def post_event(self, func, *args, **kwargs):
"""Add an event to be called asynchronously."""
if not callable(func):
assert(len(func) == 5)
self._events.append(func + (log.get_tb(1), time.time()))
else:
self._events.append((func, args, kwargs, None, 0, log.get_tb(), time.time()))
def post_event(self, func, *args, **kwargs):
"""Add an event to be called asynchronously."""
if not callable(func):
assert (len(func) == 5)
self._events.append(func + (log.get_tb(1), time.time()))
else:
self._events.append(
(func, args, kwargs, None, 0, log.get_tb(), time.time()))
def replace(self, oldslot, newslot):
"""Replace a slot with a different one (to maintain calling order)."""
if oldslot not in self._slots:
raise RuntimeError("%s: Slot not connected to this signal, cannot "
"be replaced: %s" % (repr(self), str(oldslot)))
self._slots[self._slots.index(oldslot)] = newslot
self._tb.pop(oldslot)
self._tb[newslot] = log.get_tb()
return self
def replace(self, oldslot, newslot):
"""Replace a slot with a different one (to maintain calling order)."""
if oldslot not in self._slots:
raise RuntimeError("%s: Slot not connected to this signal, cannot "
"be replaced: %s" % (repr(self), str(oldslot)))
self._slots[self._slots.index(oldslot)] = newslot
self._tb.pop(oldslot)
self._tb[newslot] = log.get_tb()
return self
def connect(self, slot):
"""Connect a callback function to the signal."""
if slot is not None:
self._slots.append(slot)
self._tb[slot] = (log.get_tb(), time.time())
return self
def connect(self, slot):
"""Connect a callback function to the signal."""
if slot is not None:
self._slots.append(slot)
self._tb[slot] = (log.get_tb(), time.time())
return self
