def processWorkload(self):
"""
Split the workload into tasks, and finish all the process for the task
"""
if self.workdir is None or self.workload is None:
raise Exception(
'Failure in processing workload %s in directory %s' % (str(self.workload), str(self.workdir)))
if hasattr(self.workload, 'owner'):
self.owner = self.workload.owner
if hasattr(self.workload, 'owner_dn'):
self.owner_dn = self.workload.owner_dn
for toptask in self.workload.taskIterator():
# for each task, build sandbox, register, and subscribe
for task in toptask.taskIterator():
if task.name() in self.workflowDict.keys():
raise Exception(
'Duplicate task name for workload %s, task %s' % (self.workload.name(), task.name()))
if not self.skipSubscription:
self.subscribeWMBS(task)
sandboxCreator = SandboxCreator()
sandboxCreator.makeSandbox(self.workdir, self.workload)
logging.info('Done processing workload %s' % (self.workload.name()))
return True
def processWorkload(self):
"""
Split the workload into tasks, and finish all the process for the task
"""
if self.workdir == None or self.workload == None:
raise Exception(
'Failure in processing workload %s in directory %s' %
(str(self.workload), str(self.workdir)))
if hasattr(self.workload, 'owner'):
self.owner = self.workload.owner
if hasattr(self.workload, 'owner_dn'):
self.owner_dn = self.workload.owner_dn
for toptask in self.workload.taskIterator():
#for each task, build sandbox, register, and subscribe
for task in toptask.taskIterator():
if task.name() in self.workflowDict.keys():
raise Exception(
'Duplicate task name for workload %s, task %s' %
(self.workload.name(), task.name()))
if not self.skipSubscription:
subscribeInfo = self.subscribeWMBS(task)
sandboxCreator = SandboxCreator()
sandboxCreator.makeSandbox(self.workdir, self.workload)
logging.info('Done processing workload %s' % (self.workload.name()))
return True
def produceSandboxForWorkflow(self, workload, targetFile = None, includeWMCore = True ):
"""
Given a workflow, builds a sandbox for interactive use
"""
from WMCore.WMRuntime.SandboxCreator import SandboxCreator
creator = SandboxCreator()
if not includeWMCore:
creator.disableWMCorePackaging()
tempDir = tempfile.mkdtemp()
try:
tarballPath = creator.makeSandbox(tempDir, workload)
finally:
pass
# if os.path.exists( tempDir ):
# shutil.rmtree( tempDir )
return tarballPath
def createSandbox(self):
"""Create the runtime sandbox"""
sandboxCreator = SandboxCreator()
sandboxCreator.makeSandbox(self.cachepath, self.wmSpec)
def createSandbox(self):
"""Create the runtime sandbox"""
sandboxCreator = SandboxCreator()
sandboxCreator.makeSandbox(self.cachepath, self.wmSpec)
