static void treat_asm(t_cmd *line, char *header[2],
t_cmd *asms[3], int *pos)
{
int i;
if (line->cmd_code == T_LABEL)
{
list_replace_node(asms, &asms[2], line);
line->bin_size = *pos;
}
else if (line->cmd_code == T_NAME || line->cmd_code == T_COMMENT)
header[line->cmd_code + 3] = line->arg.argv[0];
else
{
line->bin_size = -1;
line->bin[++(line->bin_size)] = line->cmd_code;
if (line->cmd_code != T_REG && line->cmd_code != 9 &&
line->cmd_code != 12 && line->cmd_code != 15)
fill_arg_type(line, &(line->bin_size));
i = -1;
while (++i < MAX_ARGS_NUMBER && line->arg.type[i] != 0)
fill_arg(line, &(line->bin_size), my_getnbr(line->arg.argv[i]),
get_arg_size(line->cmd_code, i, line->arg.type[i]));
*pos += line->bin_size + 1;
}
}
int get_inst_size(char **args, t_instruct *current)
{
int i;
int size;
t_op *tab;
if (args == NULL)
return (0);
size = 1;
if ((tab = return_op_tab(current->instruction)))
size += tab->o_cod;
i = 0;
while (args[i])
{
size += get_arg_size(args[i], tab);
i++;
}
return (size);
}
static void labels_loop(t_cmd *line, t_cmd *lbls,
int i[3], int *lsize)
{
t_cmd *it;
while (++i[0] < 4 && line->arg.type[*i] != 0)
{
i[1] = get_arg_size(line->cmd_code, *i, line->arg.type[*i]);
if (line->arg.type[*i] == T_LAB || line->arg.argv[*i][0] == LABEL_CHAR)
{
it = lbls;
while (it && my_strcmp(line->arg.argv[*i] + 1, it->arg.argv[0]))
it = it->next;
if (it)
fill_arg(line, lsize, it->bin_size - i[2], i[1]);
else
syntax_prompt("Label undifined", line->line, *i, TRUE);
}
else
*lsize += i[1];
}
}