make -C tools/testing/selftests TARGETS="net/forwarding" TEST_PROGS=bridgee_mdb.sh TEST_GEN_PROGS="" run_tests make: Entering directory '/home/virtme/testing/wt-2/tools/testing/selftests' make[1]: Entering directory '/home/virtme/testing/wt-2/tools/testing/selftests/net/forwarding' make[1]: Nothing to be done for 'all'. make[1]: Leaving directory '/home/virtme/testing/wt-2/tools/testing/selftests/net/forwarding' make[1]: Entering directory '/home/virtme/testing/wt-2/tools/testing/selftests/net/forwarding' TAP version 13 1..1 # timeout set to 10800 # selftests: net/forwarding: bridge_mdb.sh # 5.73 [+5.73] # 5.73 [+0.00] INFO: # Host entries configuration tests # 5.84 [+0.11] TEST: Common host entries configuration tests (IPv4) [ OK ] # 5.96 [+0.12] TEST: Common host entries configuration tests (IPv6) [ OK ] # 6.07 [+0.12] TEST: Common host entries configuration tests (L2) [ OK ] # 6.08 [+0.00] # 6.08 [+0.00] INFO: # Port group entries configuration tests - (*, G) # 11.38 [+5.30] TEST: Common port group entries configuration tests (IPv4 (*, G)) [ OK ] # 16.68 [+5.30] TEST: Common port group entries configuration tests (IPv6 (*, G)) [ OK ] # 17.52 [+0.84] TEST: IPv4 (*, G) port group entries configuration tests [ OK ] # 18.37 [+0.85] TEST: IPv6 (*, G) port group entries configuration tests [ OK ] # 18.38 [+0.00] # 18.38 [+0.00] INFO: # Port group entries configuration tests - (S, G) # 23.65 [+5.27] TEST: Common port group entries configuration tests (IPv4 (S, G)) [ OK ] # 28.92 [+5.27] TEST: Common port group entries configuration tests (IPv6 (S, G)) [ OK ] # 29.27 [+0.35] TEST: IPv4 (S, G) port group entries configuration tests [ OK ] # 29.61 [+0.34] TEST: IPv6 (S, G) port group entries configuration tests [ OK ] # 29.62 [+0.00] # 29.62 [+0.00] INFO: # Port group entries configuration tests - L2 # 34.93 [+5.31] TEST: Common port group entries configuration tests (L2 (*, G)) [ OK ] # 34.97 [+0.04] TEST: L2 (*, G) port group entries configuration tests [ OK ] # 34.97 [+0.00] # 34.97 [+0.00] INFO: # Large scale dump tests # 38.92 [+3.95] TEST: IPv4 large scale dump tests [ OK ] # 54.65 [+15.73] TEST: IPv6 large scale dump tests [ OK ] # 70.53 [+15.88] TEST: L2 large scale dump tests [ OK ] # 71.21 [+0.69] TEST: Flush tests [ OK ] # 71.22 [+0.01] # 71.22 [+0.00] INFO: # Forwarding tests # 81.56 [+10.34] TEST: IPv4 host entries forwarding tests [ OK ] # 81.86 [+0.30] TEST: IPv6 host entries forwarding tests [ OK ] # 82.18 [+0.31] TEST: L2 host entries forwarding tests [ OK ] # 82.74 [+0.57] TEST: IPv4 port group "exclude" entries forwarding tests [ OK ] # 83.27 [+0.52] TEST: IPv6 port group "exclude" entries forwarding tests [ OK ] # 83.77 [+0.51] TEST: IPv4 port group "include" entries forwarding tests [ OK ] # 84.30 [+0.53] TEST: IPv6 port group "include" entries forwarding tests [ OK ] # 84.53 [+0.23] TEST: L2 port entries forwarding tests [ OK ] # 84.58 [+0.05] # 84.58 [+0.00] INFO: # Control packets tests # 84.69 [+0.10] mz/getopts: libnet_init() failed (libnet_check_iface() ioctl: No such device) Invalid command line parameters! # 84.69 [+0.00] # 84.69 [+0.00] mausezahn 0.6.8+, a fast versatile traffic generator # 84.69 [+0.00] http://www.netsniff-ng.org # 84.69 [+0.00] # 84.69 [+0.00] Usage: mausezahn [options] [interface] || # 84.69 [+0.00] Options: # 84.69 [+0.00] -x Interactive mode with telnet CLI, default port: 25542 # 84.70 [+0.00] -l Listen address to bind to when in interactive mode, default: 0.0.0.0 # 84.70 [+0.00] -4 IPv4 mode (default) # 84.70 [+0.00] -6 IPv6 mode # 84.70 [+0.00] -R Set socket priority # 84.70 [+0.00] -c Send packet count times, default:1, infinite:0 # 84.70 [+0.00] -d Apply delay between transmissions. The delay value can be # 84.70 [+0.00] specified in usec (default, no additional unit needed), or in # 84.71 [+0.00] msec (e.g. 100m or 100msec), or in seconds (e.g. 100s or 100sec) # 84.71 [+0.00] -r Multiplies the specified delay with a random value # 84.71 [+0.00] -p Pad the raw frame to specified length (using random bytes) # 84.71 [+0.00] -a Use specified source mac address, no matter what has # 84.71 [+0.00] been specified with other arguments; keywords see below, # 84.72 [+0.00] Default is own interface # 84.72 [+0.00] -b Same with destination mac address; keywords: # 84.72 [+0.00] rand Use a random MAC address # 84.72 [+0.00] bc Use a broadcast MAC address # 84.72 [+0.00] own Use own interface MAC address (default for source MAC) # 84.72 [+0.00] stp Use IEEE 802.1d STP multicast address # 84.73 [+0.00] cisco Use Cisco multicast address as used for CDP, VTP, or PVST+ # 84.73 [+0.00] -A Use specified source IP address (default is own interface IP) # 84.73 [+0.00] -B Send packet to specified destination IP or domain name # 84.73 [+0.00] -P Use the specified ASCII payload # 84.73 [+0.00] -f Read the ASCII payload from a file # 84.73 [+0.00] -F Read the hexadecimal payload from a file # 84.74 [+0.00] -Q <[CoS:]vlan> Specify 802.1Q VLAN tag and optional Class of Service, you can # 84.74 [+0.00] specify multiple 802.1Q VLAN tags (QinQ...) by separating them # 84.74 [+0.00] via a comma or a period (e.g. '5:10,20,2:30') # 84.74 [+0.00] -t Specify packet type for autobuild (you don't need to care for # 84.74 [+0.00] encapsulations in lower layers, most packet types allow/require # 84.75 [+0.00] additional packet-specific arguments in an ; # 84.75 [+0.00] Currently supported types: arp, bpdu, cdp, ip, icmp, udp, tcp, # 84.75 [+0.00] dns, rtp, syslog, lldp and more; # 84.75 [+0.00] For context-help use 'help' as ! # 84.75 [+0.00] -T Specify packet type for server mode, currently only rtp is supported; # 84.75 [+0.00] Enter -T help or -T rtp help for further information # 84.76 [+0.00] -M Insert a MPLS label, enter '-M help' for a syntax description # 84.76 [+0.00] -V|VV|... Verbose and more verbose mode # 84.76 [+0.00] -q Quiet mode, even omit 'important' standard short messages # 84.76 [+0.00] -S Simulation mode: DOES NOT put anything on the wire, this is # 84.76 [+0.00] typically combined with one of the verbose modes (v or V) # 84.77 [+0.00] -v Show version # 84.77 [+0.00] -h Print this help # 84.77 [+0.00] # 84.77 [+0.00] Examples: # 84.77 [+0.00] mausezahn -x 99 # 84.77 [+0.00] mausezahn -c 0 -d 2s -t bpdu conf # 84.77 [+0.00] mausezahn -t cdp change -c 0 # 84.77 [+0.00] mausezahn -t syslog sev=3 -P "You have been mausezahned." -A 10.1.1.109 -B 192.168.7.7 # 84.77 [+0.00] mausezahn eth0 -A rand -B 1.1.1.1 -c 0 -t tcp "dp=1-1023, flags=syn" # 84.77 [+0.00] # 84.77 [+0.00] Note: # 84.77 [+0.00] This tool is targeted for network developers! You should # 84.78 [+0.00] be aware of what you are doing and what these options above # 84.78 [+0.00] mean! Only use this tool in an isolated LAN that you own! # 84.78 [+0.00] # 84.78 [+0.00] Please report bugs to # 84.78 [+0.00] Copyright (C) 2008-2010 Herbert Haas , # 84.78 [+0.00] Copyright (C) 2011 Daniel Borkmann , # 84.79 [+0.00] Swiss federal institute of technology (ETH Zurich) # 84.79 [+0.00] License: GNU GPL version 2.0 # 84.79 [+0.00] This is free software: you are free to change and redistribute it. # 84.79 [+0.00] There is NO WARRANTY, to the extent permitted by law. # 84.79 [+0.00] # 84.90 [+0.11] mz/getopts: libnet_init() failed (libnet_check_iface() ioctl: No such device) Invalid command line parameters! # 84.90 [+0.00] # 84.90 [+0.00] mausezahn 0.6.8+, a fast versatile traffic generator # 84.90 [+0.00] http://www.netsniff-ng.org # 84.90 [+0.00] # 84.90 [+0.00] Usage: mausezahn [options] [interface] || # 84.91 [+0.00] Options: # 84.91 [+0.00] -x Interactive mode with telnet CLI, default port: 25542 # 84.91 [+0.00] -l Listen address to bind to when in interactive mode, default: 0.0.0.0 # 84.91 [+0.00] -4 IPv4 mode (default) # 84.91 [+0.00] -6 IPv6 mode # 84.91 [+0.00] -R Set socket priority # 84.91 [+0.00] -c Send packet count times, default:1, infinite:0 # 84.92 [+0.00] -d Apply delay between transmissions. The delay value can be # 84.92 [+0.00] specified in usec (default, no additional unit needed), or in # 84.92 [+0.00] msec (e.g. 100m or 100msec), or in seconds (e.g. 100s or 100sec) # 84.92 [+0.00] -r Multiplies the specified delay with a random value # 84.92 [+0.00] -p Pad the raw frame to specified length (using random bytes) # 84.92 [+0.00] -a Use specified source mac address, no matter what has # 84.93 [+0.00] been specified with other arguments; keywords see below, # 84.93 [+0.00] Default is own interface # 84.93 [+0.00] -b Same with destination mac address; keywords: # 84.93 [+0.00] rand Use a random MAC address # 84.93 [+0.00] bc Use a broadcast MAC address # 84.93 [+0.00] own Use own interface MAC address (default for source MAC) # 84.93 [+0.00] stp Use IEEE 802.1d STP multicast address # 84.94 [+0.00] cisco Use Cisco multicast address as used for CDP, VTP, or PVST+ # 84.94 [+0.00] -A Use specified source IP address (default is own interface IP) # 84.94 [+0.00] -B Send packet to specified destination IP or domain name # 84.94 [+0.00] -P Use the specified ASCII payload # 84.94 [+0.00] -f Read the ASCII payload from a file # 84.94 [+0.00] -F Read the hexadecimal payload from a file # 84.95 [+0.00] -Q <[CoS:]vlan> Specify 802.1Q VLAN tag and optional Class of Service, you can # 84.95 [+0.00] specify multiple 802.1Q VLAN tags (QinQ...) by separating them # 84.95 [+0.00] via a comma or a period (e.g. '5:10,20,2:30') # 84.95 [+0.00] -t Specify packet type for autobuild (you don't need to care for # 84.95 [+0.00] encapsulations in lower layers, most packet types allow/require # 84.96 [+0.00] additional packet-specific arguments in an ; # 84.96 [+0.00] Currently supported types: arp, bpdu, cdp, ip, icmp, udp, tcp, # 84.96 [+0.00] dns, rtp, syslog, lldp and more; # 84.96 [+0.00] For context-help use 'help' as ! # 84.96 [+0.00] -T Specify packet type for server mode, currently only rtp is supported; # 84.97 [+0.00] Enter -T help or -T rtp help for further information # 84.97 [+0.00] -M Insert a MPLS label, enter '-M help' for a syntax description # 84.97 [+0.00] -V|VV|... Verbose and more verbose mode # 84.97 [+0.00] -q Quiet mode, even omit 'important' standard short messages # 84.97 [+0.00] -S Simulation mode: DOES NOT put anything on the wire, this is # 84.98 [+0.00] typically combined with one of the verbose modes (v or V) # 84.98 [+0.00] -v Show version # 84.98 [+0.00] -h Print this help # 84.98 [+0.00] # 84.98 [+0.00] Examples: # 84.98 [+0.00] mausezahn -x 99 # 84.98 [+0.00] mausezahn -c 0 -d 2s -t bpdu conf # 84.98 [+0.00] mausezahn -t cdp change -c 0 # 84.98 [+0.00] mausezahn -t syslog sev=3 -P "You have been mausezahned." -A 10.1.1.109 -B 192.168.7.7 # 84.99 [+0.00] mausezahn eth0 -A rand -B 1.1.1.1 -c 0 -t tcp "dp=1-1023, flags=syn" # 84.99 [+0.00] # 84.99 [+0.00] Note: # 84.99 [+0.00] This tool is targeted for network developers! You should # 84.99 [+0.00] be aware of what you are doing and what these options above # 84.99 [+0.00] mean! Only use this tool in an isolated LAN that you own! # 84.99 [+0.00] # 84.99 [+0.00] Please report bugs to # 84.99 [+0.00] Copyright (C) 2008-2010 Herbert Haas , # 84.99 [+0.00] Copyright (C) 2011 Daniel Borkmann , # 85.00 [+0.00] Swiss federal institute of technology (ETH Zurich) # 85.00 [+0.00] License: GNU GPL version 2.0 # 85.00 [+0.00] This is free software: you are free to change and redistribute it. # 85.00 [+0.00] There is NO WARRANTY, to the extent permitted by law. # 85.00 [+0.00] # 85.02 [+0.02] TEST: IGMPv3 MODE_IS_INCLUDE tests [FAIL] # 85.02 [+0.00] (S, G) entry not created for new source # 85.20 [+0.17] mz/getopts: libnet_init() failed (libnet_check_iface() ioctl: No such device) Invalid command line parameters! # 85.20 [+0.00] # 85.20 [+0.00] mausezahn 0.6.8+, a fast versatile traffic generator # 85.20 [+0.00] http://www.netsniff-ng.org # 85.20 [+0.00] # 85.20 [+0.00] Usage: mausezahn [options] [interface] || # 85.21 [+0.00] Options: # 85.21 [+0.00] -x Interactive mode with telnet CLI, default port: 25542 # 85.21 [+0.00] -l Listen address to bind to when in interactive mode, default: 0.0.0.0 # 85.21 [+0.00] -4 IPv4 mode (default) # 85.21 [+0.00] -6 IPv6 mode # 85.21 [+0.00] -R Set socket priority # 85.22 [+0.00] -c Send packet count times, default:1, infinite:0 # 85.22 [+0.00] -d Apply delay between transmissions. The delay value can be # 85.22 [+0.00] specified in usec (default, no additional unit needed), or in # 85.22 [+0.00] msec (e.g. 100m or 100msec), or in seconds (e.g. 100s or 100sec) # 85.23 [+0.00] -r Multiplies the specified delay with a random value # 85.23 [+0.00] -p Pad the raw frame to specified length (using random bytes) # 85.23 [+0.00] -a Use specified source mac address, no matter what has # 85.23 [+0.00] been specified with other arguments; keywords see below, # 85.24 [+0.00] Default is own interface # 85.24 [+0.00] -b Same with destination mac address; keywords: # 85.24 [+0.00] rand Use a random MAC address # 85.24 [+0.00] bc Use a broadcast MAC address # 85.24 [+0.00] own Use own interface MAC address (default for source MAC) # 85.24 [+0.00] stp Use IEEE 802.1d STP multicast address # 85.25 [+0.00] cisco Use Cisco multicast address as used for CDP, VTP, or PVST+ # 85.25 [+0.00] -A Use specified source IP address (default is own interface IP) # 85.25 [+0.00] -B Send packet to specified destination IP or domain name # 85.25 [+0.00] -P Use the specified ASCII payload # 85.26 [+0.00] -f Read the ASCII payload from a file # 85.26 [+0.00] -F Read the hexadecimal payload from a file # 85.26 [+0.00] -Q <[CoS:]vlan> Specify 802.1Q VLAN tag and optional Class of Service, you can # 85.26 [+0.00] specify multiple 802.1Q VLAN tags (QinQ...) by separating them # 85.27 [+0.00] via a comma or a period (e.g. '5:10,20,2:30') # 85.27 [+0.00] -t Specify packet type for autobuild (you don't need to care for # 85.27 [+0.00] encapsulations in lower layers, most packet types allow/require # 85.27 [+0.00] additional packet-specific arguments in an ; # 85.27 [+0.00] Currently supported types: arp, bpdu, cdp, ip, icmp, udp, tcp, # 85.28 [+0.00] dns, rtp, syslog, lldp and more; # 85.28 [+0.00] For context-help use 'help' as ! # 85.28 [+0.00] -T Specify packet type for server mode, currently only rtp is supported; # 85.28 [+0.00] Enter -T help or -T rtp help for further information # 85.29 [+0.00] -M Insert a MPLS label, enter '-M help' for a syntax description # 85.29 [+0.00] -V|VV|... Verbose and more verbose mode # 85.29 [+0.00] -q Quiet mode, even omit 'important' standard short messages # 85.29 [+0.00] -S Simulation mode: DOES NOT put anything on the wire, this is # 85.29 [+0.00] typically combined with one of the verbose modes (v or V) # 85.30 [+0.00] -v Show version # 85.30 [+0.00] -h Print this help # 85.30 [+0.00] # 85.30 [+0.00] Examples: # 85.30 [+0.00] mausezahn -x 99 # 85.30 [+0.00] mausezahn -c 0 -d 2s -t bpdu conf # 85.30 [+0.00] mausezahn -t cdp change -c 0 # 85.30 [+0.00] mausezahn -t syslog sev=3 -P "You have been mausezahned." -A 10.1.1.109 -B 192.168.7.7 # 85.30 [+0.00] mausezahn eth0 -A rand -B 1.1.1.1 -c 0 -t tcp "dp=1-1023, flags=syn" # 85.31 [+0.00] # 85.31 [+0.00] Note: # 85.31 [+0.00] This tool is targeted for network developers! You should # 85.31 [+0.00] be aware of what you are doing and what these options above # 85.31 [+0.00] mean! Only use this tool in an isolated LAN that you own! # 85.31 [+0.00] # 85.31 [+0.00] Please report bugs to # 85.31 [+0.00] Copyright (C) 2008-2010 Herbert Haas , # 85.31 [+0.00] Copyright (C) 2011 Daniel Borkmann , # 85.32 [+0.00] Swiss federal institute of technology (ETH Zurich) # 85.32 [+0.00] License: GNU GPL version 2.0 # 85.32 [+0.00] This is free software: you are free to change and redistribute it. # 85.32 [+0.00] There is NO WARRANTY, to the extent permitted by law. # 85.32 [+0.00] # 85.33 [+0.01] mz/getopts: libnet_init() failed (libnet_check_iface() ioctl: No such device) Invalid command line parameters! # 85.33 [+0.00] # 85.33 [+0.00] mausezahn 0.6.8+, a fast versatile traffic generator # 85.34 [+0.00] http://www.netsniff-ng.org # 85.34 [+0.00] # 85.34 [+0.00] Usage: mausezahn [options] [interface] || # 85.34 [+0.00] Options: # 85.34 [+0.00] -x Interactive mode with telnet CLI, default port: 25542 # 85.34 [+0.00] -l Listen address to bind to when in interactive mode, default: 0.0.0.0 # 85.35 [+0.00] -4 IPv4 mode (default) # 85.35 [+0.00] -6 IPv6 mode # 85.35 [+0.00] -R Set socket priority # 85.35 [+0.00] -c Send packet count times, default:1, infinite:0 # 85.35 [+0.00] -d Apply delay between transmissions. The delay value can be # 85.35 [+0.00] specified in usec (default, no additional unit needed), or in # 85.36 [+0.00] msec (e.g. 100m or 100msec), or in seconds (e.g. 100s or 100sec) # 85.36 [+0.00] -r Multiplies the specified delay with a random value # 85.36 [+0.00] -p Pad the raw frame to specified length (using random bytes) # 85.36 [+0.00] -a Use specified source mac address, no matter what has # 85.36 [+0.00] been specified with other arguments; keywords see below, # 85.37 [+0.00] Default is own interface # 85.37 [+0.00] -b Same with destination mac address; keywords: # 85.37 [+0.00] rand Use a random MAC address # 85.37 [+0.00] bc Use a broadcast MAC address # 85.37 [+0.00] own Use own interface MAC address (default for source MAC) # 85.37 [+0.00] stp Use IEEE 802.1d STP multicast address # 85.37 [+0.00] cisco Use Cisco multicast address as used for CDP, VTP, or PVST+ # 85.38 [+0.00] -A Use specified source IP address (default is own interface IP) # 85.38 [+0.00] -B Send packet to specified destination IP or domain name # 85.38 [+0.00] -P Use the specified ASCII payload # 85.38 [+0.00] -f Read the ASCII payload from a file # 85.38 [+0.00] -F Read the hexadecimal payload from a file # 85.38 [+0.00] -Q <[CoS:]vlan> Specify 802.1Q VLAN tag and optional Class of Service, you can # 85.39 [+0.00] specify multiple 802.1Q VLAN tags (QinQ...) by separating them # 85.39 [+0.00] via a comma or a period (e.g. '5:10,20,2:30') # 85.39 [+0.00] -t Specify packet type for autobuild (you don't need to care for # 85.39 [+0.00] encapsulations in lower layers, most packet types allow/require # 85.39 [+0.00] additional packet-specific arguments in an ; # 85.39 [+0.00] Currently supported types: arp, bpdu, cdp, ip, icmp, udp, tcp, # 85.40 [+0.00] dns, rtp, syslog, lldp and more; # 85.40 [+0.00] For context-help use 'help' as ! # 85.40 [+0.00] -T Specify packet type for server mode, currently only rtp is supported; # 85.40 [+0.00] Enter -T help or -T rtp help for further information # 85.40 [+0.00] -M Insert a MPLS label, enter '-M help' for a syntax description # 85.41 [+0.00] -V|VV|... Verbose and more verbose mode # 85.41 [+0.00] -q Quiet mode, even omit 'important' standard short messages # 85.41 [+0.00] -S Simulation mode: DOES NOT put anything on the wire, this is # 85.41 [+0.00] typically combined with one of the verbose modes (v or V) # 85.42 [+0.00] -v Show version # 85.42 [+0.00] -h Print this help # 85.42 [+0.00] # 85.42 [+0.00] Examples: # 85.42 [+0.00] mausezahn -x 99 # 85.42 [+0.00] mausezahn -c 0 -d 2s -t bpdu conf # 85.42 [+0.00] mausezahn -t cdp change -c 0 # 85.42 [+0.00] mausezahn -t syslog sev=3 -P "You have been mausezahned." -A 10.1.1.109 -B 192.168.7.7 # 85.43 [+0.00] mausezahn eth0 -A rand -B 1.1.1.1 -c 0 -t tcp "dp=1-1023, flags=syn" # 85.43 [+0.00] # 85.43 [+0.00] Note: # 85.43 [+0.00] This tool is targeted for network developers! You should # 85.43 [+0.00] be aware of what you are doing and what these options above # 85.43 [+0.00] mean! Only use this tool in an isolated LAN that you own! # 85.43 [+0.00] # 85.43 [+0.00] Please report bugs to # 85.44 [+0.00] Copyright (C) 2008-2010 Herbert Haas , # 85.44 [+0.00] Copyright (C) 2011 Daniel Borkmann , # 85.44 [+0.00] Swiss federal institute of technology (ETH Zurich) # 85.44 [+0.00] License: GNU GPL version 2.0 # 85.44 [+0.00] This is free software: you are free to change and redistribute it. # 85.44 [+0.00] There is NO WARRANTY, to the extent permitted by law. # 85.45 [+0.00] # 85.47 [+0.02] TEST: MLDv2 MODE_IS_INCLUDE tests [FAIL] # 85.47 [+0.00] (S, G) entry not created for new source not ok 1 selftests: net/forwarding: bridge_mdb.sh # exit=1 make[1]: Leaving directory '/home/virtme/testing/wt-2/tools/testing/selftests/net/forwarding' make: Leaving directory '/home/virtme/testing/wt-2/tools/testing/selftests' xx__-> echo $? 0 xx__->