def removeJob(self, id):
with self.myJobsLock:
if not id in self.myJobs.keys():
raise Exception('Key not in jobs!')
if self.myJobs[id].status in (STATUS_RUNNING, STATUS_DOWNLOADING):
raise Exception('Stop job or wait until it finish')
poz = 0
for job in gc.conf.jobs:
if job.id == id:
break
poz += 1
del gc.conf.jobs[poz]
gc.writeConfig()
del self.myJobs[id]
import shutil
try:
shutil.rmtree('jobs%s%s' % (os.sep, int(id)))
except:
pass
def jobStatusChanged(self, job):
if callable(self.statusChangeCallback):
self.statusChangeCallback(job)
if job.status == STATUS_FINISHED:
i = 0
#forget about it
for j in gc.conf.jobs:
if j.id == job._id:
del gc.conf.jobs[i]
break
i += 1
gc.writeConfig()
def addJob(self, id, clientUrl, realtime):
with self.myJobsLock:
if id in self.myJobs.keys():
raise Exception('Key already in jobs!')
newj = gc.conf.jobs.add()
newj.id = id
newj.clientUrl = clientUrl
newj.status = STATUS_STOPPED
newj.realtime = realtime
gc.writeConfig()
self.myJobs[id] = JobWorker(id, clientUrl, realtime, self)
def removeJob(self, id):
self.myJobsLock.acquire()
if not id in self.myJobs.keys():
raise Exception('Key not in jobs!')
for job in gc.conf.jobs:
if job.id == id:
job = None
gc.writeConfig()
del self.myJobs[id]
import shutil
shutil.rmtree('jobs%s%s' % (os.sep, int(id)))
self.myJobsLock.release()
def run(self):
if not self._realtime:
self.setNice()
from idlegrid.client.config import GridConfig
pass_globals = {
'id': self._id,
'machineId': GridConfig().conf.machineId
}
try:
exec(compile(open(self._mainFile).read(), "main.py", 'exec'),
pass_globals)
except:
self._status = STATUS_ERROR
else:
self._status = STATUS_FINISHED