def __queue__(self):
''' Starts a job or leaves it in the queue (thread safe) '''
logging.debug("Attempting to acquire queue mutex ...")
self.mutex.acquire()
logging.debug("Successfully acquired queue mutex.")
queue = list(Job.queue()) # Create a copy of the queue
for job in queue:
logging.info("Dispatching job: %s" % job.job_name)
if len(job) == 0:
job.status = u"COMPLETED"
dbsession.add(job)
dbsession.flush()
else:
algo = Algorithm.by_id(job.algorithm_id)
weapon_systems = WeaponSystem.system_ready(algo)
if weapon_systems is not None and 0 < len(weapon_systems):
logging.info("Weapon systems available: %d" % (
len(weapon_systems),
))
thread.start_new_thread(
self.__crack__,
(job, weapon_systems[0],)
)
else:
logging.info("No available weapon systems at this time.")
self.mutex.release()
def __queue__(self):
''' Starts a job or leaves it in the queue (thread safe) '''
logging.debug("Attempting to acquire queue mutex ...")
self.mutex.acquire()
logging.debug("Successfully acquired queue mutex.")
queue = list(Job.queue()) # Create a copy of the queue
for job in queue:
logging.info("Dispatching job: %s" % job.job_name)
if len(job) == 0:
job.status = u"COMPLETED"
dbsession.add(job)
dbsession.flush()
else:
algo = Algorithm.by_id(job.algorithm_id)
weapon_systems = WeaponSystem.system_ready(algo)
if weapon_systems is not None and 0 < len(weapon_systems):
logging.info("Weapon systems available: %d" %
(len(weapon_systems), ))
thread.start_new_thread(self.__crack__, (
job,
weapon_systems[0],
))
else:
logging.info("No available weapon systems at this time.")
self.mutex.release()
