def Quit(exitcode=core.EXIT_CODE_OK):
core._running = False
core._exitcode = exitcode
# TODO(pts): Test this.
coio.get_concurrence_triggered().append(lambda evtype: 0, 0)
for tasklet_obj in coio.get_concurrence_main_tasklets():
tasklet_obj.insert()
def Quit(exitcode=core.EXIT_CODE_OK):
core._running = False
core._exitcode = exitcode
# TODO(pts): Test this.
coio.get_concurrence_triggered().append(lambda evtype: 0, 0)
for tasklet_obj in coio.get_concurrence_main_tasklets():
tasklet_obj.insert()
def Dispatch(f=None):
"""Replacement for concurrence.core.dispatch().
This function can be run in any tasklet, even in multiple tasklets in
parallel (but that doesn't make sense).
"""
# TODO(pts): Don't count this as a regular tasklet for Syncless exiting.
# TODO(pts): Make this configurable.
#event_interrupt = SignalEvent(
# core.SIGINT, lambda core.quit(core.EXIT_CODE_SIGINT))
main_tasklets = coio.get_concurrence_main_tasklets()
assert stackless.current not in main_tasklets
main_tasklets.append(stackless.current)
# We set _running to True for compatibility with Concurrence.
core._running = True
try:
if callable(f):
core.Tasklet.new(f)()
while core._running:
try:
# coio.HandleCConcurrence will insert us back.
if coio.get_concurrence_triggered():
stackless.schedule(None)
else:
stackless.schedule_remove(None)
except TaskletExit:
pass
except KeyboardInterrupt:
raise
except:
logging.exception(
'unhandled exception in dispatch schedule')
for callback, evtype in coio.get_swap_concurrence_triggered():
try:
# The callback can extend coio.get_concurrence_triggered().
# TODO(pts): How come??
callback(evtype)
except TaskletExit:
raise
except:
logging.exception(
'unhandled exception in dispatch event callback')
# TODO(pts): Push back to coio.get_concurrence_triggered().
finally:
main_tasklets.remove(stackless.current)
def Dispatch(f=None):
"""Replacement for concurrence.core.dispatch().
This function can be run in any tasklet, even in multiple tasklets in
parallel (but that doesn't make sense).
"""
# TODO(pts): Don't count this as a regular tasklet for Syncless exiting.
# TODO(pts): Make this configurable.
#event_interrupt = SignalEvent(
# core.SIGINT, lambda core.quit(core.EXIT_CODE_SIGINT))
main_tasklets = coio.get_concurrence_main_tasklets()
assert stackless.current not in main_tasklets
main_tasklets.append(stackless.current)
# We set _running to True for compatibility with Concurrence.
core._running = True
try:
if callable(f):
core.Tasklet.new(f)()
while core._running:
try:
# coio.HandleCConcurrence will insert us back.
if coio.get_concurrence_triggered():
stackless.schedule(None)
else:
stackless.schedule_remove(None)
except TaskletExit:
pass
except KeyboardInterrupt:
raise
except:
logging.exception('unhandled exception in dispatch schedule')
for callback, evtype in coio.get_swap_concurrence_triggered():
try:
# The callback can extend coio.get_concurrence_triggered().
# TODO(pts): How come??
callback(evtype)
except TaskletExit:
raise
except:
logging.exception('unhandled exception in dispatch event callback')
# TODO(pts): Push back to coio.get_concurrence_triggered().
finally:
main_tasklets.remove(stackless.current)