array_t create_array(compare_t fun)
{
array_t list;
__alloc(&list);
__priv_alloc(&list->priv);
list->add = add;
list->add_first = add_first;
list->add_last = add_last;
list->del = del;
list->del_first = del_first;
list->del_last = del_last;
list->compare = fun;
list->copy = copy;
list->copy_idx = copy_idx;
list->copy_len = copy_len;
list->get_index = get_index;
list->get_size = get_size;
list->get_count = get_count;
list->lookup = lookup;
list->replace = replace;
list->priv->count = 0;
list->priv->size = MINSIZE;
__set(list->priv->size, &list->priv->array);
return list;
}
void __lcd_ports_init(void){
__lcd_light_on();
__lcd_rs_off();
__lcd_rw_off();
__lcd_e_off();
__set(LCD_DDR,RS);
__set(LCD_DDR,E);
__set(LCD_DDR,RW);
__set(LCD_DDR,DB7);
__set(LCD_DDR,DB6);
__set(LCD_DDR,DB5);
__set(LCD_DDR,DB4);
__set(LCD_DDR,LIGHT);
}
void shutdown(int exit_val, char *err_cause, int line_no)
{
static int in_shutdown = 0;
/* In case we get called recursively by a set() call below */
if (in_shutdown++)
return;
seteuid(0);
if (queue != -1)
if (mq_close(queue))
perror("mq_close() during shutdown");
if (queue_path)
/*
* Be silent if this fails, if we cleaned up already it's
* expected to fail
*/
mq_unlink(queue_path);
if (default_settings) {
if (saved_def_msgs)
__set(def_msgs, saved_def_msgs,
"failed to restore saved_def_msgs");
if (saved_def_msgsize)
__set(def_msgsize, saved_def_msgsize,
"failed to restore saved_def_msgsize");
}
if (saved_max_msgs)
__set(max_msgs, saved_max_msgs,
"failed to restore saved_max_msgs");
if (saved_max_msgsize)
__set(max_msgsize, saved_max_msgsize,
"failed to restore saved_max_msgsize");
if (exit_val)
error(exit_val, errno, "%s at %d", err_cause, line_no);
exit(0);
}
slong _nmod_poly_xgcd_hgcd(mp_ptr G, mp_ptr S, mp_ptr T,
mp_srcptr A, slong lenA, mp_srcptr B, slong lenB,
nmod_t mod)
{
const slong cutoff = FLINT_BIT_COUNT(mod.n) <= 8 ?
NMOD_POLY_SMALL_GCD_CUTOFF : NMOD_POLY_GCD_CUTOFF;
slong lenG, lenS, lenT;
if (lenB == 1)
{
G[0] = B[0];
T[0] = 1;
lenG = 1;
lenS = 0;
lenT = 1;
}
else
{
mp_ptr q = _nmod_vec_init(lenA + lenB);
mp_ptr r = q + lenA;
slong lenq, lenr;
__divrem(q, lenq, r, lenr, A, lenA, B, lenB);
if (lenr == 0)
{
__set(G, lenG, B, lenB);
T[0] = 1;
lenS = 0;
lenT = 1;
}
else
{
mp_ptr h, j, v, w, R[4], X;
slong lenh, lenj, lenv, lenw, lenR[4];
int sgnR;
lenh = lenj = lenB;
lenv = lenw = lenA + lenB - 2;
lenR[0] = lenR[1] = lenR[2] = lenR[3] = (lenB + 1) / 2;
X = _nmod_vec_init(2 * lenh + 2 * lenv + 4 * lenR[0]);
h = X;
j = h + lenh;
v = j + lenj;
w = v + lenv;
R[0] = w + lenw;
R[1] = R[0] + lenR[0];
R[2] = R[1] + lenR[1];
R[3] = R[2] + lenR[2];
sgnR = _nmod_poly_hgcd(R, lenR, h, &lenh, j, &lenj, B, lenB, r, lenr, mod);
if (sgnR > 0)
{
_nmod_vec_neg(S, R[1], lenR[1], mod);
_nmod_vec_set(T, R[0], lenR[0]);
}
else
{
_nmod_vec_set(S, R[1], lenR[1]);
_nmod_vec_neg(T, R[0], lenR[0], mod);
}
lenS = lenR[1];
lenT = lenR[0];
while (lenj != 0)
{
__divrem(q, lenq, r, lenr, h, lenh, j, lenj);
__mul(v, lenv, q, lenq, T, lenT);
{
slong l;
_nmod_vec_swap(S, T, FLINT_MAX(lenS, lenT));
l = lenS; lenS = lenT; lenT = l;
}
__sub(T, lenT, T, lenT, v, lenv);
if (lenr == 0)
{
__set(G, lenG, j, lenj);
goto cofactor;
}
if (lenj < cutoff)
{
mp_ptr u0 = R[0], u1 = R[1];
slong lenu0 = lenr - 1, lenu1 = lenj - 1;
lenG = _nmod_poly_xgcd_euclidean(G, u0, u1, j, lenj, r, lenr, mod);
MPN_NORM(u0, lenu0);
MPN_NORM(u1, lenu1);
__mul(v, lenv, S, lenS, u0, lenu0);
__mul(w, lenw, T, lenT, u1, lenu1);
__add(S, lenS, v, lenv, w, lenw);
goto cofactor;
}
sgnR = _nmod_poly_hgcd(R, lenR, h, &lenh, j, &lenj, j,lenj, r, lenr, mod);
__mul(v, lenv, R[1], lenR[1], T, lenT);
__mul(w, lenw, R[2], lenR[2], S, lenS);
__mul(q, lenq, S, lenS, R[3], lenR[3]);
if (sgnR > 0)
__sub(S, lenS, q, lenq, v, lenv);
else
__sub(S, lenS, v, lenv, q, lenq);
__mul(q, lenq, T, lenT, R[0], lenR[0]);
if (sgnR > WORD(0))
__sub(T, lenT, q, lenq, w, lenw);
else
__sub(T, lenT, w, lenw, q, lenq);
}
__set(G, lenG, h, lenh);
cofactor:
__mul(v, lenv, S, lenS, A, lenA);
__sub(w, lenw, G, lenG, v, lenv);
__div(T, lenT, w, lenw, B, lenB);
_nmod_vec_clear(X);
}
_nmod_vec_clear(q);
}
flint_mpn_zero(S + lenS, lenB - 1 - lenS);
flint_mpn_zero(T + lenT, lenA - 1 - lenT);
return lenG;
}