def handleJobStatusChange(self, jobs, statusValue, statusMessage):
"""
_handleJobStatusChange_
Handle the submitted, completed or killed jobs:
Publish the status information to the dashboard
jobs must be a list of dictionaries with the following information
(* denotes an optional argument):
workflow -> Name of the workflow
name -> unique name of the job
retry_count -> retry count of the job
statusValue -> Job status value
statusMessage -> Message from the new status
*location -> Computing element the job is destinated to
*fwjr -> Post processing step information
"""
logging.info("Handling %d jobs" % len(jobs))
logging.debug("Handling jobs: %s" % jobs)
for job in jobs:
logging.debug("Sending info for job %s" % str(job))
package = {}
package['MessageType'] = 'JobStatus'
package['jobId'] = '%s_%i' % (job['name'],
job['retry_count'])
package['taskId'] = self.taskPrefix + job['workflow']
package['StatusValue'] = statusValue
package['StatusValueReason'] = statusMessage
package['StatusEnterTime'] = time.strftime(self.tsFormat,
time.gmtime())
package['StatusDestination'] = job.get('location',
'NotAvailable')
if job.get('plugin', None):
package['scheduler'] = job['plugin'][:-6]
logging.debug("Sending: %s" % str(package))
result = apmonSend(taskid = package['taskId'],
jobid = package['jobId'],
params = package,
logr = logging,
apmonServer = self.serverreport)
if result != 0:
msg = "Error %i sending info for submitted job %s via UDP\n" \
% (result, job['name'])
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" \
% (self.destHost,
self.destPort))
apmonFree()
if 'fwjr' in job:
self.handleSteps(job)
return
def handleJobStatusChange(self, jobs, statusValue, statusMessage):
"""
_handleJobStatusChange_
Handle the submitted, completed or killed jobs:
Publish the status information to the dashboard
jobs must be a list of dictionaries with the following information
(* denotes an optional argument):
workflow -> Name of the workflow
name -> unique name of the job
retry_count -> retry count of the job
statusValue -> Job status value
statusMessage -> Message from the new status
*location -> Computing element the job is destinated to
*fwjr -> Post processing step information
"""
logging.info("Handling %d jobs" % len(jobs))
logging.debug("Handling jobs: %s" % jobs)
for job in jobs:
logging.debug("Sending info for job %s" % str(job))
package = {}
package['MessageType'] = 'JobStatus'
package['jobId'] = '%s_%i' % (job['name'], job['retry_count'])
package['taskId'] = self.taskPrefix + job['workflow']
package['StatusValue'] = statusValue
package['StatusValueReason'] = statusMessage
package['StatusEnterTime'] = time.strftime(self.tsFormat,
time.gmtime())
package['StatusDestination'] = job.get('location', 'NotAvailable')
if job.get('plugin', None):
package['scheduler'] = job['plugin'][:-6]
logging.debug("Sending: %s" % str(package))
result = apmonSend(taskid=package['taskId'],
jobid=package['jobId'],
params=package,
logr=logging,
apmonServer=self.serverreport)
if result != 0:
msg = "Error %i sending info for submitted job %s via UDP\n" \
% (result, job['name'])
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" \
% (self.destHost,
self.destPort))
apmonFree()
if 'fwjr' in job:
self.handleSteps(job)
return
def handleSteps(self, job):
"""
_handleSteps_
Handle the post-processing step information
"""
if job['fwjr'] == None:
return
steps = job['fwjr'].listSteps()
for stepName in steps:
step = job['fwjr'].retrieveStep(stepName)
if not hasattr(step, 'counter'):
continue
counter = step.counter
package = {}
package.update(self.getPerformanceInformation(step))
package.update(self.getEventInformation(stepName, job['fwjr']))
trimmedPackage = {}
for key in package:
if package[key] != None:
trimmedPackage['%d_%s' % (counter, key)] = package[key]
package = trimmedPackage
if not package:
continue
package['jobId'] = '%s_%i' % (job['name'], job['retry_count'])
package['taskId'] = self.taskPrefix + job['workflow']
package['%d_stepName' % counter] = stepName
logging.debug("Sending step info: %s" % str(package))
result = apmonSend(taskid=package['taskId'],
jobid=package['jobId'],
params=package,
logr=logging,
apmonServer=self.serverreport)
if result != 0:
msg = "Error %i sending info for completed job %s via UDP\n" \
% (result, job['name'])
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" \
% (self.destHost,
self.destPort))
apmonFree()
return
def handleSteps(self, job):
"""
_handleSteps_
Handle the post-processing step information
"""
if job['fwjr'] == None:
return
steps = job['fwjr'].listSteps()
for stepName in steps:
step = job['fwjr'].retrieveStep(stepName)
if not hasattr(step, 'counter'):
continue
counter = step.counter
package = {}
package.update(self.getPerformanceInformation(step))
package.update(self.getEventInformation(stepName, job['fwjr']))
trimmedPackage = {}
for key in package:
if package[key] != None:
trimmedPackage['%d_%s' % (counter, key)] = package[key]
package = trimmedPackage
if not package:
continue
package['jobId'] = '%s_%i' % (job['name'], job['retry_count'])
package['taskId'] = self.taskPrefix + job['workflow']
package['%d_stepName' % counter] = stepName
logging.debug("Sending step info: %s" % str(package))
result = apmonSend(taskid = package['taskId'],
jobid = package['jobId'], params = package,
logr = logging, apmonServer = self.serverreport)
if result != 0:
msg = "Error %i sending info for completed job %s via UDP\n" \
% (result, job['name'])
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" \
% (self.destHost,
self.destPort))
apmonFree()
return
def handleCreated(self, jobs):
"""
_handleCreated_
Handle the created jobs:
Publish the jobs' meta information (and tasks' if not in the Cache) to
the dashboard
jobs must be a list of dictionaries with the following information
(* denotes an optional argument):
workflow -> Name of the workflow
name -> unique name of the job
retry_count -> retry count of the job
taskType -> Workflow type (analysis, production, etc...)
jobType -> Job type (merge, processing, etc...)
*NEventsToprocess -> Number of events the job will process
Additionally the job should carry information about the task according
to the description of the addTask method
"""
logging.info ("Handling %d created jobs" % len(jobs))
logging.debug ("Handling created jobs: %s" % jobs)
for job in jobs:
logging.debug("Sending info for job %s" % str(job))
package = {}
package['MessageType'] = 'JobMeta'
package['taskId'] = self.taskPrefix + \
job['workflow']
package['jobId'] = '%s_%i' % (job['name'],
job['retry_count'])
package['TaskType'] = job['taskType']
package['JobType'] = job['jobType']
package['NEventsToProcess'] = job.get('nEventsToProc',
'NotAvailable')
logging.debug("Sending: %s" % str(package))
result = apmonSend(taskid = package['taskId'],
jobid = package['jobId'],
params = package,
logr = logging,
apmonServer = self.serverreport)
if result != 0:
msg = "Error %i sending info for submitted job %s via UDP\n" \
% (result, job['name'])
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" \
% (self.destHost,
self.destPort))
apmonFree()
return
def handleSteps(self, job):
"""
_handleSteps_
Handle the post-processing step information
"""
performanceSteps = job['performance']
for stepName in performanceSteps.keys():
performance = performanceSteps[stepName]
package = {}
package['jobId'] = '%s_%i' % (job['name'], job['retryCount'])
package['taskId'] = 'wmagent_%s' % job['requestName']
package['stepName'] = stepName
package['PeakValueRss'] = performance['memory'].get('PeakValueRss', None)
package['PeakValueVsize'] = performance['memory'].get('PeakValueVsize', None)
package['writeTotalMB'] = performance['storage'].get('writeTotalMB', None)
package['readPercentageOps'] = performance['storage'].get('readPercentageOps', None)
package['readAveragekB'] = performance['storage'].get('readAveragekB', None)
package['readTotalMB'] = performance['storage'].get('readTotalMB', None)
package['readNumOps'] = performance['storage'].get('readNumOps', None)
package['readCachePercentageOps'] = performance['storage'].get('readCachePercentageOps', None)
package['readMBSec'] = performance['storage'].get('readMBSec', None)
package['readMaxMSec'] = performance['storage'].get('readMaxMSec', None)
package['readTotalSecs'] = performance['storage'].get('readTotalSecs', None)
package['writeTotalSecs'] = performance['storage'].get('writeTotalSecs', None)
package['TotalJobCPU'] = performance['cpu'].get('TotalJobCPU', None)
package['TotalEventCPU'] = performance['cpu'].get('TotalEventCPU', None)
package['AvgEventCPU'] = performance['cpu'].get('AvgEventCPU', None)
package['AvgEventTime'] = performance['cpu'].get('AvgEventTime', None)
package['MinEventCPU'] = performance['cpu'].get('MinEventCPU', None)
package['MaxEventTime'] = performance['cpu'].get('MaxEventTime', None)
package['TotalJobTime'] = performance['cpu'].get('TotalJobTime', None)
package['MinEventTime'] = performance['cpu'].get('MinEventTime', None)
package['MaxEventCPU'] = performance['cpu'].get('MaxEventCPU', None)
logging.debug("Sending performance info: %s" % str(package))
result = apmonSend( taskid = package['taskId'], jobid = package['jobId'], params = package, logr = logging, apmonServer = self.serverreport)
if result != 0:
msg = "Error %i sending info for completed job %s via UDP\n" % (result, job['name'])
msg += "Ignoring"
logging.error(msg)
self.sendAlert(6, msg = msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s, pass %s" \
% (self.config.DashboardReporter.dashboardHost,
self.config.DashboardReporter.dashboardPort,
getattr(self.config.DashboardReporter, 'dashboardPass', '')))
apmonFree()
return
def handleCreated(self, jobs):
"""
_handleCreated_
Handle the created jobs:
Publish the jobs' meta information (and tasks' if not in the Cache) to
the dashboard
jobs must be a list of dictionaries with the following information
(* denotes an optional argument):
workflow -> Name of the workflow
name -> unique name of the job
retry_count -> retry count of the job
taskType -> Workflow type (analysis, production, etc...)
jobType -> Job type (merge, processing, etc...)
*NEventsToprocess -> Number of events the job will process
Additionally the job should carry information about the task according
to the description of the addTask method
"""
logging.info("Handling %d created jobs" % len(jobs))
logging.debug("Handling created jobs: %s" % jobs)
for job in jobs:
logging.debug("Sending info for job %s" % str(job))
package = {}
package['MessageType'] = 'JobMeta'
package['taskId'] = self.taskPrefix + \
job['workflow']
package['jobId'] = '%s_%i' % (job['name'], job['retry_count'])
package['TaskType'] = job['taskType']
package['JobType'] = job['jobType']
package['NEventsToProcess'] = job.get('nEventsToProc',
'NotAvailable')
logging.debug("Sending: %s" % str(package))
result = apmonSend(taskid=package['taskId'],
jobid=package['jobId'],
params=package,
logr=logging,
apmonServer=self.serverreport)
if result != 0:
msg = "Error %i sending info for submitted job %s via UDP\n" \
% (result, job['name'])
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" \
% (self.destHost,
self.destPort))
apmonFree()
return
def testApmonInstance(self):
"""
_testApmonInstance_
Just test initialization of apmon Instance
"""
print("Apmon Configuration %s" % APMONCONF)
apmon = getApmonInstance(apmonServer=APMONCONF)
self.assertTrue(apmon.initializedOK())
# Free up apmon instance and check if it was successfull
apmonFree()
self.assertFalse(APMONINIT)
self.assertEqual(None, APMONINSTANCE)
def testApmonInstance(self):
"""
_testApmonInstance_
Just test initialization of apmon Instance
"""
print("Apmon Configuration %s" % APMONCONF)
apmon = getApmonInstance(apmonServer=APMONCONF)
self.assertTrue(apmon.initializedOK())
# Free up apmon instance and check if it was successfull
apmonFree()
self.assertFalse(APMONINIT)
self.assertEqual(None, APMONINSTANCE)
def handleJobStatusChange(self, jobs, statusValue, statusMessage):
"""
_handleJobStatusChange_
Handle the submitted, completed or killed jobs:
Publish the status information to the dashboard
jobs must be a list of dictionaries with the following information
(* denotes an optional argument):
workflow -> Name of the workflow
name -> unique name of the job
retry_count -> retry count of the job
statusValue -> Job status value
statusMessage -> Message from the new status
*location -> Computing element the job is destinated to
*fwjr -> Post processing step information
"""
logging.info("Handling jobs: %s" % jobs)
for job in jobs:
logging.info("Sending info for job %s" % str(job))
package = {}
package["MessageType"] = "JobStatus"
package["jobId"] = "%s_%i" % (job["name"], job["retry_count"])
package["taskId"] = self.taskPrefix + job["workflow"]
package["StatusValue"] = statusValue
package["StatusValueReason"] = statusMessage
package["StatusEnterTime"] = time.strftime(self.tsFormat, time.gmtime())
package["StatusDestination"] = job.get("location", "NotAvailable")
logging.info("Sending: %s" % str(package))
result = apmonSend(
taskid=package["taskId"],
jobid=package["jobId"],
params=package,
logr=logging,
apmonServer=self.serverreport,
)
if result != 0:
msg = "Error %i sending info for submitted job %s via UDP\n" % (result, job["name"])
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" % (self.destHost, self.destPort))
apmonFree()
if "fwjr" in job:
self.handleSteps(job)
return
def handleSubmitted(self, jobs):
"""
_handleSubmitted_
Handle the submitted jobs:
Send them to Dashboard via UDP
"""
logging.info("Handling jobs to be submitted: %s" % jobs)
for job in jobs:
taskName = job['requestName']
if not taskName in self.taskCache:
self.addTask(name = taskName, user = job.get('user', None))
logging.info("Sending info for task %s" % str(job))
package = {}
package['jobId'] = '%s_%i' % (job['name'], job['retryCount'])
package['taskId'] = 'wmagent_%s' % taskName
package['GridJobID'] = 'NotAvailable'
package['retryCount'] = job['retryCount']
package['MessageTS'] = time.time()
package['MessageType'] = 'JobMeta'
package['JobType'] = job['jobType']
package['TaskType'] = job['taskType']
package['StatusValue'] = 'submitted'
package['scheduler'] = 'BossAir'
package['StatusEnterTime'] = job.get('timestamp', time.time())
logging.info("Sending: %s" % str(package))
result = apmonSend(taskid = package['taskId'],
jobid = package['jobId'],
params = package,
logr = logging,
apmonServer = self.serverreport)
if result != 0:
msg = "Error %i sending info for submitted job %s via UDP\n" % (result, job['name'])
msg += "Ignoring"
logging.error(msg)
self.sendAlert(6, msg = msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s, pass %s" \
% (self.config.DashboardReporter.dashboardHost,
self.config.DashboardReporter.dashboardPort,
getattr(self.config.DashboardReporter, 'dashboardPass', '')))
apmonFree()
#self.apmonsender.free()
return
def addTask(self, task):
"""
_addTask_
Add a task to the Dashboard, jobs must contain the following information
about the task:
application -> CMSSW release
nevtJob -> Number of events per job
tool -> JobSubmission tool (like Condor? or WMAgent)
JSToolVersion -> 'tool' version
GridName -> Subject of user grid proxy
scheduler -> Scheduler
TaskType -> Type of activity
datasetFull -> Input dataset
CMSUser -> owner of the workflow
"""
taskName = task["name"]
package = {}
package["MessageType"] = "TaskMeta"
package["application"] = task["application"]
package["nevtJob"] = task["nevtJob"]
package["tool"] = "WMAgent"
package["JSToolVersion"] = __version__
package["GridName"] = task["GridName"]
package["scheduler"] = task["scheduler"]
package["TaskType"] = task["TaskType"]
package["TaskName"] = self.taskPrefix + taskName
package["JobName"] = "taskMeta"
package["datasetFull"] = task["datasetFull"]
package["CMSUser"] = task["user"]
logging.debug("Sending task info: %s" % str(package))
result = apmonSend(
taskid=package["TaskName"],
jobid=package["JobName"],
params=package,
logr=logging,
apmonServer=self.serverreport,
)
if result != 0:
msg = "Error %i sending info for new task %s via UDP\n" % (result, taskName)
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" % (self.destHost, self.destPort))
apmonFree()
def send_final_dashboard_update(data, config, monalisa):
cputime = data['cpu_time']
events_per_run = data['events_per_run']
exe_exit_code = data['exe_exit_code']
exe_time = data['task_timing']['stage_out_end'] - data['task_timing'][
'prologue_end']
task_exit_code = data['task_exit_code']
total_time = data['task_timing']['stage_out_end'] - data['task_timing'][
'wrapper_start']
stageout_exit_code = data['stageout_exit_code']
stageout_se = data['output_storage_element']
logger.debug("Execution time {}".format(total_time))
logger.debug("Exiting with code {}".format(task_exit_code))
logger.debug("Reporting ExeExitCode {}".format(exe_exit_code))
logger.debug("Reporting StageOutSE {}".format(stageout_se))
logger.debug("Reporting StageOutExitCode {}".format(stageout_exit_code))
parameters = {
'ExeTime': str(exe_time),
'ExeExitCode': str(exe_exit_code),
'JobExitCode': str(task_exit_code),
'JobExitReason': '',
'StageOutSE': stageout_se,
'StageOutExitStatus': str(stageout_exit_code),
'StageOutExitStatusReason': 'Copy succedeed with srm-lcg utils',
'CrabUserCpuTime': str(cputime),
'CrabWrapperTime': str(total_time),
'WCCPU': str(total_time),
'NoEventsPerRun': str(events_per_run),
'NbEvPerRun': str(events_per_run),
'NEventsProcessed': str(events_per_run)
}
try:
parameters.update(
{'CrabCpuPercentage': str(float(cputime) / float(total_time))})
except Exception:
pass
monitorid = str(config['monitoring']['monitorid'])
taskid = str(config['monitoring']['taskid'])
apmonSend(taskid, monitorid, parameters, logging.getLogger('mona'),
monalisa)
apmonFree()
def publish(self, data, redundancy = 1):
"""
_publish_
Publish information in this object to the Dashboard
using the ApMon interface and the destinations stored in this
instance.
redunancy is the amount to times to publish this information
"""
logging.info("About to send UDP package to dashboard: %s" % data)
logging.info("Using address %s" % self.server)
apmonSend(taskid = self.taskName, jobid = self.jobName, params = data,
logr = logging, apmonServer = self.server)
apmonFree()
return
def addTask(self, task):
"""
_addTask_
Add a task to the Dashboard, jobs must contain the following information
about the task:
application -> CMSSW release
tool -> JobSubmission tool (like Condor? or WMAgent)
JSToolVersion -> 'tool' version
TaskType -> Type of activity
datasetFull -> Input dataset
CMSUser -> owner of the workflow
"""
taskName = task['name']
package = {}
package['MessageType'] = 'TaskMeta'
package['application'] = task['application']
package['tool'] = 'WMAgent'
package['JSToolVersion'] = __version__
package['TaskType'] = task['TaskType']
package['TaskName'] = self.taskPrefix + taskName
package['JobName'] = 'taskMeta'
package['datasetFull'] = task['datasetFull']
package['CMSUser'] = task['user']
logging.info("Sending %s info" % taskName)
logging.debug("Sending task info: %s" % str(package))
result = apmonSend(taskid=package['TaskName'],
jobid=package['JobName'],
params=package,
logr=logging,
apmonServer=self.serverreport)
if result != 0:
msg = "Error %i sending info for new task %s via UDP\n" % (
result, taskName)
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" \
% (self.destHost,
self.destPort))
apmonFree()
def addTask(self, task):
"""
_addTask_
Add a task to the Dashboard, jobs must contain the following information
about the task:
application -> CMSSW release
tool -> JobSubmission tool (like Condor? or WMAgent)
JSToolVersion -> 'tool' version
TaskType -> Type of activity
datasetFull -> Input dataset
CMSUser -> owner of the workflow
"""
taskName = task['name']
package = {}
package['MessageType'] = 'TaskMeta'
package['application'] = task['application']
package['tool'] = 'WMAgent'
package['JSToolVersion'] = __version__
package['TaskType'] = task['TaskType']
package['TaskName'] = self.taskPrefix + taskName
package['JobName'] = 'taskMeta'
package['datasetFull'] = task['datasetFull']
package['CMSUser'] = task['user']
logging.info("Sending %s info" % taskName)
logging.debug("Sending task info: %s" % str(package))
result = apmonSend(taskid = package['TaskName'],
jobid = package['JobName'], params = package,
logr = logging, apmonServer = self.serverreport)
if result != 0:
msg = "Error %i sending info for new task %s via UDP\n" % (result,
taskName)
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" \
% (self.destHost,
self.destPort))
apmonFree()
def publish(self, data, redundancy=1):
"""
_publish_
Publish information in this object to the Dashboard
using the ApMon interface and the destinations stored in this
instance.
redunancy is the amount to times to publish this information
"""
logging.info("About to send UDP package to dashboard: %s" % data)
logging.info("Using address %s" % self.server)
apmonSend(taskid=self.taskName,
jobid=self.jobName,
params=data,
logr=logging,
apmonServer=self.server)
apmonFree()
return
def addTask(self, name, user):
"""
_addTask_
Add a task to the Dashboard
"""
package = {}
package['MessageType'] = 'TaskMeta'
package['MessageTS'] = time.time()
package['taskId'] = 'wmagent_%s' % name
package['jobId'] = 'taskMeta'
package['JSTool'] = 'WMAgent'
package['JSToolVersion'] = __version__
package['CMSUser'] = user
package['Workflow'] = name
package['AgentName'] = self.agentName
logging.info("Sending info for task %s" % str(name))
logging.debug("Sending task info: %s" % str(package))
result = apmonSend( taskid = package['taskId'], jobid = package['jobId'], params = package, logr = logging, apmonServer = self.serverreport)
if result != 0:
msg = "Error %i sending info for new task %s via UDP\n" % (result, name)
msg += "Ignoring"
logging.error(msg)
self.sendAlert(6, msg = msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s, pass %s" \
% (self.config.DashboardReporter.dashboardHost,
self.config.DashboardReporter.dashboardPort,
getattr(self.config.DashboardReporter, 'dashboardPass', '')))
else:
self.taskCache.append(name)
#self.apmonsender.free()
apmonFree()
def handleCompleted(self, jobs):
"""
_handleCompleted_
Handle the completed jobs:
Send them to Dashboard via UDP
"""
logging.info("Handling jobs to be completed: %s" % jobs)
for job in jobs:
package = {}
package['jobId'] = '%s_%i' % (job['name'], job['retryCount'])
package['taskId'] = 'wmagent_%s' % job['requestName']
package['GridJobID'] = job['name']
package['retryCount'] = job['retryCount']
package['MessageTS'] = time.time()
package['MessageType'] = 'JobStatus'
package['StatusValue'] = job['finalState']
package['StatusEnterTime'] = job['timestamp']
package['JobExitCode'] = job['exitCode']
logging.info("Sending completed info: %s" % str(package))
result = apmonSend( taskid = package['taskId'], jobid = package['jobId'], params = package, logr = logging, apmonServer = self.serverreport)
if result != 0:
msg = "Error %i sending info for completed job %s via UDP\n" % (result, job['name'])
msg += "Ignoring"
logging.error(msg)
self.sendAlert(6, msg = msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s, pass %s" \
% (self.config.DashboardReporter.dashboardHost,
self.config.DashboardReporter.dashboardPort,
getattr(self.config.DashboardReporter, 'dashboardPass', '')))
apmonFree()
self.handleSteps(job = job)
return
def send_initial_dashboard_update(data, config, monalisa):
# Dashboard does not like Unicode, just ASCII encoding
monitorid = str(config['monitoring']['monitorid'])
syncid = str(config['monitoring']['syncid'])
taskid = str(config['monitoring']['taskid'])
try:
if os.environ.get("PARROT_ENABLED", "FALSE") == "TRUE":
raise ValueError()
sync_ce = loadSiteLocalConfig().siteName
except Exception:
for envvar in [
"GLIDEIN_Gatekeeper", "OSG_HOSTNAME", "CONDORCE_COLLECTOR_HOST"
]:
if envvar in os.environ:
sync_ce = os.environ[envvar]
break
else:
host = socket.getfqdn()
sync_ce = config['default host']
if host.rsplit('.')[-2:] == sync_ce.rsplit('.')[-2:]:
sync_ce = config['default ce']
else:
sync_ce = 'Unknown'
logger.info("using sync CE {}".format(sync_ce))
parameters = {
'ExeStart': str(config['executable']),
'NCores': config.get('cores', 1),
'SyncCE': sync_ce,
'SyncGridJobId': syncid,
'WNHostName': socket.getfqdn()
}
apmonSend(taskid, monitorid, parameters, logging.getLogger('mona'),
monalisa)
apmonFree()
def publish(self, redundancy = 1, data = None):
"""
_publish_
Publish information in this object to the Dashboard
using the ApMon interface and the destinations stored in this
instance.
redunancy is the amount to times to publish this information
"""
#if self.publisher == None:
# self._InitPublisher()
#self.publisher.connect()
toPublish = {}
if data:
toPublish = data
else:
toPublish.update(self)
for key, value in toPublish.items():
if value == None:
del toPublish[key]
logging.debug("About to send UDP package to dashboard: %s" % toPublish)
logging.debug("Using address %s" % self.server)
apmonSend(taskid = self.taskName, jobid = self.jobName, params = toPublish,
logr = logging, apmonServer = self.server)
apmonFree()
#for i in range(1, redundancy+1):
# self.publisher.send(**toPublish)
#
#self.publisher.disconnect()
return
def handleSteps(self, job):
"""
_handleSteps_
Handle the post-processing step information
"""
if job['fwjr'] == None:
return
steps = job['fwjr'].listSteps()
for stepName in steps:
step = job['fwjr'].retrieveStep(stepName)
if not hasattr(step, 'counter'):
continue
counter = step.counter
package = {}
package.update(self.getPerformanceInformation(step))
package.update(self.getEventInformation(stepName, job['fwjr']))
# Input files should just be appended onto inputFiles instead of given a step #
# per https://hypernews.cern.ch/HyperNews/CMS/get/comp-monitoring/326.html
inputFilePackage = self.getInputFilesInformation(step)
if inputFilePackage:
if 'inputFiles' in package:
package['inputFiles'] += ';' + inputFilePackage['inputFiles']
else:
package.update(self.getInputFilesInformation(step))
trimmedPackage = {}
for key in package:
if key in ['inputFiles', 'Basename', 'inputBlocks']:
trimmedPackage[key] = package[key]
elif package[key] != None:
trimmedPackage['%d_%s' % (counter, key)] = package[key]
package = trimmedPackage
if not package:
continue
package['jobId'] = '%s_%i' % (job['name'], job['retry_count'])
package['taskId'] = self.taskPrefix + job['workflow']
package['%d_stepName' % counter] = stepName
logging.debug("Sending step info: %s" % str(package))
result = apmonSend(taskid = package['taskId'],
jobid = package['jobId'], params = package,
logr = logging, apmonServer = self.serverreport)
if result != 0:
msg = "Error %i sending info for completed job %s via UDP\n" \
% (result, job['name'])
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" \
% (self.destHost,
self.destPort))
apmonFree()
return
def handleSteps(self, job):
"""
_handleSteps_
Handle the post-processing step information
"""
if job["fwjr"] == None:
return
performanceSteps = job["fwjr"].listSteps()
for stepName in performanceSteps:
step = job["fwjr"].retrieveStep(stepName)
if not hasattr(step, "performance"):
continue
performance = step.performance
toReport = 3
if not hasattr(performance, "memory"):
performance.section_("memory")
toReport -= 1
if not hasattr(performance, "storage"):
performance.section_("storage")
toReport -= 1
if not hasattr(performance, "cpu"):
performance.section_("cpu")
toReport -= 1
# There's nothing to report, get out
if not toReport:
continue
package = {}
package["jobId"] = "%s_%i" % (job["name"], job["retry_count"])
package["taskId"] = self.taskPrefix + job["workflow"]
package["stepName"] = stepName
package["PeakValueRss"] = getattr(performance.memory, "PeakValueRss", None)
package["PeakValuePss"] = getattr(performance.memory, "PeakValuePss", None)
package["PeakValueVsize"] = getattr(performance.memory, "PeakValueVsize", None)
package["writeTotalMB"] = getattr(performance.storage, "writeTotalMB", None)
package["readPercentageOps"] = getattr(performance.storage, "readPercentageOps", None)
package["readAveragekB"] = getattr(performance.storage, "readAveragekB", None)
package["readTotalMB"] = getattr(performance.storage, "readTotalMB", None)
package["readNumOps"] = getattr(performance.storage, "readNumOps", None)
package["readCachePercentageOps"] = getattr(performance.storage, "readCachePercentageOps", None)
package["readMBSec"] = getattr(performance.storage, "readMBSec", None)
package["readMaxMSec"] = getattr(performance.storage, "readMaxMSec", None)
package["readTotalSecs"] = getattr(performance.storage, "readTotalSecs", None)
package["writeTotalSecs"] = getattr(performance.storage, "writeTotalSecs", None)
package["TotalJobCPU"] = getattr(performance.cpu, "TotalJobCPU", None)
package["AvgEventCPU"] = getattr(performance.cpu, "AvgEventCPU", None)
package["MaxEventTime"] = getattr(performance.cpu, "MaxEventTime", None)
package["AvgEventTime"] = getattr(performance.cpu, "AvgEventTime", None)
package["MinEventCPU"] = getattr(performance.cpu, "MinEventCPU", None)
package["TotalEventCPU"] = getattr(performance.cpu, "TotalEventCPU", None)
package["TotalJobTime"] = getattr(performance.cpu, "TotalJobTime", None)
package["MinEventTime"] = getattr(performance.cpu, "MinEventTime", None)
package["MaxEventCPU"] = getattr(performance.cpu, "MaxEventCPU", None)
logging.debug("Sending performance info: %s" % str(package))
result = apmonSend(
taskid=package["taskId"],
jobid=package["jobId"],
params=package,
logr=logging,
apmonServer=self.serverreport,
)
if result != 0:
msg = "Error %i sending info for completed job %s via UDP\n" % (result, job["name"])
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" % (self.destHost, self.destPort))
apmonFree()
return
def handleSteps(self, job):
"""
_handleSteps_
Handle the post-processing step information
"""
if job['fwjr'] == None:
return
steps = job['fwjr'].listSteps()
for stepName in steps:
step = job['fwjr'].retrieveStep(stepName)
if not hasattr(step, 'counter'):
continue
counter = step.counter
package = {}
package.update(self.getPerformanceInformation(step))
package.update(self.getEventInformation(stepName, job['fwjr']))
# Input files should just be appended onto inputFiles instead of given a step #
# per https://hypernews.cern.ch/HyperNews/CMS/get/comp-monitoring/326.html
inputFilePackage = self.getInputFilesInformation(step)
if inputFilePackage:
if 'inputFiles' in package:
package[
'inputFiles'] += ';' + inputFilePackage['inputFiles']
else:
package.update(self.getInputFilesInformation(step))
trimmedPackage = {}
for key in package:
if key in ['inputFiles', 'Basename', 'inputBlocks']:
trimmedPackage[key] = package[key]
elif package[key] != None:
trimmedPackage['%d_%s' % (counter, key)] = package[key]
package = trimmedPackage
if not package:
continue
package['jobId'] = '%s_%i' % (job['name'], job['retry_count'])
package['taskId'] = self.taskPrefix + job['workflow']
package['%d_stepName' % counter] = stepName
logging.debug("Sending step info: %s" % str(package))
result = apmonSend(taskid=package['taskId'],
jobid=package['jobId'],
params=package,
logr=logging,
apmonServer=self.serverreport)
if result != 0:
msg = "Error %i sending info for completed job %s via UDP\n" \
% (result, job['name'])
msg += "Ignoring"
logging.error(msg)
logging.debug("Package sent: %s\n" % package)
logging.debug("Host info: host %s, port %s" \
% (self.destHost,
self.destPort))
apmonFree()
return
def free(self):
apmonFree()
