-/* $OpenBSD: rde_aspa_test.c,v 1.3 2023/01/17 16:11:52 claudio Exp $ */
+/* $OpenBSD: rde_aspa_test.c,v 1.4 2023/01/24 11:31:13 claudio Exp $ */
/*
* Copyright (c) 2022 Claudio Jeker <claudio@openbsd.org>
struct cp_test {
uint32_t customeras;
uint32_t provideras;
- uint8_t aid;
- enum cp_res expected_result;
+ uint8_t expected_result;
};
struct aspath_test {
const uint32_t *aspath;
uint32_t aspathcnt;
enum role role;
- uint8_t aid;
uint8_t expected_result;
};
60, 65, 70, 75, 80, 81, 82, 83, 87, 90 }, 30, NULL },
/* extra test for AFI check */
{ 196618, (const uint32_t []){ 1, 2, 3, 4 }, 4,
- (const uint32_t []){ 0x39 }},
+ (const uint32_t []){ 0xf9 }},
};
struct cp_test cp_testset[] = {
- { 1, 2, AID_VPN_IPv4, UNKNOWN },
- { 1, 4, AID_VPN_IPv6, UNKNOWN },
-
- { 6, 1, AID_INET, UNKNOWN },
- { 42, 1, AID_INET, UNKNOWN },
-
- { 1, 2, AID_INET, NOT_PROVIDER },
- { 1, 3, AID_INET, NOT_PROVIDER },
- { 1, 7, AID_INET, NOT_PROVIDER },
- { 5, 2, AID_INET, NOT_PROVIDER },
- { 5, 16, AID_INET, NOT_PROVIDER },
- { 5, 18, AID_INET, NOT_PROVIDER },
- { 5, 24, AID_INET, NOT_PROVIDER },
- { 5, 26, AID_INET, NOT_PROVIDER },
- { 8, 2, AID_INET, NOT_PROVIDER },
- { 9, 5, AID_INET, NOT_PROVIDER },
- { 27, 13, AID_INET, NOT_PROVIDER },
- { 27, 15, AID_INET, NOT_PROVIDER },
-
- { 1, 4, AID_INET, PROVIDER },
- { 1, 5, AID_INET, PROVIDER },
- { 1, 6, AID_INET, PROVIDER },
- { 2, 10, AID_INET, PROVIDER },
- { 2, 11, AID_INET, PROVIDER },
- { 9, 2, AID_INET, PROVIDER },
- { 27, 14, AID_INET, PROVIDER },
+ { 6, 1, CP(UNKNOWN, UNKNOWN) },
+ { 42, 1, CP(UNKNOWN, UNKNOWN) },
+
+ { 1, 2, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 1, 3, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 1, 7, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 5, 2, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 5, 16, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 5, 18, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 5, 24, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 5, 26, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 8, 2, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 9, 5, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 27, 13, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 27, 15, CP(NOT_PROVIDER, NOT_PROVIDER) },
+
+ { 1, 4, CP(PROVIDER, PROVIDER) },
+ { 1, 5, CP(PROVIDER, PROVIDER) },
+ { 1, 6, CP(PROVIDER, PROVIDER) },
+ { 2, 10, CP(PROVIDER, PROVIDER) },
+ { 2, 11, CP(PROVIDER, PROVIDER) },
+ { 9, 2, CP(PROVIDER, PROVIDER) },
+ { 27, 14, CP(PROVIDER, PROVIDER) },
/* per AID tests */
- { 196618, 1, AID_INET, PROVIDER },
- { 196618, 1, AID_INET6, NOT_PROVIDER },
- { 196618, 2, AID_INET, NOT_PROVIDER },
- { 196618, 2, AID_INET6, PROVIDER },
- { 196618, 3, AID_INET, PROVIDER },
- { 196618, 3, AID_INET6, PROVIDER },
- { 196618, 4, AID_INET, NOT_PROVIDER },
- { 196618, 4, AID_INET6, NOT_PROVIDER },
- { 196618, 5, AID_INET, NOT_PROVIDER },
- { 196618, 5, AID_INET6, NOT_PROVIDER },
+ { 196618, 1, CP(PROVIDER, NOT_PROVIDER) },
+ { 196618, 2, CP(NOT_PROVIDER, PROVIDER) },
+ { 196618, 3, CP(PROVIDER, PROVIDER) },
+ { 196618, 4, CP(PROVIDER, PROVIDER) },
+ { 196618, 5, CP(NOT_PROVIDER, NOT_PROVIDER) },
/* big provider set test */
- { 65000, 1, AID_INET, NOT_PROVIDER },
- { 65000, 2, AID_INET, NOT_PROVIDER },
- { 65000, 3, AID_INET, PROVIDER },
- { 65000, 4, AID_INET, NOT_PROVIDER },
- { 65000, 5, AID_INET, PROVIDER },
- { 65000, 15, AID_INET, PROVIDER },
- { 65000, 19, AID_INET, NOT_PROVIDER },
- { 65000, 20, AID_INET, PROVIDER },
- { 65000, 21, AID_INET, PROVIDER },
- { 65000, 22, AID_INET, PROVIDER },
- { 65000, 23, AID_INET, PROVIDER },
- { 65000, 24, AID_INET, PROVIDER },
- { 65000, 25, AID_INET, PROVIDER },
- { 65000, 26, AID_INET, NOT_PROVIDER },
- { 65000, 85, AID_INET, NOT_PROVIDER },
- { 65000, 86, AID_INET, NOT_PROVIDER },
- { 65000, 87, AID_INET, PROVIDER },
- { 65000, 88, AID_INET, NOT_PROVIDER },
- { 65000, 89, AID_INET, NOT_PROVIDER },
- { 65000, 90, AID_INET, PROVIDER },
- { 65000, 91, AID_INET, NOT_PROVIDER },
- { 65000, 92, AID_INET, NOT_PROVIDER },
- { 65000, 6666, AID_INET, NOT_PROVIDER },
+ { 65000, 1, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 2, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 3, CP(PROVIDER, PROVIDER) },
+ { 65000, 4, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 5, CP(PROVIDER, PROVIDER) },
+ { 65000, 15, CP(PROVIDER, PROVIDER) },
+ { 65000, 19, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 20, CP(PROVIDER, PROVIDER) },
+ { 65000, 21, CP(PROVIDER, PROVIDER) },
+ { 65000, 22, CP(PROVIDER, PROVIDER) },
+ { 65000, 23, CP(PROVIDER, PROVIDER) },
+ { 65000, 24, CP(PROVIDER, PROVIDER) },
+ { 65000, 25, CP(PROVIDER, PROVIDER) },
+ { 65000, 26, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 85, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 86, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 87, CP(PROVIDER, PROVIDER) },
+ { 65000, 88, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 89, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 90, CP(PROVIDER, PROVIDER) },
+ { 65000, 91, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 92, CP(NOT_PROVIDER, NOT_PROVIDER) },
+ { 65000, 6666, CP(NOT_PROVIDER, NOT_PROVIDER) },
};
struct aspath_test aspath_testset[] = {
*/
struct aspa_test aspa_testset[] = {
/* empty ASPATH are invalid by default */
- { (const uint32_t []) { }, 0, ROLE_CUSTOMER, AID_INET, ASPA_INVALID },
- { (const uint32_t []) { }, 0, ROLE_PROVIDER, AID_INET, ASPA_INVALID },
- { (const uint32_t []) { }, 0, ROLE_RS, AID_INET, ASPA_INVALID },
- { (const uint32_t []) { }, 0, ROLE_RS_CLIENT, AID_INET, ASPA_INVALID },
- { (const uint32_t []) { }, 0, ROLE_PEER, AID_INET, ASPA_INVALID },
-
- { (const uint32_t []) { 2 }, 1, ROLE_RS_CLIENT, AID_INET, ASPA_VALID },
- { (const uint32_t []) { 2 }, 1, ROLE_PEER, AID_INET, ASPA_VALID },
-
- { (const uint32_t []) { 3 }, 1, ROLE_PROVIDER, AID_INET, ASPA_VALID },
- { (const uint32_t []) { 4 }, 1, ROLE_CUSTOMER, AID_INET, ASPA_VALID },
- { (const uint32_t []) { 5 }, 1, ROLE_CUSTOMER, AID_INET, ASPA_VALID },
- { (const uint32_t []) { 6 }, 1, ROLE_CUSTOMER, AID_INET, ASPA_VALID },
-
- { (const uint32_t []) { 7 }, 1, ROLE_PROVIDER, AID_INET, ASPA_VALID },
- { (const uint32_t []) { 7 }, 1, ROLE_PEER, AID_INET, ASPA_VALID },
- { (const uint32_t []) { 7 }, 1, ROLE_RS_CLIENT, AID_INET, ASPA_VALID },
-
- { (const uint32_t []) { 2, 8 }, 2, ROLE_PEER, AID_INET, ASPA_INVALID },
- { (const uint32_t []) { 2, 8 }, 2, ROLE_RS_CLIENT, AID_INET,
- ASPA_INVALID },
-
- { (const uint32_t []) { 2, 9 }, 2, ROLE_PEER, AID_INET, ASPA_VALID },
- { (const uint32_t []) { 2, 9 }, 2, ROLE_RS_CLIENT, AID_INET,
- ASPA_VALID },
-
- { (const uint32_t []) { 2, 10 }, 2, ROLE_PEER, AID_INET, ASPA_INVALID },
- { (const uint32_t []) { 2, 10 }, 2, ROLE_RS_CLIENT, AID_INET,
- ASPA_INVALID },
-
- { (const uint32_t []) { 2, 11 }, 2, ROLE_PEER, AID_INET, ASPA_VALID },
- { (const uint32_t []) { 2, 11 }, 2, ROLE_RS_CLIENT, AID_INET,
- ASPA_VALID },
-
- { (const uint32_t []) { 3, 8 }, 2, ROLE_PROVIDER, AID_INET,
- ASPA_INVALID },
- { (const uint32_t []) { 3, 12 }, 2, ROLE_PROVIDER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 3, 13 }, 2, ROLE_PROVIDER, AID_INET,
- ASPA_INVALID },
- { (const uint32_t []) { 3, 14 }, 2, ROLE_PROVIDER, AID_INET,
- ASPA_VALID },
-
- { (const uint32_t []) { 4, 8 }, 2, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 4, 15 }, 2, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 4, 16 }, 2, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 4, 24 }, 2, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
-
- { (const uint32_t []) { 5, 8 }, 2, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 5, 17 }, 2, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 5, 25 }, 2, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 5, 26 }, 2, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
-
- { (const uint32_t []) { 6, 18 }, 2, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 6, 19 }, 2, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
-
- { (const uint32_t []) { 7, 19 }, 2, ROLE_PROVIDER, AID_INET,
- ASPA_UNKNOWN },
- { (const uint32_t []) { 7, 19 }, 2, ROLE_PEER, AID_INET,
- ASPA_UNKNOWN },
- { (const uint32_t []) { 7, 19 }, 2, ROLE_RS_CLIENT, AID_INET,
- ASPA_UNKNOWN },
- { (const uint32_t []) { 7, 21 }, 2, ROLE_PROVIDER, AID_INET,
- ASPA_INVALID },
- { (const uint32_t []) { 7, 21 }, 2, ROLE_PEER, AID_INET,
- ASPA_INVALID },
- { (const uint32_t []) { 7, 21 }, 2, ROLE_RS_CLIENT, AID_INET,
- ASPA_INVALID },
-
- { (const uint32_t []) { 6, 19, 20 }, 3, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 20, 19, 6 }, 3, ROLE_CUSTOMER, AID_INET,
- ASPA_VALID },
-
- { (const uint32_t []) { 3, 14, 25 }, 3, ROLE_PROVIDER, AID_INET,
- ASPA_INVALID },
- { (const uint32_t []) { 3, 14, 19 }, 3, ROLE_PROVIDER, AID_INET,
- ASPA_UNKNOWN },
- { (const uint32_t []) { 3, 14, 19 }, 3, ROLE_PEER, AID_INET,
- ASPA_UNKNOWN },
- { (const uint32_t []) { 3, 14, 19 }, 3, ROLE_RS_CLIENT, AID_INET,
- ASPA_UNKNOWN },
- { (const uint32_t []) { 3, 14, 21 }, 3, ROLE_PROVIDER, AID_INET,
- ASPA_INVALID },
- { (const uint32_t []) { 3, 14, 21 }, 3, ROLE_PEER, AID_INET,
- ASPA_INVALID },
- { (const uint32_t []) { 3, 14, 21 }, 3, ROLE_RS_CLIENT, AID_INET,
- ASPA_INVALID },
- { (const uint32_t []) { 3, 14, 27 }, 3, ROLE_PROVIDER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 3, 14, 27 }, 3, ROLE_PEER, AID_INET,
- ASPA_VALID },
- { (const uint32_t []) { 3, 14, 27 }, 3, ROLE_RS_CLIENT, AID_INET,
- ASPA_VALID },
+ { (const uint32_t []) { }, 0, ROLE_CUSTOMER, ASPA_INVALID },
+ { (const uint32_t []) { }, 0, ROLE_PROVIDER, ASPA_INVALID },
+ { (const uint32_t []) { }, 0, ROLE_RS, ASPA_INVALID },
+ { (const uint32_t []) { }, 0, ROLE_RS_CLIENT, ASPA_INVALID },
+ { (const uint32_t []) { }, 0, ROLE_PEER, ASPA_INVALID },
+
+ { (const uint32_t []) { 2 }, 1, ROLE_RS_CLIENT, ASPA_VALID },
+ { (const uint32_t []) { 2 }, 1, ROLE_PEER, ASPA_VALID },
+
+ { (const uint32_t []) { 3 }, 1, ROLE_PROVIDER, ASPA_VALID },
+ { (const uint32_t []) { 4 }, 1, ROLE_CUSTOMER, ASPA_VALID },
+ { (const uint32_t []) { 5 }, 1, ROLE_CUSTOMER, ASPA_VALID },
+ { (const uint32_t []) { 6 }, 1, ROLE_CUSTOMER, ASPA_VALID },
+
+ { (const uint32_t []) { 7 }, 1, ROLE_PROVIDER, ASPA_VALID },
+ { (const uint32_t []) { 7 }, 1, ROLE_PEER, ASPA_VALID },
+ { (const uint32_t []) { 7 }, 1, ROLE_RS_CLIENT, ASPA_VALID },
+
+ { (const uint32_t []) { 2, 8 }, 2, ROLE_PEER, ASPA_INVALID },
+ { (const uint32_t []) { 2, 8 }, 2, ROLE_RS_CLIENT, ASPA_INVALID },
+
+ { (const uint32_t []) { 2, 9 }, 2, ROLE_PEER, ASPA_VALID },
+ { (const uint32_t []) { 2, 9 }, 2, ROLE_RS_CLIENT, ASPA_VALID },
+
+ { (const uint32_t []) { 2, 10 }, 2, ROLE_PEER, ASPA_INVALID },
+ { (const uint32_t []) { 2, 10 }, 2, ROLE_RS_CLIENT, ASPA_INVALID },
+
+ { (const uint32_t []) { 2, 11 }, 2, ROLE_PEER, ASPA_VALID },
+ { (const uint32_t []) { 2, 11 }, 2, ROLE_RS_CLIENT, ASPA_VALID },
+
+ { (const uint32_t []) { 3, 8 }, 2, ROLE_PROVIDER, ASPA_INVALID },
+ { (const uint32_t []) { 3, 12 }, 2, ROLE_PROVIDER, ASPA_VALID },
+ { (const uint32_t []) { 3, 13 }, 2, ROLE_PROVIDER, ASPA_INVALID },
+ { (const uint32_t []) { 3, 14 }, 2, ROLE_PROVIDER, ASPA_VALID },
+
+ { (const uint32_t []) { 4, 8 }, 2, ROLE_CUSTOMER, ASPA_VALID },
+ { (const uint32_t []) { 4, 15 }, 2, ROLE_CUSTOMER, ASPA_VALID },
+ { (const uint32_t []) { 4, 16 }, 2, ROLE_CUSTOMER, ASPA_VALID },
+ { (const uint32_t []) { 4, 24 }, 2, ROLE_CUSTOMER, ASPA_VALID },
+
+ { (const uint32_t []) { 5, 8 }, 2, ROLE_CUSTOMER, ASPA_VALID },
+ { (const uint32_t []) { 5, 17 }, 2, ROLE_CUSTOMER, ASPA_VALID },
+ { (const uint32_t []) { 5, 25 }, 2, ROLE_CUSTOMER, ASPA_VALID },
+ { (const uint32_t []) { 5, 26 }, 2, ROLE_CUSTOMER, ASPA_VALID },
+
+ { (const uint32_t []) { 6, 18 }, 2, ROLE_CUSTOMER, ASPA_VALID },
+ { (const uint32_t []) { 6, 19 }, 2, ROLE_CUSTOMER, ASPA_VALID },
+
+ { (const uint32_t []) { 7, 19 }, 2, ROLE_PROVIDER, ASPA_UNKNOWN },
+ { (const uint32_t []) { 7, 19 }, 2, ROLE_PEER, ASPA_UNKNOWN },
+ { (const uint32_t []) { 7, 19 }, 2, ROLE_RS_CLIENT, ASPA_UNKNOWN },
+ { (const uint32_t []) { 7, 21 }, 2, ROLE_PROVIDER, ASPA_INVALID },
+ { (const uint32_t []) { 7, 21 }, 2, ROLE_PEER, ASPA_INVALID },
+ { (const uint32_t []) { 7, 21 }, 2, ROLE_RS_CLIENT, ASPA_INVALID },
+
+ { (const uint32_t []) { 6, 19, 20 }, 3, ROLE_CUSTOMER, ASPA_VALID },
+ { (const uint32_t []) { 20, 19, 6 }, 3, ROLE_CUSTOMER, ASPA_VALID },
+
+ { (const uint32_t []) { 3, 14, 25 }, 3, ROLE_PROVIDER, ASPA_INVALID },
+ { (const uint32_t []) { 3, 14, 19 }, 3, ROLE_PROVIDER, ASPA_UNKNOWN },
+ { (const uint32_t []) { 3, 14, 19 }, 3, ROLE_PEER, ASPA_UNKNOWN },
+ { (const uint32_t []) { 3, 14, 19 }, 3, ROLE_RS_CLIENT, ASPA_UNKNOWN },
+ { (const uint32_t []) { 3, 14, 21 }, 3, ROLE_PROVIDER, ASPA_INVALID },
+ { (const uint32_t []) { 3, 14, 21 }, 3, ROLE_PEER, ASPA_INVALID },
+ { (const uint32_t []) { 3, 14, 21 }, 3, ROLE_RS_CLIENT, ASPA_INVALID },
+ { (const uint32_t []) { 3, 14, 27 }, 3, ROLE_PROVIDER, ASPA_VALID },
+ { (const uint32_t []) { 3, 14, 27 }, 3, ROLE_PEER, ASPA_VALID },
+ { (const uint32_t []) { 3, 14, 27 }, 3, ROLE_RS_CLIENT, ASPA_VALID },
- { (const uint32_t []) { 7, 19, 22, 21 }, 4, ROLE_PROVIDER, AID_INET,
- ASPA_INVALID },
- { (const uint32_t []) { 7, 19, 22, 21 }, 4, ROLE_PEER, AID_INET,
+ { (const uint32_t []) { 7, 19, 22, 21 }, 4, ROLE_PROVIDER,
ASPA_INVALID },
- { (const uint32_t []) { 7, 19, 22, 21 }, 4, ROLE_RS_CLIENT, AID_INET,
+ { (const uint32_t []) { 7, 19, 22, 21 }, 4, ROLE_PEER, ASPA_INVALID },
+ { (const uint32_t []) { 7, 19, 22, 21 }, 4, ROLE_RS_CLIENT,
ASPA_INVALID },
- { (const uint32_t []) { 6, 19, 22, 23 }, 4, ROLE_CUSTOMER, AID_INET,
+ { (const uint32_t []) { 6, 19, 22, 23 }, 4, ROLE_CUSTOMER,
ASPA_UNKNOWN },
{ (const uint32_t []) { 1, 5, 17, 13, 3, 14, 27 }, 7, ROLE_CUSTOMER,
- AID_INET, ASPA_VALID },
+ ASPA_VALID },
{ (const uint32_t []) { 27, 14, 3, 13, 17, 5, 1 }, 7, ROLE_CUSTOMER,
- AID_INET, ASPA_VALID },
+ ASPA_VALID },
{ (const uint32_t []) { 27, 14, 3, 6, 7, 19, 17, 5, 1 }, 9,
- ROLE_CUSTOMER, AID_INET, ASPA_INVALID },
+ ROLE_CUSTOMER, ASPA_INVALID },
{ (const uint32_t []) { 27, 14, 3, 7, 19, 6, 1, 5, 17 }, 9,
- ROLE_CUSTOMER, AID_INET, ASPA_UNKNOWN },
+ ROLE_CUSTOMER, ASPA_UNKNOWN },
/* check L < K (ramps overlap) */
{ (const uint32_t []) { 201, 202, 203, 103, 102, 101 }, 6,
- ROLE_CUSTOMER, AID_INET, ASPA_VALID },
+ ROLE_CUSTOMER, ASPA_VALID },
{ (const uint32_t []) { 101, 102, 103, 203, 202, 201 }, 6,
- ROLE_CUSTOMER, AID_INET, ASPA_VALID },
+ ROLE_CUSTOMER, ASPA_VALID },
/* check L == K (ramps touch) 203 ?> 111 <? 103 */
{ (const uint32_t []) { 201, 202, 203, 111, 103, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_VALID },
+ ROLE_CUSTOMER, ASPA_VALID },
{ (const uint32_t []) { 101, 102, 103, 111, 203, 202, 201 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_VALID },
+ ROLE_CUSTOMER, ASPA_VALID },
/* check L == K (ramps touch) 203 -> 111 <- 103 */
{ (const uint32_t []) { 201, 202, 203, 112, 103, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_VALID },
+ ROLE_CUSTOMER, ASPA_VALID },
{ (const uint32_t []) { 101, 102, 103, 112, 203, 202, 201 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_VALID },
+ ROLE_CUSTOMER, ASPA_VALID },
/* check L - K == 1 (204 ?? 104) */
{ (const uint32_t []) { 201, 202, 204, 104, 102, 101 }, 6,
- ROLE_CUSTOMER, AID_INET, ASPA_VALID },
+ ROLE_CUSTOMER, ASPA_VALID },
/* check L - K == 1 (204 -? 105) */
{ (const uint32_t []) { 201, 202, 204, 105, 102, 101 }, 6,
- ROLE_CUSTOMER, AID_INET, ASPA_VALID },
+ ROLE_CUSTOMER, ASPA_VALID },
/* check L - K == 1 (205 ?- 104) */
{ (const uint32_t []) { 201, 202, 205, 104, 102, 101 }, 6,
- ROLE_CUSTOMER, AID_INET, ASPA_VALID },
+ ROLE_CUSTOMER, ASPA_VALID },
/* check L - K == 1 (205 -- 105) */
{ (const uint32_t []) { 201, 202, 205, 105, 102, 101 }, 6,
- ROLE_CUSTOMER, AID_INET, ASPA_VALID },
+ ROLE_CUSTOMER, ASPA_VALID },
/* check L - K == 2 invalid cases (205 ?- 111 -? 105) */
{ (const uint32_t []) { 201, 202, 205, 111, 105, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_INVALID },
+ ROLE_CUSTOMER, ASPA_INVALID },
/* check L - K == 2 invalid cases (205 -- 112 -- 105) */
{ (const uint32_t []) { 201, 202, 205, 112, 105, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_INVALID },
+ ROLE_CUSTOMER, ASPA_INVALID },
/* check L - K == 2 invalid cases (205 <- 113 -> 105) */
{ (const uint32_t []) { 201, 202, 205, 113, 105, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_INVALID },
+ ROLE_CUSTOMER, ASPA_INVALID },
/* check L - K == 2 unknown cases (205 ?- 111 ?? 104) */
{ (const uint32_t []) { 201, 202, 205, 111, 104, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_UNKNOWN },
+ ROLE_CUSTOMER, ASPA_UNKNOWN },
/* check L - K == 2 unknown cases (204 ?? 111 -? 105) */
{ (const uint32_t []) { 201, 202, 204, 111, 105, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_UNKNOWN },
+ ROLE_CUSTOMER, ASPA_UNKNOWN },
/* check L - K == 2 unknown cases (204 ?? 111 ?? 104) */
{ (const uint32_t []) { 201, 202, 204, 111, 104, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_UNKNOWN },
+ ROLE_CUSTOMER, ASPA_UNKNOWN },
/* check L - K == 2 unknown cases (205 -- 112 ?- 104) */
{ (const uint32_t []) { 201, 202, 205, 112, 104, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_UNKNOWN },
+ ROLE_CUSTOMER, ASPA_UNKNOWN },
/* check L - K == 2 unknown cases (204 -? 112 -- 105) */
{ (const uint32_t []) { 201, 202, 204, 112, 105, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_UNKNOWN },
+ ROLE_CUSTOMER, ASPA_UNKNOWN },
/* check L - K == 2 unknown cases (204 -? 112 ?- 104) */
{ (const uint32_t []) { 201, 202, 204, 112, 104, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_UNKNOWN },
+ ROLE_CUSTOMER, ASPA_UNKNOWN },
/* check L - K == 2 unknown cases (205 <- 113 ?> 104) */
{ (const uint32_t []) { 201, 202, 205, 113, 104, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_UNKNOWN },
+ ROLE_CUSTOMER, ASPA_UNKNOWN },
/* check L - K == 2 unknown cases (204 <? 113 -> 105) */
{ (const uint32_t []) { 201, 202, 204, 113, 105, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_UNKNOWN },
+ ROLE_CUSTOMER, ASPA_UNKNOWN },
/* check L - K == 2 unknown cases (204 <? 113 ?> 104) */
{ (const uint32_t []) { 201, 202, 204, 113, 104, 102, 101 }, 7,
- ROLE_CUSTOMER, AID_INET, ASPA_UNKNOWN },
+ ROLE_CUSTOMER, ASPA_UNKNOWN },
};
static struct rde_aspa *
return aspa;
}
+static uint8_t
+vstate_for_role(struct rde_aspa_state *vstate, enum role role)
+{
+ if (vstate->onlyup_v4 != vstate->onlyup_v6 ||
+ vstate->downup_v4 != vstate->downup_v6) {
+ printf("failed: vstate differ per AID ");
+ return 0xff;
+ }
+
+ if (role != ROLE_CUSTOMER) {
+ return (vstate->onlyup_v4);
+ } else {
+ return (vstate->downup_v4);
+ }
+}
int
main(int argc, char **argv)
printf("testing aspa_cp_lookup: ");
for (i = 0; i < num_cp; i++) {
- enum cp_res r;
+ uint8_t r;
r = aspa_cp_lookup(aspa, cp_testset[i].customeras,
- cp_testset[i].provideras, cp_testset[i].aid);
+ cp_testset[i].provideras);
if (cp_testset[i].expected_result != r) {
printf("failed: cp_testset[%zu]: "
printf("testing aspa_check_aspath: ");
for (i = 0; i < num_aspath; i++) {
- struct aspa_state st, revst;
+ struct aspa_state st[2], revst;
struct aspath *a;
+ memset(st, 0, sizeof(st));
a = build_aspath(aspath_testset[i].aspath,
aspath_testset[i].aspathcnt, 0);
- if (aspa_check_aspath(aspa, a, 1, AID_INET, &st) == -1) {
+ if (aspa_check_aspath(aspa, a, st) == -1) {
printf("failed: aspath_testset[%zu]: "
"aspath %s got -1\n", i,
print_aspath(aspath_testset[i].aspath,
aspath_failed = 1;
}
- if (memcmp(&aspath_testset[i].state, &st, sizeof(st))) {
+ if (memcmp(&aspath_testset[i].state, st, sizeof(*st))) {
printf("failed: aspath_testset[%zu]: aspath %s "
"bad state", i,
print_aspath(aspath_testset[i].aspath,
aspath_testset[i].aspathcnt));
- print_state(&aspath_testset[i].state, &st);
+ print_state(&aspath_testset[i].state, st);
+ printf("\n");
+ aspath_failed = 1;
+ }
+ if (memcmp(&aspath_testset[i].state, st + 1, sizeof(*st))) {
+ printf("failed: aspath_testset[%zu]: aspath %s "
+ "bad state AID_INET6", i,
+ print_aspath(aspath_testset[i].aspath,
+ aspath_testset[i].aspathcnt));
+ print_state(&aspath_testset[i].state, st + 1);
printf("\n");
aspath_failed = 1;
}
free(a);
+ memset(st, 0, sizeof(st));
a = build_aspath(aspath_testset[i].aspath,
aspath_testset[i].aspathcnt, 1);
- if (aspa_check_aspath(aspa, a, 1, AID_INET, &st) == -1) {
+ if (aspa_check_aspath(aspa, a, st) == -1) {
printf("failed: reverse aspath_testset[%zu]: "
"aspath %s got -1\n", i,
print_aspath(aspath_testset[i].aspath,
}
reverse_state(&aspath_testset[i].state, &revst);
- if (memcmp(&revst, &st, sizeof(st))) {
+ if (memcmp(&revst, st, sizeof(*st))) {
printf("failed: reverse aspath_testset[%zu]: aspath %s "
"bad state", i,
print_aspath(aspath_testset[i].aspath,
aspath_testset[i].aspathcnt));
- print_state(&revst, &st);
+ print_state(&revst, st);
+ printf("\n");
+ aspath_failed = 1;
+ }
+ if (memcmp(&revst, st + 1, sizeof(*st))) {
+ printf("failed: reverse aspath_testset[%zu]: aspath %s "
+ "bad state AID_INET6", i,
+ print_aspath(aspath_testset[i].aspath,
+ aspath_testset[i].aspathcnt));
+ print_state(&revst, st + 1);
printf("\n");
aspath_failed = 1;
}
printf("testing aspa_validation: ");
for (i = 0; i < num_aspa; i++) {
struct aspath *a;
+ struct rde_aspa_state vstate;
uint8_t rv;
a = build_aspath(aspa_testset[i].aspath,
aspa_testset[i].aspathcnt, 0);
- rv = aspa_validation(aspa, aspa_testset[i].role, a,
- aspa_testset[i].aid);
+ aspa_validation(aspa, a, &vstate);
+
+ rv = vstate_for_role(&vstate, aspa_testset[i].role);
if (aspa_testset[i].expected_result != rv) {
printf("failed: aspa_testset[%zu]: aspath %s role %d "
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