def sendMetric(self, metricname, labeldata, value, time=0):
newMetricName = 'namespace_pod_hpa_score'
if not (newMetricName in self.instance.metrics):
self.setMetricInfo(newMetricName, labeldata)
newlabeldata = convertDictKey(labeldata, "-", "_")
#print("*****",newMetricName,"*******",newlabeldata,'******',value)
self.instance.metrics[newMetricName].labels(**newlabeldata).set(value)
def setMetricInfo(self, metricname, labels):
newMetricName = metric_domain + metricname
newlabeldata = convertDictKey(labels, "-", "_")
if not (newMetricName in self.instance.metrics):
self.instance.metrics[newMetricName] = Gauge(
newMetricName,
newMetricName + " measurement metric",
labelnames=newlabeldata.keys())
def setMetricInfo(self, metricname, labels):
metricNameAnomaly = metric_domain + metricname + "_anomaly"
newlabeldata = convertDictKey(labels, "-", "_")
if not (metricNameAnomaly in self.instance.metrics):
self.instance.metrics[metricNameAnomaly] = Gauge(
metricNameAnomaly,
metricNameAnomaly + " anomaly timestamp",
labelnames=newlabeldata.keys())
def setMetricInfo(self, metricname, labels, time=0):
metricHPA = metricname
newlabeldata = convertDictKey(labels, "-", "_")
print("********************" + metricHPA)
if not (metricHPA in self.instance.metrics):
self.instance.metrics[metricHPA] = Gauge(
metricHPA,
metricHPA + " hpa score",
labelnames=newlabeldata.keys())
def setMetricInfo(self, metricname, labels, time=0):
mns = metricname.split(':')
metricHPA = metric_domain + mns[0] + "_hpa_score"
if (len(mns) > 1):
metricHPA = metric_domain + mns[0] + ":" + "hpa_score"
newlabeldata = convertDictKey(labels, "-", "_")
if not (metricHPA in self.instance.metrics):
self.instance.metrics[metricHPA] = Gauge(
metricHPA,
metricHPA + " hpa score",
labelnames=newlabeldata.keys())
def sendMetric(self, metricname, labeldata, value, time=0):
newMetricName = metric_domain
if globalConfig.getValueByKey('METRIC_DESTINATION') == 'wavefront':
newMetricName = wavefront_domain
newMetricName += metricname
if globalConfig.getValueByKey('METRIC_DESTINATION') == 'wavefront':
newMetricName = wavefront_prefix + newMetricName
return sendMetric(newMetricName, labeldata, value, time)
if not (newMetricName in self.instance.metrics):
self.setMetricInfo(metricname, labeldata)
newlabeldata = convertDictKey(labeldata, "-", "_")
self.instance.metrics[newMetricName].labels(**newlabeldata).set(value)
def setMetricInfo(self, metricname, labels):
metricNameUpper = metric_domain + metricname + "_upper"
metricNameLower = metric_domain + metricname + "_lower"
newlabeldata = convertDictKey(labels, "-", "_")
if not (metricNameUpper in self.instance.metrics):
self.instance.metrics[metricNameUpper] = Gauge(
metricNameUpper,
metricNameUpper + " model upper bound",
labelnames=newlabeldata.keys())
if not (metricNameLower in self.instance.metrics):
self.instance.metrics[metricNameLower] = Gauge(
metricNameLower,
metricNameLower + " model upper bound",
labelnames=newlabeldata.keys())
def sendMetric(self, metricname, labeldata, value, isUpper=True, time=0):
newMetricName = metric_domain
if globalConfig.getValueByKey('METRIC_DESTINATION') == 'wavefront':
newMetricName = wavefront_domain
newMetricName += metricname
if isUpper:
newMetricName += "_upper"
else:
newMetricName += "_lower"
if globalConfig.getValueByKey('METRIC_DESTINATION') == 'wavefront':
newMetricName = wavefront_prefix + newMetricName
# print("newmetricname in monitoringmetrics.sendMetrics", newMetricName)
return sendMetric(newMetricName, labeldata, value, time)
if not (newMetricName in self.instance.metrics):
self.setMetricInfo(metricname, labeldata)
newlabeldata = convertDictKey(labeldata, "-", "_")
self.instance.metrics[newMetricName].labels(**newlabeldata).set(value)
