WAIT TIMEOUT stdout

Ctrl-C stdout

Ctrl-C stdout
<e_inner_v6_multipath.sh TEST_GEN_PROGS="" run_tests
^Cmake: Entering directory '/srv/vmksft/testing/wt-2/tools/testing/selftests'
# 59.59 [+1.58] TEST: ctl4: port: ngroups reporting                                 [FAIL]
# 59.59 [+0.00] Couldn't add MDB entries
make[1]: Nothing to be done for 'all'.
# 11.02 [+1.02] TEST: GRE hierarchical IPv6-in-IPv6                                 [ OK ]
# 59.85 [+0.26] Error: bridge: Net device is not a bridge port.
TAP version 13
1..1
# 60.13 [+0.28] Error: bridge: Net device is not a bridge port.
# 60.19 [+0.05] TEST: cfg6: port: ngroups reporting                                 [FAIL]
# 60.19 [+0.01] Couldn't add MDB entries
# timeout set to 10800
# selftests: net/forwarding: ip6gre_inner_v6_multipath.sh
# 1.53 [+1.53] RTNETLINK answers: File exists
# 1.55 [+0.02] RTNETLINK answers: No such file or directory
# 1.58 [+0.03] RTNETLINK answers: File exists
# 1.61 [+0.02] RTNETLINK answers: No such file or directory
# 1.63 [+0.03] RTNETLINK answers: File exists
# 1.66 [+0.03] RTNETLINK answers: File exists
# 1.69 [+0.03] RTNETLINK answers: File exists
# 1.82 [+0.13] Error: Gateway can not be a local address.
# 1.84 [+0.03] RTNETLINK answers: File exists
# 1.87 [+0.03] RTNETLINK answers: File exists
# 1.90 [+0.03] RTNETLINK answers: File exists
# 2.29 [+0.39] RTNETLINK answers: File exists
# 2.34 [+0.05] RTNETLINK answers: File exists
# 62.77 [+2.58] mcast_max_groups
# 2.37 [+0.03] RTNETLINK answers: File exists
# 2.41 [+0.04] RTNETLINK answers: File exists
# 14.09 [+3.07] TEST: ping GRE IPv6, packet size 1800 after MTU change              [ OK ]
# 14.33 [+0.24] RTNETLINK answers: No route to host
# 14.36 [+0.03] RTNETLINK answers: No such process
# 3.29 [+0.87] RTNETLINK answers: File exists
# 3.32 [+0.03] RTNETLINK answers: File exists
# 4.14 [+0.82] RTNETLINK answers: File exists
# 4.17 [+0.04] RTNETLINK answers: File exists
# 64.97 [+2.20] TEST: ctl6: port: ngroups reporting                                 [FAIL]
# 64.97 [+0.01] Couldn't add MDB entries
# 65.06 [+0.09] RTNETLINK answers: Operation not supported
# 4.69 [+0.52] RTNETLINK answers: File exists
# 65.18 [+0.12] RTNETLINK answers: Operation not supported
# 4.78 [+0.09] RTNETLINK answers: File exists
# 4.81 [+0.03] RTNETLINK answers: File exists
# 65.41 [+0.23] Error: bridge: Net device is not a bridge port.
# 65.59 [+0.18] Error: bridge: Net device is not a bridge port.
# 65.60 [+0.01] TEST: cfg4: port maxgroups: reporting and treatment of 0            [FAIL]
# 65.61 [+0.01] Failed to set max to 100
# 65.85 [+0.25] Error: bridge: Net device is not a bridge port.
# 65.90 [+0.04] RTNETLINK answers: Operation not supported
# 17.38 [+3.03] TEST: GRE hierarchical IPv4-in-IPv6 (new remote)                    [FAIL]
# 17.39 [+0.00] Packets did not go through veth2, tc_flag = skip_hw
# 66.40 [+0.51] Error: bridge: Net device is not a bridge port.
# 66.56 [+0.16] Error: bridge: Net device is not a bridge port.
# 66.72 [+0.16] Error: bridge: Net device is not a bridge port.
# 66.75 [+0.03] RTNETLINK answers: Operation not supported
# 66.76 [+0.01] TEST: cfg4: port maxgroups: configure below ngroups                 [FAIL]
# 66.76 [+0.00] dev veth1 vid 10: Couldn't add MDB entries
# 66.86 [+0.10] RTNETLINK answers: Operation not supported
# 67.14 [+0.28] RTNETLINK answers: Operation not supported
# 67.15 [+0.01] TEST: cfg4: port maxgroups: add too many MDB entries                [FAIL]
# 67.15 [+0.00] dev veth1 vid 10: Couldn't set maximum
# 67.24 [+0.09] RTNETLINK answers: Operation not supported
# 67.33 [+0.09] RTNETLINK answers: Operation not supported
# 20.17 [+2.78] TEST: GRE hierarchical IPv6-in-IPv6 (new remote)                    [FAIL]
# 20.17 [+0.00] Packets did not go through veth2, tc_flag = skip_hw
# 69.03 [+1.70] mcast_max_groups
# 20.45 [+0.28] RTNETLINK answers: No route to host
# 20.50 [+0.04] RTNETLINK answers: No such process
# 70.44 [+1.40] TEST: ctl4: port maxgroups: reporting and treatment of 0            [FAIL]
# 70.44 [+0.01] Failed to set max to 100
# 23.28 [+2.78] TEST: GRE hierarchical IPv4-in-IPv6 (old remote)                    [FAIL]
# 23.28 [+0.00] Packets did not go through veth2, tc_flag = skip_hw
# 72.21 [+1.76] mcast_max_groups
# 72.25 [+0.05] RTNETLINK answers: Operation not supported
# 14.29 [+9.48] TEST: ping                                                          [FAIL]
# 14.35 [+0.06] INFO: Running IPv6 over GRE over IPv6 multipath tests
# 26.03 [+2.75] TEST: GRE hierarchical IPv6-in-IPv6 (old remote)                    [FAIL]
# 26.03 [+0.00] Packets did not go through veth2, tc_flag = skip_hw
# 27.13 [+1.10] Error: ipv6: address not found.
# 27.41 [+0.28] RTNETLINK answers: No such process
# 28.09 [+0.68] RTNETLINK answers: No such process
# 76.88 [+4.63] mcast_max_groups
# 28.12 [+0.03] RTNETLINK answers: No such process
# 28.19 [+0.07] Error: ipv6: address not found.
# 16.86 [+2.51] TEST: ECMP                                                          [FAIL]
# 16.86 [+0.01] Too large discrepancy between expected and measured ratios
# 16.87 [+0.01] INFO: Expected ratio 1.00 Measured ratio .75
# 16.89 [+0.02] Error: argument "vveth3" is wrong: Invalid VRF
# 16.89 [+0.00] 
# 17.00 [+0.10] Error: argument "vveth3" is wrong: Invalid VRF
# 17.00 [+0.00] 
# 17.13 [+0.13] Invalid VRF name
not ok 1 selftests: net/forwarding: ip6gre_hier.sh # exit=1
make: Leaving directory '/srv/vmksft/testing/wt-2/tools/testing/selftests'
# 78.37 [+1.49] RTNETLINK answers: Operation not supported
# 78.38 [+0.01] TEST: ctl4: port maxgroups: configure below ngroups                 [FAIL]
# 78.39 [+0.01] dev veth1 vid 10: Couldn't add MDB entries
# 78.45 [+0.07] RTNETLINK answers: Operation not supported
# 18.29 [+1.16] TEST: Multipath                                                     [FAIL]
# 18.29 [+0.00] Packet difference is 0
# 18.30 [+0.01] INFO: Expected ratio 2.00
# 18.32 [+0.02] Error: argument "vveth3" is wrong: Invalid VRF
# 18.32 [+0.00] 
# 18.44 [+0.12] Error: argument "vveth3" is wrong: Invalid VRF
# 18.44 [+0.00] 
# 18.60 [+0.15] Invalid VRF name
# 19.76 [+1.17] TEST: Multipath                                                     [FAIL]
# 19.77 [+0.00] Packet difference is 0
# 19.78 [+0.01] INFO: Expected ratio 4.09
# 19.81 [+0.03] Error: argument "vveth3" is wrong: Invalid VRF
# 19.81 [+0.00] 
# 80.49 [+2.03]  mz/getopts: libnet_init() failed (libnet_check_iface(): veth0.10 is down) Invalid command line parameters!
# 80.49 [+0.01] 
# 80.49 [+0.00] mausezahn 0.6.9, a fast versatile traffic generator
# 80.50 [+0.00] http://www.netsniff-ng.org
# 80.50 [+0.00] 
# 80.50 [+0.00] Usage: mausezahn [options] [interface] <keyword>|<arg-string>|<hex-string>
# 80.50 [+0.00] Options:
# 80.50 [+0.00]   -x <port>             Interactive mode with telnet CLI, default port: 25542
# 80.51 [+0.00]   -l <ip>               Listen address to bind to when in interactive mode, default: 0.0.0.0
# 80.51 [+0.00]   -4                    IPv4 mode (default)
# 80.51 [+0.00]   -6                    IPv6 mode
# 80.51 [+0.00]   -R <PRIO>             Set socket priority
# 80.52 [+0.00]   -c <count>            Send packet count times, default:1, infinite:0
# 80.52 [+0.00]   -d <delay>            Apply delay between transmissions. The delay value can be
# 80.53 [+0.00]                         specified in usec (default, no additional unit needed), or in
# 80.53 [+0.00]                         msec (e.g. 100m or 100msec), or in seconds (e.g. 100s or 100sec)
# 80.53 [+0.00]   -r                    Multiplies the specified delay with a random value
# 80.54 [+0.00]   -p <length>           Pad the raw frame to specified length (using random bytes)
# 80.54 [+0.00]   -a <srcmac|keyword>   Use specified source mac address, no matter what has
# 80.54 [+0.00]                         been specified with other arguments; keywords see below,
# 80.55 [+0.00]                         Defa# ul20.12 [+0.31] tR TiNsE ToLwInN Ki natnsewrefrasc:e 
N# o80.55 [+0.00]   such process
 -b <dstmac|keyword>   Same with destination mac address; keywords:
# 80.55 [+0.00]      rand               Use a random MAC address
# 80.56 [+0.00]      bc                 Use a broadcast MAC address
# 80.56 [+0.00]      own                Use own interface MAC address (default for source MAC)
# 80.56 [+0.00]      stp                Use IEEE 802.1d STP multicast address
# 80.56 [+0.00]      cisco              Use Cisco multicast address as used for CDP, VTP, or PVST+
# 80.57 [+0.00]   -A <srcip>            Use specified source IP address (default is own interface IP)
# 80.57 [+0.00]   # -20.15 [+0.03] BR T<NdEsTtLiIpN|Kd nasnnsawmeer>s :   N oS esnud cpha pcrkoecte stso
 specified destination IP or domain name
# 80.58 [+0.01]   -P <ascii payload>    Use the specified ASCII payload
# 80.58 [+0.00]   -f <filename>         Read the ASCII payload from a file
# 80.58 [+0.00]   -F <filename>         Read the hexadecimal payload from a file
# 80.59 [+0.00]   -Q <[CoS:]vlan>       Specify 802.1Q VLAN tag and optional Class of Service, you can
# 80.59 [+0.00]                         specify multiple 802.1Q VLAN tags (QinQ...) by separating them
# 80.60 [+0.00]                         via a comma or a period (e.g. '5:10,20,2:30')
# 80.60 [+0.00]   -t <packet-type|help> Specify packet type for autobuild (you don't need to care for
# 80.60 [+0.00]                         encapsulations in lower layers, most packet types allow/require
# 80.61 [+0.00]                         additional packet-specific arguments in an <arg-string>;
# 80.61 [+0.00]                         Currently supported types: arp, bpdu, cdp, ip, icmp, udp, tcp,
# 80.62 [+0.00]                         dns, rtp, syslog, lldp and more;
# 80.62 [+0.00]                         For context-help use 'help' as <arg-string>!
# 80.62 [+0.00]   -T <packet-type>      Specify packet type for server mode, currently only rtp is supported;
# 80.63 [+0.00]                         Enter -T help or -T rtp help for further information
# 80.63 [+0.00]   -M <MPLS-label>       Insert a MPLS label, enter '-M help' for a syntax description
# 80.64 [+0.00]   -V|VV|...             Verbose and more verbose mode
# 80.64 [+0.00]   -q                    Quiet mode, even omit 'important' standard short messages
# 80.65 [+0.00]   -S                    Simulation mode: DOES NOT put anything on the wire, this is
# 80.65 [+0.00]                         typically combined with one of the verbose modes (v or V)
# 80.66 [+0.00]   -v                    Show version
# 80.66 [+0.00]   -h                    Print this help
# 80.66 [+0.00] 
# 80.66 [+0.00] Examples:
# 80.66 [+0.00]   mausezahn -x 99
# 80.66 [+0.00]   mausezahn -c 0 -d 2s -t bpdu conf
# 80.66 [+0.00]   mausezahn -t cdp change -c 0
# 80.67 [+0.00]   mausezahn -t syslog sev=3 -P "You have been mausezahned." -A 10.1.1.109 -B 192.168.7.7
# 80.67 [+0.01]   mausezahn eth0 -A rand -B 1.1.1.1 -c 0 -t tcp "dp=1-1023, flags=syn"
# 80.68 [+0.00] 
# 80.68 [+0.00] Note:
# 80.68 [+0.00]   This tool is targeted for network developers! You should
# 80.68 [+0.00]   be aware of what you are doing and what these options above
# 80.68 [+0.00]   mean! Only use this tool in an isolated LAN that you own!
# 80.69 [+0.00] 
# 80.69 [+0.00] Please report bugs to <bugs@netsniff-ng.org>
# 80.69 [+0.00] Copyright (C) 2008-2010 Herbert Haas <herbert@perihel.at>,
# 80.69 [+0.00] Copyright (C) 2011 Daniel Borkmann <dborkma@tik.ee.ethz.ch>,
# 80.70 [+0.00] Swiss federal institute of technology (ETH Zurich)
# 80.70 [+0.00] License: GNU GPL version 2.0
# 80.70 [+0.00] This is free software: you are free to change and redistribute it.
# 80.70 [+0.00] There is NO WARRANTY, to the extent permitted by law.
# 80.71 [+0.00] 
# 20.35 [+0.20] RTNETLINK answers: No such process
# 20.74 [+0.39] RTNETLINK answers: No such process
# 20.77 [+0.03] RTNETLINK answers: No such process
# 20.89 [+0.12] RTNETLINK answers: No such process
# 21.16 [+0.28] RTNETLINK answers: No such process
# 21.20 [+0.03] RTNETLINK answers: No such process
# 81.63 [+0.93] RTNETLINK answers: Operation not supported
# 81.64 [+0.01] TEST: ctl4: port maxgroups: add too many MDB entries                [FAIL]
# 81.65 [+0.00] dev veth1 vid 10: Couldn't set maximum
# 81.71 [+0.07] RTNETLINK answers: Operation not supported
# 21.30 [+0.11] Error: argument "vveth3" is wrong: Invalid VRF
# 21.30 [+0.00] 
# 21.33 [+0.03] Error: argument "vveth3" is wrong: Invalid VRF
# 21.34 [+0.00] 
# 81.83 [+0.11] RTNETLINK answers: Operation not supported
# 21.52 [+0.19] Error: ipv6: address not found.
# 82.00 [+0.17] Error: bridge: Net device is not a bridge port.
# 21.61 [+0.09] RTNETLINK answers: No such process
# 21.64 [+0.03] RTNETLINK answers: No such process
# 82.17 [+0.17] E# r21.74 [+0.10] rCoarn:n obt rfiidngde :d eNevti cdeev "ivcev eitsh 3n"o
t a bridge port.
# 82.18 [+0.01] TEST: cfg6: port maxgroups: reporting and treatment of 0            [FAIL]
# 82.19 [+0.01] Failed to set max to 100
# 21.77 [+0.03] Error: argument "vveth1" is wrong: Invalid VRF
# 21.78 [+0.00] 
# 21.80 [+0.02] Error: argument "vveth1" is wrong: Invalid VRF
# 21.80 [+0.00] 
# 21.84 [+0.04] Error: ipv6: address not found.
# 82.38 [+0.19] Error: bridge: Net device is not a bridge port.
# 82.42 [+0.04] RTNETLINK answers: Operation no# t supported
21.99 [+0.15] Error: ipv6: address not found.
# 22.08 [+0.09] Error: ipv6: address not found.
# 22.18 [+0.10] RTNETLINK answers: No such process
# 22.22 [+0.04] RTNETLINK answers: No such process
# 22.31 [+0.09] Cannot find device "vveth1"
# 22.35 [+0.03] Error: argument "vveth0" is wrong: Invalid VRF
# 22.35 [+0.00] 
# 22.37 [+0.03] Error: ipv6: address not found.
# 82.81 [+0.40] Error: bridge: Net device is not a bridge port.
# 22.47 [+0.10] RTNETLINK answers: No such process
# 22.50 [+0.03] RTNETLINK answers: No such process
# 82.98 [+0.17] Error: bridge: Net device is not a bridge port.
# 22.62 [+0.12] Cannot find device "vveth0"
# 22.66 [+0.04] RTNETLINK answers: File exists
# 22.68 [+0.03] RTNETLINK answers: No such file or directory
# 83.14 [+0.15] Error: bridge: Net device is not a bridge port.
# 22.73 [+0.04] RTNETLINK answers: File exists
# 83.18 [+0.04] RTNETLINK answers: Operation not supported
# 22.75 [+0.03] RTNETLINK answers: No such file or directory
# 83.19 [+0.01] TEST: cfg6: port maxgroups: configure below ngroups                 [FAIL]
# 83.20 [+0.01] dev veth1 vid 10: Couldn't add MDB entries
not ok 1 selftests: net/forwarding: ip6gre_inner_v6_multipath.sh # exit=1
make: Leaving directory '/srv/vmksft/testing/wt-2/tools/testing/selftests'
xx__-> echo scan > /sys/kernel/debug/kmemleak
# 83.27 [+0.07] RTNETLINK answers: Operation not supported
# 83.56 [+0.29] RTNETLINK answers: Operation not supported
# 83.57 [+0.01] TEST: cfg6: port maxgroups: add too many MDB entries                [FAIL]
# 83.58 [+0.01] dev veth1 vid 10: Couldn't set maximum
# 83.67 [+0.09] RTNETLINK answers: Operation not supported
xx__-> # 83.76 [+0.09] RTNETLINK answers: Operation not supported
# 84.80 [+1.04]  mz/getopts: libnet_init() failed (libnet_check_iface(): veth0.10 is down) Invalid command line parameters!
# 84.81 [+0.01] 
# 84.81 [+0.00] mausezahn 0.6.9, a fast versatile traffic generator
# 84.81 [+0.00] http://www.netsniff-ng.org
# 84.82 [+0.00] 
# 84.82 [+0.00] Usage: mausezahn [options] [interface] <keyword>|<arg-string>|<hex-string>
# 84.82 [+0.00] Options:
# 84.82 [+0.00]   -x <port>             Interactive mode with telnet CLI, default port: 25542
# 84.83 [+0.00]   -l <ip>               Listen address to bind to when in interactive mode, default: 0.0.0.0
# 84.83 [+0.01]   -4                    IPv4 mode (default)
# 84.83 [+0.00]   -6                    IPv6 mode
# 84.84 [+0.00]   -R <PRIO>             Set socket priority
# 84.84 [+0.00]   -c <count>            Send packet count times, default:1, infinite:0
# 84.84 [+0.00]   -d <delay>            Apply delay between transmissions. The delay value can be
# 84.85 [+0.00]                         specified in usec (default, no additional unit needed), or in
# 84.85 [+0.00]                         msec (e.g. 100m or 100msec), or in seconds (e.g. 100s or 100sec)
# 84.86 [+0.01]   -r                    Multiplies the specified delay with a random value
# 84.86 [+0.00]   -p <length>           Pad the raw frame to specified length (using random bytes)
# 84.87 [+0.00]   -a <srcmac|keyword>   Use specified source mac address, no matter what has
# 84.87 [+0.00]                         been specified with other arguments; keywords see below,
# 84.88 [+0.00]                         Default is own interface
# 84.88 [+0.00]   -b <dstmac|keyword>   Same with destination mac address; keywords:
# 84.88 [+0.00]      rand               Use a random MAC address
# 84.88 [+0.00]      bc                 Use a broadcast MAC address
# 84.89 [+0.00]      own                Use own interface MAC address (default for source MAC)
# 84.89 [+0.00]      stp                Use IEEE 802.1d STP multicast address
# 84.90 [+0.00]      cisco              Use Cisco multicast address as used for CDP, VTP, or PVST+
# 84.90 [+0.00]   -A <srcip>            Use specified source IP address (default is own interface IP)
# 84.91 [+0.00]   -B <dstip|dnsname>    Send packet to specified destination IP or domain name
# 84.91 [+0.00]   -P <ascii payload>    Use the specified ASCII payload
# 84.91 [+0.00]   -f <filename>         Read the ASCII payload from a file
# 84.92 [+0.00]   -F <filename>         Read the hexadecimal payload from a file
# 84.92 [+0.00]   -Q <[CoS:]vlan>       Specify 802.1Q VLAN tag and optional Class of Service, you can
# 84.93 [+0.00]                         specify multiple 802.1Q VLAN tags (QinQ...) by separating them
# 84.93 [+0.01]                         via a comma or a period (e.g. '5:10,20,2:30')
# 84.93 [+0.00]   -t <packet-type|help> Specify packet type for autobuild (you don't need to care for
# 84.94 [+0.00]                         encapsulations in lower layers, most packet types allow/require
# 84.94 [+0.01]                         additional packet-specific arguments in an <arg-string>;
# 84.95 [+0.00]                         Currently supported types: arp, bpdu, cdp, ip, icmp, udp, tcp,
# 84.95 [+0.00]                         dns, rtp, syslog, lldp and more;
# 84.96 [+0.00]                         For context-help use 'help' as <arg-string>!
# 84.96 [+0.00]   -T <packet-type>      Specify packet type for server mode, currently only rtp is supported;
# 84.97 [+0.01]                         Enter -T help or -T rtp help for further information
# 84.97 [+0.00]   -M <MPLS-label>       Insert a MPLS label, enter '-M help' for a syntax description
# 84.98 [+0.00]   -V|VV|...             Verbose and more verbose mode
# 84.98 [+0.00]   -q                    Quiet mode, even omit 'important' standard short messages
# 84.98 [+0.00]   -S                    Simulation mode: DOES NOT put anything on the wire, this is
# 84.99 [+0.00]                         typically combined with one of the verbose modes (v or V)
# 84.99 [+0.00]   -v                    Show version
# 84.99 [+0.00]   -h                    Print this help
# 85.00 [+0.00] 
# 85.00 [+0.00] Examples:
# 85.00 [+0.00]   mausezahn -x 99
# 85.00 [+0.00]   mausezahn -c 0 -d 2s -t bpdu conf
# 85.00 [+0.00]   mausezahn -t cdp change -c 0
# 85.00 [+0.00]   mausezahn -t syslog sev=3 -P "You have been mausezahned." -A 10.1.1.109 -B 192.168.7.7
# 85.01 [+0.01]   mausezahn eth0 -A rand -B 1.1.1.1 -c 0 -t tcp "dp=1-1023, flags=syn"
# 85.01 [+0.00] 
# 85.01 [+0.00] Note:
# 85.01 [+0.00]   This tool is targeted for network developers! You should
# 85.02 [+0.00]   be aware of what you are doing and what these options above
# 85.02 [+0.00]   mean! Only use this tool in an isolated LAN that you own!
# 85.02 [+0.00] 
# 85.02 [+0.00] Please report bugs to <bugs@netsniff-ng.org>
# 85.03 [+0.00] Copyright (C) 2008-2010 Herbert Haas <herbert@perihel.at>,
# 85.03 [+0.00] Copyright (C) 2011 Daniel Borkmann <dborkma@tik.ee.ethz.ch>,
# 85.03 [+0.00] Swiss federal institute of technology (ETH Zurich)
# 85.04 [+0.00] License: GNU GPL version 2.0
# 85.04 [+0.00] This is free software: you are free to change and redistribute it.
# 85.04 [+0.00] There is NO WARRANTY, to the extent permitted by law.
# 85.05 [+0.00] 
# 86.12 [+1.07] mcast_max_groups
# 86.78 [+0.67]  mz/getopts: libnet_init() failed (libnet_check_iface(): veth0.10 is down) Invalid command line parameters!
# 86.79 [+0.01] 
# 86.79 [+0.00] mausezahn 0.6.9, a fast versatile traffic generator
# 86.79 [+0.00] http://www.netsniff-ng.org
# 86.80 [+0.00] 
# 86.80 [+0.00] Usage: mausezahn [options] [interface] <keyword>|<arg-string>|<hex-string>
# 86.80 [+0.00] Options:
# 86.80 [+0.00]   -x <port>             Interactive mode with telnet CLI, default port: 25542
# 86.80 [+0.00]   -l <ip>               Listen address to bind to when in interactive mode, default: 0.0.0.0
# 86.81 [+0.01]   -4                    IPv4 mode (default)
# 86.81 [+0.00]   -6                    IPv6 mode
# 86.81 [+0.00]   -R <PRIO>             Set socket priority
# 86.82 [+0.00]   -c <count>            Send packet count times, default:1, infinite:0
# 86.82 [+0.00]   -d <delay>            Apply delay between transmissions. The delay value can be
# 86.83 [+0.00]                         specified in usec (default, no additional unit needed), or in
# 86.83 [+0.00]                         msec (e.g. 100m or 100msec), or in seconds (e.g. 100s or 100sec)
# 86.84 [+0.01]   -r                    Multiplies the specified delay with a random value
# 86.84 [+0.00]   -p <length>           Pad the raw frame to specified length (using random bytes)
# 86.84 [+0.00]   -a <srcmac|keyword>   Use specified source mac address, no matter what has
# 86.85 [+0.00]                         been specified with other arguments; keywords see below,
# 86.85 [+0.00]                         Default is own interface
# 86.86 [+0.00]   -b <dstmac|keyword>   Same with destination mac address; keywords:
# 86.86 [+0.00]      rand               Use a random MAC address
# 86.86 [+0.00]      bc                 Use a broadcast MAC address
# 86.87 [+0.00]      own                Use own interface MAC address (default for source MAC)
# 86.87 [+0.00]      stp                Use IEEE 802.1d STP multicast address
# 86.87 [+0.00]      cisco              Use Cisco multicast address as used for CDP, VTP, or PVST+
# 86.88 [+0.00]   -A <srcip>            Use specified source IP address (default is own interface IP)
# 86.88 [+0.00]   -B <dstip|dnsname>    Send packet to specified destination IP or domain name
# 86.89 [+0.00]   -P <ascii payload>    Use the specified ASCII payload
# 86.89 [+0.00]   -f <filename>         Read the ASCII payload from a file
# 86.89 [+0.00]   -F <filename>         Read the hexadecimal payload from a file
# 86.90 [+0.00]   -Q <[CoS:]vlan>       Specify 802.1Q VLAN tag and optional Class of Service, you can
# 86.90 [+0.01]                         specify multiple 802.1Q VLAN tags (QinQ...) by separating them
# 86.91 [+0.01]                         via a comma or a period (e.g. '5:10,20,2:30')
# 86.91 [+0.00]   -t <packet-type|help> Specify packet type for autobuild (you don't need to care for
# 86.92 [+0.00]                         encapsulations in lower layers, most packet types allow/require
# 86.92 [+0.00]                         additional packet-specific arguments in an <arg-string>;
# 86.93 [+0.00]                         Currently supported types: arp, bpdu, cdp, ip, icmp, udp, tcp,
# 86.93 [+0.00]                         dns, rtp, syslog, lldp and more;
# 86.93 [+0.00]                         For context-help use 'help' as <arg-string>!
# 86.94 [+0.00]   -T <packet-type>      Specify packet type for server mode, currently only rtp is supported;
# 86.94 [+0.01]                         Enter -T help or -T rtp help for further information
# 86.95 [+0.00]   -M <MPLS-label>       Insert a MPLS label, enter '-M help' for a syntax description
# 86.95 [+0.00]   -V|VV|...             Verbose and more verbose mode
# 86.96 [+0.00]   -q                    Quiet mode, even omit 'important' standard short messages
# 86.96 [+0.00]   -S                    Simulation mode: DOES NOT put anything on the wire, this is
# 86.96 [+0.00]                         typically combined with one of the verbose modes (v or V)
# 86.97 [+0.00]   -v                    Show version
# 86.97 [+0.00]   -h                    Print this help
# 86.97 [+0.00] 
# 86.97 [+0.00] Examples:
# 86.98 [+0.00]   mausezahn -x 99
# 86.98 [+0.00]   mausezahn -c 0 -d 2s -t bpdu conf
# 86.98 [+0.00]   mausezahn -t cdp change -c 0
# 86.98 [+0.00]   mausezahn -t syslog sev=3 -P "You have been mausezahned." -A 10.1.1.109 -B 192.168.7.7
# 86.99 [+0.00]   mausezahn eth0 -A rand -B 1.1.1.1 -c 0 -t tcp "dp=1-1023, flags=syn"
# 86.99 [+0.00] 
# 86.99 [+0.00] Note:
# 86.99 [+0.00]   This tool is targeted for network developers! You should
# 86.99 [+0.00]   be aware of what you are doing and what these options above
# 87.00 [+0.00]   mean! Only use this tool in an isolated LAN that you own!
# 87.00 [+0.00] 
# 87.00 [+0.00] Please report bugs to <bugs@netsniff-ng.org>
# 87.00 [+0.00] Copyright (C) 2008-2010 Herbert Haas <herbert@perihel.at>,
# 87.01 [+0.00] Copyright (C) 2011 Daniel Borkmann <dborkma@tik.ee.ethz.ch>,
# 87.01 [+0.00] Swiss federal institute of technology (ETH Zurich)
# 87.01 [+0.00] License: GNU GPL version 2.0
# 87.01 [+0.00] This is free software: you are free to change and redistribute it.
# 87.02 [+0.00] There is NO WARRANTY, to the extent permitted by law.
# 87.02 [+0.00] 
# 88.09 [+1.07] TEST: ctl6: port maxgroups: reporting and treatment of 0            [FAIL]
# 88.10 [+0.01] Failed to set max to 100
<el/debug/kmemleak && cat /sys/kernel/debug/kmemleak
xx__->