1]})
ms.send_metrics()
class InfraNodePodStatus(object):
'''
This is a check for making sure the internal pods like
router and registry running and located on different infra nodes
'''
def __init__(
self,
args=None,
):
'''initial for the InfraNodePodStatus'''
self.args = args
self.kubeconfig = '/tmp/admin.kubeconfig'
self.oc = OCUtil(namespace=self.args.namespace,
config_file=self.kubeconfig)
self.all_pods = self.get_all_pods()
def get_all_pods(self):
''' get all the pod information '''
pods = self.oc.get_pods()
pod_report = {}
for pod in pods['items']:
pod_name = pod['metadata']['name']
pod_report[pod_name] = {}
pod_report[pod_name]['hostIP'] = pod['status']['hostIP']
pod_report[pod_name]['status'] = pod['status']['phase']
return pod_report
def get_expected_replicas(self, deploymentconfig):
''' get expected replica count from deploymentconfig '''
defined_replicas = self.oc.get_dc(deploymentconfig)['spec']['replicas']
return defined_replicas
def get_pods_by_name(self, podname):
"""get_pods_by_name"""
return [
self.all_pods[i] for i in self.all_pods.keys()
if i.startswith(podname + '-')
]
def check_pods(
self,
podname,
keybase="",
pod_optional=False,
):
''' to compare the pod host ip and check the pod status '''
logging.getLogger().info("Finding pods for: %s", podname)
result_code = 1
pods = self.get_pods_by_name(podname)
logging.getLogger().info("Pods Found: %s", len(pods))
expected_replicas = 0
try:
expected_replicas = self.get_expected_replicas(podname)
except Exception:
logging.getLogger().warn("dc not found for pod %s", podname)
if pod_optional:
logging.getLogger().warn(
"Some clusters don't have pod %s, please confirm before trying to fix this",
podname)
return # nothing we should do, so quit early, don't do more checks
logging.getLogger().info("Expected Replicas: %s", expected_replicas)
if len(pods) != expected_replicas:
result_code = 0
logging.getLogger().critical("Count Pods and Replicas don't match")
count_pods_running = len([i for i in pods if i['status'] == "Running"])
logging.getLogger().info("Pods Running: %s", count_pods_running)
if len(pods) != count_pods_running:
result_code = 0
logging.getLogger().critical("Some pods are not in running state")
host_ips = set([x['hostIP'] for x in pods])
logging.getLogger().info("Hosts found: %d", len(host_ips))
if len(host_ips) < 2 or len(pods) < 2:
result_code = 0
logging.getLogger().critical(
"%s has %d pods on %d hosts, not distributed", podname,
len(pods), len(host_ips))
if result_code == 0:
logging.getLogger().critical("Please check pods are in running "
"state, and on unique hosts")
logging.getLogger().critical("oc get pods -n %s -o wide",
self.args.namespace)
# result_code 1 means the pods are on different nodes
# count_pods_running means the running pod number
self.send_metrics(keybase=keybase,
location=result_code,
status=count_pods_running)
def send_metrics(self, keybase="", location="", status=""):
"""send_metrics"""
ms = MetricSender(verbose=self.args.verbose)
ms.add_metric({keybase + '.location': location})
ms.add_metric({keybase + '.status': status})
ms.send_metrics()
class OpenshiftRouterChecks(object):
"""Checks for the Openshift Router"""
def __init__(self):
self.args = None
self.metrics = None # metric sender
self.kubeconfig = None
self.parse_args()
self.get_kubeconfig()
self.ocutil = None
def get_kubeconfig(self):
"""Find kubeconfig to use for OCUtil"""
# Default master kubeconfig
kubeconfig = '/tmp/admin.kubeconfig'
non_master_kube_dir = '/etc/origin/node'
if os.path.exists(kubeconfig):
# If /tmp/admin.kubeconfig exists, use it!
pass
elif os.path.isdir(non_master_kube_dir):
for my_file in os.listdir(non_master_kube_dir):
if my_file.endswith(".kubeconfig"):
kubeconfig = os.path.join(non_master_kube_dir, my_file)
if self.args.debug:
print "Using kubeconfig: {}".format(kubeconfig)
self.kubeconfig = kubeconfig
def check_all_router_health(self):
""" Perform defined router health check on all routers """
discovery_key = "disc.openshift.cluster.router"
discovery_macro = "#OS_ROUTER"
router_health_item = "disc.openshift.cluster.router.health"
router_pods = self.find_router_pods()
health_report = {}
for router_name, pod_details in router_pods.iteritems():
health = self.router_pod_healthy(pod_details)
if self.args.verbose:
print "{} healthy: {}\n".format(router_name, health)
health_report[router_name] = health
# make dynamic items, and queue up the associated data
router_names = health_report.keys()
self.metrics.add_dynamic_metric(discovery_key,
discovery_macro,
router_names,
synthetic=True)
for router_name, health_status in health_report.iteritems():
zbx_key = "{}[{}]".format(router_health_item, router_name)
self.metrics.add_metric({zbx_key: int(health_status)},
synthetic=True)
def running_pod_count_check(self):
""" return hash of deployment configs containing whether the number
of running pods matches the definition in the deployment config """
router_pods = self.find_router_pods()
# get actual running pod count (per DC)
dc_pod_count = {}
for _, details in router_pods.iteritems():
dc_name = details['metadata']['labels']['deploymentconfig']
dc_pod_count[dc_name] = dc_pod_count.get(dc_name, 0) + 1
if self.args.debug:
print "Running pod count: {}".format(dc_pod_count)
# get expected pod count as defined in each router DC
expected_pod_count = {}
for dc_name in dc_pod_count.keys():
expected_pod_count[dc_name] = self.ocutil.get_dc(
dc_name)['spec']['replicas']
if self.args.debug:
print "Expected pod count: {}".format(expected_pod_count)
results = {}
for dc_name in dc_pod_count.keys():
results[dc_name] = bool(
dc_pod_count[dc_name] == expected_pod_count[dc_name])
if self.args.verbose or self.args.debug:
print "DC replica count matching actual counts: {}".format(results)
return results
def check_router_replica_count(self):
""" Check whether the running router replica count is the same
as what is defined in the deployment config """
discovery_key = "disc.openshift.cluster.router"
discovery_macro = "#ROUTER_DC"
dc_status_item = "disc.openshift.cluster.router.expected_pod_count"
replica_results = self.running_pod_count_check()
# make dynamic items, and queue up the associated data
dc_names = replica_results.keys()
self.metrics.add_dynamic_metric(discovery_key,
discovery_macro,
dc_names,
synthetic=True)
for dc_name, replica_status in replica_results.iteritems():
zbx_key = "{}[{}]".format(dc_status_item, dc_name)
self.metrics.add_metric({zbx_key: int(replica_status)},
synthetic=True)
def run(self):
"""Main function to run the check"""
self.ocutil = OCUtil(config_file=self.kubeconfig,
verbose=self.args.verbose)
self.metrics = MetricSender(verbose=self.args.verbose,
debug=self.args.debug)
self.check_all_router_health()
self.check_router_replica_count()
if self.args.dry_run:
self.metrics.print_unique_metrics_key_value()
else:
self.metrics.send_metrics()
def parse_args(self):
""" parse the args from the cli """
parser = argparse.ArgumentParser(description='Openshift Router sender')
parser.add_argument('-v',
'--verbose',
action='store_true',
default=None,
help='Verbose?')
parser.add_argument('--debug',
action='store_true',
default=None,
help='Debug?')
parser.add_argument('--dry-run',
action='store_true',
default=False,
help='Collect stats, but no report to zabbix')
self.args = parser.parse_args()
@staticmethod
def get_router_health_url(router):
""" build router healthcheck URL """
podip = router['status']['podIP']
port = router['spec']['containers'][0]['livenessProbe']['httpGet'][
'port']
path = router['spec']['containers'][0]['livenessProbe']['httpGet'][
'path']
url = 'http://{}:{}{}'.format(podip, port, path)
return url
@staticmethod
def router_pod_healthy(router):
""" ping the health port for router pod health """
url = OpenshiftRouterChecks.get_router_health_url(router)
try:
result = urllib2.urlopen(url).getcode()
if result == 200:
return True
else:
return False
except (urllib2.HTTPError, urllib2.URLError):
return False
def find_router_pods(self):
""" return dict of PODs running haproxy (the router pods) """
router_pods = {}
for pod in self.ocutil.get_pods()['items']:
try:
img = pod['status']['containerStatuses'][0]['image']
if 'ose-haproxy-router' in img:
router_pods[pod['metadata']['name']] = pod
except KeyError:
pass
return router_pods
# Our jenkins server does not include these rpms.
# In the future we might move this to a container where these
# libs might exist
#pylint: disable=import-error
from openshift_tools.monitoring.ocutil import OCUtil
from openshift_tools.monitoring.metric_sender import MetricSender
import logging
logging.basicConfig(
format='%(asctime)s - %(relativeCreated)6d - %(levelname)-8s - %(message)s',
)
logger = logging.getLogger()
logger.setLevel(logging.INFO)
ocutil = OCUtil()
valid_build_states = ["cancelled", "complete", "new", "error", "failed"]
def runOCcmd(cmd, base_cmd='oc'):
""" log commands through ocutil """
logger.info(base_cmd + " " + cmd)
return ocutil.run_user_cmd(
cmd,
base_cmd=base_cmd,
)
def parse_args():
""" parse the args from the cli """
class EBSStuckVolumesCheck(object):
"""
This class houses a check that looks for EBS volumes that are stuck in a
transition state (attaching, detaching, busy, etc).
"""
def __init__(self):
""" initialize EBSStuckVolumesCheck class """
self.args = None
self.vol_state_data = None
self.parse_args()
# Make sure we're using the profile they've requested.
if self.args.aws_creds_profile:
os.environ['AWS_PROFILE'] = self.args.aws_creds_profile
self.eu = EbsUtil(self.args.region, verbose=self.args.verbose)
self.ocutil = OCUtil(verbose=self.args.verbose)
self.mts = MetricSender(verbose=self.args.verbose)
def parse_args(self):
''' Parse arguments passed to the script '''
parser = argparse.ArgumentParser(
description='OpenShift Cluster Metrics Checker')
parser.add_argument('-v',
'--verbose',
action='store_true',
default=None,
help='Verbose output')
parser.add_argument('--region',
required=True,
help='AWS EC2 Region to check')
parser.add_argument('--stuck-after', default=120, type=int,
help='Amount of time in seconds after which the volume is ' + \
'determined to be "stuck".')
parser.add_argument('--aws-creds-profile',
required=False,
help='The AWS credentials profile to use.')
self.args = parser.parse_args()
@staticmethod
def read_raw_volume_state_data():
""" Reads in the raw string the volume state data from disk """
if not os.path.isfile(STATE_DATA_FILE):
return "" # Act like the file is blank
with open(STATE_DATA_FILE, 'r') as stream:
return stream.read()
def load_volume_state_data(self):
""" Loads the volume state data from disk """
if os.path.isfile(STATE_DATA_FILE):
with open(STATE_DATA_FILE, 'r') as stream:
self.vol_state_data = yaml.load(stream)
else:
self.vol_state_data = {}
def save_volume_state_data(self):
""" Saves the volume state data to disk """
with open(STATE_DATA_FILE, 'w') as outfile:
yaml.dump(self.vol_state_data,
outfile,
default_flow_style=False,
allow_unicode=True)
def add_new_transitioning_volumes(self, trans_vols):
""" Adds volumes that we haven't seen before that are in a transitioning state. """
for vol in trans_vols:
vol_uri = self.eu.generate_volume_uri(vol)
if vol_uri not in self.vol_state_data.keys():
# This is the first time we've seen this volume, add it.
vol_uri = self.eu.generate_volume_uri(vol)
self.vol_state_data[vol_uri] = {}
self.vol_state_data[vol_uri][STUCK_AFTER_KEY] = datetime.now() + \
timedelta(seconds=self.args.stuck_after)
self.vol_state_data[vol_uri][VOLUME_ID_KEY] = str(vol.id)
self.vol_state_data[vol_uri][STATE_KEY] = TRANSITION_STATE
self.vol_state_data[vol_uri][ATTACH_STATUS_KEY] = str(
vol.attach_data.status)
def set_stuck_volumes(self):
""" Sets volumes to state 'stuck' if they've passed their transition state deadline. """
for item in self.vol_state_data.itervalues():
# We don't want to set unstuck volumes back to stuck.
if item[STATE_KEY] != UNSTUCK_STATE:
if datetime.now() > item[STUCK_AFTER_KEY]:
item[STATE_KEY] = STUCK_STATE
def set_unstuck_volumes(self, trans_vols):
"""
Change volumes that were in state 'stuck' that are no longer in transition,
to state 'unstuck'.
"""
trans_vol_ids = [str(vol.id) for vol in trans_vols]
for vol_uri, cache_data in self.vol_state_data.iteritems():
if cache_data[STATE_KEY] == STUCK_STATE and \
cache_data[VOLUME_ID_KEY] not in trans_vol_ids:
# This volue was stuck, but isn't any longer
self.vol_state_data[vol_uri][STATE_KEY] = UNSTUCK_STATE
def report_stuck_volumes(self):
""" sends data to monitoring that these volumes are stuck. """
for vol_uri, cache_data in self.vol_state_data.iteritems():
if cache_data[STATE_KEY] == STUCK_STATE:
self.mts.add_dynamic_metric(EBS_VOLUME_URI_DISC_KEY,
EBS_VOLUME_URI_DISC_MACRO,
[vol_uri])
item_name = '%s[%s]' % (EBS_VOLUME_ATTACH_STATE_KEY, vol_uri)
self.mts.add_metric({item_name: MONITORING_STUCK_VALUE})
# Actually send them
self.mts.send_metrics()
def report_unstuck_volumes(self):
""" sends data to monitoring that these volumes have become unstuck. """
for vol_uri, cache_data in self.vol_state_data.iteritems():
if cache_data[STATE_KEY] == UNSTUCK_STATE:
self.mts.add_dynamic_metric(EBS_VOLUME_URI_DISC_KEY,
EBS_VOLUME_URI_DISC_MACRO,
[vol_uri])
item_name = '%s[%s]' % (EBS_VOLUME_ATTACH_STATE_KEY, vol_uri)
self.mts.add_metric({item_name: MONITORING_UNSTUCK_VALUE})
# Actually send them
self.mts.send_metrics()
def remove_unstuck_volumes_from_state_data(self):
""" Removes state 'unstuck' volumes from the state data (no longer need to track them) """
for vol_uri in self.vol_state_data.keys():
cache_data = self.vol_state_data[vol_uri]
if cache_data[STATE_KEY] == UNSTUCK_STATE:
# This volume was stuck, but isn't any longer
del self.vol_state_data[vol_uri]
def remove_no_longer_transitioning_volumes(self, trans_vols):
""" Remove volumes that were transitioning, but are no longer in the trans_vols list """
trans_vol_ids = [str(vol.id) for vol in trans_vols]
for vol_uri in self.vol_state_data.keys():
cache_data = self.vol_state_data[vol_uri]
if cache_data[STATE_KEY] == TRANSITION_STATE and \
cache_data[VOLUME_ID_KEY] not in trans_vol_ids:
# This volume was transitioning, but isn't any longer
del self.vol_state_data[vol_uri]
def get_cluster_volumes(self):
""" Return the cluster's volume list """
volume_list = self.ocutil.get_pvs()['items']
just_the_aws_path = [
x['spec']['awsElasticBlockStore']['volumeID'] for x in volume_list
]
just_the_volume_ids = [
re.sub("^aws://.*/", "", x) for x in just_the_aws_path
]
return just_the_volume_ids
@staticmethod
def filter_out_non_cluster_vols(account_vols, cluster_vols):
""" We have a list of all volumes in the account, return only
those that are part of this cluster """
cluster_list = [x for x in account_vols if x.id in cluster_vols]
return cluster_list
def run(self):
""" Run the main logic of this check """
# Load the state machine data
self.load_volume_state_data()
# Get the volumes that are currently in a transitioning state
full_trans_vols = self.eu.get_trans_attach_status_vols()
# Get the cluster's list of volumes
cluster_vols = self.get_cluster_volumes()
# Remove volumes that aren't part of this cluster
trans_vols = self.filter_out_non_cluster_vols(full_trans_vols,
cluster_vols)
# Based on that list, weed out the volumes that used to be transitioning,
# that are no longer in the transitioning volumes list. This means that
# it was a normal volume transition, probably from attaching to attached
# or detaching to detached (aka None).
self.remove_no_longer_transitioning_volumes(trans_vols)
# Check on the volumes that were in the stuck state that are no longer
# in the transitioning volumes list. This means that they went from stuck
# to unstuck. We need to track these so that we can report that they've become
# unstuck to monitoring.
self.set_unstuck_volumes(trans_vols)
# Add any volumes that are transitioning that we haven't seen before to our data
self.add_new_transitioning_volumes(trans_vols)
# Change volumes that are still transitioning and have hit their deadline to
# finish that transition to a state of "stuck"
self.set_stuck_volumes()
# Report to monitoring the stuck volumes
self.report_stuck_volumes()
# Report to monitoring the volumes that were stuck, but are now unstuck (no
# longer transitioning)
self.report_unstuck_volumes()
# Since the unstuck volumes have been reported, they can safeuly be removed from
# our tracking now.
self.remove_unstuck_volumes_from_state_data()
# Make sure we save state for the next run.
self.save_volume_state_data()
self.eu.verbose_print("\nTracking Volumes")
self.eu.verbose_print("----------------\n")
# Cat out the state file
raw_state_file = self.read_raw_volume_state_data()
self.eu.verbose_print(raw_state_file)
def __init__(self):
'''initial for the InfraNodePodStatus'''
self.kubeconfig = '/tmp/admin.kubeconfig'
self.oc = OCUtil(namespace='default', config_file=self.kubeconfig)