def generate_slot_map_op(ops: List[str], op: str, base: TypeInfo,
typ: TypeInfo) -> None:
ops.append('def {}(t)'.format(op))
nslots = num_slots(typ)
slots = compile_slot_mapping(base)
a = [] # type: List[str]
for t in slots:
a.append(transform_type_to_runtime_repr(t))
for i in range(len(slots), nslots):
a.append('__Dyn')
ops.append(' return [' + ', '.join(a) + ']')
ops.append('end')
def generate_slot_map_op(ops: List[str], op: str, base: TypeInfo,
typ: TypeInfo) -> None:
ops.append('def {}(t)'.format(op))
nslots = num_slots(typ)
slots = compile_slot_mapping(base)
a = [] # type: List[str]
for t in slots:
a.append(transform_type_to_runtime_repr(t))
for i in range(len(slots), nslots):
a.append('__Dyn')
ops.append(' return [' + ', '.join(a) + ']')
ops.append('end')
void add_slot_map_support_for_type_pair(str[] map, str[] ops, TypeInfo base,
TypeInfo typ):
op = '__{}TypeTo{}Slots'.format(base.name(), typ.name())
map.append(' ({}, {}) : {},'.format(base.name(), typ.name(), op))
if typ.is_generic():
map.append(' ({}, {}) : {},'.format(base.name(), typ.name() +
dynamic_suffix(False),
op))
generate_slot_map_op(ops, op, base, typ)
void generate_slot_map_op(str[] ops, str op, TypeInfo base, TypeInfo typ):
ops.append('def {}(t)'.format(op))
nslots = num_slots(typ)
slots = compile_slot_mapping(base)
a = <str> []
for t in slots:
a.append(transform_type_to_runtime_repr(t))
for i in range(len(slots), nslots):
a.append('__Dyn')
ops.append(' return [' + ', '.join(a) + ']')
ops.append('end')
str transform_type_to_runtime_repr(Type t):
if isinstance(t, Instance):
inst = (Instance)t
if inst.args == []:
return inst.type.name()
else:
