int complete_effect(FILE *fd, int *effect)
{
char *tmp;
char **tab;
int size_tab;
if ((tmp = get_line(fd)) == NULL)
return (error("Sorry, obj[effect][undeclared] error\n"));
tab = my_str_to_word_tab(&size_tab, tmp, ' ');
if (size_tab != 2)
return (error_parsing(tmp, "Sorry, effect[nb_arg] error at this line : "));
if (my_strcmp(tab[0], "effect") != 0)
return (error_parsing(tmp,
"Sorry, function call[effect] error at this line : "));
*effect = my_getnbr(tab[1]);
free_tab(tab, size_tab);
free(tmp);
return (SUCCES);
}
int complete_brillance(FILE *fd, float *brillance)
{
char *tmp;
char **tab;
int size_tab;
if ((tmp = get_line(fd)) == NULL)
return (error("Sorry, obj[brillance][undeclared] error\n"));
tab = my_str_to_word_tab(&size_tab, tmp, ' ');
if (size_tab != 2)
return (error_parsing(tmp,
"Sorry, brillance[nb_arg] error at this line : "));
if (my_strcmp(tab[0], "brillance") != 0)
return (error_parsing(tmp,
"Sorry, func call[brillance] error at this line : "));
*brillance = my_getnbr(tab[1]);
free_tab(tab, size_tab);
free(tmp);
return (SUCCES);
}
int complete_color(FILE *fd, int *color)
{
char *tmp;
char **tab;
int size_tab;
if ((tmp = get_line(fd)) == NULL)
return (error("Sorry, obj[color][undeclared] error\n"));
tab = my_str_to_word_tab(&size_tab, tmp, ' ');
if (size_tab != 2)
return (error_parsing(tmp,
"Sorry, color[nb_arg] error at this line : "));
if (my_strcmp(tab[0], "color") != 0)
return (error_parsing(tmp,
"Sorry, function call[color] error at this line : "));
*color = my_getnbr_hex(tab[1]);
free_tab(tab, size_tab);
free(tmp);
return (SUCCES);
}
int complete_def_norme(FILE *fd, int *def_norme)
{
char *tmp;
char **tab;
int size_tab;
if ((tmp = get_line(fd)) == NULL)
return (error("Sorry, obj[def_norme][undeclared] error\n"));
tab = my_str_to_word_tab(&size_tab, tmp, ' ');
if (size_tab != 2)
return (error_parsing(tmp,
"Sorry, def_norme[nb_arg] error at this line : "));
if (my_strcmp(tab[0], "def_norme") != 0)
{
my_putstr("Sorry, function call[def norme]");
return (error_parsing(tmp, "error at this line : "));
}
*def_norme = my_getnbr(tab[1]);
free_tab(tab, size_tab);
free(tmp);
return (SUCCES);
}
int complete_pos(FILE *fd, t_coordonne *pos)
{
char *tmp;
char **tab;
int size_tab;
if ((tmp = get_line(fd)) == NULL)
return (error("Sorry, obj[pos][undeclared] error"));
tab = my_str_to_word_tab(&size_tab, tmp, ' ');
if (size_tab != 4)
return (error_parsing(tmp,
"Sorry, pos[nb_arg] error at this line : "));
if (my_strcmp(tab[0], "pos") != 0)
return (error_parsing(tmp,
"Sorry, function call[pos] error at this line : "));
pos->x = my_getnbr(tab[1]);
pos->y = my_getnbr(tab[2]);
pos->z = my_getnbr(tab[3]);
free_tab(tab, size_tab);
free(tmp);
return (SUCCES);
}
static int check_input_champ(char **ag, t_list **list,
t_game *game, int i)
{
char **tab;
if (ag[i] == NULL)
return (my_perror(ERR_ARG));
while (ag[i] != NULL)
{
if ((tab = my_str_to_word_tab(ag[i])) == NULL)
return (my_perror(STR_TAB));
if ((use_input(tab, list)) == ERROR)
{
my_free_tab(tab);
return (ERROR);
}
i = i + 1;
my_free_tab(tab);
}
if (i == 1 && game->dump_cycle == -1)
return (my_perror(ERR_ARG));
return (GOOD);
}
int complete_lim_max(FILE *fd, t_coordonne *lim)
{
char *tmp;
char **tab;
int size_tab;
if ((tmp = get_line(fd)) == NULL)
return (error("Sorry, obj[lim][undeclared] error\n"));
tab = my_str_to_word_tab(&size_tab, tmp, ' ');
if (size_tab != 4)
return (error_parsing(tmp,
"Sorry, lim[nb_arg] error at this line : "));
if (my_strcmp(tab[0], "lim_max") != 0)
{
my_putstr("Sorry, function call[lim]");
return (error_parsing(tmp, "error at this line : "));
}
lim->x = my_getnbr(tab[1]);
lim->y = my_getnbr(tab[2]);
lim->z = my_getnbr(tab[3]);
free_tab(tab, size_tab);
free(tmp);
return (SUCCES);
}
