def _pre_fire_output(args):
"""Called when an output is about to be fired."""
if not on_entity_output_listener_manager:
return
# Windows is a bit weird: the function takes 4 additional arguments...
if PLATFORM == 'windows':
args = (args[0], ) + tuple(args)[5:]
caller_ptr = args[3]
if not caller_ptr:
# If we don't know the caller, we won't be able to retrieve the output
# name
return
caller = memory.make_object(BaseEntity, caller_ptr)
output_name = find_output_name(caller, args[0])
if output_name is None:
return None
if caller.is_networked():
caller = memory.make_object(Entity, caller_ptr)
value_ptr = args[1]
value = (value_ptr or None) and memory.make_object(Variant, value_ptr)
activator_ptr = args[2]
activator = ((activator_ptr or None)
and memory.make_object(BaseEntity, activator_ptr))
if activator is not None and activator.is_networked():
activator = memory.make_object(Entity, activator_ptr)
delay = args[4]
on_entity_output_listener_manager.notify(output_name, activator, caller,
value, delay)
def _pre_fire_output(args):
"""Called when an output is about to be fired."""
if not on_entity_output_listener_manager:
return
# Windows is a bit weird: the function takes 4 additional arguments...
if PLATFORM == 'windows':
args = (args[0],) + tuple(args)[5:]
caller_ptr = args[3]
if not caller_ptr:
# If we don't know the caller, we won't be able to retrieve the
# output name
return
caller = memory.make_object(BaseEntity, caller_ptr)
output_name = find_output_name(caller, args[0])
if output_name is None:
return None
if caller.is_networked():
caller = memory.make_object(Entity, caller_ptr)
value_ptr = args[1]
value = (value_ptr or None) and memory.make_object(Variant, value_ptr)
activator_ptr = args[2]
activator = ((activator_ptr or None) and memory.make_object(
BaseEntity, activator_ptr))
if activator is not None and activator.is_networked():
activator = memory.make_object(Entity, activator_ptr)
delay = args[4]
on_entity_output_listener_manager.notify(
output_name, activator, caller, value, delay)