void generate_relational(iopcode op, quad *q)
{
instruction t;
init_instruction(&t);
t.opcode = op; // # WARNING
t.srcLine = q->line;
make_operand(q->arg1, t.arg1);
make_operand(q->arg2, t.arg2);
t.result->type = label_a;
if(q->label < currproccessedquad())
{
t.result->val = quads[q->label].taddress;
}
else
{
add_incomplete_jump(nextinstructionlabel(), q->label);
}
q->taddress = nextinstructionlabel();
emit_icode(t);
}
void generate_relational (int op,quad* quad) {
struct instruction t;
t.opcode = op;
// printf("arg1:%d,arg2:%d\n", quad->arg1->boolConst,quad->arg2->boolConst);
make_operand(quad->arg1, &t.arg1);
make_operand(quad->arg2, &t.arg2);
t.result.type = label_a;
if (quad->label < currprocessedquad())
t.result.val = (quads+quad->label)->taddress;
else
add_incomplete_jump(nextinstructionlabel(), quad->label);
quad->taddress = nextinstructionlabel();
emit_instruction(&t);
}
