TABSIZE
fact_lim+pattern_size<=TABSIZE; fact_lim+=pattern_size) {
memcpy(&table[fact_lim], pattern, TABSIZE-fact_lim);
if (stop-start > TABSIZE+TABSIZE) {
tab_lim = &table[TABSIZE]; /* sieve it all */
fact_lim = sqrt(start+1.0+TABSIZE+TABSIZE);
static char table[TABSIZE]; /* Eratosthenes sieve of odd numbers */
tabsize = win->screen->TABSIZE;
tabsize = win->screen->TABSIZE;
int TABSIZE; /* Size of a tab. */
extern int TABSIZE; /* Size of a tab. */
int TABSIZE; /* Size of a tab. */
TABSIZE - (x % TABSIZE))) == ERR)
w = cw * (TABSIZE - (x % TABSIZE));
w = cw * (TABSIZE - (x % TABSIZE));
old_screen->TABSIZE = TABSIZE;
TABSIZE = new->TABSIZE;
screen->TABSIZE = (int)strtol(p, NULL, 0);
screen->TABSIZE = (int)t_init_tabs(screen->term);
screen->TABSIZE = TABSIZE_DEFAULT;
TABSIZE = screen->TABSIZE;
LINES, COLS, TABSIZE);
TABSIZE = screen->TABSIZE;
_cursesi_screen->TABSIZE = tabsize;
TABSIZE = tabsize;
#define TABEND(u) (ite_tty[u]->t_windsize.ws_col - TABSIZE) /* XXX */
#define TABEND(u) (ite_tty[u]->t_windsize.ws_col - TABSIZE) /* XXX */
#define TABEND(u) (ite_tty[u]->t_windsize.ws_col - TABSIZE) /* XXX */
pos = (1 + i / TABSIZE) * TABSIZE;
len += TABSIZE - 1;
tabs = (TABSTOP - len + TABSIZE - 1) / TABSIZE;
#define TABSTOP (TABSIZE*TABCOUNT)
cnt = 8 - (i % TABSIZE);
cnt = 8 - (i % TABSIZE);