def pool_processes(self):
""" return the maximum number of pooled processes to use """
if self.args.singleprocess:
retval = 1
elif self.args.jobs > 0:
retval = min(self.args.jobs, total_cpus(), self.images.images_found)
else:
retval = min(total_cpus(), self.images.images_found)
retval = 1 if retval == 0 else retval
logger.debug(retval)
return retval
def _pool_processes(self):
""" int: The number of threads to run in parallel. Based on user options and number of
available processors. """
if self._args.singleprocess:
retval = 1
elif self._args.jobs > 0:
retval = min(self._args.jobs, total_cpus(), self._images.count)
else:
retval = min(total_cpus(), self._images.count)
retval = 1 if retval == 0 else retval
logger.debug(retval)
return retval
def queue_size(self):
""" Set q-size to double number of cpus available """
if self.args.singleprocess:
retval = 2
else:
retval = total_cpus() * 2
logger.debug(retval)
return retval
def pool_processes(self):
""" return the maximum number of pooled processes to use """
if self.args.singleprocess:
retval = 1
else:
retval = min(total_cpus(), self.images.images_found)
logger.debug(retval)
return retval
def queue_size(self):
""" Set q-size to double number of cpus available """
if self.args.singleprocess:
retval = 2
else:
retval = total_cpus() * 2
logger.debug(retval)
return retval
