static IR packTuple(AST_Tuple tuple, DataType_Tuple tupleType)
{
IR_Allocate alloc = new IR_Allocate {
dType = tupleType
};
tuple.values.forEach((val, i) => {
IR member = instructions.Add(IR.getMember(alloc, tupleType.members[i], i));
instructions.Add(IR.operation <IR_Assign>(member, val.result, null));
});
return(alloc);
}
static void getTuple_Type_Kind(AST_Tuple tuple, out DataType_Tuple tupleType, out ValueKind tupleKind)
{
ValueKind _tupleKind = 0;
DataType_Tuple _tupleType = new DataType_Tuple(tuple.values.Count);
tuple.values.forEach((val, i) => {
_tupleKind |= val.result.dKind;
_tupleType.members[i] = val.result.dType;
});
if ((_tupleKind & (ValueKind.STATIC_TYPE | ValueKind.STATIC_FUNCTION)) != 0)
{
if ((_tupleKind & ~(ValueKind.STATIC_TYPE | ValueKind.STATIC_FUNCTION)) != 0)
{
throw Jolly.addError(tuple.location, "Tuple mixes values and types");
}
}
else if ((_tupleKind & (ValueKind.ADDRES | ValueKind.STATIC_VALUE | ValueKind.VALUE)) == 0)
{
throw Jolly.addError(tuple.location, "Invalid tuple type");
}
tupleKind = _tupleKind;
tupleType = (DataType_Tuple)DataType.makeUnique(_tupleType);
}