def _fragment_spread(self, ctx: InternalVisitorContext,
element: _VisitorElement) -> None:
_ctx = self._internal_ctx
self._internal_ctx = ctx
self._used_fragments.add(element.name)
try:
cfd = self._fragments[element.name]
except KeyError:
self._add_exception(
UndefinedFragment(
"Undefined fragment < %s >." % element.name,
locations=[element.get_location()],
))
return
depth = self._internal_ctx.depth
self._internal_ctx.type_condition = cfd.type_condition
self._in_fragment_spread_context = True
for saved_callback in cfd.callbacks:
saved_callback( # Simulate calling a the right place.
type_cond_depth=depth)
self._in_fragment_spread_context = False
self._internal_ctx.type_condition = None
self._internal_ctx = _ctx
def _fragment_spread(
self,
ctx: InternalVisitorContext,
element: _VisitorElement,
directives: [Dict[str, Any]],
) -> None:
_ctx = self._internal_ctx
self._internal_ctx = ctx
self._used_fragments.add(element.name)
try:
cfd = self._fragments[element.name]
except KeyError:
self._add_exception(
UndefinedFragment(
"Undefined fragment < %s >." % element.name,
locations=[element.get_location()],
)
)
return
depth = self._internal_ctx.depth
self._internal_ctx.type_condition = cfd.type_condition
self._in_fragment_spread_context = True
kwargs = {"type_cond_depth": depth}
for saved_callback in cfd.callbacks:
kwargs["directives"] = None
if depth == self._internal_ctx.depth:
kwargs["directives"] = directives
saved_callback(**kwargs) # Simulate calling a the right place.
self._in_fragment_spread_context = False
self._internal_ctx.type_condition = None
self._internal_ctx = _ctx