def buildWorkload(self, originalRequestURL, arguments):
"""
_buildWorkload_
Build a resubmission workload from a previous
workload, it loads the workload and truncates it.
"""
helper = WMWorkloadHelper()
helper.loadSpecFromCouch(originalRequestURL, self.originalRequestName)
helper.truncate(self.workloadName, self.initialTaskPath,
self.acdcServer, self.acdcDatabase,
self.collectionName)
helper.ignoreOutputModules(self.ignoredOutputModules)
# override a couple of parameters, if provided by user
if 'Memory' in arguments:
helper.setMemory(arguments['Memory'])
if 'Campaign' in arguments and not helper.getCampaign():
helper.setCampaign(arguments["Campaign"])
if 'RequestPriority' in arguments:
helper.setPriority(arguments["RequestPriority"])
if 'TimePerEvent' in arguments:
for task in helper.taskIterator():
task.setJobResourceInformation(timePerEvent=arguments["TimePerEvent"])
return helper
def buildWorkload(self, arguments):
"""
_buildWorkload_
Build a resubmission workload from a previous
workload, it loads the workload and truncates it.
"""
helper = WMWorkloadHelper()
# where to find the original spec file
originalRequestURL = "%s/%s" % (arguments['CouchURL'], arguments['CouchWorkloadDBName'])
helper.loadSpecFromCouch(originalRequestURL, self.originalRequestName)
helper.truncate(self.workloadName, self.initialTaskPath,
self.acdcServer, self.acdcDatabase,
self.collectionName)
helper.ignoreOutputModules(self.ignoredOutputModules)
# override a couple of parameters, if provided by user
if 'RequestPriority' in arguments:
helper.setPriority(arguments["RequestPriority"])
if arguments['OriginalRequestType'] != 'TaskChain' or isinstance(arguments['Memory'], dict):
helper.setMemory(arguments['Memory'])
helper.setupPerformanceMonitoring(softTimeout=arguments.get("SoftTimeout"),
gracePeriod=arguments.get("GracePeriod"))
if arguments['OriginalRequestType'] != 'TaskChain' or isinstance(arguments['Multicore'], dict):
helper.setCoresAndStreams(arguments['Multicore'], arguments.get("EventStreams", 0))
if arguments['OriginalRequestType'] != 'TaskChain' or isinstance(arguments.get('TimePerEvent'), dict):
helper.setTimePerEvent(arguments.get("TimePerEvent"))
return helper
def buildWorkload(self, arguments):
"""
_buildWorkload_
Build a resubmission workload from a previous
workload, it loads the workload and truncates it.
"""
helper = WMWorkloadHelper()
# where to find the original spec file
originalRequestURL = "%s/%s" % (arguments['CouchURL'],
arguments['CouchWorkloadDBName'])
helper.loadSpecFromCouch(originalRequestURL, self.originalRequestName)
helper.truncate(self.workloadName, self.initialTaskPath,
self.acdcServer, self.acdcDatabase,
self.collectionName)
helper.ignoreOutputModules(self.ignoredOutputModules)
# override a couple of parameters, if provided by user
# Note that if it was provided by the user, then it's already part of the arguments too
if "RequestPriority" in self.userArgs:
helper.setPriority(arguments["RequestPriority"])
if "Memory" in self.userArgs:
helper.setMemory(arguments["Memory"])
if "Multicore" in self.userArgs or "EventStreams" in self.userArgs:
self.setCoresAndStreams(helper, arguments)
if "TimePerEvent" in self.userArgs:
helper.setTimePerEvent(arguments.get("TimePerEvent"))
return helper
def buildWorkload(self, arguments):
"""
_buildWorkload_
Build a resubmission workload from a previous
workload, it loads the workload and truncates it.
"""
helper = WMWorkloadHelper()
# where to find the original spec file
originalRequestURL = "%s/%s" % (arguments['CouchURL'],
arguments['CouchWorkloadDBName'])
helper.loadSpecFromCouch(originalRequestURL, self.originalRequestName)
helper.truncate(self.workloadName, self.initialTaskPath,
self.acdcServer, self.acdcDatabase,
self.collectionName)
helper.ignoreOutputModules(self.ignoredOutputModules)
# override a couple of parameters, if provided by user
if 'Memory' in arguments:
helper.setMemory(arguments['Memory'])
if 'Campaign' in arguments and not helper.getCampaign():
helper.setCampaign(arguments["Campaign"])
if 'RequestPriority' in arguments:
helper.setPriority(arguments["RequestPriority"])
if 'TimePerEvent' in arguments:
for task in helper.taskIterator():
task.setJobResourceInformation(
timePerEvent=arguments["TimePerEvent"])
return helper
def buildWorkload(self, originalRequestURL):
"""
_buildWorkload_
Build a resubmission workload from a previous
workload, it loads the workload and truncates it.
"""
#TODO remove the dependency on reqmgr1
if originalRequestURL == None:
# reqmgr1 call (Due to reqmgr2 dependency imports here
from WMCore.HTTPFrontEnd.RequestManager.ReqMgrWebTools import loadWorkload
from WMCore.RequestManager.RequestDB.Interface.Request.GetRequest import getRequestByName
originalRequest = getRequestByName(self.originalRequestName)
helper = loadWorkload(originalRequest)
else:
# reqmgr2 call
helper = WMWorkloadHelper()
helper.loadSpecFromCouch(originalRequestURL, self.originalRequestName)
helper.truncate(self.workloadName, self.initialTaskPath,
self.acdcServer, self.acdcDatabase,
self.collectionName)
helper.ignoreOutputModules(self.ignoredOutputModules)
return helper
def buildWorkload(self, originalRequestURL):
"""
_buildWorkload_
Build a resubmission workload from a previous
workload, it loads the workload and truncates it.
"""
# TODO remove the dependency on reqmgr1
if originalRequestURL == None:
# reqmgr1 call (Due to reqmgr2 dependency imports here
from WMCore.HTTPFrontEnd.RequestManager.ReqMgrWebTools import loadWorkload
from WMCore.RequestManager.RequestDB.Interface.Request.GetRequest import getRequestByName
originalRequest = getRequestByName(self.originalRequestName)
helper = loadWorkload(originalRequest)
else:
# reqmgr2 call
helper = WMWorkloadHelper()
helper.loadSpecFromCouch(originalRequestURL, self.originalRequestName)
helper.truncate(
self.workloadName, self.initialTaskPath, self.acdcServer, self.acdcDatabase, self.collectionName
)
helper.ignoreOutputModules(self.ignoredOutputModules)
return helper
def buildWorkload(self, arguments):
"""
_buildWorkload_
Build a resubmission workload from a previous
workload, it loads the workload and truncates it.
"""
helper = WMWorkloadHelper()
# where to find the original spec file
originalRequestURL = "%s/%s" % (arguments['CouchURL'], arguments['CouchWorkloadDBName'])
helper.loadSpecFromCouch(originalRequestURL, self.originalRequestName)
helper.truncate(self.workloadName, self.initialTaskPath,
self.acdcServer, self.acdcDatabase,
self.collectionName)
helper.ignoreOutputModules(self.ignoredOutputModules)
# override a couple of parameters, if provided by user
if 'RequestPriority' in arguments:
helper.setPriority(arguments["RequestPriority"])
if arguments['OriginalRequestType'] != 'TaskChain' or isinstance(arguments['Memory'], dict):
helper.setMemory(arguments['Memory'])
if arguments['OriginalRequestType'] != 'TaskChain' or isinstance(arguments.get('TimePerEvent'), dict):
helper.setTimePerEvent(arguments.get("TimePerEvent"))
return helper
def buildWorkload(self, originalRequestURL, arguments):
"""
_buildWorkload_
Build a resubmission workload from a previous
workload, it loads the workload and truncates it.
"""
#TODO remove the dependency on reqmgr1
if originalRequestURL == None:
# reqmgr1 call (Due to reqmgr2 dependency imports here
from WMCore.HTTPFrontEnd.RequestManager.ReqMgrWebTools import loadWorkload
from WMCore.RequestManager.RequestDB.Interface.Request.GetRequest import getRequestByName
originalRequest = getRequestByName(self.originalRequestName)
helper = loadWorkload(originalRequest)
else:
# reqmgr2 call
helper = WMWorkloadHelper()
helper.loadSpecFromCouch(originalRequestURL,
self.originalRequestName)
helper.truncate(self.workloadName, self.initialTaskPath,
self.acdcServer, self.acdcDatabase,
self.collectionName)
helper.ignoreOutputModules(self.ignoredOutputModules)
# override a couple of parameters, if provided by user
if 'Memory' in arguments:
helper.setMemory(arguments['Memory'])
if 'Campaign' in arguments and not helper.getCampaign():
helper.setCampaign(arguments["Campaign"])
if 'RequestPriority' in arguments:
helper.setPriority(arguments["RequestPriority"])
if 'TimePerEvent' in arguments:
for task in helper.taskIterator():
task.setJobResourceInformation(
timePerEvent=arguments["TimePerEvent"])
return helper
def buildWorkload(self, originalRequestURL, arguments):
"""
_buildWorkload_
Build a resubmission workload from a previous
workload, it loads the workload and truncates it.
"""
#TODO remove the dependency on reqmgr1
if originalRequestURL == None:
# reqmgr1 call (Due to reqmgr2 dependency imports here
from WMCore.HTTPFrontEnd.RequestManager.ReqMgrWebTools import loadWorkload
from WMCore.RequestManager.RequestDB.Interface.Request.GetRequest import getRequestByName
originalRequest = getRequestByName(self.originalRequestName)
helper = loadWorkload(originalRequest)
else:
# reqmgr2 call
helper = WMWorkloadHelper()
helper.loadSpecFromCouch(originalRequestURL, self.originalRequestName)
helper.truncate(self.workloadName, self.initialTaskPath,
self.acdcServer, self.acdcDatabase,
self.collectionName)
helper.ignoreOutputModules(self.ignoredOutputModules)
# override a couple of parameters, if provided by user
if 'Memory' in arguments:
helper.setMemory(arguments['Memory'])
if 'Campaign' in arguments and not helper.getCampaign():
helper.setCampaign(arguments["Campaign"])
if 'RequestPriority' in arguments:
helper.setPriority(arguments["RequestPriority"])
if 'TimePerEvent' in arguments:
for task in helper.taskIterator():
task.setJobResourceInformation(timePerEvent=arguments["TimePerEvent"])
return helper
