def __init__(self, **kwargs):
if kwargs:
self.cpu_cores = kwargs['cpu_cores']
self.os_type = kwargs['os_type']
self.memory_mb = kwargs['memory_mb']
self.architecture = kwargs['architecture']
self.load_average = kwargs['load_average']
self.disk_usage = kwargs['disk_usage']
else:
self.cpu_cores = sys_assist.get_cpu_core_count()
self.os_type = platform.platform()
self.memory_mb = sys_assist.get_sys_mem_total_MB()
self.architecture = platform.machine()
self.load_average = sys_assist.get_load_average()
self.disk_usage = sys_assist.get_disk_usage()
def __init__(self, **kwargs):
if kwargs:
self.cpu_cores = kwargs['cpu_cores']
self.os_type = kwargs['os_type']
self.memory_mb = kwargs['memory_mb']
self.architecture = kwargs['architecture']
self.load_average = kwargs['load_average']
self.disk_usage = kwargs['disk_usage']
self.timestamp = kwargs['timestamp']
else:
self.cpu_cores = sys_assist.get_cpu_core_count()
self.os_type = platform.platform()
self.memory_mb = sys_assist.get_sys_mem_total_MB()
self.architecture = platform.machine()
self.load_average = sys_assist.get_load_average()
self.disk_usage = sys_assist.get_disk_usage()
self.timestamp = timeutils.utcnow()
def _send_stats(self, load_ave_interval, disk_usage_interval):
"""
send system usage data to the coordinator on specified intervals
"""
time_lapsed = 0
while True:
sleep(load_ave_interval)
time_lapsed += load_ave_interval
cache = ConfigCache()
config = cache.get_config()
if config:
token_header = {
"WORKER-ID": config.worker_id,
"WORKER-TOKEN": config.worker_token
}
request_uri = "{0}/worker/{1}/status".format(
config.coordinator_uri, config.worker_id)
req_body = {'load_average': sys_assist.get_load_average()}
if time_lapsed == disk_usage_interval:
time_lapsed = 0
req_body.update(
{'disk_usage': sys_assist.get_disk_usage()})
try:
http_request(request_uri, token_header,
jsonutils.dumps(req_body),
http_verb='PUT')
except requests.RequestException:
pass
if self.run_once:
break
def __init__(self, **kwargs):
"""
An object can be initialized by passing in a dictionary representation
of the data as **kwargs. Otherwise the constructor will retrieve
system stats from the machine it is executing on.
"""
if kwargs:
self.cpu_cores = kwargs['cpu_cores']
self.os_type = kwargs['os_type']
self.memory_mb = kwargs['memory_mb']
self.architecture = kwargs['architecture']
self.load_average = kwargs['load_average']
self.disk_usage = kwargs['disk_usage']
self.timestamp = kwargs['timestamp']
else:
self.cpu_cores = sys_assist.get_cpu_core_count()
self.os_type = platform.platform()
self.memory_mb = sys_assist.get_sys_mem_total_MB()
self.architecture = platform.machine()
self.load_average = sys_assist.get_load_average()
self.disk_usage = sys_assist.get_disk_usage()
self.timestamp = str(timeutils.utcnow())
def __init__(self, **kwargs):
"""
An object can be initialized by passing in a dictionary representation
of the data as **kwargs. Otherwise the constructor will retrieve
system stats from the machine it is executing on.
"""
if kwargs:
self.cpu_cores = kwargs['cpu_cores']
self.os_type = kwargs['os_type']
self.memory_mb = kwargs['memory_mb']
self.architecture = kwargs['architecture']
self.load_average = kwargs['load_average']
self.disk_usage = kwargs['disk_usage']
self.timestamp = kwargs['timestamp']
else:
self.cpu_cores = sys_assist.get_cpu_core_count()
self.os_type = platform.platform()
self.memory_mb = sys_assist.get_sys_mem_total_MB()
self.architecture = platform.machine()
self.load_average = sys_assist.get_load_average()
self.disk_usage = sys_assist.get_disk_usage()
self.timestamp = timeutils.utcnow()
def test_get_load_avergae(self):
ave = sys_assist.get_load_average()
self.assertTrue('1'in ave)
self.assertTrue('5'in ave)
self.assertTrue('15'in ave)
def test_get_load_avergae(self):
ave = sys_assist.get_load_average()
self.assertTrue('1'in ave)
self.assertTrue('5'in ave)
self.assertTrue('15'in ave)