def monitor_object_cleanup(o, fn=lambda *args: None):
init()
# Required so that GetListOfCleanups().RecursiveRemove() is called.
o.SetBit(o.kMustCleanup)
args = fn, type(o).__name__, o.GetName(), o.GetTitle(), repr(o)
MONITORED[objectproxy_realaddress(o)] = args
def monitor_object_cleanup(o, fn=lambda *args: None):
init()
# Required so that GetListOfCleanups().RecursiveRemove() is called.
o.SetBit(o.kMustCleanup)
args = fn, type(o).__name__, o.GetName(), o.GetTitle(), repr(o)
MONITORED[objectproxy_realaddress(o)] = args
def on_cleanup(tobject):
# Note, when we arrive here, tobject is in its ~TObject, and hence the
# subclass part of the object doesn't exist, in some sense. Hence why we
# store information about the object on the MONITORED dict.
addr = objectproxy_realaddress(tobject)
if addr in MONITORED:
args = MONITORED[addr]
fn, args = args[0], args[1:]
fn(tobject, *args)
del MONITORED[addr]
def on_cleanup(tobject):
# Note, when we arrive here, tobject is in its ~TObject, and hence the
# subclass part of the object doesn't exist, in some sense. Hence why we
# store information about the object on the MONITORED dict.
addr = objectproxy_realaddress(tobject)
if addr in MONITORED:
args = MONITORED[addr]
fn, args = args[0], args[1:]
fn(tobject, *args)
del MONITORED[addr]