def derive_dummy_ptr(
ptr: s_pointers.Pointer,
*,
ctx: context.ContextLevel,
) -> s_pointers.Pointer:
stdobj = cast(s_objtypes.ObjectType, ctx.env.schema.get('std::Object'))
derived_obj_name = stdobj.get_derived_name(ctx.env.schema,
stdobj,
module='__derived__')
derived_obj = ctx.env.schema.get(derived_obj_name, None)
if derived_obj is None:
ctx.env.schema, derived_obj = stdobj.derive_subtype(
ctx.env.schema, name=derived_obj_name)
ctx.env.created_schema_objects.add(derived_obj)
derived_name = ptr.get_derived_name(ctx.env.schema, derived_obj)
derived: s_pointers.Pointer
derived = cast(s_pointers.Pointer, ctx.env.schema.get(derived_name, None))
if derived is None:
ctx.env.schema, derived = ptr.derive_ref(ctx.env.schema,
derived_obj,
derived_obj,
attrs={
'cardinality':
qltypes.Cardinality.MANY,
},
name=derived_name,
mark_derived=True)
ctx.env.created_schema_objects.add(derived)
return derived
def derive_dummy_ptr(
ptr: s_pointers.Pointer,
*,
ctx: context.ContextLevel,
) -> s_pointers.Pointer:
stdobj = ctx.env.schema.get('std::BaseObject', type=s_objtypes.ObjectType)
derived_obj_name = stdobj.get_derived_name(ctx.env.schema,
stdobj,
module='__derived__')
derived_obj = ctx.env.schema.get(derived_obj_name,
None,
type=s_obj.QualifiedObject)
if derived_obj is None:
ctx.env.schema, derived_obj = stdobj.derive_subtype(
ctx.env.schema, name=derived_obj_name)
ctx.env.created_schema_objects.add(derived_obj)
derived_name = ptr.get_derived_name(ctx.env.schema, derived_obj)
derived: s_pointers.Pointer
derived = cast(s_pointers.Pointer, ctx.env.schema.get(derived_name, None))
if derived is None:
ctx.env.schema, derived = ptr.derive_ref(
ctx.env.schema,
derived_obj,
target=derived_obj,
attrs={
'cardinality': qltypes.SchemaCardinality.One,
},
name=derived_name,
mark_derived=True,
transient=True,
)
ctx.env.created_schema_objects.add(derived)
return derived