sys/crypto/gmac.c

109

bzero(ctx->J, GMAC_BLOCK_LEN);

sys/crypto/gmac.c

119

bcopy(key + klen - AESCTR_NONCESIZE, ctx->J, AESCTR_NONCESIZE);

sys/crypto/gmac.c

130

bcopy(iv, ctx->J + AESCTR_NONCESIZE, ivlen);

sys/crypto/gmac.c

163

ctx->J[GMAC_BLOCK_LEN - 1] = 1;

sys/crypto/gmac.c

164

AES_Encrypt(&ctx->K, ctx->J, keystream);

sys/crypto/gmac.h

36

uint8_t J[GMAC_BLOCK_LEN]; /* counter block */

sys/dev/videomode/vesagtf.c

179

#define C_PRIME256(p) (((p->C - p->J) * p->K) + (p->J * 256))

sys/dev/videomode/vesagtf.c

644

params.J = VESAGTF_J;

sys/dev/videomode/vesagtf.h

52

unsigned J; /* blanking formula scaling factor */

usr.bin/cvs/diff_internals.c

217

static int *J; /* will be overlaid on class */

usr.bin/cvs/diff_internals.c

399

J = xreallocarray(J, len[0] + 2, sizeof(*J));

usr.bin/cvs/diff_internals.c

637

J[i] = i <= pref ? i :

usr.bin/cvs/diff_internals.c

640

J[q->x + pref] = q->y + pref;

usr.bin/cvs/diff_internals.c

662

if (J[i] == 0) {

usr.bin/cvs/diff_internals.c

666

while (j < J[i]) {

usr.bin/cvs/diff_internals.c

709

J[i] = 0;

usr.bin/cvs/diff_internals.c

725

J[i] = 0;

usr.bin/cvs/diff_internals.c

812

J[0] = 0;

usr.bin/cvs/diff_internals.c

813

J[m + 1] = len[1] + 1;

usr.bin/cvs/diff_internals.c

815

while (i0 <= m && J[i0] == J[i0 - 1] + 1)

usr.bin/cvs/diff_internals.c

817

j0 = J[i0 - 1] + 1;

usr.bin/cvs/diff_internals.c

819

while (i1 < m && J[i1 + 1] == 0)

usr.bin/cvs/diff_internals.c

821

j1 = J[i1 + 1] - 1;

usr.bin/cvs/diff_internals.c

822

J[i1] = j1;

usr.bin/diff/diffreg.c

208

static int *J; /* will be overlaid on class */

usr.bin/diff/diffreg.c

395

J = xreallocarray(J, len[0] + 2, sizeof(*J));

usr.bin/diff/diffreg.c

686

J[i] = i <= pref ? i :

usr.bin/diff/diffreg.c

689

J[q->x + pref] = q->y + pref;

usr.bin/diff/diffreg.c

711

if (J[i] == 0) {

usr.bin/diff/diffreg.c

715

while (j < J[i]) {

usr.bin/diff/diffreg.c

762

J[i] = 0;

usr.bin/diff/diffreg.c

778

J[i] = 0;

usr.bin/diff/diffreg.c

865

J[0] = 0;

usr.bin/diff/diffreg.c

866

J[m + 1] = len[1] + 1;

usr.bin/diff/diffreg.c

869

while (i0 <= m && J[i0] == J[i0 - 1] + 1)

usr.bin/diff/diffreg.c

871

j0 = J[i0 - 1] + 1;

usr.bin/diff/diffreg.c

873

while (i1 < m && J[i1 + 1] == 0)

usr.bin/diff/diffreg.c

875

j1 = J[i1 + 1] - 1;

usr.bin/diff/diffreg.c

876

J[i1] = j1;

usr.bin/diff/diffreg.c

881

while (i0 >= 1 && J[i0] == J[i0 + 1] - 1 && J[i0] != 0)

usr.bin/diff/diffreg.c

883

j0 = J[i0 + 1] - 1;

usr.bin/diff/diffreg.c

885

while (i1 > 1 && J[i1 - 1] == 0)

usr.bin/diff/diffreg.c

887

j1 = J[i1 - 1] + 1;

usr.bin/diff/diffreg.c

888

J[i1] = j1;

usr.bin/rcs/diff.c

214

static int *J; /* will be overlaid on class */

usr.bin/rcs/diff.c

381

J = xreallocarray(J, len[0] + 2, sizeof(*J));

usr.bin/rcs/diff.c

619

J[i] = i <= pref ? i :

usr.bin/rcs/diff.c

622

J[q->x + pref] = q->y + pref;

usr.bin/rcs/diff.c

644

if (J[i] == 0) {

usr.bin/rcs/diff.c

648

while (j < J[i]) {

usr.bin/rcs/diff.c

691

J[i] = 0;

usr.bin/rcs/diff.c

707

J[i] = 0;

usr.bin/rcs/diff.c

794

J[0] = 0;

usr.bin/rcs/diff.c

795

J[m + 1] = len[1] + 1;

usr.bin/rcs/diff.c

797

while (i0 <= m && J[i0] == J[i0 - 1] + 1)

usr.bin/rcs/diff.c

799

j0 = J[i0 - 1] + 1;

usr.bin/rcs/diff.c

801

while (i1 < m && J[i1 + 1] == 0)

usr.bin/rcs/diff.c

803

j1 = J[i1 + 1] - 1;

usr.bin/rcs/diff.c

804

J[i1] = j1;