def override_replace(target, name, func, combiner=replacement, reverse=False):
obj = target
cls = target.__class__
is_derived = False
# The function is defined in the superclass (which we don't override)
if not name in cls.__dict__:
is_derived = True
# Bind the call to the superclass function
orig_func = new.instancemethod(lambda self, *args, **named: getattr(super(cls, self), name).__call__(*args,**named), obj, cls)
else:
orig_func = getattr(obj, name)
if not hasattr(orig_func, "stacked"):
stacked_func = stacked_function(orig_func, combiner=combiner, reverse=reverse)
setattr(target, name, stacked_func)
else: stacked_func = orig_func
# Add the replacement effect along with the card name (in case of multiple effects)
new_func = [new.instancemethod(func, obj, cls), name, False] #card.name, False]
stacked_func.add_func(new_func)
def restore(stacked_func=stacked_func):
stacked_func.remove_func(new_func)
if not stacked_func.stacking():
setattr(target, name, stacked_func.funcs[0])
del stacked_func
func.expire = restore
return restore
def override(func, name, cls, obj=None, combiner=logical_and):
if obj: target = obj
else: target = cls
is_derived = False
if not name in target.__dict__:
orig_func = new.instancemethod(
lambda *args, **named: getattr(super(cls, args[0]), name).__call__(
*args[1:], **named), obj, cls)
is_derived = True
else:
orig_func = getattr(target, name)
if not hasattr(orig_func, "stacked"):
stacked_func = stacked_function(orig_func, combiner)
setattr(target, name, stacked_func)
else:
stacked_func = orig_func
new_func = new.instancemethod(func, obj, cls)
stacked_func.add_func(new_func)
def restore(stacked_func=stacked_func):
stacked_func.remove_func(new_func)
if not stacked_func.stacking():
#if not is_derived: setattr(target, name, stacked_func.funcs[0])
#else: del target.__dict__[name]
setattr(target, name, stacked_func.funcs[0])
del stacked_func
return restore
def override(func, name, cls, obj=None, combiner=logical_and):
if obj: target = obj
else: target = cls
is_derived = False
if not name in target.__dict__:
orig_func = new.instancemethod(lambda *args, **named: getattr(super(cls, args[0]), name).__call__(*args[1:],**named), obj, cls)
is_derived = True
else:
orig_func = getattr(target, name)
if not hasattr(orig_func, "stacked"):
stacked_func = stacked_function(orig_func, combiner)
setattr(target, name, stacked_func)
else: stacked_func = orig_func
new_func = new.instancemethod(func, obj, cls)
stacked_func.add_func(new_func)
def restore(stacked_func=stacked_func):
stacked_func.remove_func(new_func)
if not stacked_func.stacking():
#if not is_derived: setattr(target, name, stacked_func.funcs[0])
#else: del target.__dict__[name]
setattr(target, name, stacked_func.funcs[0])
del stacked_func
return restore