def _invoke_postaction(self, **kwargs):
comm, rank, root = get_comm_rank_root()
# If we have a post-action and are the root rank then fire it
if rank == root and self.postact:
# If a post-action is currently running then wait for it
if self.postactaid is not None:
prefork.wait(self.postactaid)
# Prepare the command line
cmdline = shlex.split(self.postact.format(**kwargs))
# Invoke
if self.postactmode == 'blocking':
prefork.call(cmdline)
else:
self.postactaid = prefork.call_async(cmdline)
def _invoke_postaction(self, **kwargs):
comm, rank, root = get_comm_rank_root()
# If we have a post-action and are the root rank then fire it
if rank == root and self.postact:
# If a post-action is currently running then wait for it
if self.postactaid is not None:
prefork.wait(self.postactaid)
# Prepare the command line
cmdline = shlex.split(self.postact.format(**kwargs))
# Invoke
if self.postactmode == "blocking":
prefork.call(cmdline)
else:
self.postactaid = prefork.call_async(cmdline)
def _invoke_postaction(self, intg, **kwargs):
comm, rank, root = get_comm_rank_root()
# If we have a post-action and are the root rank then fire it
if rank == root and self.postact:
# If a post-action is currently running then wait for it
if self.postactaid is not None:
prefork.wait(self.postactaid)
# Prepare the command line
cmdline = shlex.split(self.postact.format(**kwargs))
# Invoke
if self.postactmode == 'blocking':
# Store returning code of the post-action
# If it is different from zero
# request intg to abort the computation
intg.abort |= bool(prefork.call(cmdline))
else:
self.postactaid = prefork.call_async(cmdline)
def __del__(self):
if getattr(self, 'postactaid', None) is not None:
prefork.wait(self.postactaid)
def __del__(self):
if self.postactaid is not None:
prefork.wait(self.postactaid)
def __del__(self):
if self.postactaid is not None:
prefork.wait(self.postactaid)
