def _iterate_tasks(self):
"""launch and monitor task executions"""
job_signal = False
# starting jobs
for t in self.workflow.tasks:
input_entries = [entry for entry in self.data if (entry['type']=='task_input' and entry['task'].id==t.id)]
# if data available and not already running
if (len(input_entries)==len([entry for entry in input_entries if entry.has_key('value') or entry.has_key('srcFileName')])):
job_entry = [job_entry for job_entry in self.sub_jobs if job_entry['task'].id==t.id][0]
if job_entry.has_key('job_id'):
job_id = job_entry['job_id']
if not(job_entry['job_status'].isEnded()):
j = Mobyle.JobFacade.JobFacade.getFromJobId(job_id)
su_signal = self._process_subjob_status_update(j, job_entry, t)
job_signal = job_signal or su_signal
else:
# if job is not running, start it
log.debug('starting job for task %s' % t.id)
log.debug('registry.getProgramUrl(t.service = %s,t.server= %s)' %(t.service , t.server) )
if t.server is None:
t.server = 'local'
job_parameters = {}
try:
url = registry.getProgramUrl(t.service,t.server)
j = Mobyle.JobFacade.JobFacade.getFromService(programUrl=url, workflowId=self.id)
job_parameters['programName'] = url
except:
url = registry.getWorkflowUrl(t.service,t.server)
j = Mobyle.JobFacade.JobFacade.getFromService(workflowUrl=url, workflowId=self.id)
job_parameters['workflowUrl'] = url
job_signal = True
for i_e in input_entries:
if i_e.has_key('value'):
job_parameters[i_e['parameter_id']]=i_e['value']
else:
job_parameters[i_e['parameter_id']+'.src']=i_e['src']
job_parameters[i_e['parameter_id']+'.srcFileName']=i_e['srcFileName']
job_parameters[i_e['parameter_id']+'.mode']='result'
job_parameters[i_e['parameter_id']+'.name']=i_e['parameter_id']+'.data'
job_parameters['email'] = self.email
try:
resp = j.create(request_dict=job_parameters)
except Exception, e:
raise WorkflowJobError("error during submission of task %s(%s)" \
%(t.id, t.description))
job_entry['job_id'] = resp['id']
if resp.has_key('errorparam') or resp.has_key('errormsg'):
raise WorkflowJobError("error during submission of task %s(%s).\n job %s message: %s: %s." \
%(t.id, t.description,job_entry['job_id'],resp.get('errorparam'),resp.get('errormsg')))
self.jobState.setTaskJob(t,job_entry['job_id'])
self.jobState.commit()
su_signal = self._process_subjob_status_update(j, job_entry, t)
job_signal = job_signal or su_signal
log.debug('job for task %s: %s' % (t.id, job_entry['job_id']))
def dump(self, type, dir, registry=registry):
output = open(os.path.join(dir, type + self.indexClass.indexFileName), "wb")
idx = {}
for s in getattr(registry, type + "s"):
try:
doc = etree.parse(s.path)
doc.xinclude()
if isinstance(s, ProgramDef):
idx[registry.getProgramUrl(s.name, s.server.name)] = self.indexClass.getIndexEntry(doc, s)
elif isinstance(s, WorkflowDef):
idx[registry.getWorkflowUrl(s.name, s.server.name)] = self.indexClass.getIndexEntry(doc, s)
elif isinstance(s, ViewerDef):
idx[registry.getViewerUrl(s.name)] = self.indexClass.getIndexEntry(doc, s)
except:
i_log.error(
"Error while generating %s entry for %s/%s" % (self.indexClass.__name__, s.server.name, s.name),
exc_info=True,
)
i_log.error(s.name)
i_log.error(s.path)
i_log.error(s.url)
pickle.dump(idx, output, 2)
output.close()
