def __init__(self, space, size, extra, extra_position, ctitem,
could_cast_anything=True):
name, name_position = ctitem.insert_name(extra, extra_position)
W_CType.__init__(self, space, size, name, name_position)
# this is the "underlying type":
# - for pointers, it is the pointed-to type
# - for arrays, it is the array item type
# - for functions, it is the return type
self.ctitem = ctitem
self.can_cast_anything = could_cast_anything and ctitem.cast_anything
def __init__(self, space, size, extra, extra_position, ctitem,
could_cast_anything=True):
from pypy.module._cffi_backend.ctypestruct import W_CTypeStructOrUnion
name, name_position = ctitem.insert_name(extra, extra_position)
W_CType.__init__(self, space, size, name, name_position)
# this is the "underlying type":
# - for pointers, it is the pointed-to type
# - for arrays, it is the array item type
# - for functions, it is the return type
self.ctitem = ctitem
self.can_cast_anything = could_cast_anything and ctitem.cast_anything
self.is_struct_ptr = isinstance(ctitem, W_CTypeStructOrUnion)
def __init__(self, space, size, extra, extra_position, ctitem):
name, name_position = ctitem.insert_name(extra, extra_position)
W_CType.__init__(self, space, size, name, name_position)
# this is the "underlying type":
# - for pointers, it is the pointed-to type
# - for arrays, it is the array item type
# - for functions, it is the return type
self.ctitem = ctitem
self.accept_str = (self.is_nonfunc_pointer_or_array and
(isinstance(ctitem, ctypevoid.W_CTypeVoid) or
isinstance(ctitem, ctypeprim.W_CTypePrimitiveChar) or
(ctitem.is_primitive_integer and
ctitem.size == rffi.sizeof(lltype.Char))))
def __init__(self, space, name):
W_CType.__init__(self, space, -1, name, len(name))
def __init__(self, space, name):
W_CType.__init__(self, space, -1, name, len(name))
def __init__(self, space, size, name, name_position, align):
W_CType.__init__(self, space, size, name, name_position)
self.align = align
def __init__(self, space):
W_CType.__init__(self, space, -1, "void", len("void"))
