756 krb5_insert_seq(struct krb5_msg_order *mo, uint32_t seq, int index)  in krb5_insert_seq()  argument
765 	mo->km_elem[index] = seq;  in krb5_insert_seq()
772 krb5_sequence_check(struct krb5_context *kc, uint32_t seq)  in krb5_sequence_check()  argument
785 	if (mo->km_length == 0 || seq == mo->km_elem[0] + 1) {  in krb5_sequence_check()
789 		krb5_insert_seq(mo, seq, 0);  in krb5_sequence_check()
794 	if (seq > mo->km_elem[0]) {  in krb5_sequence_check()
798 		krb5_insert_seq(mo, seq, 0);  in krb5_sequence_check()
806 	if (seq < mo->km_elem[mo->km_length - 1]) {  in krb5_sequence_check()
815 		if (mo->km_elem[i] == seq) {  in krb5_sequence_check()
819 		if (mo->km_elem[i] < seq) {  in krb5_sequence_check()
823 			krb5_insert_seq(mo, seq, i);  in krb5_sequence_check()
864 	uint32_t seq;  in krb5_get_mic_old()  local
910 	seq = atomic_fetchadd_32(&kc->kc_local_seqnumber, 1);  in krb5_get_mic_old()
912 		p[0] = (seq >> 24);  in krb5_get_mic_old()
913 		p[1] = (seq >> 16);  in krb5_get_mic_old()
914 		p[2] = (seq >> 8);  in krb5_get_mic_old()
915 		p[3] = (seq >> 0);  in krb5_get_mic_old()
917 		p[0] = (seq >> 0);  in krb5_get_mic_old()
918 		p[1] = (seq >> 8);  in krb5_get_mic_old()
919 		p[2] = (seq >> 16);  in krb5_get_mic_old()
920 		p[3] = (seq >> 24);  in krb5_get_mic_old()
953 	uint32_t seq;  in krb5_get_mic_new()  local
988 	seq = atomic_fetchadd_32(&kc->kc_local_seqnumber, 1);  in krb5_get_mic_new()
989 	p[12] = (seq >> 24);  in krb5_get_mic_new()
990 	p[13] = (seq >> 16);  in krb5_get_mic_new()
991 	p[14] = (seq >> 8);  in krb5_get_mic_new()
992 	p[15] = (seq >> 0);  in krb5_get_mic_new()
1048 	uint32_t seq;  in krb5_verify_mic_old()  local
1113 		seq = tp[3] | (tp[2] << 8) | (tp[1] << 16) | (tp[0] << 24);  in krb5_verify_mic_old()
1115 		seq = tp[0] | (tp[1] << 8) | (tp[2] << 16) | (tp[3] << 24);  in krb5_verify_mic_old()
1131 		return (krb5_sequence_check(kc, seq));  in krb5_verify_mic_old()
1186 		uint32_t seq;  in krb5_verify_mic_new()  local
1190 			seq = (p[12] << 24) | (p[13] << 16)  in krb5_verify_mic_new()
1192 			res = krb5_sequence_check(kc, seq);  in krb5_verify_mic_new()
1258 	uint32_t seq;  in krb5_wrap_old()  local
1346 	seq = atomic_fetchadd_32(&kc->kc_local_seqnumber, 1);  in krb5_wrap_old()
1348 		p[0] = (seq >> 24);  in krb5_wrap_old()
1349 		p[1] = (seq >> 16);  in krb5_wrap_old()
1350 		p[2] = (seq >> 8);  in krb5_wrap_old()
1351 		p[3] = (seq >> 0);  in krb5_wrap_old()
1353 		p[0] = (seq >> 0);  in krb5_wrap_old()
1354 		p[1] = (seq >> 8);  in krb5_wrap_old()
1355 		p[2] = (seq >> 16);  in krb5_wrap_old()
1356 		p[3] = (seq >> 24);  in krb5_wrap_old()
1377 			buf[0] = (seq >> 24);  in krb5_wrap_old()
1378 			buf[1] = (seq >> 16);  in krb5_wrap_old()
1379 			buf[2] = (seq >> 8);  in krb5_wrap_old()
1380 			buf[3] = (seq >> 0);  in krb5_wrap_old()
1408 	uint32_t seq;  in krb5_wrap_new()  local
1499 	seq = atomic_fetchadd_32(&kc->kc_local_seqnumber, 1);  in krb5_wrap_new()
1500 	p[12] = (seq >> 24);  in krb5_wrap_new()
1501 	p[13] = (seq >> 16);  in krb5_wrap_new()
1502 	p[14] = (seq >> 8);  in krb5_wrap_new()
1503 	p[15] = (seq >> 0);  in krb5_wrap_new()
1609 	uint32_t seq;  in krb5_unwrap_old()  local
1662 		seq = p[3] | (p[2] << 8) | (p[1] << 16) | (p[0] << 24);  in krb5_unwrap_old()
1664 		seq = p[0] | (p[1] << 8) | (p[2] << 16) | (p[3] << 24);  in krb5_unwrap_old()
1677 		res = krb5_sequence_check(kc, seq);  in krb5_unwrap_old()
1826 		uint32_t seq;  in krb5_unwrap_new()  local
1830 			seq = (p[12] << 24) | (p[13] << 16)  in krb5_unwrap_new()
1832 			res = krb5_sequence_check(kc, seq);  in krb5_unwrap_new()