def __get__(fget_self, obj, cls=None):
if cls is None:
if obj is None:
return fget_self
else:
cls = obj.__class__
if cls._binary is None:
raise ValueError('_binary was not specified.')
# Create a binary object
binary = find_binary(cls._binary, cls._srv_check)
# Create the function object
func = binary[identifier].make_function(
convention, args, return_type)
# Called with a this pointer?
if obj is not None:
# Wrap the function using MemberFunction, so we don't have
# to pass the this pointer anymore
func = MemberFunction(self, return_type, func, obj)
func.__doc__ = doc
return func
def __get__(fget_self, obj, cls):
# Create the function object
func = ptr.make_function(convention, args, return_type)
# Called with a this pointer?
if obj is not None:
# Wrap the function using MemberFunction, so we don't have
# to pass the this pointer anymore
func = MemberFunction(self, return_type, func, obj)
func.__doc__ = doc
return func
def fget(ptr):
"""Return the virtual function."""
# Create the virtual function
func = ptr.make_virtual_function(index, convention, args,
return_type)
# Wrap it using MemberFunction, so we don't have to pass the this
# pointer anymore
return MemberFunction(self, return_type, func, ptr)
def __get__(fget_self, obj, cls):
if cls._binary is None:
raise ValueError('_binary was not specified.')
# Create a binary object
binary = find_binary(cls._binary, cls._srv_check)
# Create the function object
func = binary[identifier].make_function(
convention,
args,
return_type
)
# Called with a this pointer?
if obj is not None:
# Wrap the function using MemberFunction, so we don't have
# to pass the this pointer anymore
func = MemberFunction(self, return_type, func, obj)
func.__doc__ = doc
return func