def clean_statistics(statistics, measurement_days_set):
timestamp_idx = statistics[0].get( 'columns').index('timestamp')
for s in statistics[0]['statistics'][:]:
d = utils.from_monasca_ts_to_datetime_se(s[timestamp_idx]).replace(hour=0, minute=0)
if d not in measurement_days_set:
statistics[0]['statistics'].remove(s)
return statistics
def clean_statistics(statistics, measurement_days_set):
timestamp_idx = statistics[0].get( 'columns').index('timestamp')
for s in statistics[0]['statistics'][:]:
d = utils.from_monasca_ts_to_datetime_se(s[timestamp_idx]).replace(hour=0, minute=0)
if d not in measurement_days_set:
statistics[0]['statistics'].remove(s)
return statistics
def from_process_measurement_to_mysql_host_service(process): # type: ProcessMeasurement
host_service_list = []
uptime_avg = dict()
hosts = set()
for measurement in process.aggregation.measurements:
ts = utils.from_monasca_ts_to_datetime_se(measurement.timestamp)
hosts.add(measurement.hostname)
if uptime_avg.has_key(ts):
uptime_avg.update({ts: uptime_avg.get(ts) + (0 if measurement.value < 1 else 1)})
else:
uptime_avg.update({ts: (0 if measurement.value < 1 else 1)})
for timestamp, avg in uptime_avg.iteritems():
host_service = HostService()
host_service.entityId = process.region + "-" + process.name
host_service.region = process.region
host_service.entityType = "host_service"
host_service.serviceType = process.name
host_service.aggregationType = process.aggregation.code
host_service.timestampId = timestamp
host_service.avg_Uptime = float(avg) / len(hosts)
host_service_list.append(host_service)
return host_service_list
def from_process_measurement_to_mysql_host_service(
process): # type: ProcessMeasurement
host_service_list = []
uptime_avg = dict()
hosts = set()
for measurement in process.aggregation.measurements:
ts = utils.from_monasca_ts_to_datetime_se(measurement.timestamp)
hosts.add(measurement.hostname)
if uptime_avg.has_key(ts):
uptime_avg.update(
{ts: uptime_avg.get(ts) + (0 if measurement.value < 1 else 1)})
else:
uptime_avg.update({ts: (0 if measurement.value < 1 else 1)})
for timestamp, avg in uptime_avg.iteritems():
host_service = HostService()
host_service.entityId = process.region + "-" + process.name
host_service.region = process.region
host_service.entityType = "host_service"
host_service.serviceType = process.name
host_service.aggregationType = process.aggregation.code
host_service.timestampId = timestamp
host_service.avg_Uptime = float(avg) / len(hosts)
host_service_list.append(host_service)
return host_service_list
def from_sanity_check_to_mysql_host_service(sanity_check):
SANITY = "sanity"
host_service = HostService()
host_service.entityId = sanity_check.region + "-" + SANITY
host_service.region = sanity_check.region
host_service.entityType = "host_service"
host_service.serviceType = SANITY
host_service.aggregationType = sanity_check.aggregation.code
host_service.timestampId = \
utils.from_monasca_ts_to_datetime_se(sanity_check.aggregation.measurements[0].timestamp)
# Set avg_Uptime value to max 1 --> 100%
host_service.avg_Uptime = sanity_check.aggregation.measurements[0].value
# return host_service
return host_service
def from_sanity_check_to_mysql_host_service(sanity_check):
SANITY = "sanity"
host_service = HostService()
host_service.entityId = sanity_check.region + "-" + SANITY
host_service.region = sanity_check.region
host_service.entityType = "host_service"
host_service.serviceType = SANITY
host_service.aggregationType = sanity_check.aggregation.code
host_service.timestampId = \
utils.from_monasca_ts_to_datetime_se(sanity_check.aggregation.measurements[0].timestamp)
# Set avg_Uptime value to max 1 --> 100%
host_service.avg_Uptime = sanity_check.aggregation.measurements[0].value
# return host_service
return host_service
def from_sanity_check_to_mysql_host_service_list(sanity_check):
host_service_list = []
for measurement in sanity_check.aggregation.measurements:
SANITY = "sanity"
host_service = HostService()
host_service.entityId = sanity_check.region + "-" + SANITY
host_service.region = sanity_check.region
host_service.entityType = "host_service"
host_service.serviceType = SANITY
host_service.aggregationType = sanity_check.aggregation.code
host_service.timestampId = utils.from_monasca_ts_to_datetime_se(measurement.timestamp)
# Set avg_Uptime value to max 1 --> 100%
host_service.avg_Uptime = measurement.value
host_service_list.append(host_service)
# return host_service list
return host_service_list
def from_sanity_check_to_mysql_host_service_list(sanity_check):
host_service_list = []
for measurement in sanity_check.aggregation.measurements:
SANITY = "sanity"
host_service = HostService()
host_service.entityId = sanity_check.region + "-" + SANITY
host_service.region = sanity_check.region
host_service.entityType = "host_service"
host_service.serviceType = SANITY
host_service.aggregationType = sanity_check.aggregation.code
host_service.timestampId = utils.from_monasca_ts_to_datetime_se(
measurement.timestamp)
# Set avg_Uptime value to max 1 --> 100%
host_service.avg_Uptime = measurement.value
host_service_list.append(host_service)
# return host_service list
return host_service_list
