"""
def handledata(data,module):
#unpack task
task=Task()
task.unpack(data)
def handleok(data,module,task):
#find thread
thread=None
for t in self.threads:
if t[0]["task"].threadid==task.threadid:
thread=t
break
#check thread
if thread is None:
return #log error (thread not found!)
#find task
index=None
for i in range(len(thread)):
if thread[i]["task"].id==task.id:
index=i
break
#check task
if index is None:
return #log error (task not found!)
#update task
thread[index]["task"]=task
thread[index]["module"]=None
#is there a next task in the thread?
if index==len(thread)-1:
#delete thread, we're done
self.threads.remove(thread)
#append thread to history
self.history.append(thread)
if len(self.history)>10:
self.history=self.history[-10:]
else:
#assign result to next task in thread
thread[index]["task"].load()
thread[index+1]["task"].data=thread[index]["task"].result
thread[index+1]["task"].save()
#free the memory we just used up
thread[index]["task"].unload()
thread[index+1]["task"].unload()
#mark next task on thread as scheduled
thread[index+1]["task"].status=Task.STATUS_SCHEDULED
#done
module.lock=False
module.tasks=module.tasks[1:]
def handleerr(err,module):
#flush call failed. will try again in next monitor cycle
module.lock=False
deferred=module.call("flush")
deferred.addCallback(handleok,module=module,task=task)
deferred.addErrback(handleerr,module=module)
