diff options
author | Thorsten Alteholz <debian@alteholz.de> | 2018-06-19 15:20:25 +0200 |
---|---|---|
committer | Thorsten Alteholz <debian@alteholz.de> | 2018-06-19 15:20:25 +0200 |
commit | 8e5f4267a07a2d69c1632eb9830e553fab5c6b79 (patch) | |
tree | 92b7a01c296a76d3d939cc0889222fbed14d9ab6 /tests | |
parent | 043f448cc17b8de857ed633cf04bd83e6f9c4566 (diff) |
Import Upstream version 0.9.0
Diffstat (limited to 'tests')
-rw-r--r-- | tests/sccp/sccp_test.c | 14 | ||||
-rw-r--r-- | tests/ss7/ss7_test.c | 5 | ||||
-rw-r--r-- | tests/xua/xua_test.c | 3 | ||||
-rw-r--r-- | tests/xua/xua_test.ok | 38 |
4 files changed, 35 insertions, 25 deletions
diff --git a/tests/sccp/sccp_test.c b/tests/sccp/sccp_test.c index 6043cff..ed485bc 100644 --- a/tests/sccp/sccp_test.c +++ b/tests/sccp/sccp_test.c @@ -450,6 +450,7 @@ void sccp_write_cb(struct sccp_connection *conn, struct msgb *data, void *gctx, } write_called = 1; + msgb_free(data); } void sccp_c_read(struct sccp_connection *connection, struct msgb *msgb, unsigned int len) @@ -502,6 +503,7 @@ static void sccp_udt_write_cb(struct sccp_connection *conn, struct msgb *data, v } matched = 1; + msgb_free(data); } static void test_sccp_system(void) @@ -884,15 +886,17 @@ static void test_sccp_parsing(void) FAIL("GTI length is wrong: %d\n", result.called.gti_len); } - if (memcmp(&parse_result[current_test].dst_gti_data[0], - result.called.gti_data, result.called.gti_len) != 0) { + if (parse_result[current_test].dst_gti_data + && memcmp(&parse_result[current_test].dst_gti_data[0], + result.called.gti_data, result.called.gti_len) != 0) { FAIL("GTI data is wrong: %d '%s'\n", result.called.gti_len, osmo_hexdump(result.called.gti_data, result.called.gti_len)); } - if (memcmp(&parse_result[current_test].src_gti_data[0], - result.calling.gti_data, result.calling.gti_len) != 0) { + if (parse_result[current_test].src_gti_data + && memcmp(&parse_result[current_test].src_gti_data[0], + result.calling.gti_data, result.calling.gti_len) != 0) { FAIL("GTI data is wrong: %d\n", result.calling.gti_len); } } @@ -981,6 +985,8 @@ static void test_sccp_address(void) osmo_hexdump(msg->data, ret)); } } + + talloc_free(msg); } static const struct log_info_cat default_categories[] = { diff --git a/tests/ss7/ss7_test.c b/tests/ss7/ss7_test.c index 7c51767..0c0cf25 100644 --- a/tests/ss7/ss7_test.c +++ b/tests/ss7/ss7_test.c @@ -280,8 +280,9 @@ static void init_logging(void) { const int log_cats[] = { DLSS7, DLSUA, DLM3UA, DLSCCP, DLINP }; unsigned int i; - - osmo_init_logging(&log_info); + void *tall_ctx = talloc_named_const(NULL, 1, "example"); + msgb_talloc_ctx_init(tall_ctx, 0); + osmo_init_logging2(tall_ctx, &log_info); log_set_print_filename(osmo_stderr_target, 0); diff --git a/tests/xua/xua_test.c b/tests/xua/xua_test.c index 5a9d0ab..3e370fe 100644 --- a/tests/xua/xua_test.c +++ b/tests/xua/xua_test.c @@ -564,6 +564,9 @@ static void test_rkm(void) OSMO_ASSERT(nested); OSMO_ASSERT(xua_msg_get_u32(nested, M3UA_IEI_LOC_RKEY_ID) == 1); OSMO_ASSERT(xua_msg_get_u32(nested, M3UA_IEI_DEST_PC) == 23); + + talloc_free(nested); + talloc_free(xua); } diff --git a/tests/xua/xua_test.ok b/tests/xua/xua_test.ok index 6b0cb33..83b8b8d 100644 --- a/tests/xua/xua_test.ok +++ b/tests/xua/xua_test.ok @@ -7,8 +7,8 @@ sccp_addr_parse test case 1 expected: RI=1,SSN=8,GTI=4,GT=(TT=0,NPL=1,NAI=4,DIG=919869299992) parsed: RI=1,SSN=8,GTI=4,GT=(TT=0,NPL=1,NAI=4,DIG=919869299992) sccp_addr_parse test case 2 -expected: RI=2,SSN=254,GTI=0 -parsed: RI=2,SSN=254,GTI=0 +expected: RI=2,SSN=254 +parsed: RI=2,SSN=254 Testing Decoded GT -> SUA encoding IN: TT=0,NPL=1,NAI=4,DIG=919969679389 0400000001000000040000003931393936393637393338390000000000000000000000000000000000000000 @@ -24,7 +24,7 @@ Decoded SUA: HDR=(CL:CLDT,V=0,LEN=0), PART(T=Source Address,L=12,D=0002000180030008000000fe), PART(T=Data,L=6,D=000430040120) Re-Encoding decoded SUA to SCCP -SCCP Output: 09 00 03 05 07 02 42 fe 02 42 fe 06 00 04 30 04 01 20 +SCCP Output: [L2]> 09 00 03 05 07 02 42 fe 02 42 fe 06 00 04 30 04 01 20 => BSSMAP-RESET-ACK SCCP Input: [L2]> 09 00 03 07 0b 04 43 01 00 fe 04 43 5c 00 fe 03 00 01 31 @@ -35,7 +35,7 @@ Decoded SUA: HDR=(CL:CLDT,V=0,LEN=0), PART(T=Source Address,L=20,D=00020003800200080000005c80030008000000fe), PART(T=Data,L=3,D=000131) Re-Encoding decoded SUA to SCCP -SCCP Output: 09 00 03 07 0b 04 43 01 00 fe 04 43 5c 00 fe 03 00 01 31 +SCCP Output: [L2]> 09 00 03 07 0b 04 43 01 00 fe 04 43 5c 00 fe 03 00 01 31 => BSSMAP-PAGING SCCP Input: [L2]> 09 00 03 07 0b 04 43 01 00 fe 04 43 5c 00 fe 10 00 0e 52 08 08 29 47 10 02 01 31 97 61 1a 01 06 @@ -46,7 +46,7 @@ Decoded SUA: HDR=(CL:CLDT,V=0,LEN=0), PART(T=Source Address,L=20,D=00020003800200080000005c80030008000000fe), PART(T=Data,L=16,D=000e52080829471002013197611a0106) Re-Encoding decoded SUA to SCCP -SCCP Output: 09 00 03 07 0b 04 43 01 00 fe 04 43 5c 00 fe 10 00 0e 52 08 08 29 47 10 02 01 31 97 61 1a 01 06 +SCCP Output: [L2]> 09 00 03 07 0b 04 43 01 00 fe 04 43 5c 00 fe 10 00 0e 52 08 08 29 47 10 02 01 31 97 61 1a 01 06 => BSSMAP-UDT SCCP Input: [L2]> 09 00 03 05 07 02 42 fe 02 42 fe 10 00 0e 52 08 08 29 47 10 02 01 31 97 61 1a 01 06 @@ -57,7 +57,7 @@ Decoded SUA: HDR=(CL:CLDT,V=0,LEN=0), PART(T=Source Address,L=12,D=0002000180030008000000fe), PART(T=Data,L=16,D=000e52080829471002013197611a0106) Re-Encoding decoded SUA to SCCP -SCCP Output: 09 00 03 05 07 02 42 fe 02 42 fe 10 00 0e 52 08 08 29 47 10 02 01 31 97 61 1a 01 06 +SCCP Output: [L2]> 09 00 03 05 07 02 42 fe 02 42 fe 10 00 0e 52 08 08 29 47 10 02 01 31 97 61 1a 01 06 => BSSMAP-CR SCCP Input: [L2]> 01 01 02 03 02 02 04 02 42 fe 0f 1f 00 1d 57 05 08 00 72 f4 80 20 12 c3 50 17 10 05 24 11 03 33 19 a2 08 29 47 10 02 01 31 97 61 00 @@ -68,7 +68,7 @@ Decoded SUA: HDR=(CO:CORE,V=0,LEN=0), PART(T=Destination Address,L=12,D=0002000180030008000000fe), PART(T=Data,L=31,D=001d5705080072f4802012c3501710052411033319a2082947100201319761) Re-Encoding decoded SUA to SCCP -SCCP Output: 01 01 02 03 02 02 04 02 42 fe 0f 1f 00 1d 57 05 08 00 72 f4 80 20 12 c3 50 17 10 05 24 11 03 33 19 a2 08 29 47 10 02 01 31 97 61 00 +SCCP Output: [L2]> 01 01 02 03 02 02 04 02 42 fe 0f 1f 00 1d 57 05 08 00 72 f4 80 20 12 c3 50 17 10 05 24 11 03 33 19 a2 08 29 47 10 02 01 31 97 61 00 => BSSMAP-CC SCCP Input: [L2]> 02 01 02 03 00 00 03 02 01 00 @@ -78,7 +78,7 @@ Decoded SUA: HDR=(CO:COAK,V=0,LEN=0), PART(T=Destination Reference,L=4,D=00010203), PART(T=Source Reference,L=4,D=00000003) Re-Encoding decoded SUA to SCCP -SCCP Output: 02 01 02 03 00 00 03 02 01 00 +SCCP Output: [L2]> 02 01 02 03 00 00 03 02 01 00 => BSSMAP-DTAP SCCP Input: [L2]> 06 00 00 03 00 01 0f 01 00 0c 03 05 5c 08 11 81 33 66 02 13 45 f4 @@ -88,7 +88,7 @@ Decoded SUA: HDR=(CO:CODT,V=0,LEN=0), PART(T=Segmentation,L=4,D=00000000), PART(T=Data,L=15,D=01000c03055c0811813366021345f4) Re-Encoding decoded SUA to SCCP -SCCP Output: 06 00 00 03 00 01 0f 01 00 0c 03 05 5c 08 11 81 33 66 02 13 45 f4 +SCCP Output: [L2]> 06 00 00 03 00 01 0f 01 00 0c 03 05 5c 08 11 81 33 66 02 13 45 f4 => BSSMAP-CLEAR SCCP Input: [L2]> 06 00 00 03 00 01 06 00 04 20 04 01 09 @@ -98,7 +98,7 @@ Decoded SUA: HDR=(CO:CODT,V=0,LEN=0), PART(T=Segmentation,L=4,D=00000000), PART(T=Data,L=6,D=000420040109) Re-Encoding decoded SUA to SCCP -SCCP Output: 06 00 00 03 00 01 06 00 04 20 04 01 09 +SCCP Output: [L2]> 06 00 00 03 00 01 06 00 04 20 04 01 09 => BSSMAP-RELEASED SCCP Input: [L2]> 04 00 00 03 01 02 03 00 01 0f 02 23 42 00 @@ -109,7 +109,7 @@ Decoded SUA: HDR=(CO:RELRE,V=0,LEN=0), PART(T=Cause,L=4,D=00000300), PART(T=Data,L=2,D=2342) Re-Encoding decoded SUA to SCCP -SCCP Output: 04 00 00 03 01 02 03 00 01 0f 02 23 42 00 +SCCP Output: [L2]> 04 00 00 03 01 02 03 00 01 0f 02 23 42 00 => BSSMAP-RELEASE_COMPLETE SCCP Input: [L2]> 05 01 02 03 00 00 03 @@ -118,7 +118,7 @@ Decoded SUA: HDR=(CO:RELCO,V=0,LEN=0), PART(T=Destination Reference,L=4,D=00010203), PART(T=Source Reference,L=4,D=00000003) Re-Encoding decoded SUA to SCCP -SCCP Output: 05 01 02 03 00 00 03 +SCCP Output: [L2]> 05 01 02 03 00 00 03 => TCAP SCCP Input: [L2]> 09 81 03 0d 18 0a 12 07 00 12 04 53 84 09 00 17 0b 12 06 00 12 04 44 87 20 00 20 65 9a 65 81 97 48 04 26 00 01 98 49 04 51 01 03 df 6c 81 88 a1 81 85 02 01 44 02 01 07 30 80 a7 80 a0 80 04 01 2b 30 80 30 12 83 01 10 84 01 07 85 07 91 44 57 76 67 16 97 86 01 20 30 06 82 01 18 84 01 04 00 00 00 00 a3 06 04 01 42 84 01 05 a3 06 04 01 51 84 01 05 a3 06 04 01 31 84 01 05 a3 09 04 01 12 84 01 05 82 01 02 a3 09 04 01 11 84 01 05 81 01 01 a3 06 04 01 14 84 01 00 a3 0b 04 01 41 84 01 04 30 03 83 01 10 a3 0b 04 01 41 84 01 04 30 03 82 01 18 00 00 00 00 @@ -129,31 +129,31 @@ Decoded SUA: HDR=(CL:CLDT,V=0,LEN=0), PART(T=Source Address,L=32,D=0001000580010014000000040c00010444872000206500008003000800000006), PART(T=Data,L=154,D=6581974804260001984904510103df6c8188a181850201440201073080a780a08004012b30803012830110840107850791445776671697860120300682011884010400000000a306040142840105a306040151840105a306040131840105a309040112840105820102a309040111840105810101a306040114840100a30b0401418401043003830110a30b040141840104300382011800000000) Re-Encoding decoded SUA to SCCP -SCCP Output: 09 81 03 0d 18 0a 12 07 00 12 04 53 84 09 00 17 0b 12 06 00 12 04 44 87 20 00 20 65 9a 65 81 97 48 04 26 00 01 98 49 04 51 01 03 df 6c 81 88 a1 81 85 02 01 44 02 01 07 30 80 a7 80 a0 80 04 01 2b 30 80 30 12 83 01 10 84 01 07 85 07 91 44 57 76 67 16 97 86 01 20 30 06 82 01 18 84 01 04 00 00 00 00 a3 06 04 01 42 84 01 05 a3 06 04 01 51 84 01 05 a3 06 04 01 31 84 01 05 a3 09 04 01 12 84 01 05 82 01 02 a3 09 04 01 11 84 01 05 81 01 01 a3 06 04 01 14 84 01 00 a3 0b 04 01 41 84 01 04 30 03 83 01 10 a3 0b 04 01 41 84 01 04 30 03 82 01 18 00 00 00 00 +SCCP Output: [L2]> 09 81 03 0d 18 0a 12 07 00 12 04 53 84 09 00 17 0b 12 06 00 12 04 44 87 20 00 20 65 9a 65 81 97 48 04 26 00 01 98 49 04 51 01 03 df 6c 81 88 a1 81 85 02 01 44 02 01 07 30 80 a7 80 a0 80 04 01 2b 30 80 30 12 83 01 10 84 01 07 85 07 91 44 57 76 67 16 97 86 01 20 30 06 82 01 18 84 01 04 00 00 00 00 a3 06 04 01 42 84 01 05 a3 06 04 01 51 84 01 05 a3 06 04 01 31 84 01 05 a3 09 04 01 12 84 01 05 82 01 02 a3 09 04 01 11 84 01 05 81 01 01 a3 06 04 01 14 84 01 00 a3 0b 04 01 41 84 01 04 30 03 83 01 10 a3 0b 04 01 41 84 01 04 30 03 82 01 18 00 00 00 00 Parsing M3UA Message Parsing Nested M3UA Routing Key IE Testing SCCP Address Encode/Decode => NOGT-PC1024 -input addr: RI=2,PC=1024,GTI=0 +input addr: RI=2,PC=1024 rc=3, expected rc=3 encoded addr: 410004 expected addr: 410004 -decod addr: RI=2,PC=1024,GTI=0 +decod addr: RI=2,PC=1024 => NOGT-PC16383 -input addr: RI=2,PC=16383,GTI=0 +input addr: RI=2,PC=16383 rc=3, expected rc=3 encoded addr: 41ff3f expected addr: 41ff3f -decod addr: RI=2,PC=16383,GTI=0 +decod addr: RI=2,PC=16383 => NOGT-PC16383-SSN90 -input addr: RI=2,PC=16383,SSN=90,GTI=0 +input addr: RI=2,PC=16383,SSN=90 rc=4, expected rc=4 encoded addr: 43ff3f5a expected addr: 43ff3f5a -decod addr: RI=2,PC=16383,SSN=90,GTI=0 +decod addr: RI=2,PC=16383,SSN=90 => GT-PC16383-NAIONLY input addr: RI=2,PC=16383,GTI=1,GT=() |