Build failed in Jenkins: master-openbsc » --disable-iu,--disable-mgcp-transcoding,--enable-smpp,default,osmocom-master #14939
by jenkins＠lists.osmocom.org 11 Aug '23
by jenkins＠lists.osmocom.org 11 Aug '23
11 Aug '23
See <https://jenkins.osmocom.org/jenkins/job/master-openbsc/IU=--disable-iu,MGCP…>
Changes:
------------------------------------------
[...truncated 507.75 KB...]
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
> ps xua | grep osmo
build 43446 0.0 0.0 13324 7368 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43453 0.0 0.0 2576 896 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43455 0.0 0.0 3700 1816 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39756), raddr=('127.0.0.1', 4244)> (1 sockets open)
MSC is ready at 127.0.0.1
'show msc connection' says: 'MSC is connected: 1'
ERROR
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39756), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
testEnsureNoEnsureModeSet (__main__.TestVTYNAT.testEnsureNoEnsureModeSet) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43185/fd
total 0
lr-x------ 1 build build 64 Aug 10 23:57 0 -> pipe:[402385507]
l-wx------ 1 build build 64 Aug 10 23:57 1 -> pipe:[402385508]
l-wx------ 1 build build 64 Aug 10 23:57 2 -> pipe:[402385509]
l-wx------ 1 build build 64 Aug 10 23:57 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
> ps xua | grep osmo
build 43456 0.0 0.0 13324 6804 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43463 0.0 0.0 2576 900 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43465 0.0 0.0 3700 1820 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39770), raddr=('127.0.0.1', 4244)> (1 sockets open)
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39770), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
testPrefixTreeLoading (__main__.TestVTYNAT.testPrefixTreeLoading) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43185/fd
total 0
lr-x------ 1 build build 64 Aug 10 23:57 0 -> pipe:[402385507]
l-wx------ 1 build build 64 Aug 10 23:57 1 -> pipe:[402385508]
l-wx------ 1 build build 64 Aug 10 23:57 2 -> pipe:[402385509]
l-wx------ 1 build build 64 Aug 10 23:57 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
> ps xua | grep osmo
build 43466 0.0 0.0 13324 7044 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43473 0.0 0.0 2576 952 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43475 0.0 0.0 3700 1868 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39786), raddr=('127.0.0.1', 4244)> (1 sockets open)
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39786), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
testRewriteNoRewrite (__main__.TestVTYNAT.testRewriteNoRewrite) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43185/fd
total 0
lr-x------ 1 build build 64 Aug 10 23:57 0 -> pipe:[402385507]
l-wx------ 1 build build 64 Aug 10 23:57 1 -> pipe:[402385508]
l-wx------ 1 build build 64 Aug 10 23:57 2 -> pipe:[402385509]
l-wx------ 1 build build 64 Aug 10 23:57 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
> ps xua | grep osmo
build 43476 0.0 0.0 13324 6820 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43483 0.0 0.0 2576 904 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43485 0.0 0.0 3700 1880 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39802), raddr=('127.0.0.1', 4244)> (1 sockets open)
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39802), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
testRewritePostNoRewrite (__main__.TestVTYNAT.testRewritePostNoRewrite) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43185/fd
total 0
lr-x------ 1 build build 64 Aug 10 23:57 0 -> pipe:[402385507]
l-wx------ 1 build build 64 Aug 10 23:57 1 -> pipe:[402385508]
l-wx------ 1 build build 64 Aug 10 23:57 2 -> pipe:[402385509]
l-wx------ 1 build build 64 Aug 10 23:57 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
> ps xua | grep osmo
build 43486 0.0 0.0 13324 6932 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43493 0.0 0.0 2576 928 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43495 0.0 0.0 3700 1860 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39814), raddr=('127.0.0.1', 4244)> (1 sockets open)
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39814), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
testUssdSideChannelProvider (__main__.TestVTYNAT.testUssdSideChannelProvider) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43185/fd
total 0
lr-x------ 1 build build 64 Aug 10 23:57 0 -> pipe:[402385507]
l-wx------ 1 build build 64 Aug 10 23:57 1 -> pipe:[402385508]
l-wx------ 1 build build 64 Aug 10 23:57 2 -> pipe:[402385509]
l-wx------ 1 build build 64 Aug 10 23:57 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
> ps xua | grep osmo
build 43496 0.0 0.0 13324 7352 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43503 0.0 0.0 2576 936 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43505 0.0 0.0 3700 1864 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39826), raddr=('127.0.0.1', 4244)> (1 sockets open)
Connected to 127.0.0.1:5001
Expecting ID_GET request
Going to send ID_RESP response
Going to send PING request
Expecting PONG response
Going to shut down connection
Expecting EOF
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39826), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
testVtyTree (__main__.TestVTYNAT.testVtyTree) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43185/fd
total 0
lr-x------ 1 build build 64 Aug 10 23:57 0 -> pipe:[402385507]
l-wx------ 1 build build 64 Aug 10 23:57 1 -> pipe:[402385508]
l-wx------ 1 build build 64 Aug 10 23:57 2 -> pipe:[402385509]
l-wx------ 1 build build 64 Aug 10 23:57 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
> ps xua | grep osmo
build 43506 0.0 0.0 13324 6788 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43513 0.0 0.0 2576 920 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43515 0.0 0.0 3700 1788 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39834), raddr=('127.0.0.1', 4244)> (1 sockets open)
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 39834), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
======================================================================
ERROR: testBSCreload (__main__.TestVTYNAT.testBSCreload)
----------------------------------------------------------------------
Traceback (most recent call last):
File "/build/openbsc/tests/./vty_test_runner.py", line 803, in testBSCreload
msc_socket, msc = nat_msc_test(self, ip, port, verbose=True)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/build/openbsc/tests/./vty_test_runner.py", line 1047, in nat_msc_test
raise Exception("VTY reports MSC is connected, but I haven't"
Exception: VTY reports MSC is connected, but I haven't connected yet: '127.0.0.1' 5522
----------------------------------------------------------------------
Ran 33 tests in 82.476s
FAILED (errors=1)
make[5]: Leaving directory '/build/openbsc/tests'
make[5]: *** [Makefile:717: python-tests] Error 1
make[4]: *** [Makefile:726: check-local] Error 2
make[4]: Leaving directory '/build/openbsc/tests'
make[3]: Leaving directory '/build/openbsc/tests'
make[3]: *** [Makefile:575: check-am] Error 2
make[2]: *** [Makefile:425: check-recursive] Error 1
make[2]: Leaving directory '/build/openbsc/tests'
make[1]: *** [Makefile:457: check-recursive] Error 1
make[1]: Leaving directory '/build/openbsc'
make: *** [Makefile:756: check] Error 2
+ cat-testlogs.sh
Build step 'Execute shell' marked build as failure
$ ssh-agent -k
unset SSH_AUTH_SOCK;
unset SSH_AGENT_PID;
echo Agent pid 1691285 killed;
[ssh-agent] Stopped.
Archiving artifacts
1
1
Build failed in Jenkins: Osmocom-repo-install-debian11 » latest,qemu #419
by jenkins＠lists.osmocom.org 10 Aug '23
by jenkins＠lists.osmocom.org 10 Aug '23
10 Aug '23
See <https://jenkins.osmocom.org/jenkins/job/Osmocom-repo-install-debian11/feed=…>
Changes:
------------------------------------------
[...truncated 386.10 KB...]
Adding debian:XRamp_Global_CA_Root.pem
Adding debian:Hongkong_Post_Root_CA_1.pem
Adding debian:Buypass_Class_2_Root_CA.pem
Adding debian:Security_Communication_RootCA2.pem
Adding debian:Entrust_Root_Certification_Authority.pem
Adding debian:E-Tugra_Certification_Authority.pem
Adding debian:GlobalSign_ECC_Root_CA_-_R5.pem
Adding debian:emSign_ECC_Root_CA_-_G3.pem
Adding debian:NetLock_Arany_=Class_Gold=_Főtanúsítvány.pem
Adding debian:SZAFIR_ROOT_CA2.pem
Adding debian:Atos_TrustedRoot_2011.pem
Adding debian:Baltimore_CyberTrust_Root.pem
Adding debian:Secure_Global_CA.pem
Adding debian:GTS_Root_R4.pem
Adding debian:Buypass_Class_3_Root_CA.pem
Adding debian:Amazon_Root_CA_4.pem
Adding debian:SwissSign_Gold_CA_-_G2.pem
Adding debian:UCA_Extended_Validation_Root.pem
Adding debian:Starfield_Services_Root_Certificate_Authority_-_G2.pem
Adding debian:VeriSign_Universal_Root_Certification_Authority.pem
Adding debian:ISRG_Root_X1.pem
Adding debian:Trustwave_Global_ECC_P256_Certification_Authority.pem
Adding debian:OISTE_WISeKey_Global_Root_GC_CA.pem
Adding debian:Network_Solutions_Certificate_Authority.pem
Adding debian:EC-ACC.pem
Adding debian:Security_Communication_Root_CA.pem
Adding debian:TWCA_Root_Certification_Authority.pem
Adding debian:Chambers_of_Commerce_Root_-_2008.pem
Adding debian:UCA_Global_G2_Root.pem
Adding debian:QuoVadis_Root_CA_3_G3.pem
Adding debian:CFCA_EV_ROOT.pem
Adding debian:Microsoft_ECC_Root_Certificate_Authority_2017.pem
Adding debian:ACCVRAIZ1.pem
Adding debian:Trustwave_Global_ECC_P384_Certification_Authority.pem
Adding debian:Entrust_Root_Certification_Authority_-_G4.pem
Adding debian:Amazon_Root_CA_1.pem
Adding debian:Certum_Trusted_Network_CA.pem
Adding debian:ePKI_Root_Certification_Authority.pem
Adding debian:DigiCert_Global_Root_G2.pem
Adding debian:Staat_der_Nederlanden_EV_Root_CA.pem
Adding debian:T-TeleSec_GlobalRoot_Class_2.pem
Adding debian:GlobalSign_Root_CA_-_R3.pem
Adding debian:NAVER_Global_Root_Certification_Authority.pem
Adding debian:GlobalSign_Root_CA_-_R6.pem
Adding debian:DigiCert_High_Assurance_EV_Root_CA.pem
Adding debian:SSL.com_Root_Certification_Authority_ECC.pem
Adding debian:Hellenic_Academic_and_Research_Institutions_RootCA_2015.pem
Adding debian:AffirmTrust_Premium_ECC.pem
Adding debian:Staat_der_Nederlanden_Root_CA_-_G3.pem
Adding debian:GeoTrust_Primary_Certification_Authority_-_G2.pem
Adding debian:TrustCor_ECA-1.pem
Adding debian:AffirmTrust_Premium.pem
Adding debian:Trustwave_Global_Certification_Authority.pem
Adding debian:TrustCor_RootCert_CA-2.pem
Adding debian:Entrust_Root_Certification_Authority_-_EC1.pem
Adding debian:Cybertrust_Global_Root.pem
Adding debian:Certigna_Root_CA.pem
Adding debian:SecureSign_RootCA11.pem
Adding debian:GDCA_TrustAUTH_R5_ROOT.pem
Adding debian:Starfield_Root_Certificate_Authority_-_G2.pem
Adding debian:USERTrust_ECC_Certification_Authority.pem
Adding debian:IdenTrust_Commercial_Root_CA_1.pem
Adding debian:DigiCert_Assured_ID_Root_G2.pem
Adding debian:SecureTrust_CA.pem
Adding debian:SSL.com_EV_Root_Certification_Authority_RSA_R2.pem
Adding debian:QuoVadis_Root_CA.pem
Adding debian:Starfield_Class_2_CA.pem
Adding debian:TUBITAK_Kamu_SM_SSL_Kok_Sertifikasi_-_Surum_1.pem
Adding debian:Hellenic_Academic_and_Research_Institutions_RootCA_2011.pem
Adding debian:AC_RAIZ_FNMT-RCM.pem
Adding debian:Actalis_Authentication_Root_CA.pem
Adding debian:Izenpe.com.pem
Adding debian:DigiCert_Assured_ID_Root_G3.pem
Adding debian:OISTE_WISeKey_Global_Root_GB_CA.pem
Adding debian:Entrust_Root_Certification_Authority_-_G2.pem
Adding debian:CA_Disig_Root_R2.pem
Adding debian:emSign_Root_CA_-_G1.pem
Adding debian:Entrust.net_Premium_2048_Secure_Server_CA.pem
Adding debian:certSIGN_ROOT_CA.pem
Adding debian:SwissSign_Silver_CA_-_G2.pem
Adding debian:Amazon_Root_CA_2.pem
Adding debian:USERTrust_RSA_Certification_Authority.pem
Adding debian:COMODO_Certification_Authority.pem
Adding debian:Certigna.pem
Adding debian:emSign_ECC_Root_CA_-_C3.pem
Adding debian:AffirmTrust_Networking.pem
Adding debian:DigiCert_Trusted_Root_G4.pem
Adding debian:Autoridad_de_Certificacion_Firmaprofesional_CIF_A62634068.pem
Adding debian:COMODO_ECC_Certification_Authority.pem
Adding debian:Go_Daddy_Class_2_CA.pem
Adding debian:e-Szigno_Root_CA_2017.pem
Adding debian:Comodo_AAA_Services_root.pem
Adding debian:GlobalSign_ECC_Root_CA_-_R4.pem
Adding debian:D-TRUST_Root_Class_3_CA_2_EV_2009.pem
Adding debian:Trustis_FPS_Root_CA.pem
Adding debian:GlobalSign_Root_CA_-_R2.pem
Adding debian:emSign_Root_CA_-_C1.pem
Adding debian:GTS_Root_R3.pem
Adding debian:Amazon_Root_CA_3.pem
Adding debian:Certum_Trusted_Network_CA_2.pem
Adding debian:SSL.com_Root_Certification_Authority_RSA.pem
Adding debian:D-TRUST_Root_Class_3_CA_2_2009.pem
Adding debian:Hellenic_Academic_and_Research_Institutions_ECC_RootCA_2015.pem
Adding debian:SSL.com_EV_Root_Certification_Authority_ECC.pem
done.
Setting up libifd-osmo-remsim-client0-dbgsym:amd64 (1.0.0) ...
Setting up liblwp-protocol-https-perl (6.10-1) ...
Setting up libxml-parser-perl:amd64 (2.46-2) ...
Setting up libxml-twig-perl (1:3.52-1) ...
Setting up ruby2.7 (2.7.4-1+deb11u1) ...
Setting up pcscd (1.9.1-1) ...
Created symlink /etc/systemd/system/sockets.target.wants/pcscd.socket → /lib/systemd/system/pcscd.socket.
pcscd.service is a disabled or a static unit, not starting it.
Setting up libnet-dbus-perl (1.2.0-1+b1) ...
Setting up default-jdk (2:1.11-72) ...
Setting up ruby (1:2.7+2) ...
Setting up rake (13.0.3-1) ...
Setting up vim-addon-manager (0.5.10) ...
Setting up vim-asciidoc (9.0.0~rc2-1) ...
Processing triggers for mailcap (3.69) ...
Processing triggers for dictionaries-common (1.28.4) ...
debconf: unable to initialize frontend: Dialog
debconf: (TERM is not set, so the dialog frontend is not usable.)
debconf: falling back to frontend: Readline
aspell-autobuildhash: processing: en [en-common].
aspell-autobuildhash: processing: en [en-variant_0].
aspell-autobuildhash: processing: en [en-variant_1].
aspell-autobuildhash: processing: en [en-variant_2].
aspell-autobuildhash: processing: en [en-w_accents-only].
aspell-autobuildhash: processing: en [en-wo_accents-only].
aspell-autobuildhash: processing: en [en_AU-variant_0].
aspell-autobuildhash: processing: en [en_AU-variant_1].
aspell-autobuildhash: processing: en [en_AU-w_accents-only].
aspell-autobuildhash: processing: en [en_AU-wo_accents-only].
aspell-autobuildhash: processing: en [en_CA-variant_0].
aspell-autobuildhash: processing: en [en_CA-variant_1].
aspell-autobuildhash: processing: en [en_CA-w_accents-only].
aspell-autobuildhash: processing: en [en_CA-wo_accents-only].
aspell-autobuildhash: processing: en [en_GB-ise-w_accents-only].
aspell-autobuildhash: processing: en [en_GB-ise-wo_accents-only].
aspell-autobuildhash: processing: en [en_GB-ize-w_accents-only].
aspell-autobuildhash: processing: en [en_GB-ize-wo_accents-only].
aspell-autobuildhash: processing: en [en_GB-variant_0].
aspell-autobuildhash: processing: en [en_GB-variant_1].
aspell-autobuildhash: processing: en [en_US-w_accents-only].
aspell-autobuildhash: processing: en [en_US-wo_accents-only].
Processing triggers for libglib2.0-0:amd64 (2.66.8-1) ...
Processing triggers for libc-bin (2.31-13+deb11u2) ...
Processing triggers for man-db (2.9.4-2) ...
Processing triggers for ca-certificates (20210119) ...
Updating certificates in /etc/ssl/certs...
0 added, 0 removed; done.
Running hooks in /etc/ca-certificates/update.d...
done.
done.
Processing triggers for shared-mime-info (2.0-1) ...
Setting up glib-networking:amd64 (2.66.0-2) ...
Setting up libsoup2.4-1:amd64 (2.72.0-2) ...
Setting up libsoup-gnome2.4-1:amd64 (2.72.0-2) ...
Setting up librest-0.7-0:amd64 (0.8.1-1.1) ...
Setting up libgtk-3-0:amd64 (3.24.24-4+deb11u3) ...
Setting up libgtkspell3-3-0:amd64 (3.0.10-1) ...
Setting up libgtk-3-bin (3.24.24-4+deb11u3) ...
Setting up libvte-2.91-0:amd64 (0.62.3-1) ...
Setting up libwxgtk3.0-gtk3-0v5:amd64 (3.0.5.1+dfsg-2) ...
Setting up notification-daemon (3.20.0-4) ...
Setting up libgdl-3-5:amd64 (3.34.0-1) ...
Setting up erlang-wx (1:23.2.6+dfsg-1+deb11u1) ...
Setting up erlang-reltool (1:23.2.6+dfsg-1+deb11u1) ...
Setting up erlang-et (1:23.2.6+dfsg-1+deb11u1) ...
Setting up libgtkmm-3.0-1v5:amd64 (3.24.2-2) ...
Setting up termit (3.1-1) ...
update-alternatives: using /usr/bin/termit to provide /usr/bin/x-terminal-emulator (x-terminal-emulator) in auto mode
Setting up limesuite (22.09.1) ...
Install Lime Suite icon resources... xdg-icon-resource: No writable system icon directory found.
xdg-icon-resource: No writable system icon directory found.
xdg-icon-resource: No writable system icon directory found.
xdg-icon-resource: No writable system icon directory found.
xdg-icon-resource: No writable system icon directory found.
xdg-icon-resource: No writable system icon directory found.
OK
Install Lime Suite menu launcher... xdg-desktop-menu: No writable system menu directory found.
OK
Setting up inkscape (1.0.2-4) ...
Setting up erlang-debugger (1:23.2.6+dfsg-1+deb11u1) ...
Setting up erlang-observer (1:23.2.6+dfsg-1+deb11u1) ...
Setting up erlang-common-test (1:23.2.6+dfsg-1+deb11u1) ...
Setting up erlang (1:23.2.6+dfsg-1+deb11u1) ...
Setting up rebar3 (3.18.0~osmo2) ...
Processing triggers for sgml-base (1.30) ...
Setting up docutils-common (0.16+dfsg-4) ...
Setting up sgml-data (2.0.11+nmu1) ...
Setting up docbook5-xml (5.0-3) ...
Setting up docbook-xsl (1.79.2+dfsg-1) ...
Processing triggers for sgml-base (1.30) ...
Setting up python3-docutils (0.16+dfsg-4) ...
update-alternatives: using /usr/share/docutils/scripts/python3/rst-buildhtml to provide /usr/bin/rst-buildhtml (rst-buildhtml) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2html to provide /usr/bin/rst2html (rst2html) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2html4 to provide /usr/bin/rst2html4 (rst2html4) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2html5 to provide /usr/bin/rst2html5 (rst2html5) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2latex to provide /usr/bin/rst2latex (rst2latex) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2man to provide /usr/bin/rst2man (rst2man) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2odt to provide /usr/bin/rst2odt (rst2odt) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2odt_prepstyles to provide /usr/bin/rst2odt_prepstyles (rst2odt_prepstyles) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2pseudoxml to provide /usr/bin/rst2pseudoxml (rst2pseudoxml) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2s5 to provide /usr/bin/rst2s5 (rst2s5) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2xetex to provide /usr/bin/rst2xetex (rst2xetex) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rst2xml to provide /usr/bin/rst2xml (rst2xml) in auto mode
update-alternatives: using /usr/share/docutils/scripts/python3/rstpep2html to provide /usr/bin/rstpep2html (rstpep2html) in auto mode
Setting up docbook-xml (4.5-9) ...
Setting up python3-blockdiag (2.0.1+dfsg-1) ...
Setting up python3-nwdiag (2.0.0+dfsg-1) ...
Processing triggers for sgml-base (1.30) ...
Setting up docbook-dsssl (1.79-9.2) ...
Setting up dblatex (0.3.12py3-1) ...
Setting up xmlto (0.0.28-2.1) ...
Processing triggers for sgml-base (1.30) ...
Setting up docbook-utils (0.6.14-3.4) ...
Setting up asciidoc-dblatex (9.0.0~rc2-1) ...
Setting up osmo-gsm-manuals-dev (1.4.0) ...
Processing triggers for tex-common (6.16) ...
debconf: unable to initialize frontend: Dialog
debconf: (TERM is not set, so the dialog frontend is not usable.)
debconf: falling back to frontend: Readline
Running updmap-sys. This may take some time... done.
Running mktexlsr /var/lib/texmf ... done.
Building format(s) --all.
This may take some time... done.
Processing triggers for libgdk-pixbuf-2.0-0:amd64 (2.42.2+dfsg-1+deb11u1) ...
Processing triggers for libc-bin (2.31-13+deb11u2) ...
Errors were encountered while processing:
limesuite-images22.09:amd64
limesuite-images:amd64
E: Sub-process /usr/bin/dpkg returned an error code (1)
+ clean_up_trap
+ [ -n ]
+ set +x
### Clean up ###
+ trap - EXIT INT TERM 0
+ clean_up
+ [ -n ]
+ [ -e _repo_install_test_data/qemu.pid ]
+ cat _repo_install_test_data/qemu.pid
+ kill 1804189
+ rm -f _repo_install_test_data/temp.qcow2
Build step 'Execute shell' marked build as failure
1
1
10 Aug '23
09 Aug '23
See <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/display…>
Changes:
[pmaier(a)sysmocom.de] ttcn3-mme-test-ogs: configure Gn interface
[Neels Hofmeyr] hnbgw: adjust cfg for cnpool tests
------------------------------------------
[...truncated 151.94 KB...]
--build-arg OPEN5GS_BRANCH=main \
-t osmocom-build/osmo-stp-latest:latest .
Sending build context to Docker daemon 29.7kB
Step 1/11 : ARG USER
Step 2/11 : ARG DISTRO
Step 3/11 : ARG OSMOCOM_REPO_VERSION="latest"
Step 4/11 : FROM $USER/$DISTRO-obs-$OSMOCOM_REPO_VERSION
---> 1db071b51fb8
Step 5/11 : ARG DISTRO
---> Using cache
---> 966666c9c21e
Step 6/11 : RUN case "$DISTRO" in debian*) apt-get update && apt-get install -y --no-install-recommends osmo-stp && apt-get clean ;; centos*) dnf install -y osmo-stp ;; esac
---> Using cache
---> c1ac0f2a0240
Step 7/11 : WORKDIR /data
---> Using cache
---> b82eb25df62a
Step 8/11 : VOLUME /data
---> Using cache
---> 892184240059
Step 9/11 : COPY osmo-stp.cfg /data/
---> Using cache
---> dd27b6322694
Step 10/11 : CMD ["/bin/sh", "-c", "/usr/bin/osmo-stp -c /data/osmo-stp.cfg >/data/osmo-stp.log 2>&1"]
---> Using cache
---> ca1e3c91f376
Step 11/11 : EXPOSE 2905 14001 4239
---> Using cache
---> e4aab691319d
[Warning] One or more build-args [REGISTRY OSMO_CBC_BRANCH OSMO_BTS_BRANCH OSMO_HNODEB_BRANCH LIBOSMOCORE_BRANCH OSMOCOM_REPO_PATH OSMO_BSC_BRANCH OSMO_GBPROXY_BRANCH OSMO_GGSN_BRANCH OSMO_NITB_BRANCH OSMO_SGSN_BRANCH OPEN5GS_BRANCH OSMOCOM_REPO_MIRROR OSMO_UECUPS_BRANCH OSMO_HLR_BRANCH OSMO_HNBGW_BRANCH OSMO_MSC_BRANCH OSMO_TTCN3_BRANCH UID UPSTREAM_DISTRO OSMOCOM_REPO_TESTSUITE_MIRROR OSMO_GSM_TESTER_BRANCH OSMO_IUH_BRANCH OSMO_PCU_BRANCH OSMO_SIP_BRANCH OSMO_MGW_BRANCH OSMO_BB_BRANCH OSMO_STP_BRANCH] were not consumed
Successfully built e4aab691319d
Successfully tagged osmocom-build/osmo-stp-latest:latest
rm -rf .common
make: Leaving directory '<https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/ws/osmo-stp-…'>
+ docker_image_exists osmo-stp-latest
+ docker images -q osmocom-build/osmo-stp-latest
+ test -n e4aab691319d
+ list_osmo_packages debian-bookworm osmo-stp-latest
+ local distro=debian-bookworm
+ local image=osmo-stp-latest
+ local docker_run_sh=docker run --rm --entrypoint=/bin/sh osmocom-build/osmo-stp-latest -c
+ [ -n ]
+ set +x
### Installed Osmocom packages in: osmo-stp-latest ###
ii libosmo-sigtran7:amd64 1.7.1 amd64 Osmocom SIGTRAN library (SCCP, SUA, M3UA and more)
ii libosmocore20:amd64 1.8.0 amd64 Osmo Core library
ii libosmogsm18:amd64 1.8.0 amd64 Osmo GSM utility library
ii libosmoisdn0:amd64 1.8.0 amd64 Osmo ISDN utility library
ii libosmonetif11:amd64 1.3.0 amd64 Common/shared code regarding network interface for OpenBSC
ii libosmovty9:amd64 1.8.0 amd64 Osmo VTY library
ii osmo-stp:amd64 1.7.1 amd64 Osmocom SIGTRAN STP (Signaling Transfer Point)
ii osmocom-latest 1.0.0 amd64 Dummy package, which conflicts with: osmocom-nightly osmocom-next
+ [ registry.osmocom.org = registry.osmocom.org ]
+ docker pull registry.osmocom.org/osmocom-build/debian-bullseye-titan
Using default tag: latest
latest: Pulling from osmocom-build/debian-bullseye-titan
Digest: sha256:c0f7ea392f00e431c6fe3580d3355811b1e2e94a722755623e346fedb3d90b0d
Status: Image is up to date for registry.osmocom.org/osmocom-build/debian-bullseye-titan:latest
registry.osmocom.org/osmocom-build/debian-bullseye-titan:latest
+ continue
+ [ registry.osmocom.org = registry.osmocom.org ]
+ docker_depends nplab-m3ua-test
+ local feed
+ depends=
+ [ -n ]
+ docker_distro_from_image_name nplab-m3ua-test
+ echo debian-bookworm
+ distro_arg=debian-bookworm
+ [ -z ]
+ docker_upstream_distro_from_image_name nplab-m3ua-test
+ echo debian:bookworm
+ upstream_distro_arg=debian:bookworm
+ docker_dir_from_image_name nplab-m3ua-test
+ echo nplab-m3ua-test
+ dir=nplab-m3ua-test
+ pull_arg=--pull
+ grep ^FROM ../nplab-m3ua-test/Dockerfile
+ from_line=FROM $USER/sigtran-tests
+ echo FROM $USER/sigtran-tests
+ grep -q $USER
+ pull_arg=
+ set +x
Building image: nplab-m3ua-test (export NO_DOCKER_IMAGE_BUILD=1 to prevent this)
+ make -C ../nplab-m3ua-test BUILD_ARGS= UPSTREAM_DISTRO=debian:bookworm DISTRO=debian-bookworm IMAGE=osmocom-build/nplab-m3ua-test
make: Entering directory '<https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/ws/nplab-m3u…'>
awk: fatal: cannot open file `.release' for reading: No such file or directory
awk: fatal: cannot open file `.release' for reading: No such file or directory
awk: fatal: cannot open file `.release' for reading: No such file or directory
rm -rf .common
cp -r <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/ws/common> .common
INFO: .release created
release=0.0.0
docker build \
--build-arg USER=osmocom-build \
--build-arg UID=1000 \
--build-arg REGISTRY=registry.osmocom.org \
--build-arg OSMO_TTCN3_BRANCH=master \
--build-arg UPSTREAM_DISTRO=debian:bookworm \
--build-arg DISTRO=debian-bookworm \
--build-arg OSMOCOM_REPO_MIRROR=https://downloads.osmocom.org \
--build-arg OSMOCOM_REPO_PATH=packages/osmocom: \
--build-arg OSMOCOM_REPO_VERSION=latest \
--build-arg OSMOCOM_REPO_TESTSUITE_MIRROR=https://downloads.osmocom.org \
--build-arg LIBOSMOCORE_BRANCH=master \
--build-arg OSMO_BB_BRANCH=master \
--build-arg OSMO_BSC_BRANCH=master \
--build-arg OSMO_BTS_BRANCH=master \
--build-arg OSMO_CBC_BRANCH=master \
--build-arg OSMO_GBPROXY_BRANCH=master \
--build-arg OSMO_GGSN_BRANCH=master \
--build-arg OSMO_GSM_TESTER_BRANCH=master \
--build-arg OSMO_HLR_BRANCH=master \
--build-arg OSMO_HNBGW_BRANCH=master \
--build-arg OSMO_HNODEB_BRANCH=master \
--build-arg OSMO_IUH_BRANCH=master \
--build-arg OSMO_MGW_BRANCH=master \
--build-arg OSMO_MSC_BRANCH=master \
--build-arg OSMO_NITB_BRANCH=master \
--build-arg OSMO_PCU_BRANCH=master \
--build-arg OSMO_SGSN_BRANCH=master \
--build-arg OSMO_SIP_BRANCH=master \
--build-arg OSMO_STP_BRANCH=master \
--build-arg OSMO_UECUPS_BRANCH=master \
--build-arg OPEN5GS_BRANCH=main \
-t osmocom-build/nplab-m3ua-test:latest .
Sending build context to Docker daemon 41.98kB
Step 1/10 : ARG USER=osmocom-build
Step 2/10 : FROM $USER/sigtran-tests
---> bef96fb27eef
Step 3/10 : RUN cd /tmp && git clone https://git.osmocom.org/nplab/m3ua-testtool
---> Running in 7028e0323fa0
[91mCloning into 'm3ua-testtool'...
[0m[91mwarning: redirecting to https://gitea.osmocom.org/nplab/m3ua-testtool/
[0mRemoving intermediate container 7028e0323fa0
---> f7b81c604de5
Step 4/10 : ADD http://git.osmocom.org/nplab/m3ua-testtool/patch/?h=laforge/python3 /tmp/commit
---> 687f288525ba
Step 5/10 : RUN cd /tmp/m3ua-testtool && git fetch && git checkout -f laforge/python3 && cp runtest-junitxml.py /usr/local/bin/
---> Running in 2fec9f05e799
[91mwarning: redirecting to https://gitea.osmocom.org/nplab/m3ua-testtool/
[0m[91mSwitched to a new branch 'laforge/python3'
[0mBranch 'laforge/python3' set up to track remote branch 'laforge/python3' from 'origin'.
Removing intermediate container 2fec9f05e799
---> 922e3b0718b1
Step 6/10 : COPY dotguile /root/.guile
---> a275bd831b48
Step 7/10 : RUN mkdir /data
---> Running in a5e68932f2ac
Removing intermediate container a5e68932f2ac
---> a9d6250d0e7e
Step 8/10 : VOLUME /data
---> Running in fe98a25d7b67
Removing intermediate container fe98a25d7b67
---> e34eaca315b7
Step 9/10 : COPY m3ua-param-testtool.scm all-sgp-tests.txt /data/
---> 5d7b4471d717
Step 10/10 : CMD /usr/local/bin/runtest-junitxml.py -s 0.1 -t 10 -d /root /data/all-sgp-tests.txt
---> Running in 2fdeb54bf3c2
Removing intermediate container 2fdeb54bf3c2
---> d60e5280bba4
[Warning] One or more build-args [OSMO_SIP_BRANCH OPEN5GS_BRANCH OSMOCOM_REPO_PATH OSMO_GSM_TESTER_BRANCH OSMO_STP_BRANCH OSMOCOM_REPO_MIRROR OSMO_BSC_BRANCH OSMO_HNBGW_BRANCH UPSTREAM_DISTRO DISTRO OSMO_MGW_BRANCH OSMO_TTCN3_BRANCH OSMO_GGSN_BRANCH OSMO_BTS_BRANCH OSMO_CBC_BRANCH REGISTRY OSMOCOM_REPO_TESTSUITE_MIRROR OSMO_HNODEB_BRANCH OSMO_IUH_BRANCH OSMO_MSC_BRANCH OSMO_HLR_BRANCH OSMOCOM_REPO_VERSION OSMO_UECUPS_BRANCH UID LIBOSMOCORE_BRANCH OSMO_GBPROXY_BRANCH OSMO_NITB_BRANCH OSMO_PCU_BRANCH OSMO_SGSN_BRANCH OSMO_BB_BRANCH] were not consumed
Successfully built d60e5280bba4
Successfully tagged osmocom-build/nplab-m3ua-test:latest
rm -rf .common
make: Leaving directory '<https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/ws/nplab-m3u…'>
+ docker_image_exists nplab-m3ua-test
+ docker images -q osmocom-build/nplab-m3ua-test
+ test -n d60e5280bba4
+ list_osmo_packages debian-bookworm nplab-m3ua-test
+ local distro=debian-bookworm
+ local image=nplab-m3ua-test
+ local docker_run_sh=docker run --rm --entrypoint=/bin/sh osmocom-build/nplab-m3ua-test -c
+ [ -n ]
+ return
+ set_clean_up_trap
+ trap clean_up_common EXIT INT TERM 0
+ set -e
+ mkdir <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…>
+ cp m3ua-param-testtool.scm all-sgp-tests.txt <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…>
+ mkdir <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…>
+ cp osmo-stp.cfg <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…>
+ network_create
+ SUBNET=2756949
+ seq 1 30
+ echo (2756949 + 1) % 256
+ bc
+ SUBNET=86
+ NET_NAME=nplab-m3ua-test-86
+ SUB4=172.18.86.0/24
+ SUB6=fd02:db8:86::/64
+ set +x
Creating network nplab-m3ua-test-86, trying SUBNET=86...
+ docker network create --internal --subnet 172.18.86.0/24 --ipv6 --subnet fd02:db8:86::/64 nplab-m3ua-test-86
282bb911e718d04c96898a6ce3ea4446279ce2db51d0fe23846c7973b764ca3d
+ set +x
### Network nplab-m3ua-test-86 created (SUBNET=86) ###
+ return
+ network_replace_subnet_in_configs
+ set +x
Applying SUBNET=86 to: <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…>
Applying SUBNET=86 to: <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…>
Applying SUBNET=86 to: <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…>
+ docker_network_params 86 200
+ NET=86
+ ADDR_SUFIX=200
+ echo --network nplab-m3ua-test-86 --ip 172.18.86.200 --ip6 fd02:db8:86::200
+ docker run --rm --sysctl net.ipv6.conf.all.disable_ipv6=0 --network nplab-m3ua-test-86 --ip 172.18.86.200 --ip6 fd02:db8:86::200 --ulimit core=-1 -v <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…>:/data --name jenkins-nplab-m3ua-test-latest-1766-stp -d osmocom-build/osmo-stp-latest
Unable to find image 'osmocom-build/osmo-stp-latest:latest' locally
docker: Error response from daemon: pull access denied for osmocom-build/osmo-stp-latest, repository does not exist or may require 'docker login': denied: requested access to the resource is denied.
See 'docker run --help'.
+ clean_up_common
+ set +e
+ set +x
### Clean up ###
+ trap - EXIT INT TERM 0
+ type clean_up
+ network_clean
+ docker network inspect nplab-m3ua-test-86
+ awk -F" NR>1{print $2}
+ grep Name
+ cut -d : -f2
+ local containers=
+ [ -n ]
+ network_remove
+ set +x
Removing network nplab-m3ua-test-86
+ docker network remove nplab-m3ua-test-86
nplab-m3ua-test-86
+ rm -rf <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…>
+ fix_perms
+ set +x
Fixing permissions
+ docker run --rm -v <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/ws/logs>:/data -v <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/ws/_cache>:/cache --name jenkins-nplab-m3ua-test-latest-1766-cleaner debian:bookworm chmod -R a+rX /data/ /cache/
+ collect_logs
+ cat <https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…>
cat: '<https://jenkins.osmocom.org/jenkins/job/nplab-m3ua-test-latest/1766/artifac…'>: No such file or directory
+ true
Build step 'Execute shell' marked build as failure
Recording test results
ERROR: Step ‘Publish JUnit test result report’ failed: No test report files were found. Configuration error?
1
1
Build failed in Jenkins: master-openbsc » --disable-iu,--disable-mgcp-transcoding,--enable-smpp,default,osmocom-master #14923
by jenkins＠lists.osmocom.org 09 Aug '23
by jenkins＠lists.osmocom.org 09 Aug '23
09 Aug '23
See <https://jenkins.osmocom.org/jenkins/job/master-openbsc/IU=--disable-iu,MGCP…>
Changes:
------------------------------------------
[...truncated 507.69 KB...]
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
> ps xua | grep osmo
build 43448 0.0 0.0 13324 7376 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43455 0.0 0.0 2576 900 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43457 0.0 0.0 3700 1848 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52452), raddr=('127.0.0.1', 4244)> (1 sockets open)
MSC is ready at 127.0.0.1
'show msc connection' says: 'MSC is connected: 1'
ERROR
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52452), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
testEnsureNoEnsureModeSet (__main__.TestVTYNAT.testEnsureNoEnsureModeSet) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43187/fd
total 0
lr-x------ 1 build build 64 Aug 8 23:58 0 -> pipe:[369019600]
l-wx------ 1 build build 64 Aug 8 23:58 1 -> pipe:[369019601]
l-wx------ 1 build build 64 Aug 8 23:58 2 -> pipe:[369019602]
l-wx------ 1 build build 64 Aug 8 23:58 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
> ps xua | grep osmo
build 43458 0.0 0.0 13324 7340 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43465 0.0 0.0 2576 920 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43467 0.0 0.0 3700 1776 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52468), raddr=('127.0.0.1', 4244)> (1 sockets open)
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52468), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
testPrefixTreeLoading (__main__.TestVTYNAT.testPrefixTreeLoading) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43187/fd
total 0
lr-x------ 1 build build 64 Aug 8 23:58 0 -> pipe:[369019600]
l-wx------ 1 build build 64 Aug 8 23:58 1 -> pipe:[369019601]
l-wx------ 1 build build 64 Aug 8 23:58 2 -> pipe:[369019602]
l-wx------ 1 build build 64 Aug 8 23:58 3 -> /dev/null
lr-x------ 1 build build 64 Aug 8 23:58 4 -> pipe:[369305471]
l-wx------ 1 build build 64 Aug 8 23:58 5 -> pipe:[369305471]
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
> ps xua | grep osmo
build 43468 0.0 0.0 13324 6872 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43475 0.0 0.0 2576 920 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43477 0.0 0.0 3700 1864 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52478), raddr=('127.0.0.1', 4244)> (1 sockets open)
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52478), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
testRewriteNoRewrite (__main__.TestVTYNAT.testRewriteNoRewrite) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43187/fd
total 0
lr-x------ 1 build build 64 Aug 8 23:58 0 -> pipe:[369019600]
l-wx------ 1 build build 64 Aug 8 23:58 1 -> pipe:[369019601]
l-wx------ 1 build build 64 Aug 8 23:58 2 -> pipe:[369019602]
l-wx------ 1 build build 64 Aug 8 23:58 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
> ps xua | grep osmo
build 43478 0.0 0.0 13324 6812 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43485 0.0 0.0 2576 912 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43487 0.0 0.0 3700 1784 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52492), raddr=('127.0.0.1', 4244)> (1 sockets open)
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52492), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
testRewritePostNoRewrite (__main__.TestVTYNAT.testRewritePostNoRewrite) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43187/fd
total 0
lr-x------ 1 build build 64 Aug 8 23:58 0 -> pipe:[369019600]
l-wx------ 1 build build 64 Aug 8 23:58 1 -> pipe:[369019601]
l-wx------ 1 build build 64 Aug 8 23:58 2 -> pipe:[369019602]
l-wx------ 1 build build 64 Aug 8 23:58 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
> ps xua | grep osmo
build 43488 0.0 0.0 13324 6788 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43495 0.0 0.0 2576 940 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43497 0.0 0.0 3700 1812 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52508), raddr=('127.0.0.1', 4244)> (1 sockets open)
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52508), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
testUssdSideChannelProvider (__main__.TestVTYNAT.testUssdSideChannelProvider) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43187/fd
total 0
lr-x------ 1 build build 64 Aug 8 23:58 0 -> pipe:[369019600]
l-wx------ 1 build build 64 Aug 8 23:58 1 -> pipe:[369019601]
l-wx------ 1 build build 64 Aug 8 23:58 2 -> pipe:[369019602]
l-wx------ 1 build build 64 Aug 8 23:58 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
> ps xua | grep osmo
build 43498 0.0 0.0 13324 7360 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43505 0.0 0.0 2576 924 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43507 0.0 0.0 3700 1760 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52510), raddr=('127.0.0.1', 4244)> (1 sockets open)
Connected to 127.0.0.1:5001
Expecting ID_GET request
Going to send ID_RESP response
Going to send PING request
Expecting PONG response
Going to shut down connection
Expecting EOF
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52510), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
testVtyTree (__main__.TestVTYNAT.testVtyTree) ... Launching: PWD=/build/openbsc './src/osmo-bsc_nat/osmo-bsc_nat' '-l' '127.0.0.1' '-c' '/build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg'
> ls -l /proc/43187/fd
total 0
lr-x------ 1 build build 64 Aug 8 23:58 0 -> pipe:[369019600]
l-wx------ 1 build build 64 Aug 8 23:58 1 -> pipe:[369019601]
l-wx------ 1 build build 64 Aug 8 23:58 2 -> pipe:[369019602]
l-wx------ 1 build build 64 Aug 8 23:58 3 -> /dev/null
> ss -tn
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
> ss -tln
State Recv-Q Send-Q Local Address:Port Peer Address:PortProcess
LISTEN 0 1 127.0.0.1:5000 0.0.0.0:*
LISTEN 0 1 0.0.0.0:5001 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4244 0.0.0.0:*
LISTEN 0 10 127.0.0.1:4250 0.0.0.0:*
> ps xua | grep osmo
build 43508 0.0 0.0 13324 6980 ? S 23:58 0:00 ./src/osmo-bsc_nat/osmo-bsc_nat -l 127.0.0.1 -c /build/openbsc/tests/../doc/examples/osmo-bsc_nat/osmo-bsc-nat.cfg
build 43515 0.0 0.0 2576 884 ? S 23:58 0:00 /bin/sh -c ps xua | grep osmo
build 43517 0.0 0.0 3700 1960 ? S 23:58 0:00 grep osmo
Socket: in 1 tries, connected to 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52522), raddr=('127.0.0.1', 4244)> (1 sockets open)
Socket: closing 127.0.0.1:4244 <socket.socket fd=4, family=2, type=1, proto=0, laddr=('127.0.0.1', 52522), raddr=('127.0.0.1', 4244)> (0 sockets open)
Process returned code: -15
ok
======================================================================
ERROR: testBSCreload (__main__.TestVTYNAT.testBSCreload)
----------------------------------------------------------------------
Traceback (most recent call last):
File "/build/openbsc/tests/./vty_test_runner.py", line 803, in testBSCreload
msc_socket, msc = nat_msc_test(self, ip, port, verbose=True)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/build/openbsc/tests/./vty_test_runner.py", line 1047, in nat_msc_test
raise Exception("VTY reports MSC is connected, but I haven't"
Exception: VTY reports MSC is connected, but I haven't connected yet: '127.0.0.1' 5522
----------------------------------------------------------------------
Ran 33 tests in 83.581s
FAILED (errors=1)
make[5]: *** [Makefile:717: python-tests] Error 1
make[5]: Leaving directory '/build/openbsc/tests'
make[4]: *** [Makefile:726: check-local] Error 2
make[4]: Leaving directory '/build/openbsc/tests'
make[3]: *** [Makefile:575: check-am] Error 2
make[3]: Leaving directory '/build/openbsc/tests'
make[2]: *** [Makefile:425: check-recursive] Error 1
make[2]: Leaving directory '/build/openbsc/tests'
make[1]: *** [Makefile:457: check-recursive] Error 1
make[1]: Leaving directory '/build/openbsc'
make: *** [Makefile:756: check] Error 2
+ cat-testlogs.sh
Build step 'Execute shell' marked build as failure
$ ssh-agent -k
unset SSH_AUTH_SOCK;
unset SSH_AGENT_PID;
echo Agent pid 1934890 killed;
[ssh-agent] Stopped.
Archiving artifacts
1
1
Build failed in Jenkins: master-osmo-msc » --enable-iu,1,a3=default,a4=default,osmocom-master #38652
by jenkins＠lists.osmocom.org 08 Aug '23
by jenkins＠lists.osmocom.org 08 Aug '23
08 Aug '23
See <https://jenkins.osmocom.org/jenkins/job/master-osmo-msc/IU=--enable-iu,WITH…>
Changes:
------------------------------------------
[...truncated 1003.57 KB...]
logging level asci notice
logging level lglobal notice
logging level llapd notice
logging level linp notice
logging level lmux notice
logging level lmi notice
logging level lmib notice
logging level lsms notice
logging level lctrl notice
logging level lgtp notice
logging level lstats notice
logging level lgsup notice
logging level loap notice
logging level lss7 notice
logging level lsccp notice
logging level lsua notice
logging level lm3ua notice
logging level lmgcp notice
logging level ljibuf notice
logging level lrspro notice
logging level lns notice
logging level lbssgp notice
logging level lnsdata notice
logging level lnssignal notice
logging level liuup notice
logging level lpfcp notice
logging level lcsn1 notice
logging level lio notice
!
stats interval 5
!
line vty
no login
!
cs7 instance 0
point-code 0.23.1
network
network country code 001
mobile network code 01
short name OsmoMSC
long name OsmoMSC
encryption a5 0
encryption uea 1 2
authentication optional
rrlp mode none
mm info 1
mgw 0
local-port 2728
remote-ip 127.0.0.1
remote-port 2427
msc
mncc guard-timeout 180
ncss guard-timeout 30
assign-tmsi
cs7-instance-a 0
cs7-instance-iu 0
auth-tuple-max-reuse-count 3
auth-tuple-reuse-on-error 1
mncc-int
default-codec tch-f fr
default-codec tch-h hr
smpp
local-tcp-port 2775
policy closed
no smpp-first
hlr
remote-ip 127.0.0.1
remote-port 4222
sgs
local-port 29118
local-ip 0.0.0.0
vlr-name vlr.example.net
smsc
queue max-pending 20
queue max-failure 1
database delete-delivered 1
database delete-expired 1
validity-period minimum 1
validity-period default 10080
asci
disable
gcr
end
<0009> ../../../../src/osmo-msc/msc_main.c:286 Terminating due to signal 15
full talloc report on 'osmo_msc' (total 18195 bytes in 96 blocks)
asn1 contains 0 bytes in 1 blocks (ref 0) 0x561d15f035d0
struct osmo_ss7_instance contains 5186 bytes in 40 blocks (ref 0) 0x561d15efe610
struct osmo_sccp_instance contains 951 bytes in 8 blocks (ref 0) 0x561d15ef6a30
struct osmo_sccp_user contains 93 bytes in 2 blocks (ref 0) 0x561d15f00120
OsmoMSC-IuCS contains 13 bytes in 1 blocks (ref 0) 0x561d15f17a40
struct osmo_sccp_user contains 90 bytes in 2 blocks (ref 0) 0x561d15efe8d0
OsmoMSC-A contains 10 bytes in 1 blocks (ref 0) 0x561d15f179c0
struct osmo_sccp_user contains 96 bytes in 2 blocks (ref 0) 0x561d15efb6f0
SCCP Management contains 16 bytes in 1 blocks (ref 0) 0x561d15f17940
sccp_user.c:241 contains 560 bytes in 1 blocks (ref 0) 0x561d15f176a0
struct osmo_ss7_asp contains 2923 bytes in 19 blocks (ref 0) 0x561d15ed9cb0
struct osmo_fsm_inst contains 373 bytes in 4 blocks (ref 0) 0x561d15f17570
struct xua_asp_fsm_priv contains 104 bytes in 1 blocks (ref 0) 0x561d15ef7710
XUA_ASP(asp-clnt-OsmoMSC-A-Iu)[0x561d15f17570] contains 47 bytes in 1 blocks (ref 0) 0x561d15ef8620
asp-clnt-OsmoMSC-A-Iu contains 22 bytes in 1 blocks (ref 0) 0x561d15f0b120
struct osmo_stream_cli contains 914 bytes in 4 blocks (ref 0) 0x561d15d70970
localhost contains 10 bytes in 1 blocks (ref 0) 0x561d15f0ee10
localhost contains 10 bytes in 1 blocks (ref 0) 0x561d15f0aeb0
asp-clnt-OsmoMSC-A-Iu contains 22 bytes in 1 blocks (ref 0) 0x561d15efe030
struct osmo_fsm_inst contains 284 bytes in 4 blocks (ref 0) 0x561d15efde80
struct lm_fsm_priv contains 8 bytes in 1 blocks (ref 0) 0x561d15efa3d0
xua_default_lm(asp-clnt-OsmoMSC-A-Iu)[0x561d15efde80] contains 54 bytes in 1 blocks (ref 0) 0x561d15edfb80
asp-clnt-OsmoMSC-A-Iu contains 22 bytes in 1 blocks (ref 0) 0x561d15efdfb0
localhost contains 10 bytes in 1 blocks (ref 0) 0x561d15eda1f0
localhost contains 10 bytes in 1 blocks (ref 0) 0x561d15f0ec70
osmo_ss7.c:1542 contains 280 bytes in 1 blocks (ref 0) 0x561d15eda070
asp-clnt-OsmoMSC-A-Iu contains 22 bytes in 1 blocks (ref 0) 0x561d15ed9ff0
rate_ctr.c:233 contains 302 bytes in 2 blocks (ref 0) 0x561d15d8cb80
asp-clnt-OsmoMSC-A-Iu contains 22 bytes in 1 blocks (ref 0) 0x561d15f0af80
struct osmo_ss7_as contains 868 bytes in 8 blocks (ref 0) 0x561d15efbb80
struct osmo_fsm_inst contains 378 bytes in 4 blocks (ref 0) 0x561d15efdd50
struct xua_as_fsm_priv contains 112 bytes in 1 blocks (ref 0) 0x561d15effab0
XUA_AS(as-clnt-OsmoMSC-A-Iu)[0x561d15efdd50] contains 45 bytes in 1 blocks (ref 0) 0x561d15efe2a0
as-clnt-OsmoMSC-A-Iu contains 21 bytes in 1 blocks (ref 0) 0x561d15efffc0
as-clnt-OsmoMSC-A-Iu contains 21 bytes in 1 blocks (ref 0) 0x561d15efe810
rate_ctr.c:233 contains 221 bytes in 2 blocks (ref 0) 0x561d15d8ca50
as-clnt-OsmoMSC-A-Iu contains 21 bytes in 1 blocks (ref 0) 0x561d15ef8ee0
struct osmo_ss7_route_table contains 148 bytes in 4 blocks (ref 0) 0x561d15f02660
struct osmo_ss7_route contains 85 bytes in 2 blocks (ref 0) 0x561d15efb490
as-clnt-OsmoMSC-A-Iu contains 21 bytes in 1 blocks (ref 0) 0x561d15efe510
system contains 7 bytes in 1 blocks (ref 0) 0x561d15f03560
telnet_connection contains 1 bytes in 1 blocks (ref 0) 0x561d15edad00
struct osmo_stream_srv_link contains 472 bytes in 2 blocks (ref 0) 0x561d15ed9770
0.0.0.0 contains 8 bytes in 1 blocks (ref 0) 0x561d15ed99b0
struct sgs_state contains 376 bytes in 1 blocks (ref 0) 0x561d15ed9590
struct smsc contains 152 bytes in 1 blocks (ref 0) 0x561d15d8bab0
sms.db contains 7 bytes in 1 blocks (ref 0) 0x561d15df32e0
struct sms_queue_config contains 32 bytes in 1 blocks (ref 0) 0x561d15df3250
struct gsm_network contains 11159 bytes in 30 blocks (ref 0) 0x561d15d8e2d0
struct sccp_ran_inst contains 152 bytes in 1 blocks (ref 0) 0x561d15ef8260
struct sccp_ran_inst contains 152 bytes in 1 blocks (ref 0) 0x561d15ef8d40
struct gsm_sms_queue contains 776 bytes in 4 blocks (ref 0) 0x561d15db0870
rate_ctr.c:233 contains 440 bytes in 1 blocks (ref 0) 0x561d15edbdd0
stat_item.c:195 contains 104 bytes in 2 blocks (ref 0) 0x561d15edab00
struct osmo_stat_item contains 56 bytes in 1 blocks (ref 0) 0x561d15edbd30
struct gsup_client_mux contains 666 bytes in 6 blocks (ref 0) 0x561d15eda820
struct osmo_gsup_client contains 514 bytes in 4 blocks (ref 0) 0x561d15db59c0
struct osmo_fd contains 48 bytes in 1 blocks (ref 0) 0x561d15eda990
struct ipa_client_conn contains 202 bytes in 2 blocks (ref 0) 0x561d15d90640
127.0.0.1 contains 10 bytes in 1 blocks (ref 0) 0x561d15edaa30
struct ipaccess_unit contains 64 bytes in 1 blocks (ref 0) 0x561d15eda8e0
struct ctrl_handle contains 88 bytes in 1 blocks (ref 0) 0x561d15eda600
127.0.0.1 contains 10 bytes in 1 blocks (ref 0) 0x561d15edae50
struct vlr_instance contains 2488 bytes in 5 blocks (ref 0) 0x561d15dd6320
rate_ctr.c:233 contains 2040 bytes in 1 blocks (ref 0) 0x561d15ec3af0
stat_item.c:195 contains 168 bytes in 2 blocks (ref 0) 0x561d15ec3970
struct osmo_stat_item contains 112 bytes in 1 blocks (ref 0) 0x561d15ec3a10
struct osmo_nri_ranges contains 16 bytes in 1 blocks (ref 0) 0x561d15ec38f0
struct mgcp_client_conf contains 1088 bytes in 1 blocks (ref 0) 0x561d15df2da0
struct mgcp_client_pool contains 2681 bytes in 5 blocks (ref 0) 0x561d15df2d10
struct mgcp_client_pool_member contains 2520 bytes in 2 blocks (ref 0) 0x561d15edb630
struct mgcp_client contains 1384 bytes in 1 blocks (ref 0) 0x561d15efd780
struct cmd_node contains 121 bytes in 2 blocks (ref 0) 0x561d15d8eaa0
%s(config-mgw)# contains 17 bytes in 1 blocks (ref 0) 0x561d15e15390
127.0.0.1 contains 10 bytes in 1 blocks (ref 0) 0x561d15df1e40
stat_item.c:195 contains 168 bytes in 2 blocks (ref 0) 0x561d15df2b90
struct osmo_stat_item contains 112 bytes in 1 blocks (ref 0) 0x561d15d8ee40
rate_ctr.c:233 contains 2520 bytes in 1 blocks (ref 0) 0x561d15df2150
struct sched_vty_opts contains 72 bytes in 1 blocks (ref 0) 0x561d15ddfaf0
utils.c:386 contains 203 bytes in 1 blocks (ref 0) 0x561d15d2aa20
utils.c:386 contains 46 bytes in 1 blocks (ref 0) 0x561d15d2a980
utils.c:386 contains 165 bytes in 1 blocks (ref 0) 0x561d15d2a870
utils.c:386 contains 43 bytes in 1 blocks (ref 0) 0x561d15d2a7d0
transaction contains 0 bytes in 1 blocks (ref 0) 0x561d15d06a70
gsm_call contains 0 bytes in 1 blocks (ref 0) 0x561d15d06a00
sms contains 0 bytes in 1 blocks (ref 0) 0x561d15d06990
osmo_signal contains 280 bytes in 8 blocks (ref 0) 0x561d15d06920
struct signal_handler contains 40 bytes in 1 blocks (ref 0) 0x561d15efc800
struct signal_handler contains 40 bytes in 1 blocks (ref 0) 0x561d15ee0440
struct signal_handler contains 40 bytes in 1 blocks (ref 0) 0x561d15edb0e0
struct signal_handler contains 40 bytes in 1 blocks (ref 0) 0x561d15edb250
struct signal_handler contains 40 bytes in 1 blocks (ref 0) 0x561d15edb490
struct signal_handler contains 40 bytes in 1 blocks (ref 0) 0x561d15edb520
struct signal_handler contains 40 bytes in 1 blocks (ref 0) 0x561d15e8a9f0
msgb contains 0 bytes in 1 blocks (ref 0) 0x561d15d068b0
full talloc report on 'null_context' (total 24 bytes in 2 blocks)
struct lookup_helper contains 24 bytes in 1 blocks (ref 0) 0x561d15edaed0
signal 15 received
Terminating took 0.897s
RESULTS:
pass: ../../../tests/test_nodes.vty
rm -f ./sms.db*
make[8]: Leaving directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests'
make[7]: Leaving directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests'
make ctrl-test
make[7]: Entering directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests'
make ctrl-python-test
make[8]: Entering directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests'
../../../tests/ctrl_test_runner.py -w /build/osmo-msc-1.10.0.118-1c980/_build/sub -v
testRateCounters (__main__.TestCtrlMSC.testRateCounters) ... confpath /build/osmo-msc-1.10.0.118-1c980/tests/.., workdir /build/osmo-msc-1.10.0.118-1c980/_build/sub
Running tests for specific control commands
Opening /dev/null
Launching: PWD=/build/osmo-msc-1.10.0.118-1c980/_build/sub './src/osmo-msc/osmo-msc' '-c' '/build/osmo-msc-1.10.0.118-1c980/tests/../doc/examples/osmo-msc/osmo-msc.cfg'
Connecting to host 127.0.0.1:4255
Sending "GET 1000 rate_ctr.*"
Got message: b'ERROR 1000 GET variable contains invalid characters'
Decoded replies: {1000: {'mtype': b'ERROR', 'id': 1000, 'var': b'GET', 'value': b'variable contains invalid characters'}}
Process returned code: -6
ERROR
======================================================================
ERROR: testRateCounters (__main__.TestCtrlMSC.testRateCounters)
----------------------------------------------------------------------
Traceback (most recent call last):
File "/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests/../../../tests/ctrl_test_runner.py", line 69, in tearDown
raise Exception("Process returned %d" % rc)
Exception: Process returned -6
----------------------------------------------------------------------
Ran 1 test in 2.169s
FAILED (errors=1)
make[8]: *** [Makefile:749: ctrl-python-test] Error 1
make[7]: *** [Makefile:760: ctrl-test] Error 2
make[8]: Leaving directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests'
make[7]: Leaving directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests'
make[6]: Leaving directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests'
make[6]: *** [Makefile:716: python-tests] Error 2
make[5]: *** [Makefile:769: check-local] Error 2
make[5]: Leaving directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests'
make[4]: *** [Makefile:574: check-am] Error 2
make[4]: Leaving directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests'
make[3]: *** [Makefile:424: check-recursive] Error 1
make[3]: Leaving directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub/tests'
make[2]: *** [Makefile:473: check-recursive] Error 1
make[2]: Leaving directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub'
make[1]: *** [Makefile:772: check] Error 2
make[1]: Leaving directory '/build/osmo-msc-1.10.0.118-1c980/_build/sub'
make: *** [Makefile:692: distcheck] Error 1
+ exit_tar_workspace
+ '[' 1 = 1 ']'
+ tar -cJf /tmp/workspace.tar.xz /build
tar: Removing leading `/' from member names
+ mv /tmp/workspace.tar.xz /build
+ cat-testlogs.sh
Build step 'Execute shell' marked build as failure
$ ssh-agent -k
unset SSH_AUTH_SOCK;
unset SSH_AGENT_PID;
echo Agent pid 2330321 killed;
[ssh-agent] Stopped.
Archiving artifacts
1
1
Build failed in Jenkins: update-osmo-ci-on-slaves » build3-deb11build-ansible #1800
by jenkins＠lists.osmocom.org 08 Aug '23
by jenkins＠lists.osmocom.org 08 Aug '23
08 Aug '23
See <https://jenkins.osmocom.org/jenkins/job/update-osmo-ci-on-slaves/label=buil…>
Changes:
------------------------------------------
[...truncated 24.77 KB...]
+ [ -n ]
+ docker_distro_from_image_name debian-bookworm-erlang
+ echo debian-bookworm
+ distro_arg=debian-bookworm
+ [ -z ]
+ docker_upstream_distro_from_image_name debian-bookworm-erlang
+ echo debian:bookworm
+ upstream_distro_arg=debian:bookworm
+ docker_dir_from_image_name debian-bookworm-erlang
+ echo debian-bookworm-erlang
+ dir=debian-bookworm-erlang
+ pull_arg=--pull
+ grep ^FROM ../debian-bookworm-erlang/Dockerfile
+ from_line=FROM ${REGISTRY}/${UPSTREAM_DISTRO}
+ echo FROM ${REGISTRY}/${UPSTREAM_DISTRO}
+ grep -q $USER
+ set +x
Building image: debian-bookworm-erlang (export NO_DOCKER_IMAGE_BUILD=1 to prevent this)
+ make -C ../debian-bookworm-erlang BUILD_ARGS=--pull UPSTREAM_DISTRO=debian:bookworm DISTRO=debian-bookworm IMAGE=osmocom-build/debian-bookworm-erlang
make: Entering directory '<https://jenkins.osmocom.org/jenkins/job/update-osmo-ci-on-slaves/label=buil…'>
awk: fatal: cannot open file `.release' for reading: No such file or directory
awk: fatal: cannot open file `.release' for reading: No such file or directory
awk: fatal: cannot open file `.release' for reading: No such file or directory
rm -rf .common
cp -r <https://jenkins.osmocom.org/jenkins/job/update-osmo-ci-on-slaves/label=buil…> .common
INFO: .release created
release=0.0.0
docker build \
--build-arg USER=osmocom-build \
--build-arg UID=1000 \
--build-arg REGISTRY=docker.io \
--build-arg OSMO_TTCN3_BRANCH=master \
--build-arg UPSTREAM_DISTRO=debian:bookworm \
--build-arg DISTRO=debian-bookworm \
--build-arg OSMOCOM_REPO_MIRROR=https://downloads.osmocom.org \
--build-arg OSMOCOM_REPO_PATH=packages/osmocom: \
--build-arg OSMOCOM_REPO_VERSION=latest \
--build-arg OSMOCOM_REPO_TESTSUITE_MIRROR=https://downloads.osmocom.org \
--build-arg LIBOSMOCORE_BRANCH=master \
--build-arg OSMO_BB_BRANCH=master \
--build-arg OSMO_BSC_BRANCH=master \
--build-arg OSMO_BTS_BRANCH=master \
--build-arg OSMO_CBC_BRANCH=master \
--build-arg OSMO_GBPROXY_BRANCH=master \
--build-arg OSMO_GGSN_BRANCH=master \
--build-arg OSMO_GSM_TESTER_BRANCH=master \
--build-arg OSMO_HLR_BRANCH=master \
--build-arg OSMO_HNBGW_BRANCH=master \
--build-arg OSMO_HNODEB_BRANCH=master \
--build-arg OSMO_IUH_BRANCH=master \
--build-arg OSMO_MGW_BRANCH=master \
--build-arg OSMO_MSC_BRANCH=master \
--build-arg OSMO_NITB_BRANCH=master \
--build-arg OSMO_PCU_BRANCH=master \
--build-arg OSMO_SGSN_BRANCH=master \
--build-arg OSMO_SIP_BRANCH=master \
--build-arg OSMO_STP_BRANCH=master \
--build-arg OSMO_UECUPS_BRANCH=master \
--build-arg OPEN5GS_BRANCH=main \
--pull -t osmocom-build/debian-bookworm-erlang:latest .
Sending build context to Docker daemon 28.67kB
Step 1/19 : ARG REGISTRY=docker.io
Step 2/19 : ARG UPSTREAM_DISTRO=debian:bookworm
Step 3/19 : FROM ${REGISTRY}/${UPSTREAM_DISTRO}
bookworm: Pulling from library/debian
Digest: sha256:9f76a008888da28c6490bedf7bdaa919bac9b2be827afd58d6eb1b916e1e5918
Status: Image is up to date for debian:bookworm
---> 278727474c29
Step 4/19 : ARG OSMOCOM_REPO_MIRROR="https://downloads.osmocom.org"
---> Using cache
---> 6861d63ace98
Step 5/19 : ARG OSMOCOM_REPO_PATH="packages/osmocom:"
---> Using cache
---> 6422c2b04705
Step 6/19 : ARG OSMOCOM_REPO="${OSMOCOM_REPO_MIRROR}/${OSMOCOM_REPO_PATH}/latest/Debian_12/"
---> Using cache
---> 8febaaba9b64
Step 7/19 : ARG UID
---> Using cache
---> 0a18ccf87bac
Step 8/19 : RUN set -x && apt-get update && apt-get install -y --no-install-recommends erlang rebar && apt-get clean
---> Using cache
---> 4fb7cab669e8
Step 9/19 : ARG REBAR3_VERSION="3.18.0"
---> Using cache
---> 69e49f43828b
Step 10/19 : ADD https://github.com/erlang/rebar3/archive/refs/tags/${REBAR3_VERSION}.tar.gz /tmp/rebar3.tar.gz
ADD failed: failed to GET https://github.com/erlang/rebar3/archive/refs/tags/3.18.0.tar.gz with status 500 Internal Server Error: <!DOCTYPE html>
<html>
<head>
<meta http-equiv="Content-type" content="text/html; charset=utf-8">
<meta http-equiv="Content-Security-Policy" content="default-src 'none'; base-uri 'self'; connect-src 'self'; form-action 'self'; img-src 'self' data:; script-src 'self'; style-src 'unsafe-inline'">
<meta content="origin" name="referrer">
<title>Server Error · GitHub</title>
<style type="text/css" media="screen">
body {
background-color: #f1f1f1;
margin: 0;
}
body,
input,
button {
font-family: "Helvetica Neue", Helvetica, Arial, sans-serif;
}
.container { margin: 50px auto 40px auto; width: 600px; text-align: center; }
a { color: #4183c4; text-decoration: none; }
a:hover { text-decoration: underline; }
h1 { letter-spacing: -1px; line-height: 60px; font-size: 60px; font-weight: 100; margin: 0px; text-shadow: 0 1px 0 #fff; }
p { color: rgba(0, 0, 0, 0.5); margin: 10px 0 10px; font-size: 18px; font-weight: 200; line-height: 1.6em;}
ul { list-style: none; margin: 25px 0; padding: 0; }
li { display: table-cell; font-weight: bold; width: 1%; }
.logo { display: inline-block; margin-top: 35px; }
.logo-img-2x { display: none; }
@media
only screen and (-webkit-min-device-pixel-ratio: 2),
only screen and ( min--moz-device-pixel-ratio: 2),
only screen and ( -o-min-device-pixel-ratio: 2/1),
only screen and ( min-device-pixel-ratio: 2),
only screen and ( min-resolution: 192dpi),
only screen and ( min-resolution: 2dppx) {
.logo-img-1x { display: none; }
.logo-img-2x { display: inline-block; }
}
#suggestions {
margin-top: 35px;
color: #ccc;
}
#suggestions a {
color: #666666;
font-weight: 200;
font-size: 14px;
margin: 0 10px;
}
#parallax_wrapper {
position: relative;
z-index: 0;
}
#parallax_field {
overflow: hidden;
position: absolute;
left: 0;
top: 0;
height: 380px;
width: 100%;
}
#parallax_illustration {
display: block;
margin: 0 auto;
width: 940px;
height: 380px;
position: relative;
overflow: hidden;
}
#parallax_illustration #parallax_sign {
position: absolute;
top: 25px;
left: 582px;
z-index: 10;
}
#parallax_illustration #parallax_octocat {
position: absolute;
top: 66px;
left: 431px;
z-index: 8;
}
#parallax_illustration #parallax_error_text {
display: block;
width: 400px;
height: 144px;
position: absolute;
top: 165px;
left: 152px;
font-family:Arial, Helvetica, sans-serif;
font-weight: bold;
font-size: 14px;
line-height: 18px;
background-image: 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');
background-repeat: no-repeat;
padding: 64px 0 0 106px;
color: #183913;
text-shadow: 1px 1px 0px rgba(0, 0, 0, 0.30);
z-index: 5;
}
#parallax_field #parallax_bg {
overflow: hidden;
width: 105%;
position: absolute;
top: -20px;
left: -20px;
z-index: 1;
}
#parallax_illustration #parallax_error_text span {
display: block;
margin-left: 12px;
}
</style>
</head>
<body>
<div id="parallax_wrapper">
<div id="parallax_field">
<img alt="" data-xrange="20" data-yrange="20" height="415" id="parallax_bg" width="980" 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">
</div>
<div id="parallax_illustration">
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height="204" id="parallax_octocat" 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">
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make: *** [../make/Makefile:90: docker-build] Error 1
make: Leaving directory '<https://jenkins.osmocom.org/jenkins/job/update-osmo-ci-on-slaves/label=buil…'>
+ exit 1
Build step 'Execute shell' marked build as failure
1
1
Build failed in Jenkins: update-osmo-ci-on-slaves » host2-deb11build-ansible #1800
by jenkins＠lists.osmocom.org 08 Aug '23
by jenkins＠lists.osmocom.org 08 Aug '23
08 Aug '23
See <https://jenkins.osmocom.org/jenkins/job/update-osmo-ci-on-slaves/label=host…>
Changes:
------------------------------------------
[...truncated 24.74 KB...]
+ [ -n ]
+ docker_distro_from_image_name debian-bookworm-erlang
+ echo debian-bookworm
+ distro_arg=debian-bookworm
+ [ -z ]
+ docker_upstream_distro_from_image_name debian-bookworm-erlang
+ echo debian:bookworm
+ upstream_distro_arg=debian:bookworm
+ docker_dir_from_image_name debian-bookworm-erlang
+ echo debian-bookworm-erlang
+ dir=debian-bookworm-erlang
+ pull_arg=--pull
+ grep ^FROM ../debian-bookworm-erlang/Dockerfile
+ from_line=FROM ${REGISTRY}/${UPSTREAM_DISTRO}
+ echo FROM ${REGISTRY}/${UPSTREAM_DISTRO}
+ grep -q $USER
+ set +x
Building image: debian-bookworm-erlang (export NO_DOCKER_IMAGE_BUILD=1 to prevent this)
+ make -C ../debian-bookworm-erlang BUILD_ARGS=--pull UPSTREAM_DISTRO=debian:bookworm DISTRO=debian-bookworm IMAGE=osmocom-build/debian-bookworm-erlang
make: Entering directory '<https://jenkins.osmocom.org/jenkins/job/update-osmo-ci-on-slaves/label=host…'>
awk: fatal: cannot open file `.release' for reading: No such file or directory
awk: fatal: cannot open file `.release' for reading: No such file or directory
awk: fatal: cannot open file `.release' for reading: No such file or directory
rm -rf .common
cp -r <https://jenkins.osmocom.org/jenkins/job/update-osmo-ci-on-slaves/label=host…> .common
INFO: .release created
release=0.0.0
docker build \
--build-arg USER=osmocom-build \
--build-arg UID=1000 \
--build-arg REGISTRY=docker.io \
--build-arg OSMO_TTCN3_BRANCH=master \
--build-arg UPSTREAM_DISTRO=debian:bookworm \
--build-arg DISTRO=debian-bookworm \
--build-arg OSMOCOM_REPO_MIRROR=https://downloads.osmocom.org \
--build-arg OSMOCOM_REPO_PATH=packages/osmocom: \
--build-arg OSMOCOM_REPO_VERSION=latest \
--build-arg OSMOCOM_REPO_TESTSUITE_MIRROR=https://downloads.osmocom.org \
--build-arg LIBOSMOCORE_BRANCH=master \
--build-arg OSMO_BB_BRANCH=master \
--build-arg OSMO_BSC_BRANCH=master \
--build-arg OSMO_BTS_BRANCH=master \
--build-arg OSMO_CBC_BRANCH=master \
--build-arg OSMO_GBPROXY_BRANCH=master \
--build-arg OSMO_GGSN_BRANCH=master \
--build-arg OSMO_GSM_TESTER_BRANCH=master \
--build-arg OSMO_HLR_BRANCH=master \
--build-arg OSMO_HNBGW_BRANCH=master \
--build-arg OSMO_HNODEB_BRANCH=master \
--build-arg OSMO_IUH_BRANCH=master \
--build-arg OSMO_MGW_BRANCH=master \
--build-arg OSMO_MSC_BRANCH=master \
--build-arg OSMO_NITB_BRANCH=master \
--build-arg OSMO_PCU_BRANCH=master \
--build-arg OSMO_SGSN_BRANCH=master \
--build-arg OSMO_SIP_BRANCH=master \
--build-arg OSMO_STP_BRANCH=master \
--build-arg OSMO_UECUPS_BRANCH=master \
--build-arg OPEN5GS_BRANCH=main \
--pull -t osmocom-build/debian-bookworm-erlang:latest .
Sending build context to Docker daemon 28.67kB
Step 1/19 : ARG REGISTRY=docker.io
Step 2/19 : ARG UPSTREAM_DISTRO=debian:bookworm
Step 3/19 : FROM ${REGISTRY}/${UPSTREAM_DISTRO}
bookworm: Pulling from library/debian
Digest: sha256:9f76a008888da28c6490bedf7bdaa919bac9b2be827afd58d6eb1b916e1e5918
Status: Image is up to date for debian:bookworm
---> 278727474c29
Step 4/19 : ARG OSMOCOM_REPO_MIRROR="https://downloads.osmocom.org"
---> Using cache
---> f9fb8a20240c
Step 5/19 : ARG OSMOCOM_REPO_PATH="packages/osmocom:"
---> Using cache
---> a9cd164c8580
Step 6/19 : ARG OSMOCOM_REPO="${OSMOCOM_REPO_MIRROR}/${OSMOCOM_REPO_PATH}/latest/Debian_12/"
---> Using cache
---> 0d89a06fc474
Step 7/19 : ARG UID
---> Using cache
---> a38fa6e978ce
Step 8/19 : RUN set -x && apt-get update && apt-get install -y --no-install-recommends erlang rebar && apt-get clean
---> Using cache
---> 33a4c5e7b4d4
Step 9/19 : ARG REBAR3_VERSION="3.18.0"
---> Using cache
---> 6b146a00f382
Step 10/19 : ADD https://github.com/erlang/rebar3/archive/refs/tags/${REBAR3_VERSION}.tar.gz /tmp/rebar3.tar.gz
ADD failed: failed to GET https://github.com/erlang/rebar3/archive/refs/tags/3.18.0.tar.gz with status 500 Internal Server Error: <!DOCTYPE html>
<html>
<head>
<meta http-equiv="Content-type" content="text/html; charset=utf-8">
<meta http-equiv="Content-Security-Policy" content="default-src 'none'; base-uri 'self'; connect-src 'self'; form-action 'self'; img-src 'self' data:; script-src 'self'; style-src 'unsafe-inline'">
<meta content="origin" name="referrer">
<title>Server Error · GitHub</title>
<style type="text/css" media="screen">
body {
background-color: #f1f1f1;
margin: 0;
}
body,
input,
button {
font-family: "Helvetica Neue", Helvetica, Arial, sans-serif;
}
.container { margin: 50px auto 40px auto; width: 600px; text-align: center; }
a { color: #4183c4; text-decoration: none; }
a:hover { text-decoration: underline; }
h1 { letter-spacing: -1px; line-height: 60px; font-size: 60px; font-weight: 100; margin: 0px; text-shadow: 0 1px 0 #fff; }
p { color: rgba(0, 0, 0, 0.5); margin: 10px 0 10px; font-size: 18px; font-weight: 200; line-height: 1.6em;}
ul { list-style: none; margin: 25px 0; padding: 0; }
li { display: table-cell; font-weight: bold; width: 1%; }
.logo { display: inline-block; margin-top: 35px; }
.logo-img-2x { display: none; }
@media
only screen and (-webkit-min-device-pixel-ratio: 2),
only screen and ( min--moz-device-pixel-ratio: 2),
only screen and ( -o-min-device-pixel-ratio: 2/1),
only screen and ( min-device-pixel-ratio: 2),
only screen and ( min-resolution: 192dpi),
only screen and ( min-resolution: 2dppx) {
.logo-img-1x { display: none; }
.logo-img-2x { display: inline-block; }
}
#suggestions {
margin-top: 35px;
color: #ccc;
}
#suggestions a {
color: #666666;
font-weight: 200;
font-size: 14px;
margin: 0 10px;
}
#parallax_wrapper {
position: relative;
z-index: 0;
}
#parallax_field {
overflow: hidden;
position: absolute;
left: 0;
top: 0;
height: 380px;
width: 100%;
}
#parallax_illustration {
display: block;
margin: 0 auto;
width: 940px;
height: 380px;
position: relative;
overflow: hidden;
}
#parallax_illustration #parallax_sign {
position: absolute;
top: 25px;
left: 582px;
z-index: 10;
}
#parallax_illustration #parallax_octocat {
position: absolute;
top: 66px;
left: 431px;
z-index: 8;
}
#parallax_illustration #parallax_error_text {
display: block;
width: 400px;
height: 144px;
position: absolute;
top: 165px;
left: 152px;
font-family:Arial, Helvetica, sans-serif;
font-weight: bold;
font-size: 14px;
line-height: 18px;
background-image: url('data:image/png;base64,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');
background-repeat: no-repeat;
padding: 64px 0 0 106px;
color: #183913;
text-shadow: 1px 1px 0px rgba(0, 0, 0, 0.30);
z-index: 5;
}
#parallax_field #parallax_bg {
overflow: hidden;
width: 105%;
position: absolute;
top: -20px;
left: -20px;
z-index: 1;
}
#parallax_illustration #parallax_error_text span {
display: block;
margin-left: 12px;
}
</style>
</head>
<body>
<div id="parallax_wrapper">
<div id="parallax_field">
<img alt="" data-xrange="20" data-yrange="20" height="415" id="parallax_bg" width="980" 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">
</div>
<div id="parallax_illustration">
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height="204" id="parallax_octocat" 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">
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</a>
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</body>
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make: *** [../make/Makefile:90: docker-build] Error 1
make: Leaving directory '<https://jenkins.osmocom.org/jenkins/job/update-osmo-ci-on-slaves/label=host…'>
+ exit 1
Build step 'Execute shell' marked build as failure
1
1
Build failed in Jenkins: master-osmo-upf » a1=default,a2=default,a3=default,a4=default,osmocom-master #2642
by jenkins＠lists.osmocom.org 08 Aug '23
by jenkins＠lists.osmocom.org 08 Aug '23
08 Aug '23
See <https://jenkins.osmocom.org/jenkins/job/master-osmo-upf/a1=default,a2=defau…>
Changes:
------------------------------------------
[...truncated 140.98 KB...]
checking whether the compiler supports GNU C... (cached) yes
checking whether gcc accepts -g... (cached) yes
checking for gcc option to enable C11 features... (cached) none needed
checking whether gcc understands -c and -o together... (cached) yes
checking how to print strings... printf
checking for a sed that does not truncate output... /usr/bin/sed
checking for grep that handles long lines and -e... /usr/bin/grep
checking for egrep... /usr/bin/grep -E
checking for fgrep... /usr/bin/grep -F
checking for ld used by gcc... /usr/bin/ld
checking if the linker (/usr/bin/ld) is GNU ld... yes
checking for BSD- or MS-compatible name lister (nm)... /usr/bin/nm -B
checking the name lister (/usr/bin/nm -B) interface... BSD nm
checking whether ln -s works... yes
checking the maximum length of command line arguments... 1572864
checking how to convert x86_64-pc-linux-gnu file names to x86_64-pc-linux-gnu format... func_convert_file_noop
checking how to convert x86_64-pc-linux-gnu file names to toolchain format... func_convert_file_noop
checking for /usr/bin/ld option to reload object files... -r
checking for file... file
checking for objdump... objdump
checking how to recognize dependent libraries... pass_all
checking for dlltool... no
checking how to associate runtime and link libraries... printf %s\n
checking for archiver @FILE support... @
checking for strip... strip
checking for ranlib... ranlib
checking command to parse /usr/bin/nm -B output from gcc object... ok
checking for sysroot... no
checking for a working dd... /usr/bin/dd
checking how to truncate binary pipes... /usr/bin/dd bs=4096 count=1
checking for mt... no
checking if : is a manifest tool... no
checking for stdio.h... yes
checking for stdlib.h... yes
checking for string.h... yes
checking for inttypes.h... yes
checking for stdint.h... yes
checking for strings.h... yes
checking for sys/stat.h... yes
checking for sys/types.h... yes
checking for unistd.h... yes
checking for dlfcn.h... yes
checking for objdir... .libs
checking if gcc supports -fno-rtti -fno-exceptions... no
checking for gcc option to produce PIC... -fPIC -DPIC
checking if gcc PIC flag -fPIC -DPIC works... yes
checking if gcc static flag -static works... yes
checking if gcc supports -c -o file.o... yes
checking if gcc supports -c -o file.o... (cached) yes
checking whether the gcc linker (/usr/bin/ld -m elf_x86_64) supports shared libraries... yes
checking whether -lc should be explicitly linked in... no
checking dynamic linker characteristics... GNU/Linux ld.so
checking how to hardcode library paths into programs... immediate
checking whether stripping libraries is possible... yes
checking if libtool supports shared libraries... yes
checking whether to build shared libraries... yes
checking whether to build static libraries... no
checking whether compiler accepts -fvisibility=hidden... yes
checking that generated files are newer than configure... done
configure: creating ./config.status
config.status: creating Makefile
config.status: creating src/Makefile
config.status: creating include/Makefile
config.status: creating include/libnftnl/Makefile
config.status: creating include/linux/Makefile
config.status: creating include/linux/netfilter/Makefile
config.status: creating examples/Makefile
config.status: creating tests/Makefile
config.status: creating libnftnl.pc
config.status: creating doxygen.cfg
config.status: creating config.h
config.status: executing depfiles commands
config.status: executing libtool commands
configure: WARNING: unrecognized options: --without-cli, --disable-man-doc, --enable-python
+ make -j 8 install
Making install in src
make[1]: Entering directory '/build/libnftnl/src'
CC utils.lo
CC batch.lo
CC flowtable.lo
CC gen.lo
CC common.lo
CC table.lo
CC trace.lo
CC chain.lo
CC object.lo
CC rule.lo
CC set.lo
CC set_elem.lo
CC ruleset.lo
CC udata.lo
CC expr.lo
CC expr_ops.lo
CC expr/bitwise.lo
CC expr/byteorder.lo
CC expr/cmp.lo
CC expr/range.lo
CC expr/connlimit.lo
CC expr/counter.lo
CC expr/ct.lo
CC expr/data_reg.lo
CC expr/dup.lo
CC expr/exthdr.lo
CC expr/flow_offload.lo
CC expr/fib.lo
CC expr/fwd.lo
CC expr/last.lo
CC expr/limit.lo
CC expr/log.lo
CC expr/lookup.lo
CC expr/dynset.lo
CC expr/immediate.lo
CC expr/inner.lo
CC expr/match.lo
CC expr/meta.lo
CC expr/numgen.lo
CC expr/nat.lo
CC expr/tproxy.lo
CC expr/objref.lo
CC expr/payload.lo
CC expr/queue.lo
CC expr/quota.lo
CC expr/reject.lo
CC expr/rt.lo
CC expr/target.lo
CC expr/tunnel.lo
CC expr/masq.lo
CC expr/redir.lo
CC expr/hash.lo
CC expr/socket.lo
CC expr/synproxy.lo
CC expr/osf.lo
CC expr/xfrm.lo
CC obj/counter.lo
CC obj/ct_helper.lo
CC obj/quota.lo
CC obj/tunnel.lo
CC obj/limit.lo
CC obj/synproxy.lo
CC obj/ct_timeout.lo
CC obj/secmark.lo
CC obj/ct_expect.lo
CCLD libnftnl.la
make[2]: Entering directory '/build/libnftnl/src'
make[2]: Nothing to be done for 'install-data-am'.
/usr/bin/mkdir -p '/build/deps/install/stow/libnftnl/lib'
/bin/bash ../libtool --mode=install /usr/bin/install -c libnftnl.la '/build/deps/install/stow/libnftnl/lib'
libtool: install: /usr/bin/install -c .libs/libnftnl.so.11.6.0 /build/deps/install/stow/libnftnl/lib/libnftnl.so.11.6.0
libtool: install: (cd /build/deps/install/stow/libnftnl/lib && { ln -s -f libnftnl.so.11.6.0 libnftnl.so.11 || { rm -f libnftnl.so.11 && ln -s libnftnl.so.11.6.0 libnftnl.so.11; }; })
libtool: install: (cd /build/deps/install/stow/libnftnl/lib && { ln -s -f libnftnl.so.11.6.0 libnftnl.so || { rm -f libnftnl.so && ln -s libnftnl.so.11.6.0 libnftnl.so; }; })
libtool: install: /usr/bin/install -c .libs/libnftnl.lai /build/deps/install/stow/libnftnl/lib/libnftnl.la
libtool: finish: PATH="/build/deps/install/bin:/usr/lib/ccache:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/sbin" ldconfig -n /build/deps/install/stow/libnftnl/lib
----------------------------------------------------------------------
Libraries have been installed in:
/build/deps/install/stow/libnftnl/lib
If you ever happen to want to link against installed libraries
in a given directory, LIBDIR, you must either use libtool, and
specify the full pathname of the library, or use the '-LLIBDIR'
flag during linking and do at least one of the following:
- add LIBDIR to the 'LD_LIBRARY_PATH' environment variable
during execution
- add LIBDIR to the 'LD_RUN_PATH' environment variable
during linking
- use the '-Wl,-rpath -Wl,LIBDIR' linker flag
- have your system administrator add LIBDIR to '/etc/ld.so.conf'
See any operating system documentation about shared libraries for
more information, such as the ld(1) and ld.so(8) manual pages.
----------------------------------------------------------------------
make[2]: Leaving directory '/build/libnftnl/src'
make[1]: Leaving directory '/build/libnftnl/src'
Making install in include
make[1]: Entering directory '/build/libnftnl/include'
Making install in libnftnl
make[2]: Entering directory '/build/libnftnl/include/libnftnl'
make[3]: Entering directory '/build/libnftnl/include/libnftnl'
make[3]: Nothing to be done for 'install-exec-am'.
/usr/bin/mkdir -p '/build/deps/install/stow/libnftnl/include/libnftnl'
/usr/bin/install -c -m 644 batch.h table.h trace.h chain.h object.h rule.h expr.h set.h flowtable.h ruleset.h common.h udata.h gen.h '/build/deps/install/stow/libnftnl/include/libnftnl'
make[3]: Leaving directory '/build/libnftnl/include/libnftnl'
make[2]: Leaving directory '/build/libnftnl/include/libnftnl'
Making install in linux
make[2]: Entering directory '/build/libnftnl/include/linux'
Making install in netfilter
make[3]: Entering directory '/build/libnftnl/include/linux/netfilter'
make[4]: Entering directory '/build/libnftnl/include/linux/netfilter'
make[4]: Nothing to be done for 'install-exec-am'.
make[4]: Nothing to be done for 'install-data-am'.
make[4]: Leaving directory '/build/libnftnl/include/linux/netfilter'
make[3]: Leaving directory '/build/libnftnl/include/linux/netfilter'
make[3]: Entering directory '/build/libnftnl/include/linux'
make[4]: Entering directory '/build/libnftnl/include/linux'
make[4]: Nothing to be done for 'install-exec-am'.
make[4]: Nothing to be done for 'install-data-am'.
make[4]: Leaving directory '/build/libnftnl/include/linux'
make[3]: Leaving directory '/build/libnftnl/include/linux'
make[2]: Leaving directory '/build/libnftnl/include/linux'
make[2]: Entering directory '/build/libnftnl/include'
make[3]: Entering directory '/build/libnftnl/include'
make[3]: Nothing to be done for 'install-exec-am'.
make[3]: Nothing to be done for 'install-data-am'.
make[3]: Leaving directory '/build/libnftnl/include'
make[2]: Leaving directory '/build/libnftnl/include'
make[1]: Leaving directory '/build/libnftnl/include'
Making install in examples
make[1]: Entering directory '/build/libnftnl/examples'
make[2]: Entering directory '/build/libnftnl/examples'
make[2]: Nothing to be done for 'install-exec-am'.
make[2]: Nothing to be done for 'install-data-am'.
make[2]: Leaving directory '/build/libnftnl/examples'
make[1]: Leaving directory '/build/libnftnl/examples'
Making install in tests
make[1]: Entering directory '/build/libnftnl/tests'
make[2]: Entering directory '/build/libnftnl/tests'
make[2]: Nothing to be done for 'install-exec-am'.
make[2]: Nothing to be done for 'install-data-am'.
make[2]: Leaving directory '/build/libnftnl/tests'
make[1]: Leaving directory '/build/libnftnl/tests'
make[1]: Entering directory '/build/libnftnl'
make[2]: Entering directory '/build/libnftnl'
make[2]: Nothing to be done for 'install-exec-am'.
/usr/bin/mkdir -p '/build/deps/install/stow/libnftnl/lib/pkgconfig'
/usr/bin/install -c -m 644 libnftnl.pc '/build/deps/install/stow/libnftnl/lib/pkgconfig'
make[2]: Leaving directory '/build/libnftnl'
make[1]: Leaving directory '/build/libnftnl'
+ STOW_DIR=/build/deps/install/stow
+ stow --restow libnftnl
=============================== nftables ===============================
+ build_from_netfilter nftables
+ project=nftables
+ set +x
+ '[' -d ./nftables ']'
+ git clone git://git.netfilter.org/nftables nftables
Cloning into 'nftables'...
fetch-pack: unexpected disconnect while reading sideband packet
fatal: early EOF
fatal: fetch-pack: invalid index-pack output
Build step 'Execute shell' marked build as failure
$ ssh-agent -k
unset SSH_AUTH_SOCK;
unset SSH_AGENT_PID;
echo Agent pid 4151646 killed;
[ssh-agent] Stopped.
Archiving artifacts
1
1
08 Aug '23
See <https://jenkins.osmocom.org/jenkins/job/ttcn3-hnbgw-test-latest/410/display…>
Changes:
[Neels Hofmeyr] hnbgw: adjust cfg for cnpool tests
------------------------------------------
[...truncated 386.12 KB...]
Waiting for packet dumper to finish... 1 (prev_count=2146, count=2326)
MTC@ff8f9c48cc4b: External command `../ttcn3-tcpdump-stop.sh HNBGW_Tests.TC_hnb_reregister_reuse_sctp_assoc error' was executed successfully (exit status: 0).
MC@ff8f9c48cc4b: Test execution finished.
Execution of [EXECUTE] section finished.
emtc
MC@ff8f9c48cc4b: Terminating MTC.
MC@ff8f9c48cc4b: MTC terminated.
MC2> exit
MC@ff8f9c48cc4b: Shutting down session.
MC@ff8f9c48cc4b: Shutdown complete.
Comparing expected results '/osmo-ttcn3-hacks/hnbgw/expected-results.xml' against results in 'junit-xml-21.log'
--------------------
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_hnb_register
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_hnb_register_duplicate
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_ranap_cs_initial_ue
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_ranap_ps_initial_ue
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_ranap_cs_initial_ue_empty_cr
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_ranap_ps_initial_ue_empty_cr
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_ranap_cs_bidir
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_ranap_ps_bidir
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_rab_assignment
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_rab_release
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_rab_assign_fail
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_rab_assign_mgcp_to
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_ranap_cs_mo_disconnect
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_ranap_ps_mo_disconnect
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_ps_rab_assignment_without_pfcp
[1;31mpass->FAIL[0;m HNBGW_Tests.TC_hnb_reregister_reuse_sctp_assoc
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_hnb_register_duplicate_reuse_sctp_assoc
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_L3Compl_on_1_cnlink
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_L3Complete_by_imsi_round_robin
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_LU_by_tmsi_null_nri_0_round_robin
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_LU_by_tmsi_null_nri_1_round_robin
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_L3Complete_by_tmsi_unassigned_nri_round_robin
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_L3Complete_by_tmsi_valid_nri_msc_not_connected_round_robin
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_L3Complete_by_tmsi_valid_nri_1
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_L3Complete_by_tmsi_valid_nri_2
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_LU_by_tmsi_from_other_PLMN
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_no_allow_attach_round_robin
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_no_allow_attach_valid_nri
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_sccp_n_pcstate_detaches_cnlink
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_mscpool_sccp_n_pcstate_attaches_cnlink
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_sgsnpool_L3Compl_on_1_cnlink
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_sgsnpool_L3Complete_no_nri_round_robin
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_sgsnpool_L3Complete_valid_nri_1
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_sgsnpool_L3Complete_valid_nri_2
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_sgsnpool_nri_from_other_PLMN
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_sgsnpool_sccp_n_pcstate_detaches_cnlink
[1;31mNEW: FAIL[0;m HNBGW_Tests.TC_sgsnpool_sccp_n_pcstate_attaches_cnlink
Summary:
[1;31mpass->FAIL[0;m: 16
[1;31mNEW: FAIL[0;m: 21
+ exit_code=0
+ /osmo-ttcn3-hacks/log_merge.sh HNBGW_Tests --rm
Generated HNBGW_Tests.TC_hnb_register.merged
Generated HNBGW_Tests.TC_hnb_register_duplicate.merged
Generated HNBGW_Tests.TC_hnb_register_duplicate_reuse_sctp_assoc.merged
Generated HNBGW_Tests.TC_hnb_reregister_reuse_sctp_assoc.merged
Generated HNBGW_Tests.TC_mscpool_L3Compl_on_1_cnlink.merged
Generated HNBGW_Tests.TC_mscpool_L3Complete_by_imsi_round_robin.merged
Generated HNBGW_Tests.TC_mscpool_L3Complete_by_tmsi_unassigned_nri_round_robin.merged
Generated HNBGW_Tests.TC_mscpool_L3Complete_by_tmsi_valid_nri_1.merged
Generated HNBGW_Tests.TC_mscpool_L3Complete_by_tmsi_valid_nri_2.merged
Generated HNBGW_Tests.TC_mscpool_L3Complete_by_tmsi_valid_nri_msc_not_connected_round_robin.merged
Generated HNBGW_Tests.TC_mscpool_LU_by_tmsi_from_other_PLMN.merged
Generated HNBGW_Tests.TC_mscpool_LU_by_tmsi_null_nri_0_round_robin.merged
Generated HNBGW_Tests.TC_mscpool_LU_by_tmsi_null_nri_1_round_robin.merged
Generated HNBGW_Tests.TC_mscpool_no_allow_attach_round_robin.merged
Generated HNBGW_Tests.TC_mscpool_no_allow_attach_valid_nri.merged
Generated HNBGW_Tests.TC_mscpool_sccp_n_pcstate_attaches_cnlink.merged
Generated HNBGW_Tests.TC_mscpool_sccp_n_pcstate_detaches_cnlink.merged
Generated HNBGW_Tests.TC_ps_rab_assignment_without_pfcp.merged
Generated HNBGW_Tests.TC_rab_assign_fail.merged
Generated HNBGW_Tests.TC_rab_assign_mgcp_to.merged
Generated HNBGW_Tests.TC_rab_assignment.merged
Generated HNBGW_Tests.TC_rab_release.merged
Generated HNBGW_Tests.TC_ranap_cs_bidir.merged
Generated HNBGW_Tests.TC_ranap_cs_initial_ue.merged
Generated HNBGW_Tests.TC_ranap_cs_initial_ue_empty_cr.merged
Generated HNBGW_Tests.TC_ranap_cs_mo_disconnect.merged
Generated HNBGW_Tests.TC_ranap_ps_bidir.merged
Generated HNBGW_Tests.TC_ranap_ps_initial_ue.merged
Generated HNBGW_Tests.TC_ranap_ps_initial_ue_empty_cr.merged
Generated HNBGW_Tests.TC_ranap_ps_mo_disconnect.merged
Generated HNBGW_Tests.TC_sgsnpool_L3Compl_on_1_cnlink.merged
Generated HNBGW_Tests.TC_sgsnpool_L3Complete_no_nri_round_robin.merged
Generated HNBGW_Tests.TC_sgsnpool_L3Complete_valid_nri_1.merged
Generated HNBGW_Tests.TC_sgsnpool_L3Complete_valid_nri_2.merged
Generated HNBGW_Tests.TC_sgsnpool_nri_from_other_PLMN.merged
Generated HNBGW_Tests.TC_sgsnpool_sccp_n_pcstate_attaches_cnlink.merged
Generated HNBGW_Tests.TC_sgsnpool_sccp_n_pcstate_detaches_cnlink.merged
Removing Input log files !!!
+ exit 0
+ echo Stopping containers
Stopping containers
+ docker_kill_wait jenkins-ttcn3-hnbgw-test-latest-410-hnbgw
+ docker kill jenkins-ttcn3-hnbgw-test-latest-410-hnbgw
Error response from daemon: Cannot kill container: jenkins-ttcn3-hnbgw-test-latest-410-hnbgw: No such container: jenkins-ttcn3-hnbgw-test-latest-410-hnbgw
+ clean_up_common
+ set +e
+ set +x
### Clean up ###
+ trap - EXIT INT TERM 0
+ type clean_up
+ clean_up
+ sed -i s/classname='\([^']\+\)'/classname='\1:with-pfcp'/g <https://jenkins.osmocom.org/jenkins/job/ttcn3-hnbgw-test-latest/410/artifac…>
sed: can't read <https://jenkins.osmocom.org/jenkins/job/ttcn3-hnbgw-test-latest/410/artifac…>: No such file or directory
+ network_clean
+ docker network inspect ttcn3-hnbgw-test-110
+ grep Name
+ cut -d : -f2
+ awk -F" NR>1{print $2}
+ local containers=
+ [ -n ]
+ network_remove
+ set +x
Removing network ttcn3-hnbgw-test-110
+ docker network remove ttcn3-hnbgw-test-110
ttcn3-hnbgw-test-110
+ rm -rf <https://jenkins.osmocom.org/jenkins/job/ttcn3-hnbgw-test-latest/410/artifac…>
+ fix_perms
+ set +x
Fixing permissions
+ docker run --rm -v <https://jenkins.osmocom.org/jenkins/job/ttcn3-hnbgw-test-latest/ws/logs>:/data -v <https://jenkins.osmocom.org/jenkins/job/ttcn3-hnbgw-test-latest/ws/_cache>:/cache --name jenkins-ttcn3-hnbgw-test-latest-410-cleaner debian:bookworm chmod -R a+rX /data/ /cache/
+ collect_logs
+ cat <https://jenkins.osmocom.org/jenkins/job/ttcn3-hnbgw-test-latest/410/artifac…>
<?xml version="1.0"?>
<testsuite name='Titan' tests='37' failures='0' errors='37' skipped='0' inconc='0' time='678.00'>
<testcase classname='HNBGW_Tests' name='TC_hnb_register' time='15.103726'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_hnb_register_duplicate' time='15.084905'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_hnb_register_duplicate_reuse_sctp_assoc' time='15.087034'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_ranap_cs_initial_ue' time='15.088163'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_ranap_ps_initial_ue' time='15.087944'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_ranap_cs_initial_ue_empty_cr' time='15.087040'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_ranap_ps_initial_ue_empty_cr' time='15.083792'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_ranap_cs_bidir' time='15.104382'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_ranap_ps_bidir' time='15.076079'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_rab_assignment' time='15.087197'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_rab_release' time='15.086389'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_rab_assign_fail' time='15.099975'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_rab_assign_mgcp_to' time='15.075311'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_ranap_cs_mo_disconnect' time='15.088259'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_ranap_ps_mo_disconnect' time='15.085909'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_ps_rab_assignment_without_pfcp' time='15.113431'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_L3Compl_on_1_cnlink' time='22.263888'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_L3Complete_by_imsi_round_robin' time='15.087154'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_LU_by_tmsi_null_nri_0_round_robin' time='15.088017'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_LU_by_tmsi_null_nri_1_round_robin' time='15.100439'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_L3Complete_by_tmsi_unassigned_nri_round_robin' time='15.094480'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_L3Complete_by_tmsi_valid_nri_msc_not_connected_round_robin' time='15.086311'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_L3Complete_by_tmsi_valid_nri_1' time='15.083009'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_L3Complete_by_tmsi_valid_nri_2' time='15.092262'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_LU_by_tmsi_from_other_PLMN' time='15.085589'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_no_allow_attach_round_robin' time='15.085049'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_no_allow_attach_valid_nri' time='15.090488'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_sccp_n_pcstate_detaches_cnlink' time='15.087405'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_mscpool_sccp_n_pcstate_attaches_cnlink' time='15.089036'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_sgsnpool_L3Compl_on_1_cnlink' time='15.086367'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_sgsnpool_L3Complete_no_nri_round_robin' time='15.086600'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_sgsnpool_L3Complete_valid_nri_1' time='15.104938'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_sgsnpool_L3Complete_valid_nri_2' time='15.089941'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_sgsnpool_nri_from_other_PLMN' time='15.086785'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_sgsnpool_sccp_n_pcstate_detaches_cnlink' time='15.089471'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_sgsnpool_sccp_n_pcstate_attaches_cnlink' time='15.087663'>
<error type='DTE'></error>
</testcase>
<testcase classname='HNBGW_Tests' name='TC_hnb_reregister_reuse_sctp_assoc' time='15.086821'>
<error type='DTE'></error>
</testcase>
</testsuite>
Build step 'Execute shell' marked build as failure
Recording test results
[Checks API] No suitable checks publisher found.
1
1