def __getitem__(self, idx):
if isinstance(idx, slice):
return Array(list(self)[idx])
size = len(self)
idx = size + idx if idx < 0 else idx
if abs(idx) >= size:
raise IndexError("list index out of range")
gdvar = lib.godot_array_get(self._gd_ptr, idx)
ret = variant_to_pyobj(ffi.addressof(gdvar))
lib.godot_variant_destroy(ffi.addressof(gdvar))
return ret
def bind(self, *args):
# print('[PY->GD] Varargs call %s.%s (%s) on %s with %s' % (classname, methname, meth, self, args))
vaargs = [
convert_arg(meth_arg["type"], meth_arg["name"], arg, to_variant=True)
for arg, meth_arg in zip(args, meth["args"])
]
vaargs += [pyobj_to_variant(arg) for arg in args[fixargs_count:]]
vavaargs = ffi.new("godot_variant*[]", vaargs) if vaargs else ffi.NULL
# TODO: use `godot_variant_call_error` to raise exceptions
varret = lib.godot_method_bind_call(
methbind, self._gd_ptr, vavaargs, len(args), ffi.NULL
)
ret = variant_to_pyobj(ffi.addressof(varret))
lib.godot_variant_destroy(ffi.addressof(varret))
# print('[PY->GD] returned:', ret)
return ret
def __getitem__(self, key):
var = pyobj_to_variant(key)
gdvar = lib.godot_dictionary_get(self._gd_ptr, var)
ret = variant_to_pyobj(ffi.addressof(gdvar))
lib.godot_variant_destroy(ffi.addressof(gdvar))
return ret
def pop_front(self):
gdvar = lib.godot_array_pop_front(self._gd_ptr)
ret = variant_to_pyobj(ffi.addressof(gdvar))
lib.godot_variant_destroy(ffi.addressof(gdvar))
return ret