void ft_byte(unsigned short int bite)
{
static t_list *list;
static unsigned short int targ;
static char *byte;
unsigned char dup;
if (!byte && !(targ = 0))
{
list = ft_memalloc((0x02) * sizeof(t_list));
byte = ft_memalloc((0x08) * sizeof(char));
byte[0x08] = 0x00;
}
byte[targ] = bite;
if (++targ == 0x08 && !(targ = 0))
{
dup = ft_bintodec(byte);
if (!dup)
(void) ft_lst_client(list);
else
(void) ft_lst_add(list, (void *) ft_chardup(dup));
}
return ;
}
t_lst *ft_lst_init(char *tab)
{
t_lst *begin_lst;
int cursor;
int col;
col = -1;
if (!(begin_lst = (t_lst *)malloc(sizeof(t_lst))))
return (NULL);
if (ft_strlen(tab) >= 440)
cursor = ft_strlen(tab) / 20;
else
cursor = ft_strlen(tab) / 20 + 1;
begin_lst->next = NULL;
begin_lst->id = cursor - 1;
begin_lst->used = FALSE;
begin_lst->shape = (char *)malloc(sizeof(char) * 21);
begin_lst->shp = (char **)malloc(sizeof(char *) * 4);
while (++col < 4)
begin_lst->shp[col] = (char *)malloc(sizeof(char) * 4 + 1);
while (--cursor)
begin_lst = ft_lst_add(begin_lst, cursor);
return (begin_lst);
}