def appendTimeLog(self, name, runtime, severity):
msg = Constants.toStringRuntime(name, Constants.RUNTIME, runtime, severity)
try:
self.appendLog(msg, severity)
except Exception as error:
monitorLog.logError("Failure to append Count Log: " + msg, `error`)
raise Exception("Failure to append Count log: " + msg)
def appendCountLog(self, name, count, severity):
msg = Constants.toStringCount(name, Constants.COUNT, count, severity)
try:
self.appendLog(msg, severity)
except Exception as error:
monitorLog.logError("Failure append Count Log: " + msg, `error`)
raise Exception("Failure to append Count log: " + msg)
def appendLog (self, msg, severity):
try:
with self.queueHandler:
self.logger.log(severity, self.commonLog+msg)
print "appende log"
except Exception as error:
monitorLog.logError("Failure to append Log: " + msg, `error`)
raise Exception("Failure to append log: " + msg)
def __init__ (self, service, configFile):
try:
print "logger instantiated"
self.logHandler = LogHandler(service, configFile)
except Exception as error:
monitorLog.logError("Cannot Instantiate Logger with configFile : " + configFile, `error`)
raise IncorrectConfigException("Cannot Instantiate Logger with configFile : " + configFile)
self.threadLocal = threading.local()
self.counter = 0;
def reportLatency (self, name, action, severity = 20, *args, **kwargs):
self.startTime()
try:
actualReturn = action(*args, **kwargs)
except Exception as error:
monitorLog.logError("Failed Action " + `action`, `error`)
raise Exception("Failed Action :" + `action`)
self.reportTime(name, severity)
return actualReturn
def logIfFail (self, name, expectedReturn, counter, action, severity = 20, *args, **kwargs):
count = self.reportCountNE(expectedReturn, counter, action, *args, **kwargs)
if count > 0:
try:
print "logging failure"
self.logHandler.appendFailCountLog(name, count, severity)
except Exception as error:
monitorLog.logError("Failed to append log for metric: " + name, `error`)
raise LoggingException("Failed to append log for metric: " + name)
return count
def reportTime (self, name, severity = 20):
endTime = time.time()
runTime = endTime - self.threadLocal.startTime
try:
if runTime >= Logger.threshold_latency:
self.logHandler.appendTimeLog(name, runTime, 'CRITICAL')
self.logHandler.appendTimeLog(name, runTime, severity)
except Exception as error:
monitorLog.logError("Failed to append log for metric: " + name, `error`)
raise LoggingException("Failed to append log for metric: " + name)
def logCount (self, name, counter, severity = 20):
if counter > 0:
try:
if counter >= Logger.threshold_count:
self.logHandler.appendCountLog(name, counter, 'CRITICAL')
self.logHandler.appendCountLog(name, counter, severity)
except Exception as error:
monitorLog.logError("Failed to append log for metric: " + name, `error`)
raise LoggingException("Failed to append log for metric: " + name)
return 1
return 0
def __init__ (self, service, configFile):
self.service = service
try:
self.handler = Handler(self.service, configFile)
self.logger = self.handler.getLogHandler()
print "handler returned logger instance"
except Exception as error:
monitorLog.logError("Cannot Instantiate Handler with configFile : " + configFile, `error`)
raise Exception("Cannot Instantiate Handler with configFile : " + configFile)
''' Subscriber is now an independent process , hence following lines are commented '''
# start queue subscriber for logging
#self.handler.startQueueSubscriber()
# get queue handler for logging
try:
self.queueHandler = self.handler.getQueueHandler()
except Exception as error:
monitorLog.logError("Cannot instanstiate ZMQ handler with given context", `error`)
raise Exception("Cannot instanstiate ZMQ handler with given context")
self.commonLog = Constants.toStringCommon(service)
