6 Pass-Through Commands
This chapter introduces the pass-through commands and describes the command conventions. The pass-through commands are listed in alphabetical order.
These commands are intended for use by My Oracle Support (MOS) personnel and authorized engineering personnel in the operating companies. Documentation might not include all options and/or definitions of these commands.
Caution:
These commands are to be used precisely as they are described in this chapter, and only under the direction of My Oracle Support (MOS) personnel. Any other use of these commands can result in a system failure.Command Conventions
Pass-through commands are passed through the OAM and sent to individual cards for processing.
An example of a pass command is:
pass:loc=1201:cmd=”connmgr -c”The cmd parameter contains the pass-through command (connmgr -c
) within the double quotes.
Pass-through commands consist of two types of tokens: command name and command options. Tokens are whitespace-delimited and null-terminated. The generalized format of a pass-through command is:
command_name option1 option2....option n-1.... option n
In the example, the command_name is connmgr and the option is -c.
Options and option parameters are made up of a specific character string or a variable. The variable is to be replaced with a value selected from a range of values. Option variables and option parameter variables are underlined. For example, the arp
command option -d has the parameter variable IPaddress. Specify the IP address as in the command arp -d 192.9.200.44
. Do not enter the underlined text; enter a value instead.
Help information for each pass-through command can be obtained by using the option -h on any command.
arp
This command is used to display and modify the internet to ethernet address translation tables used by the address resolution protocol.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the arp command option -d has the parameter IP address. The IP address must be specified for which an ARP entry will be deleted, as in the command arp
-d 192.9.200.44. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
-a
This option displays all entries in the ARP table.
-d
IP addressThis option deletes an ARP entry for the specified IP address.
The IP address is a TCP/IP address expressed in standard “dot notation.” IP addresses consist of the system’s network number and the machine’s unique host number. An example IP address is 192.9.200.44, where 192.9.200 is the network number and 44 is the machine’s host number.
Range:
4 numbers separated by dots, with each number in the range of 0-255.
-f
This option flushes all entries from the ARP table.
-h
This option displays help (usage) information for the command.
-s
IP addressMAC address
This option creates an ARP entry for the specified IP address and ethernet address.
Example
arp -a
arp -s 192.9.200.44 08:00:20:1b:0f:f2
arp -d 192.9.200.44
arp -f
Dependencies
Only one of the options can be specified at a time.
The arp
command with no options displays all of the current ARP cache entries.
Notes
The arp
command is executed through the pass
command.
Output
pass:loc=1105:cmd="arp" or
pass:loc=1105:cmd="arp -h"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:10:00 EST EAGLE5 31.6.0
pass:loc=1105:cmd="arp"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:10:00 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:10:00 EST EAGLE5 31.6.0
Usage: arp [-a] [-d ipaddr] [-f] [-h] [-s ipaddr enetaddr]
Options:
-a Display All entries in ARP table
-d Delete specified entry (ipaddr) from ARP table
-f Flush all entries from ARP table
-h Displays this message
-s Set ARP table entry to associate ipaddr with enetaddr
enetaddr x:x:x:x:x:x
ipaddr d.d.d.d
;
rlghncxa03w 04-07-27 08:10:01 EST EAGLE5 31.6.0
ARP command complete
;
pass:loc=1105:cmd="arp -s 192.168.100.234 11:22:33:44:55:66"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:11:08 EST EAGLE5 31.6.0
pass:loc=1105:cmd="arp -s 192.168.100.234 11:22:33:44:55:66"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:11:08 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:11:08 EST EAGLE5 31.6.0
ARP: 192.168.100.234 (11:22:33:44:55:66) added
;
rlghncxa03w 04-07-27 08:11:09 EST EAGLE5 31.6.0
ARP command complete
;
Output for 32-bit GPLs:
pass:loc=1105:cmd="arp -a"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:11:18 EST EAGLE5 31.6.0
pass:loc=1105:cmd="arp -a"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:11:18 EST EAGLE5 31.6.0
PASS: Command sent to card
;
RLGHNCXA03WRLGHNCXA03W 04-07-27 08:11:18 EST EAGLE5 31.6.0
LINK LEVEL ARP TABLE
destination gateway flags Refcnt Use Interface
-------------------------------------------------------------------------
192.168.55.250 00:e0:16:9b:0d:86 405 1 0 seeq1
192.168.100.234 11:22:33:44:55:66 c05 0 0 seeq0
-------------------------------------------------------------------------
;
rlghncxa03w 04-07-27 08:11:19 EST EAGLE5 31.6.0
ARP command complete
;
Output for 64-bit GPLs:
pass:loc=1105:cmd="arp -a"
tklc9010801 17-06-19 07:29:45 EST EAGLE 46.5.0.0.0-70.35.0
pass:loc=1217:cmd="arp -a"
Command entered at terminal #20.
;
tklc9010801 17-06-19 07:29:51 EST EAGLE 46.5.0.0.0-70.35.0
PASS: Command sent to card
;
Command Accepted - Processing
tklc9010801 17-06-19 07:29:54 EST EAGLE 46.5.0.0.0-70.35.0
ARP command complete
;
Command Executed
-> arpShow
192.168.120.255 at ff:ff:ff:ff:ff:ff on gei4
192.168.121.3 at 00:00:17:0f:55:45 permanent published on gei5
192.168.120.3 at 00:00:17:0f:55:44 permanent published on gei4
192.168.121.255 at ff:ff:ff:ff:ff:ff on gei5
192.168.121.200 at 00:00:00:00:00:00 on gei5
192.168.121.100 at 00:00:17:0e:a6:9b on gei5
192.168.120.200 at 00:00:00:00:00:00 on gei4
192.168.120.100 at 00:00:17:0e:a6:9c on gei4
value = 0 = 0x0
;
pass:loc=1105:cmd="arp -f"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:11:38 EST EAGLE5 31.6.0
pass:loc=1105:cmd="arp -f"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:11:38 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:11:38 EST EAGLE5 31.6.0
ARP: ARP table flushed
;
rlghncxa03w 04-07-27 08:11:38 EST EAGLE5 31.6.0
ARP command complete
;
pass:loc=1105:cmd="arp -d 192.111.111.222"
E3780 Cmd Rej: Syntax Error Found
rlghncxa03w 04-07-27 08:26:37 EST EAGLE5 31.6.0
pass:loc=1105:cmd="arp -d 192.111.111.222"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:26:37 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:26:37 EST EAGLE5 31.6.0
ARP: entry not deleted
;
rlghncxa03w 04-07-27 08:26:37 EST EAGLE5 31.6.0
ARP command complete
aslog
This command is used to display the state changes for a specified Application Server (AS).
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the aslog
command has the parameter asname. The Application Server name must be specified for which the log will be displayed, as in the command aslog as1
. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
This option specifies the Association Server name for the display.
-h
This option displays help (usage) information for the command.
Example
aslog as1Dependencies
None
Notes
None
Output
pass:loc=1105:cmd="aslog as1"
Command Accepted - Processing
rlghncxa03w 00-01-27 08:10:00 EST EAGLE5 31.6.0
pass:loc=1105:cmd="aslog as1"
Command entered at terminal #3.
;
rlghncxa03w 00-01-27 08:10:00 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 00-01-27 08:10:00 EST EAGLE5 31.6.0
ASLOG command in progress
;
rlghncxa03w 00-01-27 08:10:00 EST EAGLE5 31.6.0
ASLOG: AS history log
ASLOG: AS state history log
Date Time AS Event
-----------------------------------------------
65-05-31 22:27:29.075 Transition to AS-Down
65-05-31 22:27:29.080 Transition to AS-Active Override
65-05-31 22:38:24.050 Transition to AS-Active Override
ASLOG command complete
;
assocrtt
This command is used to display the SCTP round trip times for a specified association. Minimum, maximum, and average times are kept for each open association. The Retransmission Mode (RFC or LIN) and the configured Minimum and Maximum Retransmission Timeout limits are also displayed.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the assocrtt
command has the parameter asname. The association name must be specified for which the information will be displayed, as in the command assocrtt c7000
. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
This option specifies the association name for the display.
-r
This option resets all statistics for the specified association name.
Example
assocrtt c7000assocrtt c7000 -r
Dependencies
None
Notes
This command does not indicate whether or not the socket is congested.
Output
pass:loc=1105:cmd="assocrtt"
or
pass:loc=1105:cmd=”assocrtt –h”
Command entered at terminal #1.
;
rlghncxa03w 00-01-27 08:10:00 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 00-01-27 08:10:00 EST EAGLE5 31.6.0
Usage: ASOCRTT sockname [-r] [-h]
Options:
-r Resets rtt data for specified association
-h Displays this message
;
rlghncxa03w 00-01-27 08:10:00 EST EAGLE5 31.6.0
ASsocrtt command complete
;
pass:loc=1105:cmd="assocrtt c7000"
Command Accepted - Processing
rlghncxa03w 00-01-27 08:10:00 EST EAGLE5 31.6.0
pass:loc=1105:cmd="assocrtt c7000"
Command entered at terminal #1.
;
rlghncxa03w 00-01-27 08:10:00 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 00-01-27 08:10:00 EST EAGLE5 31.6.0
ASSOCRTT: Association round trip time report (in milliseconds)
Retransmission Configuration
Retransmission Mode : LIN
Minimum RTO : 120
Maximum RTO : 800
Traffic Round-Trip Times
Minimum round-trip time : 5
Maximum round-trip time : 120
Weighted Average round-trip time : 10
Last recorded round-trip time : 10
;
Measured Congested Traffic Round-Trip Times
Minimum round-trip time : 0
Maximum round-trip time : 0
Weighted Average round-trip time : 0
Last recorded round-trip time : 0
;
rlghncxa03w 00-01-27 08:10:01 EST EAGLE5 31.6.0
ASSOCRTT command complete
;
pass:loc=1105:cmd="assocrtt c7000 -r"
Command entered at terminal #1.
;
rlghncxa03w 00-01-27 08:10:01 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 00-01-27 08:10:01 EST EAGLE5 31.6.0
ASSocrtt: Association round-trip time report (in milliseconds)
Retransmission Configuration
Retransmission Mode : RFC
Minimum RTO : 120
Maximum RTO : 800
Traffic Round-Trip Times
Minimum round-trip time : 5
Maximum round-trip time : 120
Weighted Average round-trip time : 10
Last recorded round-trip time : 10
Measured Congested Traffic Round-Trip Times
Minimum round-trip time : 0
Maximum round-trip time : 0
Weighted Average round-trip time : 0
Last recorded round-trip time : 0
;
rlghncxa03w 00-01-27 08:10:01 EST EAGLE5 31.6.0
ASsocrtt command complete
;
connmgr
This command is used to generate reports about the status of the connection manager.
Options
-d
This option displays a connection manager data summary. For IPSG cards, this report contains summary information and does not contain information for individual signaling links.
-h
This option displays help (usage) information for the command.
-i
This option displays SCTP instance and association data.
-l
This option displays the connection manager event log.
-n
This option displays the SCTP notification log.
-r
This option resets the connection manager event log.
Example
connmgr -r
connmgr -c
connmgr -s
Dependencies
Only one of the options can be specified at a time.
If no options are specified, usage information is displayed.
Notes
The connmgr
command is executed through the pass
command.
Output
pass:loc=1107:cmd="connmgr" or
pass:loc=1304:cmd="connmgr -h"
Command Accepted - Processing
rlghncxa03w 08-01-21 15:29:46 EST EAGLE5 38.0.0
pass:loc=1304:cmd="connmgr -h"
Command entered at terminal #1.
;
rlghncxa03w 08-01-21 15:29:46 EST EAGLE5 38.0.0
PASS: Command sent to card
;
rlghncxa03w 04-07-02 15:29:46 EST EAGLE5 31.6.0
Usage: CONNMGR [-d] [-h] [-i] [-l] [-n] [-r]
Options:
-d Display connection manager data summary
-h Displays this message
-i Displays instance data
-l Display the connection manager event log
-n Display the SCTP notification log
-r Reset the connection manager event log
;
pass:loc=1107:cmd="connmgr -d"
The Connection Manager Data Summary displays all provisioned signaling link ports.
In this example, signaling link port (slk) B is valid only for IPLIMx cards:
Command Accepted - Processing
rlghncxa03w 04-07-02 15:37:12 EST EAGLE5 31.6.0
pass:loc=1107:cmd="connmgr -d"
Command entered at terminal #1.
;
rlghncxa03w 04-07-02 15:37:12 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-02 15:37:12 EST EAGLE5 31.6.0
CONNMGR: command being processed
;
rlghncxa03w 04-07-02 15:37:12 EST EAGLE5 31.6.0
CONNMGR: Connection Manager Data Summary
slk link state srv cli opn sock inst opn assoc
--- ---------- --- --- -------- ---- ---------
A active 1 0 1 0 0
B active 0 0 0 1 1
CONNMGR command complete
;
In this example, a summary data report is requested for an IPSG card:
pass:loc=1304:cmd="connmgr -d"
Command Accepted - Processing
eagle10110 08-01-15 16:09:24 EST EAGLE 38.0.0
pass:loc=1304:cmd="connmgr -d"
Command entered at terminal #3.
;
eagle10110 08-01-15 16:09:24 EST EAGLE 38.0.0
PASS: Command sent to card
;
eagle10110 08-01-15 16:09:24 EST EAGLE 38.0.0
CONNMGR: Connection Manager Data Summary
num_instances: 1
num_assocs: 1
num_established_assocs: 0
num_cli_assocs: 0
num_established_cli_assocs: 0
num_assocs_with_tx_data: 0
num_full_assocs: 0
num_assoc_with_rcv_data: 0
num_times_tx_q_full: 0
num_assoc_down_notif: 0
num_assoc_aborted_notif: 0
num_assoc_restart_notif: 0
num_intf_up_notif: 0
num_intf_down_notif: 0
num_hb_resp_notif: 0
num_dg_fail_notif: 0
num_rd_errors: 0
num_wt_errors: 0
num_wt_shutdown: 0
num_wt_empty: 0
CONNMGR: command complete
;
eagle10110 08-01-15 16:09:24 EST EAGLE 38.0.0
;
pass:loc=1301:cmd="connmgr -i"
Command Accepted - Processing
eagle10213 04-07-22 08:49:37 GMT EAGLE5 31.6.0
pass:loc=1301:cmd="connmgr -i"
Command entered at terminal #4.
;
eagle10213 04-07-22 08:49:37 GMT EAGLE5 31.6.0
PASS: Command sent to card
;
eagle10213 04-07-22 08:49:37 GMT EAGLE5 31.6.0
CONNMGR command being processed
;
eagle10213 04-07-22 08:49:37 GMT EAGLE5 31.6.0
CONNMGR: Connection Manager Instance Data
inst id lport cfg est tot grntd tot rfsd
-------- ------ --- --- --------- ---------
021B7880 1301 2 2 0 0
CONNMGR command complete
;
pass:loc=1107:cmd="connmgr -l"
Command Accepted - Processing
rlghncxa03w 04-07-02 15:35:28 EST EAGLE5 31.6.0
pass:loc=1107:cmd="connmgr -l"
Command entered at terminal #1.
;
rlghncxa03w 04-07-02 15:35:28 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-02 15:35:28 EST EAGLE5 31.6.0
CONNMGR: command being processed
;
rlghncxa03w 04-07-02 15:35:28 EST EAGLE5 31.6.0
CONNMGR: Connection Manager Event Log
04-07-03 13:17:40.730 conn-rcvd 5005 from 192.168.100.174:5005
04-07-03 13:17:40.735 conn-rfsd lnk-not-actv 5005 192.168.100.174
04-07-03 13:17:40.850 conn-rcvd 5006 from 192.168.100.174:5006
04-07-03 13:17:40.855 conn-rfsd lnk-not-actv 5006 192.168.100.174
04-07-03 13:17:40.910 conn-rcvd 5002 from 192.168.100.174:5002
04-07-03 13:17:40.915 conn-rfsd lnk-not-actv 5002 192.168.100.174
04-07-03 13:17:40.950 conn-rcvd 5004 from 192.168.100.174:5004
04-07-03 13:17:40.955 conn-rfsd lnk-not-actv 5004 192.168.100.174
CONNMGR command complete
;
pass:loc=1103:cmd="connmgr -l"
Command Accepted - Processing
rlghncxa03w 04-07-02 15:35:28 EST EAGLE5 31.6.0
pass:loc=1103:cmd="connmgr -l"
Command entered at terminal #4.
;
rlghncxa03w 04-07-02 15:35:28 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-02 15:35:28 EST EAGLE5 31.6.0
CONNMGR: command being processed
;
rlghncxa03w 04-07-02 15:35:28 EST EAGLE5 31.6.0
CONNMGR: Connection Manager Event Log
00-01-13 13:17:40.170 sock-add ipl1103
00-01-13 13:17:40.885 lnk-act Port A
00-01-13 13:17:40.080 conn-made ipl1101
CONNMGR command complete
;
This example shows output when a remote host mismatch occurs:
pass:loc=1107:cmd="connmgr -l"
Command Accepted - Processing
eagle10110 09-05-15 16:09:24 EST EAGLE 41.0.0
pass:loc=1304:cmd="connmgr -l"
Command entered at terminal #3.
;
eagle10110 09-05-15 16:09:24 EST EAGLE 41.0.0
PASS: Command sent to card
;
eagle10110 09-05-15 16:09:24 EST EAGLE 41.0.0
CONNMGR: Connection Manager Event Log
07-05-03 13:17:40.730 conn-rcvd 5005 from 192.168.100.174:5005
07-05-03 13:17:40.735 conn-rfsd lnk-not-actv 5005 192.168.100.174
07-05-03 13:17:40.950 conn-rcvd 5004 from 192.168.100.174:5004
07-05-03 13:17:40.955 conn-rfsd host-unreslvd 5004 192.168.100.174
07-05-03 13:17:40.960 conn-rcvd 5003 from 192.168.100.174:5003
07-05-03 13:17:40.965 conn-rfsd host-mismatch 5003 192.168.100.174
CONNMGR: command complete
Event descriptions for connmgr -l
- lnk-act-The signaling link (slk) was activated.
- lnk-deact-The signaling link (SLK) was deactivated.
- adptr-cls-An association was closed.
- admin-open-An association was opened via admin and available for connection.
- admin-cls-An association was closed via admin and not available for connection.
- conn-rcvd-A connection request has been received from a client.
- conn-rfsd-Connection request was refused by the server.
- conn-grnt-Connection was granted by the server.
- conn-fail-Connection request made by the client has failed.
- conn-made-A connection has been made between the client and server.
- pause-rcv-A connection received a pause event.
- resume-rcv-A connection received a resume event.
- conn-cngsd-An association has become congested.
- conn-uncng-An association is no longer congested.
- host-unreslvd-A remote host is unresolved.
- undef-evnt-An undefined event has come in.
Event reasons for connmgr -l
- lnk-not-actv-The SLK (signaling link) is not active.
- no-sock-avail-No association is available.
- unknown-sock-Unknown association.
- addr-in-use-Address is in use.
- net-unreach-The network is unreachable.
- net-reset-Network dropped connection on reset.
- sw-abort-Software caused connection abort.
- conn-reset-The connection was reset by the peer.
- no-buffers-No buffer space available.
- is-connected-Association is already connected.
- not-connected-Association not connected.
- shutdown-Can't send after association shutdown.
- too-many-refs-Too many references : can't splice.
- timed-out-Connection timed out.
- refused-connection refused.
- net-down-The network is down.
- txt-busy-Text file is busy.
- loop-Too many levels of symbolic links.
- host-unreachb-Host unreachable.
- not-blk-Block device required.
- host-down-Host is down.
- host-unreslvd-Host is unresolved.
- host-mismatch-Remote Host validation rule fails.
- undef-reason-Undefined reason.
pass:loc=1301:cmd="connmgr -n"
Command Accepted - Processing
eagle10213 04-07-22 08:50:04 GMT EAGLE5 31.6.0
pass:loc=1301:cmd="connmgr -n"
Command entered at terminal #4.
;
eagle10213 04-07-22 08:50:04 GMT EAGLE5 31.6.0
PASS: Command sent to card
;
eagle10213 04-07-22 08:50:04 GMT EAGLE5 31.6.0
CONNMGR command being processed
;
eagle10213 04-07-22 08:50:04 GMT EAGLE5 31.6.0
CONNMGR: Connection Manager SCTP Notification Log
04-07-21 18:06:34.860 assoc-up ipl1301a from 192.168.110.17:1301
04-07-21 18:06:49.620 assoc-up ipl1301b from 192.168.110.18:1303
04-07-21 18:07:54.185 assoc-down ipl1301b from 192.168.110.18:1303
04-07-21 18:09:21.990 assoc-up ipl1301b from 192.168.110.18:1303
CONNMGR command complete
;
connmgr -n
- init-recvd-An INIT chunk was received to start an association.
- assoc-up-An association is up.
- assoc-down-An association is taken out of service.
- intf-down-Interface on an association is down and out of consideration for selection.
- intf-up-Interface on an association is up and now back in consideration for selection.
- dg-fail-The given datagram can not be delivered to the peer.
- sdata-err-A datagram was sent on a non-open stream.
- assoc-abrt-An association has been taken down ungracefully.
- peer-strm-Peer opened stream notification.
- strm-ok-Notification that the stream opened ok.
- assoc-rst-A Notification was received that an association was restarted.
- hb-resp-A response to a heartbeat request.
- data-msg-A DATA message has arrived. An SCTP packet includes user data encapsulated within SCTP DATA chunks.
- host-mismatch-Remote Host validation rule fails.
- host-unreslvd-Host is unresolved.
- rem-unreslvd-Remote host is unresolved.
- invalid-Invalid/Unknown event.
pass:loc=1107:cmd="connmgr -r"
Command Accepted - Processing
rlghncxa03w 04-07-02 15:36:18 EST EAGLE5 31.6.0
pass:loc=1107:cmd="connmgr -r"
Command entered at terminal #1.
;
rlghncxa03w 04-07-02 15:36:18 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-02 15:36:18 EST EAGLE5 31.6.0
CONNMGR: command being processed
;
rlghncxa03w 04-07-02 15:36:18 EST EAGLE5 31.6.0
CONNMGR command complete
;
pass:loc=1107:cmd="connmgr -s"
Command Accepted - Processing
rlghncxa03w 04-07-02 15:39:54 EST EAGLE5 31.6.0
pass:loc=1107:cmd="connmgr -s"
Command entered at terminal #1.
;
rlghncxa03w 04-07-02 15:39:54 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-02 15:40:02 EST EAGLE5 31.6.0
CONNMGR: command being processed
;
rlghncxa03w 04-07-02 15:40:03 EST EAGLE5 31.6.0
CONNMGR: Connection Manager Server Data
task_id server state lport cfg opn cn_grntd cn_rfsd
-------- ------------ ----- --- --- -------- --------
0114FEE8 listening 5001 1 1 2 546
0114ED40 listening 5002 1 1 2 434
0114DB98 listening 5003 1 1 2 539
0114C9F0 listening 5004 1 1 2 542
0114B848 listening 5005 1 1 2 539
0114A6A0 listening 5006 1 1 2 549
011494F8 listening 5007 1 0 0 548
01148350 listening 5008 1 1 2 560
011471A8 listening 5009 1 1 2 523
01146000 listening 5010 1 1 2 532
01144E58 listening 5011 1 1 2 534
01143CB0 listening 5012 1 1 2 481
01142B08 listening 5013 1 1 2 474
01141960 listening 5014 1 1 2 521
011407B8 listening 5015 1 0 2 515
0113F610 listening 5016 5 0 14 2741
0113E468 listening 5017 5 0 11 2723
CONNMGR command complete
;
pass:loc=1103:cmd="connmgr -s"
Command Accepted - Processing
rlghncxa03w 04-07-02 15:39:54 EST EAGLE5 31.6.0
pass:loc=1103:cmd="connmgr -s"
Command entered at terminal #4.
;
rlghncxa03w 04-07-02 15:39:54 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-02 15:40:02 EST EAGLE5 31.6.0
CONNMGR: command being processed
;
rlghncxa03w 04-07-02 15:40:03 EST EAGLE5 31.6.0
CONNMGR: Connection Manager Server Data
task_id server state slk lport cfg opn cn_grntd cn_rfsd
-------- ------------ --- ----- --- --- -------- --------
CONNMGR command complete
;
ftptest
Use this command to send a test file to a configured FTP server that is used for the Measurements Platform feature
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the ftptest
command option -a
has the parameter appl. The FTP registered application to be tested can be specified, as in the command ftptest -a meas
. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
-h
This option provides help information for the command.
-a
applThis option specifies the FTP registered application to be tested.
Example
ftptestftptest -h
ftptest -a meas
Dependencies
None
Notes
The ftptest
command is executed through the pass
command.
The specified card location must have an IP port configured to an FTP server using the ent-ftp-serv
command, and the card must have its IP port configured using the chg-ip-lnk
command.
Output
pass:loc=1105:cmd="ftptest-h"
or
pass:loc=1105:cmd="ftptest"
Command Accepted - Processing
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
pass:loc=1215:cmd="ftptest -h"
Command entered at terminal #3.
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
Usage: ftptest -a appl [-h]
Options:
-a appl FTP client application name
-h Displays this message
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
FTPTEST: Command Complete
;
pass:loc=1105:cmd="ftptest -a meas"
PASS: Command sent to card
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
FTPTEST: Command In Progress
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
FTP Interface Test
Test Results: PASS
Server IP: 10.25.61.71
FTP Error: 0
File Error: 0
Segment: 190004a2
Diag Msg:
FTPTEST: Command Complete
;
This example shows the output if the wrong password is specified in the ent-ftp-serv
command for the application specified in the ftptest
command:
pass:loc=1215:cmd="ftptest -a meas"
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
FTPTEST: Command In Progress
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
FTP Interface Test
Test Results: FAIL
Server IP: 0.0.0.0
FTP Error: 530
Segment: 190004dd
Diag Msg: Server Connection Error
FTPTEST: Command Complete
;
linkinfo
This command is used to display the state of a signaling link and to retrieve/clear a specified event log for a signaling link. The signaling link is any valid signaling link provisioned for the card. For IPLIMx cards, the a:a7 - b:b7 signaling links are supported. For IPSG ENET cards, the a:a15 - b:b15 signaling links are supported. For IPSG SLIC cards, the a:a63 - b:b63 signaling links are supported.
For E5-E1T1-B cards, the a:a31 - b:b31 signaling links are supported. For E5-ATM-B cards, the a, a1, b links are supported. E5-E1T1-B and E5-ATM-B cards only support the -c option, the output will display the buffer information and congestion levels information.
Options
linkinfo
command option -i
has the parameter
event. The event to be included in the report can be
specified, as in the command linkinfo a -a -i m2pa
.
Do not enter the underlined option or parameter; enter a value for the information
represented by the underlined option or parameter.
Note:
For E5-E1T1-B and E5-ATM-B cards,-c
and -h
are the only valid options.
-h
This option provides help information for the command.
port
This option specifies the signaling link port.
-a
This option displays the adapter
layer interface (ALI) log for the specified signaling link. For M3UA associations
the link -a
option is used to display the UA event
log. This command logs information on an association basis. The link parameter is used to
obtain this report on IPSG instead of the association name. This information is
currently provided by the ualog command on IPGWx cards.
-c
This option displays congestion tuning parameters for M3UA and M2PA links. The report is enhanced to include card level congestion thresholds and the high-water mark for IPSG cards.
This option also displays congestion levels for E5-E1T1-B and E5-ATM-B cards.
-i
eventThis option includes (does not filter) a link event in the log. For IPSG cards, this option may be used to include or exclude events for the ali and link logs. Valid events for the ALI event log are ua and service.
-m
This option displays acknowledgment times on an M2PA connection (minimum, maximum, weighted average, last recorded). For IPSG cards, this measurement is supported for only IPSG-M2PA links.
-r
This option resets (clears)
the event log for the specified signaling link. This option is valid only with the
-a
option or -l
option.
-s
This option displays the state information for the specified signaling link. For the IPSG cards, this option is enhanced to display M3UA signaling link status.
-v
This option displays the link event filter configuration.
-x
eventThis option excludes (filters) a link event in the log. For IPSG cards, this option may be used to include or exclude events for the ali and link logs. Valid events for the ALI event log are ua and service.
Example
Provide help information for the command.
pass:loc=1301:cmd="linkinfo -h"Set the filter to include ua events in the ua log report.
pass:loc=1304:cmd="linkinfo a -i ua"Set the filter to include service events in the ua log report.
pass:loc=1304:cmd="linkinfo a -i service"Display the ua log report for signaling link a.
pass:loc=1304:cmd="linkinfo a -a"Display the ALI event log for signaling link a1.
pass:loc=1301:cmd="linkinfo a1 -a"Reset/clear the link event log for signaling link a1.
pass:loc=1301:cmd="linkinfo a1 -l -r"
Clear the ua log report for signaling link a.
pass:loc=1304:cmd="linkinfo a -a -r"Display the state information for signaling link a1.
pass:loc=1301:cmd="linkinfo a1 -s"Display acknowledgement times for an M2PA connection on signaling link b1.
pass:loc=3315:cmd="linkinfo b1 -m"Display congestion tuning information for an IPSG-M3UA signaling link and Display congestion levels and buffer information for signaling links on E5-E1T1-B and E5-ATM-B cards.
pass:loc=1301:cmd="linkinfo a -c "
Dependencies
None
Notes
None
Output
This example shows the output for the help command on IPSG cards:
pass:loc=1301:cmd="linkinfo" or
pass:loc=1301:cmd="linkinfo
-h"
tekelecstp 16-05-25 12:38:16 EST EAGLE5 46.4.0.0.0-69.3.1
PASS: Command sent to card
;
tekelecstp 16-05-25 12:38:16 EST EAGLE5 46.4.0.0.0-69.3.1
Usage: LINKINFO port [-a [-r]] [-h] [-l [-r]]
[-m [-r]] [-s] [-v] [-x event]
Options:
link Signaling link port: a, b, a1, b1,………………a63, b63
-a Display the ALI event log for a signaling link
-c Display Congestion Tuning Information for a signaling link
-h Displays this message
-i event Include (do not filter) a link event type in the log
-l Displays the event log for a signaling link
-m Display Link Measurements
-r Resets the specified event log for a signaling link
-s Displays the state information for a signaling link
-v View the link event filter configuration
-x event Exclude (filter) a link event type from the log
Valid 'event' for link event log is ali, all, data, 1213, 1312, m2pa, state
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
LINKINFO command complete
;
This example shows the output for the help command on E5-E1T1-B and E5-ATM-B cards:
pass:loc=1101:cmd="linkinfo"
or
pass:loc=1101:cmd="linkinfo -h"
tekelecstp 02-01-25 05:31:18 MST 46.0.0-65.11.0
PASS: Command sent to card
;
Command Accepted - Processing
tekelecstp 02-01-25 05:31:19 MST 46.0.0-65.11.0
LINKINFO: command complete
;
Command Executed
tekelecstp 02-01-25 05:31:18 MST 46.0.0-65.11.0
Usage: LINKINFO link [-c ]
Options:
link Signaling link: a, b, a1..a31, b1..b31
-c Display Congestion Tuning Information,RTB,TB and L3-L2 buffer counts for a signaling link
;
This example resets/clears the link event log for signaling link A1:
pass:loc=1301:cmd="linkinfo a1 -l
-r"
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
LINKINFO command being processed
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
LINKINFO command complete
;
This example shows acknowledgment times for an IPLIMx M2PA connection on signaling link B1:
pass:loc=1301:cmd="linkinfo b1
-m"
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
LINKINFO: Command In Progress
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
IPLIMx M2PA Measurements Information for Port B1
Measured M2PA Traffic Acknowledgement Times
Minimum acknowledge time : 14
Maximum acknowledge time : 35
Weighted Average acknowledge time: 17
Last recorded acknowledge time : 20
end of report
;
rlghncxa03w 04-07-29 11:31:09 EST EAGLE5 31.6.0
;
This example shows state information for signaling link A1:
pass:loc=1301:cmd="linkinfo a1
-s"
rlghncxa03w 03-07-29 11:31:09 EST EAGLE5 30.0.0
PASS: Command sent to card
;
rlghncxa03w 03-07-29 11:31:09 EST EAGLE5 30.0.0
LINKINFO command being processed
;
rlghncxa03w 03-07-29 11:31:09 EST EAGLE5 30.0.0
SLK LINKINFO STATE
1301,A1 OOS CONNECTING
end of report
;
rlghncxa03w 03-07-29 11:31:09 EST EAGLE5 30.0.0
LINKINFO command complete
;
Output for IPSG Card
This example shows the signaling link event log for an IPSG-M3UA link:
pass:loc=1304:cmd="linkinfo a
-l"
Command Accepted - Processing
eagle10110 08-01-16 16:52:59 EST EAGLE 38.0.0
pass:loc=1304:cmd="linkinfo a -l"
Command entered at terminal #3.
;
eagle10110 08-01-16 16:52:59 EST EAGLE 38.0.0
PASS: Command sent to card
;
eagle10110 08-01-16 16:52:59 EST EAGLE 38.0.0
IP7 Layer 2 Link Events for Link A
08-01-16 15:03:37.080 LINK_STATE_INHIBITED
08-01-16 15:05:23.510 L3_L2_EMERGENCY_CEASE
08-01-16 15:05:23.510 L3_L2_START
08-01-16 15:05:23.510 LINK_STATE_NOT_ALIGNED
08-01-16 15:53:02.660 ASP_UP
08-01-16 15:53:02.660 LINK_STATE_ALIGNED_READY
08-01-16 16:19:45.755 ASP_ACTIVE
08-01-16 16:19:45.755 LINK_STATE_INS
08-01-16 16:19:45.755 L2_L3_IN_SERVICE
08-01-16 16:19:45.780 L3_L2_LINKSET_ALLOWED
end of report
;
This example shows the signaling link event for an IPSG-M2PA link:
pass:loc=1314:cmd="linkinfo b2
-l"
eagle10110 08-01-16 16:46:05 EST EAGLE 38.0.0
IP7 Layer 2 Link Events for Link B2
08-01-16 16:45:26.050 L3_L2_START
08-01-16 16:45:26.050 L2_L3_OUT_OF_SERVICE
08-01-16 16:45:26.060 RETRIEVAL_COMPLETE
08-01-16 16:45:26.860 L3_L2_EMERGENCY
08-01-16 16:45:26.860 L3_L2_START
08-01-16 16:45:26.860 L2_L3_OUT_OF_SERVICE
08-01-16 16:45:26.870 RETRIEVAL_COMPLETE
08-01-16 16:45:27.215 IP_CONN_OPENED
08-01-16 16:45:27.215 LINK_STATE_CONNECTING
08-01-16 16:45:27.215 IP_CONN_ALLOWED
08-01-16 16:45:27.225 IP_CONN_CONNECTED
08-01-16 16:45:27.225 M2PA_LSO_TRANSMITTED
08-01-16 16:45:27.225 LINK_STATE_CONNECTED
08-01-16 16:45:27.230 M2PA_LSO_RECEIVED
08-01-16 16:45:27.670 L3_L2_EMERGENCY
08-01-16 16:45:27.670 L3_L2_START
08-01-16 16:45:27.670 M2PA_LSA_TRANSMITTED
08-01-16 16:45:27.670 LINK_STATE_NOT_ALIGNED
08-01-16 16:45:27.680 M2PA_LSA_RECEIVED
08-01-16 16:45:27.680 M2PA_LSPE_TRANSMITTED
08-01-16 16:45:27.680 LINK_STATE_ALIGNED
08-01-16 16:45:27.685 M2PA_LSPE_RECEIVED
08-01-16 16:45:27.685 LINK_STATE_PROVING
08-01-16 16:45:27.890 M2PA_T16_EXPIRED
08-01-16 16:45:28.085 M2PA_T16_EXPIRED
08-01-16 16:45:28.185 M2PA_T4_EXPIRED
08-01-16 16:45:28.185 M2PA_LSR_TRANSMITTED
08-01-16 16:45:28.185 LINK_STATE_ALIGNED_READY
08-01-16 16:45:28.195 M2PA_LSR_RECEIVED
08-01-16 16:45:28.195 L2_L3_IN_SERVICE
08-01-16 16:45:28.195 M2PA_LSR_TRANSMITTED
08-01-16 16:45:28.195 LINK_STATE_INS
08-01-16 16:45:28.200 M2PA_LSR_RECEIVED
end of report
;
eagle10110 08-01-16 16:46:05 EST EAGLE 38.0.0
LINKINFO: Command Complete
;
This example shows sets the filter to include UA events in the UA log report for signaling link A:
pass:loc=1304:cmd="linkinfo
a -i
ua"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
Link event type (ua) is logged for link A
end of report
;
This example sets the filter to include service events in the UA log report for signaling link A:
pass:loc=1304:cmd="linkinfo
a -i
service"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
Link event type (service) is logged for link A
end of report
;
This example shows the UA log report for signaling link A:
pass:loc=1304:cmd="linkinfo a
-a"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
Adapter Layer Events for Link A
UALOG: UA event history log
UA Version: 01
ASP ID: undefined
User Adapter Implemented: M3UA RFC
Current settings: -i service ua
Date Time Event
-----------------------------------------------
08-01-16 15:51:45.890 IP Conn Established
08-01-16 15:51:45.890 Transition to SERVER_DOWN
(RC=0000000004)
08-01-16 15:53:02.660 ASPUP PDU Received (ASP ID=undefined)
08-01-16 15:53:02.660 Transition to SERVER_INACTIVE
(RC=0000000004)
08-01-16 15:53:02.660 ASP to SLK Up
08-01-16 15:53:02.660 Link Activated
08-01-16 15:53:02.660 ASPUPACK PDU Transmitted
08-01-16 15:53:02.660 AS INACTIVE NTFY PDU Transmitted (RC=0000000004)
08-01-16 16:19:45.755 ASPACTIVE PDU Received (RC=none)
08-01-16 16:19:45.755 ASPACTIVEACK PDU Transmitted (RC=0000000004)
08-01-16 16:19:45.755 Transition to SERVER_ACTIVE LOADSHARE
(RC=0000000004)
08-01-16 16:19:45.755 ASP to SLK Active
08-01-16 16:19:45.780 AS Active
08-01-16 16:19:45.780 AS ACTIVE NTFY PDU Transmitted (RC=0000000004)
end of report
;
This example clears the UA log report for signaling link A:
pass:loc=1304:cmd="linkinfo a -a
-r"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
LINKINFO: Command Complete
;
This example shows link measurement information for an IPSG-M2PA signaling link:
pass:loc=1301:cmd="linkinfo b2 -m
"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE5 38.0.0
M2PA Measurements Information for Link B2
Measured M2PA Traffic Acknowledgement Times
Minimum acknowledge time : 16
Maximum acknowledge time : 44
Weighted Average acknowledge time: 16
Last recorded acknowledge time : 16
end of report
;
This example shows state information for an IPSG-M3UA signaling link:
pass:loc=1301:cmd="linkinfo a -s
"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
IP7 Layer 2 Link State Information for Link A
LINK_STATE_ALIGNED ASP_STATE_SERVER_DOWN
end of report
;
This example shows state information for an IPSG-M2PA signaling link:
pass:loc=1314:cmd="linkinfo b2
-s"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
IP7 Layer 2 Link State Information for Link B2
LINK_STATE_INS IP_CONN_STATE_ESTABLISHED
end of report
;
This example shows congestion tuning information for an IPSG-M3UA signaling link:
pass:loc=1301:cmd="linkinfo a -c
"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
Congestion Tuning Information for Link A
High-Water Mark : 0
High-Water Mark Date & Time : 00-00-00 00:00:00.000
HMCG SLK Congestion Threshold Values
Danger of Congestion Onset : 240
Abatement Level-1 : 241
Onset Level-1 : 480
Abatement Level-2 : 481
Discard Level-1 : 600
Onset Level-2 : 605
Abatement Level-3 : 606
Discard Level-2 : 720
Onset Level-3 : 725
Discard Level-3 : 840
Maximum Buffers for L2 : 960
HMCG Card-Level Congestion Threshold Values
Danger of Congestion Onset : 2500
Abatement Level-1 : 2501
Onset Level-1 : 5000
Abatement Level-2 : 5001
Discard Level-1 : 7601
Onset Level-2 : 6251
Abatement Level-3 : 6252
Discard Level-2 : 7601
Onset Level-3 : 7501
Discard Level-3 : 7601
Maximum Buffers for L2 : 10000
High Water Mark : 0
end of report
;
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
LINKINFO: Command Complete
;
This example shows congestion tuning information for an IPSG-M2PA signaling link:
pass:loc=1301:cmd="linkinfo b2 -c
"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
Congestion Tuning Information for Link B2
RETX Queue Depth threshold : 240
High-Water Mark : 0
High-Water Mark Date & Time : 00-00-00 00:00:00.000
HMCG SLK Congestion Threshold Values
Danger of Congestion Onset : 120
Abatement Level-1 : 121
Onset Level-1 : 240
Abatement Level-2 : 241
Discard Level-1 : 300
Onset Level-2 : 305
Abatement Level-3 : 306
Discard Level-2 : 360
Onset Level-3 : 365
Discard Level-3 : 420
Maximum Buffers for L2 : 480
HMCG Card-Level Congestion Threshold Values
Danger of Congestion Onset : 2500
Abatement Level-1 : 2501
Onset Level-1 : 5000
Abatement Level-2 : 5001
Discard Level-1 : 7601
Onset Level-2 : 6251
Abatement Level-3 : 6252
Discard Level-2 : 7601
Onset Level-3 : 7501
Discard Level-3 : 7601
Maximum Buffers for L2 : 10000
High Water Mark : 2
end of report
;
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
LINKINFO: Command Complete
;
This
example shows congestion levels for signaling links on E5-E1T1-B and E5-ATM-B cards: For SS7HC:
Command Executed
tekelecstp 02-01-24 00:38:06 MST 46.0.0-65.11.0
Congestion Tuning Information for Link A
HMCG SLK Congestion Threshold Values
Danger of Congestion Onset : 59
Abatement Level-1 : 60
Onset Level-1 : 80
Discard Level-1 : 99
Abatement Level-2 : 81
Onset Level-2 : 101
Discard Level-2 : 109
Abatement Level-3 : 102
Onset Level-3 : 111
Discard Level-3 : 120
Maximum Buffers for L2 : 130
TB count : 0
RTB count : 0
L3 L2 MSU count : 0
;
tekelecstp 02-01-24 00:38:06 MST 46.0.0-65.11.0
LINKINFO: Command Complete
For ATMHC:
Command Executed
tekelecstp 02-01-24 00:36:45 MST 46.0.0-65.11.0
Congestion Tuning Information for Link A
HMCG SLK Congestion Threshold Values
Danger of Congestion Onset : 885
Abatement Level-1 : 900
Onset Level-1 : 1200
Discard Level-1 : 1800
Abatement Level-2 : 1215
Onset Level-2 : 1515
Discard Level-2 : 1800
Abatement Level-3 : 1530
Onset Level-3 : 1665
Discard Level-3 : 1800
Maximum Buffers for L2 : 1950
TB count : 0
RTB count : 10
L3 L2 MSU count : 0
;
tekelecstp 02-01-24 00:36:45 MST 46.0.0-65.11.0
LINKINFO: Command Complete
This example shows state information when graceful shutdown has occurred:
pass:loc=1305:cmd="linkinfo -a
a"
rlghncxa03w 09-04-29 11:31:09 EST EAGLE 41.0.0
Adapter Layer Events for Link A
UALOG: UA event history log
UA Version: 01
ASP ID: undefined
User Adapter Implemented: M3UA RFC
Current settings: -i ua
-x service
Date Time Event
-----------------------------------------------
08-10-08 09:29:15.705 Management IP Conn Close
08-10-08 09:29:15.705 Transition to SERVER_SHUTDOWN
(RC=0000000002)
08-10-08 09:29:15.705 ASP to SLK Down
08-10-08 09:29:15.705 Link Not Aligned
08-10-08 09:29:15.705 UA Graceful Shutdown
08-10-08 09:29:15.710 UA Shutdown Complete
08-10-08 09:29:15.710 Transition to IDLE
(RC=0000000002)
end of report
msucount
This command is used to report the count of SS7 MSUs and bytes that pass through links, routing keys, and IP connections. These counts can be reported and reset at the same time to get accurate counts for longer periods of time. In addition to MSUs transmitted and received, the command also reports statistics on packets related to MTP Primitives and on discarded transmit and receive data.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the msucount
command option -l
has the parameterport. The link for which counts will be displayed can be specified, as in the command msucount -l a1
. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
-a
This option is used to display IP connection statistics for a specific association. When -a
aname is specified on the same line as -k
rtkey, the output is assumed to be routing key output. When -a
aname is specified on the command line without -k rtkey, association statistics output is generated.
For IPSG cards, this option is enhanced to include receive and transmit counts for M3UA SSNMs (DAUD messages and M3UA SSNM PDUs) and replicated M3UA PDUs.
-b
This option is used to display signaling link bytes statistics. The signaling link bytes report displays data for measurements on a per-signaling-link basis for both the transmit and receive directions. The report can display link statistics for a specified signaling link number. If a link is not specified, the report displays link statistics for signaling link A for IPGWx cards and for all equipped signaling links for IPLIMx and IPSG cards. If a signaling link is valid for the card and application type, but is unequipped, then the report displays all zeros.
-h
This option is used to provide help information for the command.
-f
This option is used to display a full report (IPGWx application only).
-k
rtkey
This option is used to specify the routing key for which the counts will be displayed. The routing key is specified as a single parameter with up to five colon-separated fields. The subsystem is not specified when SI is not equal to 3.
This option is not supported for the IPSG cards.
The -p
modifier can be specified to identify the point code type of the routing key that follows the -k
option in the command.
The -p
modifier is not supported for IPLIMx and IPSG cards.
The rtkey variable is optional when used with -t
default, and mandatory for all other cases.
The following formats are valid for the routing key that follows the -k
option in the command:
- n-c-m:s:n-For DPC, SI, SSN type routing keys. The network, cluster and member (n-c-m) are in the range 0-255. The service indicator (s) is 3 or sccp. The subsystem (n) is in the range 0-255.
- n-c-m:s-For DPC, SI, type routing keys. The network, cluster and member (n-c-m) are in the range 0-255. The service indicator (s) is in the range 0-2, 4, or 6-15. There is no subsystem. As a default, counts for all routing keys within the option combination are displayed.
- n-c-m:s:no-co-mo:cs:ce-For DPC, SI, CIC type routing keys. The DPC network, cluster and member (n-c-m) are in the range 0-255. The service indicator (s) is 5 or isup. There is no subsystem. The OPC network, cluster and member (no-co-mo) are in the range 0-255. The starting circuit identification code (cs) and ending circuit identification code (ce) are in the range 0 to 16363.
-l
For IPSG cards, this option displays the link report for all equipped signaling links on the card.
-l
linkThis option is used to display counts for links. The link report optionally allows display of link statistics for a specified port.
The link report contains data, per link, for MSUs (tx/rcv), MSU bytes (tx/rcv), MGMT msgs (tx/rcv), and discarded data (tx/rcv).
For the IPSG card, the M2PA link report is the same as the IPLIMx M2PA report. The M3UA link report contains an additional detail line for non-discard pegs for SS7 SNM and Replicated M3UA PDU counts.
- Range:
- a, b, a1, b1, a2, b2, a3, b3a:a63-b:b63
If a port is not specified,
msucount
displays link statistics for port a for IPGWx links, and port a and port b for IPLIMx links.The
msucount
link statistics report contains all zeros for a port that is valid for the card and application type but is unequipped.The range a:a15-b:b15 is valid for IPSG ENET cards.
The range a:a63-b:b63 is valid for IPSG ENET cards.
-l
link -f
This option displays the full link report. For IPSG-M2PA links, this option displays the same report as the -l <link>
option. For IPSG-M3UA links the report includes the data from the -l <link>
report and includes an additional detail line displaying tx/rx discards counts and discard data.
-p
point code type
This option modifier can be specified along with the -k
option to identify the point code type (ANSI, ITU international, ITU-national, 24-bit ITU national, 16-bit ITU national, ITU international spare, and ITU national spare) in the routing key that follows the -k
option in the command.
-r
This option is used with other options to reset counts at the same time of reporting them.
-t keytype
This option is used to display the routing key type (IPGWx only).
-xThe routing context is an index that uniquely defines a routing key associated with an SUA or M3UA AS. For the IPSG card, the option displays a link report for all signaling links on the card that are members of the linkset that contains the specified routing context value (equivalent to the msucount -l report. The -x
option is used as an alternative to the -k
option to identify the routing key by specifying its routing context in the command line.
Note:
The-x rc
option can only be used to specify routing keys containing M3UA/SUA associations.
Example
Link counts only. Displays brief count for signaling link a for IPGWx. Displays counts for all equipped signaling links for IPLIMx.
msucount -lLink counts only, for signaling link port a1.
msucount -l a1Full/detail report for signaling link a for IPGWx.
msucount -l -fCounts for the specified association only.
msucount -a association nameCounts for first matching routing key
msucount -k 10-10-10:3:16Counts for the routing key report using the routing context.
msucount -x 5Counts for first matching routing key and an associated association.
msucount -a association name -k rtkeyCounts for the default routing key
msucount -k -t defaultCounts for a matching partial routing key.
msucount -k 3-3-3 -t partialCounts for counts for link only. Displays brief report for signaling link a for IPGWx. Displays counts for all equipped signaling links for IPLIMx.
msucountResets the signaling link count measurements.
msucount -rBrief version of help text.
msucount -hFull version of help text.
msucount -h fullCounts for link and first matching routing key
msucount -bByte report for signaling link A for IPGWx cards. Byte report for all equipped signaling links for IPLIMx cards.
msucount -b -linkByte report for specified signaling link.
msucount -l -k 10-10-10:3:16Use with other parameters to display and reset counts. Valid with the above combinations.
msucount -l -r
msucount -r
msucount -x 5 -r
Examples showing the correct syntax to specify partial or default keys, or to specify a key by routing context:
pass:loc=1105:cmd="msucount -k 5-5-1:5:6-6-6 -t partial
pass:loc=1105:cmd="msucount -k 5-5-1:5 -t partial"
pass:loc=1105:cmd="msucount -p ITUI -t partial -k 1-235-1"
pass:loc=1105:cmd="msucount -p ITUN -t partial -k 2351"
pass:loc=1105:cmd="msucount -p ITUN -t partial -k 2351-gr
pass:loc=1105:cmd="msucount -t partial -k :2 "
pass:loc=1105:cmd="msucount -k -t default"
pass:loc=1105:cmd="msucount -p ITUN24 -t partial -k 10-235-1"
pass:loc=1105:cmd="msucount -p ITUN24 -t partial -k 10-235-1"
pass:loc=1105:cmd="msucount -p ITUN16 -t partial -k 1-2-1"
Examples of other valid routing key inputs:
pass:loc=1105:cmd="msucount -r -k 5-5-6:5:5-5-7:1:1000"
pass:loc=1105:cmd="msucount -r -p ITUI -k 5-5-6:4:5-5-7:1:1000"
pass:loc=1105:cmd="msucount -k 5-5-1:3:5 -a assoc1"
pass:loc=1105:cmd="msucount -r -p ITUN24 -k 15-105-16:5:15-105-17:1:1000"
Dependencies
At least one option must be specified.
Notes
The msucount
command is executed through the pass
command.
Combinations of the -l
, -a
, -k
, -t
, -x
and -b
options provide count information based on the entered combination.
If no parameters are specified, then the -l brief report is output.
Multiple reports are not supported with the IP Signaling Serviceability feature.
For the SS7IPGW and IPGWI GPLs, 4 types of reports can be generated: the link report, the routing key report, the IP connection statistics report, and the signaling link bytes report. For the IPLIMI card, the routing key report is not supported.
- The link report (
-l
option) contains statistics per link about MSUs (transmit/receive), MSU bytes (transmit/receive), MGMT messages (transmit/receive), and discarded data (transmit/receive). - The routing key report (
-k
option) contains statistics for a specific routing key about MSUs (transmit), MSU bytes (transmit), and discards on the transmit path for the routing key.A list of one or more IP connections associated with the routing key, with the MSU and MSU bytes counts for each connection, is also displayed. If
-a
aname
is in the same input command with-k
rtkey
, only the connection association data for the specified connection is displayed. If-a
aname
is not specified with-k
rtkey
, all connection associations are listed. If-x
rc
is specified, only the connection association data for the specified routing context is displayed.The
-p
(point code type) modifier option can be used with the-k
option to specify the point code type of the routing key that follows the-k
option in the command.For the
-k
options, the routing key must be an exact match of a routing key that exists in the static Routing Key table. - The IP connection statistic report (
-a
aname
option) contains statistics for a specified IP connection about MSUs (transmit/receive), MSU bytes (transmit/receive), and discarded data (transmit/receive).When the
-a
aname
option is specified in the command with the-k
option, the output type is assumed to be routing key output.When the
-a
aname
option is specified in the command without the-k
option, association statistics output is generated. - The signaling link bytes report (
-b
option) provides the following information for both IPGWx and IPLIMx cards: bytes/sec for the last second, average MSU size during the last second, and maximum one-second average MSU size since card load time or reset. For the IPLIMx cards, the report also provides the following information: sum of bytes/sec for the last second for all signaling link, average MSU size for last second for all signaling links, maximum average MSU size since load time or reset for all signaling links, and maximum MSU size since load time or reset for all signaling links.
The link report, routing key report, and IP connection statistics report (IPGWx only) can display individual transmit MSUs that were discarded at layer 2. The first 32 bytes of the MSU transmit data that is discarded is stored beginning at the SIO bytes. If the MSU is not 32 bytes long, the remaining bytes are set to 0.
The signaling link bytes report optionally allows display of link statistics for a specified signaling link number. If a link is not specified for the bytes report, the msucount command displays link statistics for signaling link A for IPGWx cards and for all equipped signaling links for IPLIMx cards.
The signaling link bytes report contains all zeros for a signaling link that is valid for the card and application type but that is unequipped.
The link and IP connection statistics reports can display individual receive packets that were discarded at layer 2. If the storage space is larger than the service data, the extra bytes are set to 0.
The reset option (-r
) resets the specified measurements. This option can be added to any command.
Output
In these examples, the hexadecimal output for discarded transmit data represents data stored beginning at the SIO bytes through the first 32 bytes of the MSU. If the MSU was less than 32 bytes, the remaining bytes are represented by zeros.
- Bytes 13-x = Service data. If the storage space is greater than the size of the service data, the remaining bytes are zeroed.
Output Specific to SS7IPGW and IPGWI
Either brief or full help reports can be displayed. A full help report is generated by adding the full
(-f)
option to the command line.
This example shows a brief help report:
pass:loc=1105:cmd="msucount -h"
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
Usage: msucount [ [-l [link]] | [-b [link]] ] |
[ [-a aname] ] |
[ [-x rc] | [-k [rtkey] [-p pctype] [-t keytype]] ]
[-f] [-r] [-h [full]]
Options: -l display signaling link report
-b display signaling link bytes report
-a display association report
-x routing key report using routing context
-k routing key report using MTP3 parameters
rtkey :: ([dpc][:si][:opc | :ssn][:cics][:cice])
-p pctype :: (ANSI, ITUI, ITUN, ITUN24, ITUN16, ITUIS, ITUNS)
-t routing key type
keytype :: (<full>, partial, default)
-f display full report
-r resets the specified counts
-h display command help (brief or full)
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
MSUCOUNT command complete
;
This example shows a full help report:
pass:loc=1105:cmd="msucount -h full"
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
Usage: msucount [ [-l [link]] | [-b [link]] ] |
[ [-a aname] ] |
[ [-x rc] | [-k [rtkey] [-p pctype] [-t keytype]] ]
[-f] [-r] [-h [full]]
Options: -l display signaling link report
-b display signaling link bytes report
-a display association report
-x routing key report using routing context
-k routing key report using MTP3 parameters
rtkey :: ([dpc][:si][:opc | :ssn][:cics][:cice])
-p pctype :: (ANSI, ITUI, ITUN, ITUN24, ITUN16, ITUIS, ITUNS)
-t routing key type
keytype :: (<full>, partial, default)
-f display full report
-r resets the specified counts
-h display command help (brief or full)
-k option details:
Use the -p option along with -k to specify the SS7 network
domain and point code format for the network. The SS7IPGW
default pctype is ANSI. The IPGWI default pctype is ITUI.
Network PC Format Notes
------- --------- --------------------------------------
ANSI N-C-M
ITUN N Non-Spare ITU National, no group code
ITUN N-GC Non-Spare ITU National with group code
ITUI Z-A-I Non-Spare ITU International
ITUN24 N-C-M Non-Spare ITU National, 24-bits
ITUN16 U-S-M Non-Spare ITU National, 16-bits
ITUNS N Spare ITU National, no group code
ITUNS N-GC Spare ITU National with group code
ITUIS Z-A-I Spare ITU International
Use the -t option along with -k to specify certain MTP3 and
user part MSU fields as wildcards for the routing key.
SS7 Traffic Partition RTKEY Parameter Example
--------------------------------- ----------------------------
Any User Part to DPC 1-1-1 -k 1-1-1 -t partial
SCCP to DPC 1-1-1 -k 1-1-1:3 -t partial
ISUP to DPC 1-1-1 -k 1-1-1:5 -t partial
TUP to DPC 1-1-1 -k 1-1-1:4 -t partial
QBICC to DPC 1-1-1 -k 1-1-1:13 -t partial
SI [0-2,6-12,14,15] to DPC 1-1-1 -k 1-1-1:SI
SCCP SSN 5 to DPC 1-1-1 -k 1-1-1:3:5
ISUP to DPC 1-1-1 from OPC 2-2-2 -k 1-1-1:5:2-2-2 -t partial
TUP to DPC 1-1-1 from OPC 2-2-2 -k 1-1-1:4:2-2-2 -t partial
QBICC to DPC 1-1-1 from OPC 2-2-2 -k 1-1-1:13:2-2-2 -t partial
ISUP CIC 1 to 1-1-1 from 2-2-2 -k 1-1-1:5:2-2-2:1
TUP CIC 1 to 1-1-1 from 2-2-2 -k 1-1-1:4:2-2-2:1
QBICC CIC 1 to 1-1-1 from 2-2-2 -k 1-1-1:13:2-2-2:1
ISUP CIC 0-5 to 1-1-1 from 2-2-2 -k 1-1-1:5:2-2-2:0:5
TUP CIC 0-5 to 1-1-1 from 2-2-2 -k 1-1-1:4:2-2-2:0:5
QBICC CIC 0-5 to 1-1-1 from 2-2-2 -k 1-1-1:13:2-2-2:0:5
Default Routing Key -k -t default
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
MSUCOUNT command complete
A brief version for the link measurement report can be specified for IPGWx. If no parameters are specified for a link measurements report, then a brief report is displayed. The brief report does not display the transmit/receive discard counts.
This example shows a brief link measurements report:
pass:loc=1305:cmd="msucount"
or
pass:loc=1305:cmd="msucount -l"
tekelecstp 10-08-17 11:50:34 EST EAGLE 42.0.0
MSUCOUNT: MSU Count Report
--------------------------
Link Measurements (Link A)
--------------------------
Transmit Counts Receive Counts
---------------------------------- -----------------------------
rate msus bytes rate msus bytes
----- ---------- --------------- ----- ---------- ----------
2000 4294967295 4294967295 2000 4294967295 4294967295
MTP Primitive (MTPP) counts Reroute Counts
---------------------------------- ----------------------
sent pdus rcvd pdus dscrd pdus sent msus rcvd msus
---------- ---------- ---------- ---------- ----------
4294967295 4294967295 4294967295 4294967295 4294967295
MSUCOUNT: command complete
;
This example shows a full link measurements report:
pass:loc=1305:cmd="msucount -f"
or
pass:loc=1305:cmd="msucount -l -f"
tekelecstp 10-08-17 11:50:34 EST EAGLE 42.0.0
MSUCOUNT: MSU Count Report
--------------------------
Link Measurements (Link A)
--------------------------
Transmit Counts Receive Counts
---------------------------------- -----------------------------
rate msus bytes rate msus bytes
----- ---------- --------------- ----- ---------- ----------
2000 4294967295 4294967295 2000 4294967295 4294967295
MTP Primitive (MTPP) Counts Reroute Counts
---------------------------------- -----------------------------
sent pdus rcvd pdus dscrd pdus sent msus rcvd msus
---------- ---------- ---------- ---------- -----------------
4294967295 4294967295 4294967295 4294967295 4294967295
Transmit Discard Counts Receive Discard Counts
---------------------------------- --------------------------------
reason count reason count
---------------------- ----------- ---------------------- ----------
no ss7 rtbl entry 4294967295 link state 4294967295
no ss7 rtkey 4294967295 sccp msg type 4294967295
no conn avail to pc 4294967295 sccp class 4294967295
no conn avail to rtkey 4294967295 sccp called party 4294967295
congested connection 4294967295 sccp calling party 4294967295
sccp msg type 4294967295 isup sio 4294967295
sccp class 4294967295 normalization error 4294967295
circular rte 4294967295 error in XSRV packet 4294967295
normalization error 4294967295 M3UA PDU error 4294967295
invalid traffic type 4294967295 SUA PDU error 4294967295
M3UA conversion error 4294967295 invalid rcontext 4294967295
SUA conversion error 4294967295 management blocking 4294967295
AS-Pending overflow 4294967295 lrg MSU not supported 4294967295
AS timer Tr expiry 4294967295
reroute failure 4294967295
unexpected for APC 4294967295
lrg MSU not supported 4294967295
Stored Transmit Discard Data
-----------------------------------------------
83 01 05 05 0a 01 03 bf 09 80 03 08 0d 05 c3 07
01 05 05 05 c3 07 0a 01 03 08 e2 06 c7 04 13 10
Stored Receive Discard Data
-----------------------------------------------
53 41 53 49 73 63 63 70 1a 00 09 01 03 08 0d 05
c3 05 0a 01 03 05 c3 05 01 05 05 08 e2 06 c7 04
MSUCOUNT: command complete
;
This example shows an output report when all counts are zero:
pass:loc=1305:cmd="msucount -f"
or
pass:loc=1305:cmd="msucount -l -f"
MSUCOUNT: MSU Count Report
--------------------------
Link Measurements (Link A)
--------------------------
Transmit Counts Receive Counts
---------------------------------- -----------------------------
rate msus bytes rate msus bytes
----- ---------- --------------- ----- ---------- ----------
00000 00000 00000 00000 00000 00000
MTP Primitive (MTPP) Counts Reroute Counts
---------------------------------- -----------------------------
sent pdus rcvd pdus dscrd pdus sent msus rcvd msus
---------- ---------- ---------- ---------- -----------------
00000 00000 00000 00000 00000
Transmit Discard Counts Receive Discard Counts
---------------------------------- ---------------------------------
reason count reason count
---------------------- ----------- ---------------------- ----------
no transmit discard counts no receive discard counts
Stored Transmit Discard Data
-----------------------------------------------
no stored transmit discard data
Stored Receive Discard Data
-----------------------------------------------
no stored receive discard data
MSUCOUNT: command complete
Routing Key Report Output Examples
The routing key report contains data about MSUs (tx), MSU bytes (tx), and discards on the transmit path for the routing key. A list of one or more connections associated with the routing key, with the MSU and MSU bytes counts for each connection, is also presented. If -a
aname
is in the same input command with -k
rtkey
, only the connection association data for the specified connection is displayed. If -a
aname
is not specified with -k
rtkey
, all connection associations are listed. If -x
rc
is specified, only the connection association data for the specified routing context is displayed.
Note:
For IPGWx, -krtkey
is optional when used with -t default
, and mandatory for all other cases.
The report output itself does not display the routing key that was entered, other than an exact copy of the command line being generated as part of the output.
Partial routing keys (where some fields in the MSU are ignored with respect to finding a routing key to use for the MSU) and default keys can be specified in the command. The output does not change for these key types; the only difference is the routing key syntax (-p
) that must be processed as part of identifying the partial and default keys. (See the Example section of this command description for syntax examples).
This example shows a routing key report for an ANSI routing key that specifies the Routing Key table:
pass:loc=1105:cmd="msucount -k 5-5-1:3: -t partial"
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
MSUCOUNT: MSU Count Report
------------------------------------------------
Routing Key Measurements for Static Routing Key
------------------------------------------------
Transmit Counts
--------------------
tx bytes 4294967295
tx msus 4294967295
Transmit Discard Counts
-----------------------
sccp msg type 4294967295
sccp class 4294967295
normalization error 4294967295
invalid traffic type 4294967295
Associated IP Connection tx bytes tx msus
----------------------------- -------- --------
c7000 4294967295 4294967295
c7050 4294967295 4294967295
c7052 4294967295 4294967295
c7054 4294967295 4294967295
Stored Transmit Discard Data
----------------------------
83 01 05 05 0a 01 03 94 09 01 03 08 0d 05 c3 05
01 05 05 05 c3 05 0a 01 03 08 e2 06 c7 04 28 10
MSUCOUNT: command complete
;
This example shows an ITU-I routing key report (only 1 specific association is displayed):
pass:loc=1105:cmd="msucount -p ITUI -k 5-5-1:3:5 -a c7000"
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
MSUCOUNT: MSU Count Report
------------------------------------------------
Routing Key Measurements for Static Routing Key
------------------------------------------------
Transmit Counts
--------------------
tx bytes: 4294967295
tx msus: 4294967295
Transmit Discard Counts
-----------------------
sccp msg type 4294967295
sccp class 4294967295
normalization error 4294967295
invalid traffic type 4294967295
Associated IP Connection tx bytes tx msus
----------------------------- -------- --------
c7000 4294967295 4294967295
Stored Transmit Discard Data
-----------------------------------------------
83 01 05 05 0a 01 03 94 09 01 03 08 0d 05 c3 05
01 05 05 05 c3 05 0a 01 03 08 e2 06 c7 04 28 10
MSUCOUNT: command complete
;
This example shows a routing key report when the routing context =5 (because a table is not specified, the key is searched for in the Static table):
pass:loc=1105:cmd="msucount -x 5"
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
MSUCOUNT: MSU Count Report
------------------------------------------------
Routing Key Measurements for Static Routing Key
------------------------------------------------
Transmit Counts
--------------------
tx bytes 4294967295
tx msus 4294967295
Transmit Discard Counts
-----------------------
sccp msg type 4294967295
sccp class 4294967295
normalization error 4294967295
invalid traffic type 4294967295
Associated IP Connection tx bytes tx msus
----------------------------- -------- --------
c7000 4294967295 4294967295
c7050 4294967295 4294967295
c7052 4294967295 4294967295
c7054 4294967295 4294967295
Stored Transmit Discard Data
-----------------------------------------------
83 01 05 05 0a 01 03 94 09 01 03 08 0d 05 c3 05
01 05 05 05 c3 05 0a 01 03 08 e2 06 c7 04 28 10
MSUCOUNT: command complete
IP Connection Report
This example shows an IP Connection report for an association:
pass:loc=1105:cmd="msucount -a c7050"
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
MSUCOUNT: MSU Count Report
--------------------------
IP Connection Measurements
--------------------------
Receive Counts Transmit Counts
-------------------------------- -----------------------------
msus bytes msus bytes
---------- ---------------- ---------- ----------
4294967295 4294967295 4294967295 4294967295
Receive Discard Counts Transmit Discard Counts
-------------------------------- ---------------------------------
reason count reason count
--------------------- --------- ---------------------- ----------
link state 4294967295 sccp msg type 4294967295
sccp msg type 4294967295 sccp class 4294967295
sccp class 4294967295 normalization error 4294967295
sccp called party 4294967295 invalid traffic type 4294967295
sccp calling party 4294967295 M3UA conversion error 4294967295
isup sio 4294967295 SUA conversion error 4294967295
normalization error 4294967295 management blocking 4294967295
error in XSRV packet 4294967295 transmit queue full 4294967295
M3UA PDU error 4294967295
SUA PDU error 4294967295
invalid rcontext 4294967295
Stored Transmit Discard Data
----------------------------
no stored transmit discard data
Stored Receive Discard Data
---------------------------
53 41 53 49 69 73 6f 74 11 00 87 0a 01 03 01 05
05 00 01 02 03 04 05 06 07 08 09 00 00 00 00 00
MSUCOUNT: command complete
;
The transmit queue full reason under Transmit Discard Counts section of this report refers to the count of the messages which are discarded due to connection manager transmit queue full. This count is incremented only for M3UA messages which are discardable.
Signaling Link Bytes Report
This example shows a signaling link bytes report for an IPGWx card:
pass:loc=1305:cmd=msucount -b"
or
pass:loc=1305:cmd=msucount -b a
MSUCOUNT: MSU Count Report
--------------------------------
Link Byte Measurements (Link A)
--------------------------------
SLK Transmit counts SLK Receive counts
-------------------------------- --------------------------------
bytes/ avg max max bytes/ avg max max
sec msu avg msu msu sec msu avg msu msu
--------- ----- ------- ----- --------- ----- ------- -----
444400 2020 2020 2020 444400 2020 2020 2020
MSUCOUNT: command complete
Output Specific to IPLIMI
Note:
The routing key report is not supported for IPLIMx applications. The -k, -t, -p, -x options are not supported because the IPLIMx card does not use routing keys.Note:
The IPLIMx reports include all equipped signaling links instead of just ports A and B. These reports include the transmit/receive counts alongside each other for the link case.This example shows help for using the command:
pass:loc=1103:cmd="msucount -h" or
pass:loc=1103:cmd="msucount"
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
Usage: msucount [ [-l [link]] | [-b [link]] ] |
[ [-a aname] ]
[-r] [-h]
Options: -l display signaling link report
-b display signaling link bytes report
-a display association report
-r resets the specified counts
-h display command help
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
MSUCOUNT command complete
;
This example shows a link report for an IPLIMx card with 2 M2PA links.
The report does not contain MTPP or RKRP MGMT statistics, because those capabilities are not supported on the IPLIMx applications. The report also does not contain tx/rcv discard data, because there are no discards performed at layer 2 of the IPLIMx applications. The IPLIMx card can also contain 2 links per card; the output contains link data for each link.
pass:loc=1301:cmd="msucount"
or
pass:loc=1301:cmd="msucount -l"
MSUCOUNT: Command In Progress
;
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
A 2000 4294967295 4294967295 2000 4294967295 4294967295
B 2000 4294967295 4294967295 2000 4294967295 4294967295
A1 2000 4294967295 4294967295 2000 4294967295 4294967295
B1 2000 4294967295 4294967295 2000 4294967295 4294967295
A2 0000 0000000000 0000000000 0000 0000000000 0000000000
MSUCOUNT: command complete
This example shows signaling link A1 on an IPLIMx card:
pass:loc=1103:cmd="msucount -l a1"
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
A1 2000 4294967295 4294967295 2000 4294967295 4294967295
;
MSUCOUNT: command complete
This example shows an IP connection statistics report. The IPLIMx IP connection report does not contain tx/rcv
discard data, because there are no discards performed at layer 2 of the IPLIMx applications.
pass:loc=1105:cmd="msucount -a c7050"
tekelecstp 10-09-10 11:50:34 EST EAGLE 43.0.0
MSUCOUNT: MSU Count Report
--------------------------
IP Connection Measurements
--------------------------
Transmit Counts Receive Counts
-------------------------------- -----------------------------
msus bytes msus bytes
---------- ---------------- ---------- ----------
4294967295 4294967295 4294967295 4294967295
MSUCOUNT: command complete
;
Signaling Link Bytes Report
This example shows a signaling link bytes report for an IPLIMx card:
pass:loc=1303:cmd="msucount -b"
MSUCOUNT: SLK Bytes Report
SLK Transmit SLK Receive
------------------------------- -------------------------------
max max
avg avg max avg avg max
slk bytes/sec msu msu msu slk bytes/sec msu msu msu
----- --------- ---- ----- ---- ----- --------- ---- ---- ----
A 35000 140 273 273 A 35000 140 273 273
B 35000 140 273 273 B 35000 140 273 273
A1 35000 140 578 578 A1 35000 140 578 578
B1 35000 140 273 273 B1 35000 140 273 273
A2 35000 140 140 140 A2 35000 140 140 140
B2 35000 140 169 169 B2 35000 140 169 169
A3 35000 2048 2048 2048 A3 35000 2048 2048 2048
B3 35000 140 166 166 B3 35000 140 166 166
----- --------- ---- ----- ---- ----- --------- ---- ---- ----
280000 140 2048 2048 280000 140 2048 2048
MSUCOUNT: command complete
This example shows a signaling link bytes report for a specified link on an IPLIMx card:
pass:loc=1303:cmd="msucount -b a"
MSUCOUNT: SLK Bytes Report
SLK Transmit SLK Receive
------------------------------- -------------------------------
max max
avg avg max avg avg max
slk bytes/sec msu msu msu slk bytes/sec msu msu msu
----- --------- ---- ----- ---- ----- --------- ---- ---- ----
A 35000 140 273 273 A 35000 140 273 273
MSUCOUNT: command complete
Enhanced Reset Option
The reset option resets the specified measurements without displaying msucount
output. The default is to reset the link measurements report.
This example shows resetting link measurements:
pass:loc=1305:cmd="msucount -l -r"
or
pass:loc=1305:cmd="msucount -r"
eagle10212 06-06-01 08:50:47 EST EAGLE 35.0.0
MSUCOUNT: MSU Count Report
Link measurements have been reset.
MSUCOUNT: command complete
This example shows resetting Routing Key measurements:
pass:loc=1305:cmd="msucount -x -5 -r"
eagle10212 06-01-05 08:50:47 EST EAGLE 35.0.0
MSUCOUNT: MSU Count Report
Routing Key measurements have been reset.
MSUCOUNT: command complete
Output specific to IPSG Cards
The option to display a full help report is not supported for IPSG cards.
pass:loc=1304:cmd="msucount -h
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
Usage: msucount [ [-l [link]] | [-b [link]] | [-l link -f] ] |
[ [-a aname] ]
[ [-x rc] ]
[-r] [-h]
Options: -l display signaling link report
-b display signaling link bytes report
-a display association report
-x display routing context report
-f display full report
-r resets the specified counts
-h display command help
;
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: command complete
For link reports on IPSG signaling links, if a specific link is not requested, then counts for all equipped signaling links on the card are displayed. The report includes counts for up to 32 links per card. The -l <link>
report adds counts for Replicated M3UA PDU sent, Replicated M3UA PDU rcvd, and SS7 SNM Counts sent for M3UA links.
This example shows a brief measurements report:
pass:loc=1303:cmd="msucount -l"
tekelecstp 16-05-25 12:38:16 EST EAGLE5 46.4.0.0.0-69.3.1
pass:loc=1303:cmd="msucount -l"
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
A 0 3 72 0 0 0
B 0 62 1916 0 62 1916
A41 0 2 48 0 0 0
A2 0 1 24 0 0 0
A3 0 0 0 0 0 0
A54 0 0 0 0 0 0
---------------------------------- -----------------------------
0 68 2060 0 62 1916
---------------------------------- -----------------------------
MSUCOUNT: command complete
This example shows a measurement report for an IPSG-M3UA signaling link:
pass:loc=1303:cmd="msucount -l a"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
A 0 3 72 0 0 0
Replicated M3UA PDU counts SS7 SNM counts
-------------------------- ---------------
sent rcvd sent
---------- ---------- ----------
0 0 3
This example shows a measurement report for an IPSG-M2PA signaling link:
pass:loc=1303:cmd="msucount -l b"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
B 0 62 1916 0 62 1916
MSUCOUNT: command complete
The msucount -l <link> -f
report displays the same information as the brief report (msucount -l <link>
) for IPSG-M2PA links. For IPSG-M3UA links, the msucount -l <link> -f
report displays both the information from the brief report and the discarded tx due to M3UA Conversion Error, discarded rcv due to M3UA PDU Error, discarded rcv due to Management Blocking, and discarded rcv due to Lrg BICC not supported discard counts.
This example shows a full report for an IPSG-M3UA signaling link when discard counts are not received:
pass:loc=1303:cmd=msucount -l a -f
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
A 0 3 72 0 0 0
Replicated M3UA PDU counts SS7 SNM counts
-------------------------- ---------------
sent rcvd sent
---------- ---------- ----------
0 0 3
Transmit Discard Counts Receive Discard Counts
---------------------------------- ---------------------------------
reason count reason count
---------------------- ----------- ---------------------- ----------
M3UA conversion error 2 no receive discard counts
Stored Transmit Discard Data
-----------------------------------------------
b0 04 04 04 00 d4 01 1b 61 00 00 bb a9 02 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
b0 04 04 04 00 d4 01 16 61 00 00 27 b8 02 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
Stored Receive Discard Data
-----------------------------------------------
no stored receive discard data
MSUCOUNT: command complete
This example shows a full report for an IPSG-M3UA signaling link when discard counts are received:
pass:loc=1304:cmd="msucount -l a -f"
Command Accepted - Processing
rlghncxa03w 10-03-09 11:31:09 EST EAGLE 42.0.0
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
A 0 58 3380 0 5 292
Replicated M3UA PDU counts SS7 SNM counts
-------------------------- ---------------
sent rcvd sent
---------- ---------- ----------
1 1 13
Transmit Discard Counts Receive Discard Counts
---------------------------------- ---------------------------------
reason count reason count
---------------------- ----------- ---------------------- ----------
M3UA conversion error 3 M3UA PDU Error 1
management blocking 1
lrg MSU not supported 1
Stored Transmit Discard Data
-----------------------------------------------
b0 04 04 04 00 6e 01 18 51 01 00 0f 49 02 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
80 04 04 04 00 d2 01 00 23 05 05 05 02 1f 61 02
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
80 04 04 04 00 d2 01 00 13 20 19 02 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
Stored Receive Discard Data
-----------------------------------------------
01 00 04 01 00 00 00 18 00 0b 00 08 02 00 00 00
00 06 00 08 00 00 00 04 00 00 00 00 00 00 00 00
01 00 01 01 00 00 00 3c 00 06 00 08 00 00 00 04
02 10 00 2b 00 04 04 04 00 05 05 05 0d 02 00 96
01 00 00 10 00 00 00 1c 00 0c 00 08 00 00 00 06
00 07 00 0c 01 00 02 02 00 00 00 18 00 00 00 00
MSUCOUNT: command complete
;
This example shows a link report for an IPSG-M2PA signaling link:
pass:loc=1303:cmd="msucount -l b"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
B 0 62 1916 0 62 1916
MSUCOUNT: command complete
This example shows a full link report for an IPSG-M3UA link where discard counts are not received:
pass:loc=1303:cmd=msucount -l a -f
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
A 0 3 72 0 0 0
Replicated M3UA PDU counts SS7 SNM counts
-------------------------- ---------------
sent rcvd sent
---------- ---------- ----------
0 0 3
Transmit Discard Counts Receive Discard Counts
---------------------------------- ---------------------------------
reason count reason count
---------------------- ----------- ---------------------- ----------
M3UA conversion error 2 no receive discard counts
Stored Transmit Discard Data
-----------------------------------------------
b0 04 04 04 00 d4 01 1b 61 00 00 bb a9 02 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
b0 04 04 04 00 d4 01 16 61 00 00 27 b8 02 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
Stored Receive Discard Data
-----------------------------------------------
no stored receive discard data
MSUCOUNT: command complete
This example shows a full link report that contains discard counts for an IPSG-M3UA link:
pass:loc=1304:cmd="msucount -l a -f"
Command Accepted - Processing
rlghncxa03w 10-03-09 11:31:09 EST EAGLE 42.0.0
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
A 0 58 3380 0 5 292
Replicated M3UA PDU counts SS7 SNM counts
-------------------------- ---------------
sent rcvd sent
---------- ---------- ----------
1 1 13
Transmit Discard Counts Receive Discard Counts
---------------------------------- ---------------------------------
reason count reason count
---------------------- ----------- ---------------------- ----------
M3UA conversion error 3 M3UA PDU Error 1
management blocking 1
lrg MSU not supported 1
Stored Transmit Discard Data
-----------------------------------------------
b0 04 04 04 00 6e 01 18 51 01 00 0f 49 02 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
80 04 04 04 00 d2 01 00 23 05 05 05 02 1f 61 02
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
80 04 04 04 00 d2 01 00 13 20 19 02 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
Stored Receive Discard Data
-----------------------------------------------
01 00 04 01 00 00 00 18 00 0b 00 08 02 00 00 00
00 06 00 08 00 00 00 04 00 00 00 00 00 00 00 00
01 00 01 01 00 00 00 3c 00 06 00 08 00 00 00 04
02 10 00 2b 00 04 04 04 00 05 05 05 0d 02 00 96
01 00 00 10 00 00 00 1c 00 0c 00 08 00 00 00 06
00 07 00 0c 01 00 02 02 00 00 00 18 00 00 00 00
MSUCOUNT: command complete
;
Signaling Link Bytes Report
The IPSG signaling link bytes report is the same as the IPLIMx link bytes report.
This example shows a signaling link bytes report for an IPSG card:
pass:loc=1303:cmd="msucount -b"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
--------------------------------------- --------------------------------
bytes/ avg max max bytes/ avg max max
slk sec msu avg msu msu sec msu avg msu msu
----- --------- ----- ------- ----- --------- ----- ------- -----
A 0 0 24 24 0 0 0 0
B 62 31 31 31 62 31 31 31
A1 0 0 24 24 0 0 0 0
A2 0 0 24 24 0 0 0 0
A3 0 0 0 0 0 0 0 0
A4 0 0 0 0 0 0 0 0
--------------------------------------- --------------------------------
62 31 31 31 62 31 31 31
--------------------------------------- --------------------------------
This example shows the B link report:
pass:loc=1305:cmd="msucount -b a"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: MSU Count Report
SLK Transmit counts SLK Receive counts
-------------------------------------- --------------------------------
bytes/ avg max max bytes/ avg max max
slk sec msu avg msu msu sec msu avg msu msu
----- --------- ----- ------- ----- --------- ----- ------- -----
A 0 0 24 24 0 0 0 0
--------------------------------------- --------------------------------
0 0 24 24 0 0 0 0
--------------------------------------- --------------------------------
MSUCOUNT: MSU Count Report
Routing Context Report
The msucount -x <routing context>
report for an IPSG card displays the equivalent of the msucount -l
report for all signaling links on the card that are members of the linkset containing the specified routing context.
This example shows a routing context report:
pass:loc=1303:cmd="msucount -x 74565"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: MSU Count Report
------------------------------------------------
Routing Context Measurements
------------------------------------------------
SLK Transmit counts SLK Receive counts
---------------------------------- -----------------------------
slk rate msus bytes rate msus bytes
--- ----- ---------- ---------- ----- ---------- ----------
A 0 3 72 0 0 0
---------------------------------- -----------------------------
0 3 72 0 0 0
---------------------------------- -----------------------------
MSUCOUNT: command complete
;
IP Connection Report
The IP connection statistic report for an IPSG card contains data regarding MSUs (tx/rcv), MSU bytes (tx/rcv), and discarded data (tx/rcv) for a specific socket or an association. The -a <aname>
report for M3UA links adds the Replicated M3UA PDU sent, Replicated M3UA PDU rcvd, SS7 SNM sent, Discarded rcv due to SS7 SNM not supported, and Discarded rcv due to no SS7 SNM capacity.
The existing Discarded rcv due to M3UA PDU error and Invalid rcontext counts are also supported.
This example shows an aname report:
pass:loc=1303:cmd="msucount -a a1303a"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: MSU Count Report
---------------------------
IP Association Measurements
---------------------------
Transmit PDUs Receive PDUs
---------------------------------- -----------------------------
pdus bytes pdus bytes
---------- ------------------ ---------- ----------
3 72 0 0
SS7 SNM counts
----------------------
sent rcvd
---------- ----------
0 0
Receive Discard Counts
----------------------------------
reason count
---------------------- -----------
M3UA PDU error 3
Stored Receive Discard Data
-----------------------------------------------
01 00 00 00 00 00 00 1c 00 0c 00 08 00 00 00 06
00 07 00 0c 01 00 02 02 00 00 00 18 00 00 00 00
01 00 00 00 00 00 00 1c 00 0c 00 08 00 00 00 06
00 07 00 0c 01 00 02 02 00 00 00 18 00 00 00 00
01 00 00 00 00 00 00 1c 00 0c 00 08 00 00 00 06
00 07 00 0c 01 00 02 02 00 00 00 18 00 00 00 00
MSUCOUNT: command complete
;
pass:loc=1304:cmd="msucount -a a1304m3ua1"
Command Accepted - Processing
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUCOUNT: MSU Count Report
---------------------------
IP Association Measurements
---------------------------
Transmit PDUs Receive PDUs
---------------------------------- -----------------------------
pdus bytes pdus bytes
---------- ------------------ ---------- ----------
58 3380 5 292
SS7 SNM counts
----------------------
sent rcvd
---------- ----------
8 7
Receive Discard Counts
----------------------------------
reason count
---------------------- -----------
SS7 SNM not supported 1
SS7 SNM no capacity 1
M3UA PDU error 13
invalid rcontext 5
Stored Receive Discard Data
-----------------------------------------------
01 00 01 01 00 00 00 3c 00 06 00 08 00 00 00 01
02 10 00 2b 00 04 04 04 00 05 05 05 05 00 00 9a
01 00 03 01 00 00 00 08 00 00 00 00 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
01 00 01 01 00 00 00 3c 00 06 00 08 00 00 00 04
02 10 00 2b 00 04 04 04 00 05 05 05 85 02 00 9a
01 00 01 01 00 00 00 3c 00 06 00 08 00 00 00 04
02 10 00 2b 00 04 04 04 00 05 05 05 85 02 00 9a
01 00 04 01 00 00 00 18 00 0b 00 08 02 00 00 00
00 06 00 08 00 00 00 04 00 00 00 00 00 00 00 00
01 00 01 01 00 00 00 3c 00 06 00 08 00 00 00 04
02 10 00 2b 00 04 04 04 00 05 05 05 85 02 00 9a
01 00 01 01 00 00 00 3c 00 06 00 08 00 00 00 04
02 10 00 2b 00 04 04 04 00 05 05 05 85 02 00 9a
01 00 01 01 00 00 0a fc 00 06 00 08 00 00 00 0a
02 10 0a eb 00 04 32 01 00 04 32 01 0d 02 00 99
01 00 01 01 00 00 00 08 00 00 00 00 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
01 00 07 01 00 00 00 70 00 06 00 08 00 00 00 02
01 15 00 08 00 00 00 80 01 02 00 18 00 02 00 03
MSUCOUNT: command complete
;
Output Specific to High-Speed Link (HSL) cards (SS7HC and ATMHC - non-IP7 GPLs)
Note:
The-a, -x, -k, -p
, and -t
options are not supported for HSL cards.
Note:
The option to display a full help report is not supported for HSL cards.pass:loc=1103:cmd="msucount -h"
tekelecstp 10-01-19 11:50:34 EST EAGLE 41.1.0
Usage: msucount [[-l [link]] | [-f]|
[-r] [-h]]
Options: -l display signaling link report
-f display full report
-r resets the specified counts
-h display command help
-l link r resets the counts for specified link
tekelecstp 10-01-19 11:50:34 EST EAGLE 41.1.0
MSUCOUNT command complete
Link Reports
The link report contains the statistics of the equipped links (TDM/ATM) on the SS7HC/ATMHC cards collected on a per link basis.
An SS7HC/ATMHC generic link report is reported if the MSUCOUNT command is entered without any parameters. The output contains data regarding MSU bytes (tx/rcv), %bandwidth used (tx/rcv), MSUs (tx/rcv) collected during the last full second per link. Total MSU counts (tx/rcv) per link since the card load time or the last reset are also displayed.
pass:loc=1301:cmd="msucount"
tekelecstp 10-01-19 11:50:34 EST EAGLE 41.1.0
MSUCOUNT: Command In Progress
;
MSUCOUNT: MSU Count Report
SLK Last Transmit Counts/Total MSUs Last Receive Counts/Total MSUs
--- --------------------------------- --------------------------------
slk bytes %bw msus total msus bytes %bw msus total msus
--- ------- ---- ---- ---------- ------- ---- ---- ----------
A 51200 20% 700 1234567890 26700 10% 400 1234567890
B 256000 100% 5000 1234567890 256000 100% 5000 1234567890
--- ------- ---- ---- ---------- ------- ---- ---- ----------
TOTAL 307200 5700 2469135780 282700 5400 2469135780
tekelecstp 10-01-19 11:50:34 EST EAGLE 41.1.0
MSUCOUNT: command complete
;
The full link report includes the generic information, the maximum amount seen for each MSU, and the percent bandwidth tracked for the full one second period since the card load time or the last reset.
pass:loc=1301:comd="msucount -f"
tekelecstp 10-01-19 11:50:34 EST EAGLE 41.1.0
MSUCOUNT: Command In Progress
;
MSUCOUNT: MSU Count Report
SLK Last Second/MAX Transmit Counts Last Second/MAX Receive Counts
--- ---------------------------------- ----------------------------------
slk bytes %bw %max msus mmax bytes %bw %max msus mmax
--- ------- ---- ---- ---- ---- ------- ---- ---- ---- ----
A 51200 20% 40% 700 1385 26700 10% 20% 400 730
B 256000 100% 100% 5000 5000 256000 100% 100% 5000 5000
--- ------- ---- ---- ---- ---- ------- ---- ---- ---- ----
TOTAL 307200 5700 282700 5400
tekelecstp 10-01-19 11:50:34 EST EAGLE 41.1.0
MSUCOUNT: command complete
;
If the -l
slk option is specified, then the statistics for the specified link is shown (if the link is equipped).
On cards running SS7HC GPL, in addition to the information shown in the Generic and Full reports, data is collected for the error counts (MSUs and SUs) and retransmits pegged during the last full second. Averages for the MSUs, percent bandwidth, bytes transmitted and received for the last rolling sampling period, and the maximum of these averages since the card was loaded or the data was reset is also displayed.
pass:loc=1301:cmd="msucount -l a"
tekelecstp 10-01-19 11:50:34 EST EAGLE 41.1.0
MSUCOUNT: Command In Progress
;
MSUCOUNT: MSU Count Report
Last Avg Avg Max Max Total
-------- -------- -------- -------- ----------
TX Bandwidth: 98% 61% 80% 98%
RX Bandwidth: 98% 61% 80% 98%
Bytes TXed: 7840 4900 6370 7840 1248056004
Bytes RXed: 7840 4900 6370 7840 1024579036
MSUs TXed: 160 100 130 160 45937854
MSUs RXed: 160 100 130 160 41495837
Errored SUs: 1 10 103
Errored MSUs: 4 4 21
Retransmits: 10 23 353
Forced PCR: 20 50 189
tekelecstp 10-01-19 11:50:34 EST EAGLE 41.1.0
MSUCOUNT: command complete
;
On cards running ATMHC GPL, the -l
slk
option, in addition to the information shown in the Generic and Full reports, data is collected for the different types of error counts during the last full second. Averages for the MSUs, percent bandwidth used, bytes transmitted and received for the last rolling sampling period and the maximum of these averages since the card was loaded or the data was reset is displayed. The total number of MSUs and bytes and errors since the card was loaded or the data was reset is also displayed.
pass:loc=1301:cmd="msucount -l a"
tekelecstp 10-01-19 11:50:34 EST EAGLE 41.1.0
MSUCOUNT: Command In Progress
;
MSUCOUNT: MSU Count Report
Last Avg Avg Max Max Total
-------- -------- -------- -------- ----------
TX Bandwidth: 98% 61% 80% 98%
RX Bandwidth: 98% 61% 80% 98%
Bytes TXed: 7840 4900 6370 7840 1248056004
Bytes RXed: 7840 4900 6370 7840 1024579036
MSUs TXed: 160 100 130 160 45937854
MSUs RXed: 160 100 130 160 41495837
Errored SUs: 1 10 103
Errored MSUs: 4 4 21
Retransmits: 10 23 353
Forced PCR: 20 50 189
tekelecstp 10-01-19 11:50:34 EST EAGLE 41.1.0
MSUCOUNT: command complete
;
msuroute
This command is used to provide a list of all routing keys currently configured on an SS7IPGW/IPGWI card that could be used to route a particular MSU. With 3 types of routing keys (fully specified, partial and default) the complexity associated with figuring out how a particular MSU would be routed at any point in time is not trivial. This command provides output to help determine how MSUs will be routed based on current conditions.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the msuroute
command option -k
has the parameter rtkey
. The full routing key must be specified for the MSU for which the summary will be displayed, as in the command msuroute -k 5-5-5:5:6-6-6:1100
. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
-h
This option is used to provide help information for the command.
-k
rtkey
This option is mandatory in the command to specify the full routing key for the MSU for which the summary will be displayed. The routing key is specified as a single parameter with up to five colon-separated fields. The subsystem is not specified when SI is not equal to 3.
The -p
point code type
modifier is used to identify the format of the routing key that follows the -k
option in the command.
The following are valid formats for the routing key that follows the -k
option in the command:
- n-c-m:s:n—For DPC, SI, SSN type routing keys. The network, cluster and member (n-c-m) are in the range 0-255. The service indicator (s) is 3 or sccp. The subsystem (n) is in the range 0-255.
- n-c-m:s—For DPC, SI, type routing keys. The network, cluster and member (n-c-m) are in the range 0-255. The service indicator (s) is in the range 0-2, 4, or 6-15. There is no subsystem.
- n-c-m:s:no-co-mo:cs:ce—For DPC, SI, CIC type routing keys. The DPC network, cluster and member (n-c-m) are in the range 0-255. The service indicator (s) is 5 or isup. There is no subsystem. The OPC network, cluster and member (no-co-mo) are in the range 0-255. The starting circuit identification code (cs) and ending circuit identification code (ce) are in the range 0 to 16363.
-p
point code type
This option modifier is used to identify the point code type (ANSI, ITU international, ITU national, 24-bit ITU national, 16-bit ITU national, ITU international spare, ITU national spare) in the routing key that follows the -k
option in the command.
-x
routing context
This option modifier is used to display the routing key report using routing context.
Example
msuroute -hmsuroute -p ansi –k 5-5-5:5:6-6-6:1100
msuroute -p ansi –k 5-5-5:5:6-6-6:1100:1100
msuroute -k 5-5-5:5:6-6-6:1100
msuroute -k 5-5-5:5:6-6-6:1100:1100
msuroute –p ansi –k 5-5-5:8
msuroute –p itun –k 345:5:678:100:200
msuroute –p itun –k 345-gr:5:678-gr:100:200
msuroute –p itun24 –k 10-200-10:5:10-200-1:1:100
msuroute -p itun16 -k 1-2-1:5:1-2-1:1:100
Dependencies
The -k
option must be specified in the command, and must specify a full routing key.
This command is not supported for IPLIM/IPLIMI cards.
Notes
The msuroute
command is executed through the pass command.
The -p
point code type
modifier option can be used with the -k
option to specify the format of the routing key that follows the -k
option in the command.
Output
The output for each msuroute
command consists of a list of all of the routing keys that exist on the IPGWx card that could be used to route the MSU. The list of routing keys is presented in the hierarchical search order in which the keys would be used. The list of routing keys indicates keys that have IP connections available for traffic, and indicates which routing key would currently be used to route the MSU (marked with ***).
For the routing key that is selected to route the MSU, the list of IP connections associated with the key is also displayed.
Note:
Most of the following output examples show command entries for ANSI MSUs. Because, other than echoing the input command back to the screen, there is nothing in the output that contains specific fields from any configured keys. The output would not be different if the user entered ITUI MSUs instead of ANSI MSUs.Either brief or full help reports can be displayed. A full help report is generated by adding the -h full
option to the command line.
This example shows a brief help report:
pass:loc=1105:cmd="msuroute -h"
Command Accepted - Processing
Usage: msuroute [ [-x rc] | [-k [rtkey] [-p pctype] ] ]
[-h [full]]
Options: -x routing key report using routing context
-k routing key report using MTP3 parameters
rtkey :: ([dpc][:si][:opc | :ssn][:cics][:cice])
-p pctype :: (ANSI, ITUI, ITUN, ITUN24, ITUN16, ITUIS, ITUNS)
-h display command help (brief or full)
;
This example shows a full help report:
pass:loc=1305:cmd="msuroute -h full"
0 1 2 3 4 5 6 7
123456789012345678901234567890123456789012345678901234567890123456789012345678
Usage: msuroute [ [-x rc] | [-k [rtkey] [-p pctype] ] ]
[-h [full]]
Options: -x routing key report using routing context
-k routing key report using MTP3 parameters
rtkey :: dpc:si:opc:cics:cice | dpc:si:ssn | dpc:si
-p pctype :: (ANSI, ITUI, ITUN, ITUN24, ITUN16, ITUIS, ITUNS)
-h display command help (brief or full)
-k option details:
Use the -p option along with -k to specify the SS7 network
domain and point code format for the network. The SS7IPGW
default pctype is ANSI. The IPGWI default pctype is ITUI.
Network PC Format Notes
------- --------- --------------------------------------
ANSI N-C-M
ITUN N Non-Spare ITU National, no group code
ITUN N-GC Non-Spare ITU National with group code
ITUI Z-A-I Non-Spare ITU International
ITUN24 N-C-M Non-Spare ITU National, 24-bits
ITUN16 U-S-M Non-Spare ITU National, 16-bits
ITUNS N Spare ITU National, no group code
ITUNS N-GC Spare ITU National with group code
ITUIS Z-A-I Spare ITU International
SS7 Traffic Partition RTKEY Parameter Example
--------------------------------- ----------------------------
SCCP SSN 5 to DPC 1-1-1 -k 1-1-1:3:5
ISUP CIC 1 to 1-1-1 from 2-2-2 -k 1-1-1:5:2-2-2:1
TUP CIC 1 to 1-1-1 from 2-2-2 -k 1-1-1:4:2-2-2:1
QBICC CIC 1 to 1-1-1 from 2-2-2 -k 1-1-1:13:2-2-2:1
ISUP CIC 0-5 to 1-1-1 from 2-2-2 -k 1-1-1:5:2-2-2:0:5
TUP CIC 0-5 to 1-1-1 from 2-2-2 -k 1-1-1:4:2-2-2:0:5
QBICC CIC 0-5 to 1-1-1 from 2-2-2 -k 1-1-1:13:2-2-2:0:5
;
eagle10212 06-06-01 12:56:46 EST EAGLE 35.0.0
MSUROUTE command complete
This example shows output for an ANSI CIC-based MSU, showing at least 1 routing key of every key type in the search hierarchy configured on the 1105 card. Only key types that are configured on the card will be listed in the display.
pass:loc=1105:cmd="msuroute –p ANSI –k 5-5-5:5:6-6-6:1100"
Command Accepted - Processing
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
pass:loc=1105:cmd="msuroute -x ANSI -k 5-5-5:5:6-6-6:1100"
Command entered at terminal #1.
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
PASS: Command sent to card
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
MSUROUTE command in progress
;
rlghncxa03w 04-04-29 11:31:09 EST EAGLE5 31.6.0
TABLE KEYTYPE #ConnCfgd #ConnAvail RTKEY USED
DYN FULL 1 0 no
DYN PARTIAL: IGNORE-CIC 2 0 no
DYN PARTIAL: IGNORE-CIC+OPC 1 0 no
DYN PARTIAL: DPC-SI ONLY 3 3 yes
DYN PARTIAL: DPC ONLY 2 2 no
DYN PARTIAL: SI ONLY 4 0 no
DYN DEFAULT 4 4 no
STATIC FULL 12 4 no
STATIC PARTIAL: IGNORE-CIC 3 0 no
STATIC PARTIAL: IGNORE-CIC+OPC 2 0 no
STATIC PARTIAL: DPC-SI ONLY 3 2 no
STATIC PARTIAL: DPC ONLY 2 2 no
STATIC PARTIAL: SI ONLY 1 0 no
STATIC DEFAULT 2 0 no
IP Connections Associated with the RTKEY USED
Name Avail?
Vox1 yes
Mgc2 yes
Mgc24 yes
MSUROUTE command complete
;
This example shows output for an ANSI SCCP MSU. Several key types in the search hierarchy are not configured on the 1105 card, and therefore are not part of the output (for example, static full key or static partial SI only). Only key types that are configured on the card will be listed in the display.
pass:loc=1105:cmd="msuroute –p ANSI –k 5-5-5:3:34"
Command Accepted - Processing
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
pass:loc=1105:cmd="msuroute -p ANSI -k 5-5-5:3:34"
Command entered at terminal #1.
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
PASS: Command sent to card
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
MSUROUTE command in progress
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
TABLE KEYTYPE #ConnCfgd #ConnAvail RTKEY USED
DYN PARTIAL: DPC-SI ONLY 3 2 yes
DYN PARTIAL: DPC ONLY 2 2 no
DYN DEFAULT 4 4 no
STATIC PARTIAL: DPC-SI ONLY 3 2 no
STATIC PARTIAL: DPC ONLY 2 2 no
STATIC DEFAULT 2 0 no
IP Connections Associated with the RTKEY USED
Name Avail?
Scpsandiego no
scpdenver yes
scpkansascity yes
MSUROUTE command complete
;
This example shows output for an ANSI MSU with SI=8:
pass:loc=1105:cmd="msuroute –p ANSI -k 5-5-5:8"
Command Accepted - Processing
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
pass:loc=1105:cmd="msuroute -p ANSI -k 5-5-5:8"
Command entered at terminal #1.
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
PASS: Command sent to card
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
MSUROUTE command in progress
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
TABLE KEYTYPE #ConnCfgd #ConnAvail RTKEY USED
DYN FULL 7 0 no
DYN PARTIAL: DPC ONLY 2 2 yes
DYN PARTIAL: SI ONLY 2 0 no
DYN DEFAULT 4 4 no
STATIC FULL 11 0 no
STATIC PARTIAL: DPC ONLY 2 2 no
STATIC PARTIAL: SI ONLY 1 0 no
STATIC DEFAULT 2 0 no
IP Connections Associated with the RTKEY USED
Name Avail?
SI8sock1 yes
SI8sock2 yes
MSUROUTE command complete
;
These examples show output for an ITUN and an ITUN24 MSU with SI=5. The output format is the same for all four commands.
The ITUDUPPC feature is OFF (default):
pass:loc=1105:cmd="msuroute –p itun –k 345:5:678:100:200"
The ITUDUPPC feature is ON (the 2-letter group code must be specified with the DPC and OPC)
pass:loc=1105:cmd="msuroute –p itun –k 345-gr:5:678-gr:100:200"
An ITUN24 MSU with SI=5:
pass:loc=1105:cmd="msuroute –p itun24 –k 10-200-10:5:10-200-1:1:100"
An ITU-I Spare MSU with SI=5:
msuroute –p ituis -k 3-11-1:5:4-11-1:5:5
Command Accepted - Processing
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
pass:loc=1105:cmd="msuroute -p ITUN -k 345:678:100:200"
Command entered at terminal #1.
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
PASS: Command sent to card
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
MSUROUTE command in progress
;
rlghncxa03w 06-06-01 11:31:09 EST EAGLE5 35.0.0
TABLE KEYTYPE #ConnCfgd #ConnAvail RTKEY USED
DYN FULL 1 0 no
DYN PARTIAL: IGNORE CIC 2 0 no
DYN PARTIAL: IGNORE CIC+OPC 1 0 no
DYN PARTIAL: DPC-SI ONLY 3 3 yes
DYN PARTIAL: DPC ONLY 2 2 no
DYN PARTIAL: SI ONLY 4 0 no
DYN DEFAULT 4 4 no
STATIC FULL 12 4 no
STATIC PARTIAL: IGNORE-CIC 3 0 no
STATIC PARTIAL: IGNORE-CIC+OPC 2 0 no
STATIC PARTIAL: DPC-SI ONLY 3 2 no
STATIC PARTIAL: DPC ONLY 2 2 no
STATIC PARTIAL: SI ONLY 1 0 no
STATIC DEFAULT 2 0 no
IP Connections Associated with the RTKEY USED
Name Avail?
Vox1 yes
Mgc2 yes
Mgc24 yes
MSUROUTE command complete
;
msutrace
This command provides filter and trace capability for MSUs passing through the IP7 GPLs. This command provides a view of MSU data as it exists in the PSTN network and its corresponding format as it exists in the IP network.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the msutrace
command option -a
has the parameter action
. The action that the command is to take can be specified, as in the command msutrace -a acttrace
. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
-a
action
Action option.
-g
get option
Get option.
-h
help
This option displays help information about the command.
- Range:
- full
If full is specified, the detailed version of the help information is displayed.
If full is not specified (just
-h
), the simple verion of the help information is displayed.
-m
mode
This option specifies which MSUs are captured.
-p
point code type
This option specifies which type of point code is contained in the filter key, when the key contains a DPC or OPC.
-k
filter key
The -k
, -c
, and -p
options are used to specify the filter key used to determine which MSUs will have data placed in the trace buffers.
- Range:
- -k
filter key
[-p] [-c pcType]The syntax for thefilter key
portion of the-k
filter key
option is specified as a single string parameter with up to five colon-separated fields. Thefilter key
can contain one or more of the following fields:- n-c-m—ANSI DPC in the format network-cluster-member
- no-co-mo—ANSI OPC in the format network-cluster-member
- z-a-i—ITU-I DPC in the format zone-area-id
- zo-ao-io—ITU-I OPC in the format zone-area-id
- un-sna-mna---16-bit ITU-N DPC in the format unit number-sub number area-main number area
- msa-ssa-sp—24-bit ITU-N DPC in the format main sigaling area-sub signaling area-signaling point
- nnnnn—ITU-N DPC
- nnnnn-gc—ITU-N DPC with Group Code when the Duplicate Point Code feature is ON
- no—ITU-N OPC
- no-gc—ITU-N OPC with Group Code when the Duplicate Point Code feature is ON
- s—SI (Service Indicator)
- cs—CIC Start value (start of the CIC range)
- ce—CIC End value (end of the CIC range)
- n—SSN (Subsystem Number)
These examples show valid formats:
- n-c-m:s:n—For DPC, SI, SSN type routing keys. The network, cluster and member (n-c-m) are in the range 0-255. The service indicator (s) is 3 or sccp. The subsystem (n) is in the range 0-255.
- n-c-m:s—For DPC, SI type routing keys. The network, cluster and member (n-c-m) are in the range 0-255. The service indicator (s) is in the range 0-2, 4, or 6-15. There is no subsystem number. As a default, counts for all routing keys within the option combination are displayed.
- n-c-m:s:no-co-mo:cs:ce—For DPC, SI, CIC type routing keys. The DPC network, cluster and member (n-c-m) are in the range 0-255. The service indicator (s) is 5 or isup. There is no subsystem. The OPC network, cluster and member (no-co-mo) are in the range 0-255. The starting circuit identification code (cs) and ending circuit identification code (ce) are in the range 0 - 16363.
- z-a-i—For DPCN and DPCI routing keys, the zone, area and ID (z-a-i) are in the range of 000-007 (zone and ID) and 000-255 (area).
- msa-ssa-sp—For 24-bit DPCN routing keys, the main signaling area, sub signaling area and signaling point (msa-ssa-sp) are in the range of 000-255.
- un-sna-mna---For 16-bit DPCN routing keys, the unit number, sub number area and main number area (un-sna-mna) are in the range of 0-127, 0-15, 0-31 respectively.
-t
This option specifies the routing key type (IPGWx only).
-x rc
This option generates a routing key report using routing context.
Example
pass:loc=1105:cmd="msutrace -h"pass:loc=1105:cmd="msutrace -h full"
pass:loc=1105:cmd="msutrace -g config"
pass:loc=1315:cmd="msutrace -g trace"
pass:loc=1105:cmd="msutrace -a clrtrace"
pass:loc=1105:cmd="msutrace -a acttrace"
pass:loc=1105:cmd="msutrace -a chgfilter -p ansi -k 3-3-3:5:4-4-4:10:1000"
pass:loc=1105:cmd="msutrace -a chgfilter -p itui -t partial -k 1-3-3:5:2-4-4"
pass:loc=1105:cmd="msutrace -a chgfilter -p itun -t partial -k 1536:5"
pass:loc=1105:cmd="msutrace -a chgfilter -m normerr"
pass:loc=1105:cmd="msutrace -a chgfilter -m all"
pass:loc=1105:cmd="msutrace -a chgfilter -p ansi -k 1-1-1:5:2-2-2:10:1000"
Dependencies
If no options are specified, the simple version of the help information is displayed.
The point code type defaults to ANSI when the -p
option is not specified.
The -p
option is allowed only on key types that contain a DPC or OPC.
Notes
The msutrace
command is executed through the pass
command.
The mustrace
command captures the data portion of the PSTN packet, starting at the SIO bytes.
The msutrace
command captures the entire M3UA or SUA packet. This includes the M3UA or SUA header and additional data stored inside system buffer chain elements. The msutrace
command currently does not support the trace and capture of M3UA / SUA SSNM (Class 2) messages.
The msutrace
command captures data in trace buffers. If the set of trace buffers becomes full with captured MSU data after MSU tracing is activated, no more data capturing will take place. The -a
clrtrace
option must be specified to reset (clear) the content of the trace buffers. After the trace buffers are empty again, msutrace
will restart capturing qualified MSUs.
If MSU tracing is activated with the -a acttrace
option before a properly formatted filter key is entered, the msutrace
command will not capture any data due to lack of a proper filter. When the -a chgfilter
option is specified to enter a properly formatted filter, the msutrace
command will start capturing qualified MSUs.
Output
Note:
Themsutrace
pass
command exists on the IPLIMI cards as a debug-only pass command. All command syntax
and output are identical to the SS7IPGW and IPGWI commands described in this
section.
Both brief and full versions of IPGW reports can be requested. A full
report is requested by including the -f
in the
command line.
This example shows a brief help report:
pass:loc=1305:cmd="msutrace -h"
Usage: msutrace [-a action_cmd] [-g get_cmd]
[ [-x rc] | [-k [rtkey] [-p pctype] [-t keytype]] ]
[-m mode] [-h [full]]
Options:
-a action_cmd: an Action Command
-g get_cmd: a Get Command
-x routing key report using routing context
-k routing key report using MTP3 parameters
rtkey :: ([dpc][:si][:opc | :ssn][:cics][:cice])
-p pctype :: (ANSI, ITUI, ITUN, ITUN24, ITUN16, ITUIS, ITUNS)
-t routing key type
keytype :: (<full>, partial, default)
-m mode: mode for qualifying MSUs captured=[normerr | all]
-h displays this message (brief or full)
get_cmd: [config | trace]
config config
trace trace
action_cmd: [acttrace | chgfilter | clrtrace | dacttrace]
acttrace acttrace
chgfilter chgfilter [<fltrkey>] | [-m mode] (at least 1 required)
(valid fltrkey should be present either before
specifying mode or in the same command)
clrtrace clrtrace
dacttrace dacttrace
<fltrkey>: [ [-x rc] | [-k [rtkey] [-p pctype] [-t keytype]] ]
(see 'msutrace -h full' for complete description)
MSUTRACE command complete
;
This example shows a full help report:
pass:loc=1305:cmd="msutrace -h full"
Usage: msutrace [-a action_cmd] [-g get_cmd]
[ [-x rc] | [-k [rtkey] [-p pctype] [-t keytype]] ]
[-m mode] [-h [full]]
Options:
-a action_cmd: an Action Command
-g get_cmd: a Get Command
-x routing key report using routing context
-k routing key report using MTP3 parameters
rtkey :: ([dpc][:si][:opc | :ssn][:cics][:cice])
-p pctype :: (ANSI, ITUI, ITUN, ITUN24, ITUN16, ITUIS, ITUNS)
-t routing key type
keytype :: (<full>, partial, default)
-m mode: mode for qualifying MSUs captured = [normerr | all]
-h displays this message (brief or full)
get_cmd: [config | trace]
config Display the current MSUTRACE settings:
trace On/Off status, filter settings, and
trace buffers used/available.
ex: msutrace -g config
trace Display content of trace buffers containing captured
MSU data
ex: msutrace -g trace
action_cmd: [acttrace | chgfilter | clrtrace | dacttrace ]
acttrace Activate (turn-on) MSU-tracing.
ex: msutrace -a acttrace
chgfilter chgfilter [<fltrkey>] | [-m mode] (at least 1 required)
(valid fltrkey should be present either before
specifying mode or in the same command)
Change filter used to qualify which MSUs are placed in
trace buffers:
Flow of command should be
Either entering filter key before specifying mode :
ex: To trace MSUs based on MSU content:
msutrace -a chgfilter <fltrkey>
ex: To only trace MSUs with Normalization errors:
msutrace -a chgfilter -m normerr
ex: To trace all MSUs regardless of error conditions:
msutrace -a chgfilter -m all
Or entering filter key along with mode:
ex: To trace MSUs based on MSU content
with Normalization errors:
msutrace -a chgfilter <fltrkey> -m normerr
ex: To trace MSUs based on MSU content
regardless of error conditions:
msutrace -a chgfilter <fltrkey> -m all
clrtrace Clear all data from trace buffers.
ex: msutrace -a clrtrace
dacttrace Deactivate (turn-off) MSU-tracing.
ex: msutrace -a dacttrace
-k option details:
Use the -p option along with -k to specify the SS7 network
domain and point code format for the network. The SS7IPGW
default pctype is ANSI. The IPGWI and IPLIMI
default pctype is ITUI.
For IPSG both ANSI and ITU network point code formats are
eligible for trace when the default filter or an SI only
filter is specified. The IPSG default pctype is ANSI when the
filter contains OPC or DPC and the -p option is not specified.
Network PC Format Notes
------- --------- --------------------------------------
ANSI N-C-M
ITUN N Non-Spare ITU National, no group code
ITUN N-GC Non-Spare ITU National with group code
ITUI Z-A-I Non-Spare ITU International
ITUN24 N-C-M Non-Spare ITU National, 24-bits
ITUN16 U-S-M Non-Spare ITU National, 16-bits
ITUNS N Spare ITU National, no group code
ITUNS N-GC Spare ITU National with group code
ITUIS Z-A-I Spare ITU International
Use the -t option along with -k to specify certain MTP3 and
user part MSU fields as wildcards for the routing key or LS.
SS7 Traffic Partition RTKEY/MTP3 Parameter Example
--------------------------------- ----------------------------
Any User Part to DPC 1-1-1 -k 1-1-1 -t partial
SCCP to DPC 1-1-1 -k 1-1-1:3 -t partial
ISUP to DPC 1-1-1 -k 1-1-1:5 -t partial
TUP to DPC 1-1-1 -k 1-1-1:4 -t partial
QBICC to DPC 1-1-1 -k 1-1-1:13 -t partial
SI [0-2,6-12,14,15] to DPC 1-1-1 -k 1-1-1:SI
SCCP SSN 5 to DPC 1-1-1 -k 1-1-1:3:5
ISUP to DPC 1-1-1 from OPC 2-2-2 -k 1-1-1:5:2-2-2 -t partial
TUP to DPC 1-1-1 from OPC 2-2-2 -k 1-1-1:4:2-2-2 -t partial
QBICC to DPC 1-1-1 from OPC 2-2-2 -k 1-1-1:13:2-2-2 -t partial
ISUP CIC 1 to 1-1-1 from 2-2-2 -k 1-1-1:5:2-2-2:1
TUP CIC 1 to 1-1-1 from 2-2-2 -k 1-1-1:4:2-2-2:1
QBICC CIC 1 to 1-1-1 from 2-2-2 -k 1-1-1:13:2-2-2:1
ISUP CIC 0-5 to 1-1-1 from 2-2-2 -k 1-1-1:5:2-2-2:0:5
TUP CIC 0-5 to 1-1-1 from 2-2-2 -k 1-1-1:4:2-2-2:0:5
QBICC CIC 0-5 to 1-1-1 from 2-2-2 -k 1-1-1:13:2-2-2:0:5
Default Routing Key -k -t default
Any User Part to DPC=LS APC -x LS RCONTEXT (IPSG Only)
;
tekelecstp 10-03-06 19:41:33 EST EAGLE5 42.0.9
MSUTRACE command complete
;
This example shows the current settings of the msutrace
command options: trace ON/OFF status, filter settings, and
trace buffers that are used and available:
pass:loc=1105:cmd="msutrace -g config"
Command Accepted - Processing
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
pass:loc=1105:cmd="msutrace -g config"
Command entered at terminal #1.
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
PASS: Command sent to card
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command in progress
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE configurations
Trace = On
Trace buffers: 2 of 3 contain captured MSU data
MSUTRACE: filter settings
DPCA SI SSN OPCA CICS CICE MODE
055-055-055 13 *** 016-006-006 1234567890 1234567890 normerr
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command complete
;
This example shows the current settings of the msutrace
command options: trace ON/OFF status, filter settings, and
trace buffers that are used and available, when the filter key specifies an ITU-I
spare point code:
pass:loc=1105:cmd="msutrace -g config"
Command Accepted - Processing
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
pass:loc=1105:cmd="msutrace -g config"
Command entered at terminal #1.
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
PASS: Command sent to card
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
MSUTRACE command in progress
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
MSUTRACE configurations
Trace = On
Trace buffers: 3 of 3 USED
MSUTRACE: filter settings
DPCI SI SSN OPCI CICS CICE MODE
s-2-011-1 2 *** **** **** **** all
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
MSUTRACE command complete
;
This example shows the current settings of the msutrace
command when an IPSG card is used:
pass:loc=1304:cmd="msutrace -g config"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUTRACE: Configurations
MSU Tracing is off
Trace buffers: 0 of 3 USED
MSUTRACE: filter settings
DPCA SI SSN OPCA CICS CICE MODE
004-004-004 ** *** **** **** **** all
;
This example shows a trace with a DPC-only filter key specified via the
–x <rcontext>
option:.
pass:loc=1304:cmd="msutrace -a acttrace"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
MSUTRACE command complete
;
This example shows the captured trace buffer for an IPSG card:
pass:loc=1304:cmd="msutrace -g trace"
rlghncxa03w 08-01-29 11:31:09 EST EAGLE 38.0.0
----------
BUFFER: 0
----------
Filter used:
DPCA SI SSN OPCA CICS CICE MODE
004-004-004 ** *** **** **** **** all
Timestamp: 08-01-21 16:06:17.420
Direction: Tx
Error Code: 0
PSTN DATA
---------
85 04 04 04 05 05 05 00 00 00 00 6e 01 00 f9 e3 ...........n....
33 c7 00 00 1d 00 00 00 00 10 00 12 00 14 00 16 3...............
00 18 00 1a 00 1c 00 1e 00 .........
IP DATA
-------
01 00 01 01 00 00 00 44 00 06 00 08 00 00 00 04 .......D........
02 10 00 31 00 05 05 05 00 04 04 04 05 02 00 00 ...1............
00 00 00 6e 01 00 f9 e3 33 c7 00 00 1d 00 00 00 ...n....3.......
00 10 00 12 00 14 00 16 00 18 00 1a 00 1c 00 1e ................
00 00 00 00 ....
MSUTRACE command complete
;
This example retrieves contents of the trace buffers. The example contains 1 stored trace buffer for a transmitted M3UA PDU.
pass:loc=1303:cmd="msutrace -g trace"
Command Accepted - Processing
eagle10202 01-01-19 10:20:56 GMT EAGLE5 31.6.0
pass:loc=1303:cmd="msutrace -g trace"
Command entered at terminal #4.
;
eagle10202 01-01-19 10:20:56 GMT EAGLE5 31.6.0
PASS: Command sent to card
;
eagle10202 01-01-19 10:20:56 GMT EAGLE5 31.6.0
MSUTRACE command in progress
;
eagle10202 01-01-19 10:20:56 GMT EAGLE5 31.6.0
----------
BUFFER: 0
----------
Filter used:
DPCA SI SSN OPCA CICS CICE MODE
001-001-001 5 *** 001-001-002 0 100 all
Timestamp: 02-06-07 08:40:29.435
Direction: Tx
Error Code: 0
PSTN DATA
---------
85 01 01 01 02 01 01 b2 00 00 01 00 00 00 00 03 ................
05 00 02 80 80 0d 00 00 21 43 65 87 09 21 43 65 ........!Ce..!Ce
87 09 01 ...
IP DATA
-------
01 00 01 01 00 00 00 3c 02 00 00 08 00 00 00 01 .......<........
02 10 00 2b 00 01 01 02 00 01 01 01 05 02 00 b2 ...+............
00 00 01 00 00 00 00 03 05 00 02 80 80 0d 00 00 ................
21 43 65 87 09 21 43 65 87 09 01 00 !Ce..!Ce....
MSUTRACE command complete
;
This example retrieves contents of the trace buffers with ITU-I spare point codes. The example contains 3 stored trace buffers.
pass:loc=1317:cmd="msutrace -g trace"
Command Accepted - Processing
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
pass:loc=1317:cmd="msutrace -g trace"
Command entered at terminal #4.
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
PASS: Command sent to card
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
MSUTRACE command in progress
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
----------
BUFFER: 0
----------
Filter used:
DPCI SI SSN OPCI CICS CICE MODE
s-2-011-1 2 *** **** **** **** all
Timestamp: 05-01-26 10:33:14.330
Direction: Tx
Error Code: 0
PSTN DATA
---------
02 59 50 16 a2 80 03 83 ce 46 0a 00 00 00 .YP......F....
IP DATA
-------
54 41 4c 49 6d 74 70 33 0e 00 02 59 50 16 a2 80 TALImtp3...YP...
03 83 ce 46 0a 00 00 00 ...F....
----------
BUFFER: 1
----------
Filter used:
DPCI SI SSN OPCI CICS CICE MODE
s-2-011-1 2 *** **** **** **** all
Timestamp: 05-01-26 10:33:14.335
Direction: Tx
Error Code: 0
PSTN DATA
---------
02 59 50 16 a2 80 84 04 c8 46 0a 00 00 00 .YP......F....
IP DATA
-------
54 41 4c 49 6d 74 70 33 0e 00 02 59 50 16 a2 80 TALImtp3...YP...
84 04 c8 46 0a 00 00 00 ...F....
----------
BUFFER: 2
----------
Filter used:
DPCI SI SSN OPCI CICS CICE MODE
s-2-011-1 2 *** **** **** **** all
Timestamp: 05-01-26 10:33:14.340
Direction: Tx
Error Code: 0
PSTN DATA
---------
02 59 50 16 f2 80 01 81 c1 46 0f 00 00 00 .YP......F....
IP DATA
-------
54 41 4c 49 6d 74 70 33 0e 00 02 59 50 16 f2 80 TALImtp3...YP...
01 81 c1 46 0f 00 00 00 ...F....
MSUTRACE command complete
;
This example clears the contents of the trace buffers:
pass:loc=1105:cmd="msutrace -a clrtrace"
Command Accepted - Processing
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
pass:loc=1105:cmd="msutrace -a clrtrace"
Command entered at terminal #1.
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
PASS: Command sent to card
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command in progress
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command completed
;
This example activates MSU tracing:
pass:loc=1105:cmd="msutrace -a acttrace"
Command Accepted - Processing
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
pass:loc=1105:cmd="msutrace -a acttrace"
Command entered at terminal #1.
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
PASS: Command sent to card
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command in progress
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command completed
;
This example deactivates MSU tracing:
pass:loc=1105:cmd="msutrace -a dacttrace"
Command Accepted - Processing
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
pass:loc=1105:cmd="msutrace -a dacttrace"
Command entered at terminal #1.
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
PASS: Command sent to card
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command in progress
; 4.0.0
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command completed
;
Examples for Entering a Filter Key
The output shown at the end of these command examples is the same for each example, except for the echo of the entered command.
Command with the -a
chgfilter option to insert a fully specified ANSI
PC CIC filter key.
This filter key qualifies for capture MSUs with the following properties:
- DPC = 3-3-3 (ANSI)
- SI = 5
- OPC = 4-4-4 (ANSI)
- CIC = [10..1000]
pass:loc=1105:cmd="msutrace -a chgfilter -p ansi -k
3-3-3:5:4-4-4:10:1000"
Command with the -a
chgfilter option to insert a fully specified ANSI
SCCP filter.
This filter key qualifies for capture MSUs with the following properties:
- DPC = 3-3-3 (ANSI)
- SI = 3
- SSN = 230
pass:loc=1105:cmd="msutrace -a chgfilter -k
3-3-3:3:230"
Command with the -a
chgfilter option to insert a fully specified ANSI
DPC SI filter key.
This filter key qualifies for capture MSUs with the following properties:
- DPC = 3-3-3 (ANSI)
- SI = 6
pass:loc=1105:cmd="msutrace -a chgfilter -k 3-3-3:6"
Command with the -a
chgfilter option to insert a fully specified ITUN24
PC CIC filter key.
This filter key qualifies for capture MSUs with the following properties:
- DPC = 13-103-3 (ITUN24)
- SI = 5
- OPC = 14-104-4 (ITUN24)
- CIC = [10..1000]
pass:loc=1105:cmd="msutrace -a chgfilter -p itun24 -k
13-103-3:5:14-104-4:10:1000"
Command with the -a
chgfilter option to insert a partial ITUI DPC SI
OPC filter key.
This filter key qualifies for capture MSUs with the following properties:
- DPC = 1-3-3 (ITUI)
- SI = 5
- OPC = 2-4-4 (ITUI)
pass:loc=1105:cmd="msutrace -a chgfilter -p itui -k
1-3-3:5:2-4-4"
Command with the -a
chgfilter option to insert a partial DPC SI ITUN PC
filter key, with the Duplicate Point Code feature turned off:
This filter key qualifies for capture MSUs with the following properties:
- DPC = 1536 (ITUN)
- SI = 5
pass:loc=1105:cmd="msutrace -a chgfilter -p itun -k
1536:5"
Command with the -a
chgfilter option to insert a partial DPC SI ITUN PC
filter key, with the Duplicate Point Code feature turned on:
This filter key qualifies for capture MSUs with the following properties:
- DPC = 1536-bb (ITUN)
- SI = 5
pass:loc=1105:cmd="msutrace -a chgfilter -p itun -k
1536-bb:5"
Command with the -a
chgfilter option to insert a partial ANSI DPC
filter key.
This filter key qualifies for capture MSUs with the following properties:
- DPC = 3-3-3 (ANSI)
pass:loc=1105:cmd="msutrace -a chgfilter -k 3-3-3"
Command with the -a
chgfilter option to insert a partial SI filter key.
Because no DPC or OPC field is specified, point code type does not have to be
indicated.
This filter key qualifies for capture MSUs with the following properties:
- SI = 5
This filter key qualifies for capture MSUs with the following properties:
- DPC = 13-113-3 (ITUN24)
pass:loc=1105:cmd="msutrace -a chgfilter -p itun24 -k
13-113-3"
Command Accepted - Processing
eagle20003 06-06-01 10:16:57 EST EAGLE5 35.0.0
pass:loc=1105:cmd="msutrace -a chgfilter -p ansi -k 3-3-3:5:4-4-4:10:1000"
Command entered at terminal #1.
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
PASS: Command sent to card
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command in progress
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command completed
;
These commands include the -m
mode option to change the trace capture mode.
Mode to have a ‘capture-on-normalization error’ property such that only MSUs with normalization processing errors are traced:
pass:loc=1105:cmd="msutrace -a chgfilter -m normerr"
Set a default filter key and the filter’s mode at the same time:
pass:loc=1105:cmd="msutrace -a chgfilter -k -t default -m
all"
Command Accepted - Processing
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
pass:loc=1105:cmd="msutrace -a chgfilter -k -t default -m all"
Command entered at terminal #1.
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
PASS: Command sent to card
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command in progress
;
eagle20003 99-11-27 10:16:57 EST EAGLE5 31.6.0
MSUTRACE command completed
;
These commands insert a partial DPC-SI filter key with ITU-I spare
point code and show the msutrace
getfilter command output with the filter key after the
chgfilter command is processed to
completion.
This filter key will qualify MSUs with at least the following properties:
- DPCI = (ITU-I Spare) 2-11-1
- SI=5
pass:loc=1317:cmd="msutrace –a chgfilter –p ituis –k
2-11-1:5"
Command Accepted - Processing
eagle20003 06-06-01 10:16:03 EST EAGLE5 35.5.0
pass:loc=1317:cmd="msutrace -a chgfilter -p ituis -k 2-11-1:5"
Command entered at terminal #1.
;
eagle20003 06-06-01 10:16:03 EST EAGLE5 35.5.0
PASS: Command sent to card
;
eagle20003 06-06-01 10:16:03 EST EAGLE5 35.5.0
MSUTRACE command in progress
;
eagle20003 06-06-01 10:16:03 EST EAGLE5 35.5.0
MSUTRACE command completed
;
pass:loc=1317:cmd="msutrace –g config"
Command Accepted - Processing
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
pass:loc=1317:cmd="msutrace -g config"
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
PASS: Command sent to card
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
MSUTRACE command in progress
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
MSUTRACE configurations
Trace = On
Trace buffers: 3 of 3 USED
MSUTRACE: filter settings
DPCI SI SSN OPCI CICS CICE MODE
s-2-011-1 5 *** **** **** **** all
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
MSUTRACE command complete
;
These commands insert a full DPC-SI-OPC filter key with an ITU-N spare
point code when the Duplicate Point Code feature is on, and show the msutrace
getfilter
command output with the filter key after the chgfilter command is processed to completion.
This filter key will qualify MSUs with at least the following properties:
- DPC = (ITU-N Spare) 6234-aa
- SI=5
- OPC=(ITU-N Spare) 6233-aa
- CICS=1
- CICE=200
pass:loc=1315:cmd="msutrace –a chgfilter –p ITUNS –k
6234-aa:5:6233-aa:1:200"
Command Accepted - Processing
eagle20003 06-06-01 10:16:03 EST EAGLE5 35.0.0
pass:loc=1315:cmd="msutrace -a chgfilter -p ITUNS -k
6234-aa:5:6233-aa:1:200"
Command entered at terminal #1.
;
eagle20003 06-06-01 10:16:03 EST EAGLE5 35.0.0
PASS: Command sent to card
;
eagle20003 06-06-01 10:16:03 EST EAGLE5 35.0.0
MSUTRACE command in progress
;
eagle20003 06-06-01 10:16:03 EST EAGLE5 35.0.0
MSUTRACE command completed
;
pass:loc=1317:cmd="msutrace –g config"
Command Accepted - Processing
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
pass:loc=1317:cmd="msutrace -g config"
Command entered at terminal #1.
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
PASS: Command sent to card
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
MSUTRACE command in progress
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
MSUTRACE configurations
Trace = On
Trace buffers: 0 of 3 USED
MSUTRACE: filter settings
DPCN SI SSN OPCI CICS CICE MODE
s-6234-aa 5 *** s-6233-aa **** **** all
;
eagle20003 05-01-27 10:16:03 EST EAGLE5 31.12.0
MSUTRACE command complete
;
netstat
This command is used to display network statistics from the TCP/IP stack. This command allows troubleshooting of network interface and routing configuration problems within the private EPAP-Service Module IP network.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the netstat
command option -m
has the parameter buffer pool
. The pool for which information will be displayed can be specified, as in the command netstat -m sys
. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
-a
This option displays socket information for all protocols.
-d
This option displays driver measurement data.
The -m modifier displays multicast information. The -p modifier displays PHY registers. The -z modifier clears driver measurements. The -h modifier displays history measurements for the past 24 hours or the measurements collected a user defined hour ago. The -f modifier displays driver measurement data in full format (for GPLs that are loaded on E5-based cards only).
The -m, -p, and -h modifiers are not supported for GPLs that are loaded on E5-based cards.
-e
This option displays DPL driver measurement data. This option is supported only for GPLs that are loaded on E5-based cards.
-f
, -h
These options provide help information for the command.
-i
This option displays interface information for all interfaces.
-m
buffer pool
This option displays buffer pool information for the specified pool.
-p
protocol
This option displays information for the specified protocol.
-r
This option displays the Route table.
Example
pass:cmd="netstat -i":loc=1105pass:cmd="netstat -a":loc=1111
pass:cmd="netstat -p tcp":loc=1111
pass:cmd="netstat -m data":loc=1105
pass:cmd="netstat -r":loc=1105
pass:cmd="netstat -e":loc=1111
pass:cmd="netstat -d 0 -f":loc=1111
Dependencies
Only one of the options can be specified at a time.
Notes
The netstat
command is executed through the pass
command.
The options {-m,-p,-h} are not supported for GPLs that are loaded on E5-based cards.
Output for GPLs that are NOT loaded on E5-based cards
pass:loc=1107:cmd="netstat"
or
pass:loc=1107:cmd="netstat -h"
Command Accepted - Processing
tekelecstp 08-02-02 12:16:34 EST EAGLE 38.0.0
PASS: Command sent to card
Usage: netstat [-a] [-h] [-m data|sys|dd] [-p icmp|igmp|ip|sctp|tcp|udp]
[-i] [-r] [-d 0|1 [-m] [-p] [-z] [-h 1..24]]
Options:
-a display socket information for all protocols
-h Displays this message
-m display buffer pool information for 1 of the system pools
-p display socket information for 1 of the protocols
-i display interface information for all interfaces
-r display the route table information
-d display driver measurement data
;
tekelecstp 08-02-02 12:16:34 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:loc=1105:cmd="netstat -a"
Command Accepted - Processing
tekelecstp 08-02-07 07:59:12 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-02-07 07:59:12 EST EAGLE 38.0.0
Active Internet connections (including servers)
Local Address
PCB Proto Recv-Q Send-Q Foreign Address (state)
-------- ----- ------ ------ -------------------- -------
11df510 TCP 0 0 0.0.0.0.111 LISTEN
0.0.0.0.0
11df384 UDP 0 0 0.0.0.0.1008
0.0.0.0.0
11df48c UDP 0 0 0.0.0.0.111
0.0.0.0.0
;
tekelecstp 08-02-07 07:59:12 EST EAGLE 38.0.0
NETSTAT command complete
The interfaces listed in the netstat -i
output correspond to the card's ports as follows:
- seeq 0 = IP interface A
- seeq 1 = IP interface B
- DPLend = pseudo-IP interface used only by network cards for STC-style Integrated Monitoring
- LO = local loopback interface
pass:loc=1105:cmd="netstat -i"
tekelecstp 11-01-07 07:59:20 EST EAGLE 43.0.0
pass: loc=1105: cmd="netstat -i"
Command entered at terminal #1.
;
tekelecstp 11-01-07 07:59:20 EST EAGLE 43.0.0
PASS: Command sent to card
;
tekelecstp 11-01-07 07:59:20 EST EAGLE 43.0.0
DPLend (unit number 0):
Flags: (0x63) UP BROADCAST ARP RUNNING 10MB HDX DIX
Type: ETHERNET_CSMACD
Internet address: 172.20.48.25
Broadcast address: 172.20.51.255
Netmask 0xffff0000 Subnetmask 0xfffffc00
Ethernet address is 00:00:00:00:00:00
Metric is 0
Maximum Transfer Unit size is 485
1 packets received; 1 packets sent
0 multicast packets received
0 multicast packets sent
0 input errors; 0 output errors
0 collisions; 0 dropped
seeq (unit number 1):
Flags: (0x63) UP BROADCAST ARP RUNNING 10MB HDX DIX
Type: ETHERNET_CSMACD
Internet address: 192.168.55.112
Broadcast address: 192.168.55.255
Netmask 0xffffff00 Subnetmask 0xffffff00
Ethernet address is 00:00:17:04:00:62
Metric is 0
Maximum Transfer Unit size is 1500
28 packets received; 16 packets sent
13 multicast packets received
0 multicast packets sent
0 input errors; 0 output errors
0 collisions; 0 dropped
lo (unit number 0):
Flags: (0x8069) UP LOOPBACK MULTICAST ARP RUNNING 10MB HDX DIX
Type: SOFTWARE_LOOPBACK
Internet address: 127.0.0.1
Netmask 0xff000000 Subnetmask 0xff000000
Metric is 0
Maximum Transfer Unit size is 32768
6 packets received; 6 packets sent
0 multicast packets received
0 multicast packets sent
0 input errors; 0 output errors
0 collisions; 0 dropped
seeq (unit number 0):
Flags: (0x63) UP BROADCAST ARP RUNNING 10MB HDX DIX
Type: ETHERNET_CSMACD
Internet address: 192.168.100.112
Broadcast address: 192.168.100.255
Netmask 0xffffff00 Subnetmask 0xffffff00
Ethernet address is 00:00:17:04:00:61
Metric is 0
Maximum Transfer Unit size is 1500
5 packets received; 1 packets sent
5 multicast packets received
0 multicast packets sent
0 input errors; 0 output errors
0 collisions; 0 dropped
;
tekelecstp 11-01-07 07:59:20 EST EAGLE 43.0.0
NETSTAT command complete
pass:loc=1105:cmd="netstat -m data"
Command Accepted - Processing
tekelecstp 08-02-07 07:59:56 EST EAGLE 38.0.0
PASS: Command sent to card
;
eagle20004 08-02-07 07:59:56 EST EAGLE 38.0.0
type number
--------- ------
FREE : 9553
DATA : 0
HEADER : 0
SOCKET : 0
PCB : 0
RTABLE : 0
HTABLE : 0
ATABLE : 0
SONAME : 0
ZOMBIE : 0
SOOPTS : 0
FTABLE : 0
RIGHTS : 0
IFADDR : 0
CONTROL : 0
OOBDATA : 0
IPMOPTS : 0
IPMADDR : 0
IFMADDR : 0
MRTABLE : 0
TOTAL : 9553
number of mbufs: 9553
number of times failed to find space: 0
number of times waited for space: 0
number of times drained protocols for space: 0
------------------
CLUSTER POOL TABLE
------------------
size clusters free usage
----------------------------------
64 1000 1000 41
128 1250 1250 848
256 1250 1250 0
512 200 200 0
1024 100 100 0
2048 20 20 0
----------------------------------
;
tekelecstp 08-02-07 07:59:56 EST EAGLE 38.0.0
NETSTAT command complete
pass:loc=1105:cmd="netstat -m sys"
Command Accepted - Processing
tekelecstp 08-02-07 08:00:14 EST EAGLE 38.0.0
PASS: Command sent to card
;
eagle20004 08-02-07 08:00:14 EST EAGLE 38.0.0
type number
--------- ------
FREE : 3069
DATA : 0
HEADER : 0
SOCKET : 3
PCB : 4
RTABLE : 17
HTABLE : 0
ATABLE : 0
SONAME : 0
ZOMBIE : 0
SOOPTS : 0
FTABLE : 0
RIGHTS : 0
IFADDR : 6
CONTROL : 0
OOBDATA : 0
IPMOPTS : 0
IPMADDR : 1
IFMADDR : 0
MRTABLE : 0
TOTAL : 3100
number of mbufs: 3100
number of times failed to find space: 0
number of times waited for space: 0
number of times drained protocols for space: 0
------------------
CLUSTER POOL TABLE
------------------
size clusters free usage
----------------------------------
64 650 640 12
128 200 188 33
256 500 494 6
512 200 197 24
----------------------------------
;
tekelecstp 08-02-07 08:00:14 EST EAGLE 38.0.0
NETSTAT command complete
pass:loc=1105:cmd="netstat -m dd"
Command Accepted - Processing
tekelecstp 08-02-07 08:00:24 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-02-07 08:00:24 EST EAGLE 38.0.0
END-0 Buffer Pool
------------------
CLUSTER POOL TABLE
------------------
size clusters free usage
----------------------------------
1528 80 77 10
----------------------------------
END-1 Buffer Pool
------------------
CLUSTER POOL TABLE
------------------
size clusters free usage
----------------------------------
1528 80 72 58
----------------------------------
;
tekelecstp 08-02-07 08:00:24 EST EAGLE 38.0.0
NETSTAT command complete
pass:loc=1105:cmd="netstat -p icmp"
Command Accepted - Processing
;
tekelecstp 08-02-07 08:00:29 EST EAGLE 38.0.0
0966.1083 SYSTEM INFO REPT COND: system alive
Report Date:08-02-27 Time:08:00:29
;
tekelecstp 08-02-27 08:00:29 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-02-27 08:00:29 EST EAGLE 38.0.0
ICMP:
1 call to icmp_error
0 error not generated because old message was icmp
Output histogram:
destination unreachable: 1
0 message with bad code fields
0 message < minimum length
0 bad checksum
0 message with bad length
Input histogram:
echo reply: 6
destination unreachable: 1
0 message response generated
;
tekelecstp 08-02-07 08:00:29 EST EAGLE 38.0.0
NETSTAT command complete
pass:loc=1105:cmd="netstat -p ip"
Command Accepted - Processing
tekelecstp 08-02-07 08:00:44 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-02-07 08:00:44 EST EAGLE 38.0.0
IP:
48 total
0 badsum
0 tooshort
0 toosmall
0 badhlen
0 badlen
0 infragments
0 fragdropped
0 fragtimeout
0 forward
14 cantforward
0 redirectsent
1 unknownprotocol
0 nobuffers
0 reassembled
0 outfragments
0 noroute
;
tekelecstp 08-02-07 08:00:44 EST EAGLE 38.0.0
NETSTAT command complete
pass:loc=1105:cmd="netstat -p tcp"
Command Accepted - Processing
tekelecstp 08-02-07 08:00:54 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-02-07 08:00:54 EST EAGLE 38.0.0
TCP:
0 packet sent
0 data packet (0 byte)
0 data packet (0 byte) retransmitted
0 ack-only packet (0 delayed)
0 URG only packet
0 window probe packet
0 window update packet
0 control packet
0 packet received
0 ack (for 0 byte)
0 duplicate ack
0 ack for unsent data
0 packet (0 byte) received in-sequence
0 completely duplicate packet (0 byte)
0 packet with some dup. data (0 byte duped)
0 out-of-order packet (0 byte)
0 packet (0 byte) of data after window
0 window probe
0 window update packet
0 packet received after close
0 discarded for bad checksum
0 discarded for bad header offset field
0 discarded because packet too short
0 connection request
0 connection accept
0 connection established (including accepts)
0 connection closed (including 0 drop)
0 embryonic connection dropped
0 segment updated rtt (of 0 attempt)
0 retransmit timeout
0 connection dropped by rexmit timeout
0 persist timeout
0 keepalive timeout
0 keepalive probe sent
0 connection dropped by keepalive
0 pcb cache lookup failed
;
tekelecstp 08-01-07 08:00:54 EST EAGLE 38.0.0
NETSTAT command complete
pass:loc=1305:cmd="netstat -p sctp"
Command Accepted - Processing
tekelecstp 08-01-25 11:20:41 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-25 11:20:41 EST EAGLE 38.0.0
ip packets sent...................................... 1474882
ip packets sent with data chunk.................. 306354
control chunks (excluding retransmissions)....... 1172759
ordered data chunks (excluding retransmissions).. 1534350
unordered data chunks (excluding retransmissions) 0
user messages fragmented due to MTU.............. 0
retransmit data chunks sent...................... 4
sacks sent....................................... 496302
send failed...................................... 0
ip packets received.................................. 1816035
ip packets received with data chunk.............. 989957
control chunks (excluding duplicates)............ 833141
ordered data chunks (excluding duplicates)....... 989968
unordered data chunks (excluding duplicates)..... 0
user messages reassembled........................ 0
data chunks read................................. 988601
duplicate tsns received.......................... 0
sacks received................................... 153763
gap ack blocks received.......................... 0
out of the blue.................................. 4
with invalid checksum............................ 0
connections established.............................. 2954
by upper layer................................... 0
by remote endpoint............................... 2958
connections terminated............................... 4
ungracefully..................................... 2952
gracefully....................................... 0
associations dropped due to retransmits.............. 0
consecutive retransmit timeouts...................... 4
retransmit timer count............................... 6
fast retransmit count................................ 0
heartbeat requests received.......................... 330275
heartbeat acks received.............................. 340239
heartbeat requests sent.............................. 340258
associations supported............................... 50
milliseconds cookie life at 4-way start-up handshake. 5000
retransmission attempts allowed at start-up phase.... 8
;
tekelecstp 08-01-25 11:20:41 EST EAGLE 38.0.0
NETSTAT command complete
pass:loc=1105:cmd="netstat -p udp"
Command Accepted - Processing
tekelecstp 08-02-10 08:01:05 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-02-10 08:01:05 EST EAGLE 38.0.0
UDP:
42 total packets
29 input packets
13 output packets
0 incomplete header
0 bad data length field
0 bad checksum
16 broadcasts received with no ports
0 full socket
13 pcb cache lookups failed
1 pcb hash lookup failed
;
tekelecstp 08-02-10 08:01:05 EST EAGLE 38.0.0
NETSTAT command complete
pass:loc=1105:cmd="netstat -r"
Command Accepted - Processing
tekelecstp 08-02-07 08:01:14 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-02-07 08:01:14 EST EAGLE 38.0.0
ROUTE NET TABLE
destination gateway flags Refcnt Use Interface
----------------------------------------------------------------------------
0.0.0.0 192.168.55.250 3 0 14 seeq1
192.168.55.0 192.168.55.112 101 0 0 seeq1
192.168.100.0 192.168.100.112 101 0 0 seeq0
----------------------------------------------------------------------------
ROUTE HOST TABLE
destination gateway flags Refcnt Use Interface
----------------------------------------------------------------------------
127.0.0.1 127.0.0.1 5 1 6 lo0
----------------------------------------------------------------------------
;
tekelecstp 08-02-07 08:01:14 EST EAGLE 38.0.0
NETSTAT command complete
pass:loc=1107:cmd="netstat -d 0"
Command Accepted - Processing
tekelecstp 08-01-30 09:49:57 EST EAGLE 38.0.0
6734.1083 SYSTEM INFO REPT COND: system alive
Report Date:08-01-30 Time:09:49:57
;
tekelecstp 08-01-30 09:49:57 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-30 09:49:57 EST EAGLE 38.0.0
Report Time = 05-11-30 09:50:01.435
Card Load Time = 05-11-29 16:46:49.775
Last Reset Time = 05-11-29 16:46:49.775
overflow = 0 excess coll. = 0 align. error = 0
crc = 0 underflow = 0 rx collision = 0
dribble = 0 late coll. = 0 very long = 0
short fr = 0 coll. = 0 exc defer = 0
oversize = 0 cs error = 0 rxerror = 132
rxabort = 0 tx bytes = 60 rx broadcast = 104853
read err = 0 tx frames = 1 tx broadcast = 1
rx bytes = 6385476 tx multicast = 0
rx frames = 104856
bit bucket = 0
term count = 0
runts = 0
;
pass:loc=1107:cmd="netstat -d 0 -m"
Command Accepted - Processing
tekelecstp 08-02-02 10:34:59 EST EAGLE 38.0.0
6734.1083 SYSTEM INFO REPT COND: system alive
Report Date:08-02-02 Time:10:34:59
;
tekelecstp 08-02-02 10:34:59 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-02-02 10:34:59 EST EAGLE 38.0.0
Report Time = 05-12-02 10:35:01.755
Card Load Time = 05-11-30 16:14:26.590
Last Reset Time = 05-11-30 16:14:26.590
IP Mulicast Reference Table
Bit 0 1 2 3 4 5 6 7
Byte-0 0 0 0 0 0 0 0 0
Byte-1 0 0 0 0 0 0 0 0
Byte-2 0 0 0 0 0 0 0 0
Byte-3 0 0 0 0 0 0 0 0
Byte-4 0 0 0 0 0 0 0 0
Byte-5 0 0 0 0 0 0 0 0
Byte-6 0 0 0 0 0 0 1 0
Byte-7 0 0 0 0 0 0 0 0
Mulicast MAC Address List
MAC Addr Ref-Cnt Byte Bit
01:00:5e:00:00:01 01 6 6
Hardware Multicast Filter Register (unit=0)
00 00 00 00 00 00 40 00
;
tekelecstp 08-02-02 10:34:59 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:loc=1107:cmd="netstat -d 1 -m"
Command Accepted - Processing
tekelecstp 08-01-30 09:51:07 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-30 09:51:07 EST EAGLE 38.0.0
Report Time = 05-11-30 09:51:07.745
Card Load Time = 05-11-29 16:46:49.775
Last Reset Time = 05-11-30 09:50:43.510
Multicast is NOT enabled for unit=1
;
tekelecstp 08-01-30 09:51:07 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:loc=1107:cmd="netstat -d 0 -p"
Command Accepted - Processing
tekelecstp 08-01-30 09:50:55 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-30 09:50:55 EST EAGLE 38.0.0
Register Value
-------- ------
Control = 0x2100
Status = 0x7809
PHY ID #1 = 0x0016
PHY ID #2 = 0xf831
AN Adv. = 0x01e1
AN REC = 0x0000
Config #1 = 0x0022
Config #2 = 0xff00
Status Output = 0x02c0
Mask = 0xfff0
;
tekelecstp 08-01-30 09:50:55 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:loc=1107:cmd="netstat -d 0 -z"
Command Accepted - Processing
tekelecstp 08-01-30 09:50:43 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-30 09:50:43 EST EAGLE 38.0.0
Report Time = 05-11-30 09:50:43.510
Card Load Time = 05-11-29 16:46:49.775
Last Reset Time = 05-11-30 09:50:43.510
overflow = 0 excess coll. = 0 align. error = 0
crc = 0 underflow = 0 rx collision = 0
dribble = 0 late coll. = 0 very long = 0
short fr = 0 coll. = 0 exc defer = 0
oversize = 0 cs error = 0 rxerror = 0
rxabort = 0 tx bytes = 0 rx broadcast = 0
read err = 0 tx frames = 0 tx broadcast = 0
rx bytes = 0 tx multicast = 0
rx frames = 0
bit bucket = 0
term count = 0
runts = 0
Driver measurements for unit=0 cleared
;
tekelecstp 08-01-30 09:50:43 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:loc=1107:cmd="netstat -d 0 -h"
Command Accepted - Processing
tekelecstp 08-01-30 09:50:12 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-30 09:50:12 EST EAGLE 38.0.0
Report Time = 05-11-30 09:50:12.500
Card Load Time = 05-11-29 16:46:49.775
Last Reset Time = 05-11-29 16:46:49.775
Hours Ago Tx Frames Tx Errors Rx Frames Rx Errors
1 0 0 6298 0
2 0 0 6295 0
3 0 0 6295 0
4 0 0 6295 0
5 0 0 6295 0
6 0 0 6295 0
7 0 0 6296 0
8 0 0 6296 0
9 0 0 6294 0
10 0 0 6294 0
11 0 0 6295 0
12 0 0 6296 0
13 0 0 6294 0
14 0 0 6295 0
15 0 0 6294 0
16 0 0 5248 0
17 1 0 4852 0
18 -- -- -- --
19 -- -- -- --
20 -- -- -- --
21 -- -- -- --
22 -- -- -- --
23 -- -- -- --
24 -- -- -- --
;
tekelecstp 08-01-30 09:50:12 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:loc=1107:cmd="netstat -d 0 -h 18"
Command Accepted - Processing
tekelecstp 08-01-30 10:20:57 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-30 10:20:57 EST EAGLE 38.0.0
Report Time = 05-11-30 10:20:57.735
Card Load Time = 05-11-29 16:46:49.775
Last Reset Time = 05-11-30 09:51:22.480
NETSTAT: Invalid hour number, cannot display 18 hour(s) ago.
Stats have only been saved for 17 hour(s).
;
tekelecstp 08-01-30 10:20:57 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:loc=1107:cmd="netstat -d 0 -h 15"
Command Accepted - Processing
;
tekelecstp 08-01-30 09:50:24 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-30 09:50:24 EST EAGLE 38.0.0
Report Time = 05-11-30 09:50:24.080
Card Load Time = 05-11-29 16:46:49.775
Last Reset Time = 05-11-29 16:46:49.775
overflow = 0 excess coll. = 0 align. error = 0
crc = 0 underflow = 0 rx collision = 0
dribble = 0 late coll. = 0 very long = 0
short fr = 0 coll. = 0 exc defer = 0
oversize = 0 cs error = 0 rxerror = 0
rxabort = 0 tx bytes = 0 rx broadcast = 6296
read err = 0 tx frames = 0 tx broadcast = 0
rx bytes = 383160 tx multicast = 0
rx frames = 6294
bit bucket = 0
term count = 0
runts = 0
;
tekelecstp 08-01-30 09:50:24 EST EAGLE 38.0.0
NETSTAT command complete
;
Output for GPLs on E5-based Cards
pass:cmd="netstat":loc=1111
or
pass:cmd="netstat -h":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:43:47 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:43:47 EST EAGLE 38.0.0
Usage: netstat [-a] [-e] [-h] [-m data|sys|dd] [-p icmp|igmp|ip|sctp|tcp|udp]
[-i] [-r] [-d 0|1 [-m] [-p] [-z] [-h 1..24] [-f]]
Options:
-a display socket information for all protocols
-e display DPL driver measurement data
-d display Ethernet driver measurement data
-h display this message
-m display buffer pool information for 1 of the system pools
-p display socket information for 1 of the protocols
-i display interface information for all interfaces
-r display the route table information
;
tekelecstp 08-01-19 04:43:47 IST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -a":loc=1111
Command Accepted - Processing
tekelecstp 08-06-21 16:26:30 IST EAGLE5 39.0.0
pass:cmd="netstat -a":loc=1105
Command entered at terminal #3.
;
tekelecstp 08-06-21 16:26:30 IST EAGLE5 39.0.0
PASS: Command sent to card
;
tekelecstp 08-06-21 16:26:30 IST EAGLE5 39.0.0
SDS Shell Output
-> tklc_inetstatShow
PCB Proto Recv-Q Send-Q Local Address (state)
Foreign Address
-------- ----- ---------- ---------- --------------------- -------
2354720 TCP 0 0 0.0.0.0.23 LISTEN
0.0.0.0.0
232cd60 UDP 16921935 0 0.0.0.0.161
0.0.0.0.0
232cc20 UDP 0 0 127.0.0.1.1026
127.0.0.1.17185
232cae0 UDP 16921930 0 0.0.0.0.17185
0.0.0.0.0
232c9a0 UDP 16921922 0 0.0.0.0.68
0.0.0.0.0
232c5e0 UDP 16921912 0 127.0.0.1.1024
0.0.0.0.0
232c220 UDP 0 0 127.0.0.1.1025
127.0.0.1.1024
value = 1 = 0x1
;
tekelecstp 08-06-21 16:26:30 IST EAGLE5 39.0.0
;
tekelecstp 08-06-21 16:26:30 IST EAGLE5 39.0.0
NETSTAT command complete
;
pass:cmd="netstat -e":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:45:51 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:45:51 EST EAGLE 38.0.0
Dual Port Link Statistics
In Ucast Octets = 0 In Ucast Pkts = 0
Out Ucast Octet = 0 Out Ucast Pkts = 0
Out Bcast Octets = 0 Out Bcast Pkts = 0
Out Ucast Octets Err = 0 Out Ucast Pkts Err = 0
Out Bcast Octet Err = 0 Out Bcast Pkts Err = 0
Invaled copy lenths = 0 IP Frame too big = 0
No Mbufs Avail = 0 No System bufs Avail = 0
TVG Func Err = 0 System buf Err = 0
Inbound too big = 0
;
tekelecstp 08-01-19 04:45:51 EST EAGLE 38.0.0
NETSTAT command complete
;
Output for the netstat -i
command varies based on the card type. The GEI interfaces are the ports that carry signaling and monitoring traffic external to the EAGLE. The number of these ports varies with the IP connection. Information for all 4 GEI interfaces is displayed on only FC Capable cards as shown below.
The interfaces listed in the netstat - i output correspond to a card's ports as follows:
- For Signaling GPLs (IPSG, IPLIMx, IPGWx):
- gei 2 = IP signaling interface A
- gei 0 = IP signaling interface B
- gei 3 = Fast Copy interface A
- gei 1 = Fast Copy interface B
- DPLend = pseudo-IP interface used only by network cards for STC-style Integrated Monitoring
- LO = local loopback interface
For SCCPx GPLs:
- gei 0 = IP interface A
- gei 1 = IP interface B
- DPLend = pseudo-IP interface used only by network cards for STC-style Integrated Monitoring
- LO = local loopback interface
- BOND = interface formed by bonding the two IP interfaces
pass:cmd="netstat -i":loc=1111
e1030703 09-12-13 19:15:31 EST EAGLE 42.0.0
pass:loc=1111:cmd="netstat -i"
Command entered at terminal #17.
;
e1030703 09-12-13 19:15:31 EST EAGLE 42.0.0
PASS: Command sent to card
;
Command Accepted - Processing
e1030703 09-12-13 19:15:38 EST EAGLE 42.0.0
NETSTAT command complete
;
Command Executed
e1030703 09-12-13 19:15:31 EST EAGLE 42.0.0
SDS Shell Output
-> tklc_ifShow
lo (unit number 0):
Flags: (0x48049) UP LOOPBACK MULTICAST TRAILERS ARP RUNNING INET_UP
Type: SOFTWARE_LOOPBACK
inet: 127.0.0.1
Netmask 0xff000000 Subnetmask 0xff000000
Metric is 0
Maximum Transfer Unit size is 1536
0 packets received; 1 packets sent
0 multicast packets received
0 multicast packets sent
0 input errors; 0 output errors
0 collisions; 0 dropped
0 output queue drops
DPLend (unit number 0):
Flags: (0x60043) UP BROADCAST ARP RUNNING INET_UP
Type: ETHERNET_CSMACD
inet: 172.20.48.249
Broadcast address: 172.20.51.255
Netmask 0xffff0000 Subnetmask 0xfffffc00
Ethernet address is 00:00:00:00:00:f9
Metric is 0
Maximum Transfer Unit size is 485
84 octets received
56 octets sent
2 unicast packets received
2 unicast packets sent
0 non-unicast packets received
0 non-unicast packets sent
0 incoming packets discarded
0 outgoing packets discarded
0 incoming errors
0 outgoing errors
0 unknown protos
0 collisions; 0 dropped
0 output queue drops
gei (unit number 2):
Flags: (0x70043) UP BROADCAST ARP RUNNING INET_UP
PHY Flags: (0x12212) AUTONEG 100MB FDX DIX
Type: ETHERNET_CSMACD
inet: 192.168.54.117
Broadcast address: 192.168.54.255
Netmask 0xffffff00 Subnetmask 0xffffff00
Ethernet address is 00:00:17:0d:46:bc
Metric is 0
Maximum Transfer Unit size is 1500
320 octets received
128 octets sent
0 unicast packets received
0 unicast packets sent
0 multicast packets received
0 multicast packets sent
5 broadcast packets received
2 broadcast packets sent
0 incoming packets discarded
0 outgoing packets discarded
0 incoming errors
0 outgoing errors
0 unknown protos
0 collisions; 0 dropped
0 output queue drops
gei (unit number 0):
Flags: (0x30002) DOWN BROADCAST ARP
PHY Flags: (0x2221) AUTONEG DIX
Type: ETHERNET_CSMACD
inet: 192.168.51.42
Broadcast address: 192.168.51.255
Netmask 0xffffff00 Subnetmask 0xffffff00
Ethernet address is 00:00:17:0d:48:64
Metric is 0
Maximum Transfer Unit size is 1500
0 octets received
64 octets sent
0 unicast packets received
0 unicast packets sent
0 multicast packets received
0 multicast packets sent
0 broadcast packets received
1 broadcast packets sent
0 incoming packets discarded
0 outgoing packets discarded
0 incoming errors
0 outgoing errors
0 unknown protos
0 collisions; 0 dropped
0 output queue drops
gei (unit number 3):
Flags: (0x78042) DOWN BROADCAST MULTICAST ARP RUNNING INET_UP
PHY Flags: (0x2224) AUTONEG DIX
Type: ETHERNET_CSMACD
inet: 172.21.48.249
Broadcast address: 172.21.49.255
Netmask 0xffff0000 Subnetmask 0xfffffe00
Ethernet address is 00:00:17:0d:46:bd
Metric is 0
Maximum Transfer Unit size is 2000
0 octets received
0 octets sent
0 unicast packets received
0 unicast packets sent
0 multicast packets received
0 multicast packets sent
0 broadcast packets received
0 broadcast packets sent
0 incoming packets discarded
0 outgoing packets discarded
0 incoming errors
0 outgoing errors
0 unknown protos
0 collisions; 0 dropped
0 output queue drops
gei (unit number 1):
Flags: (0x78042) DOWN BROADCAST MULTICAST ARP RUNNING INET_UP
PHY Flags: (0x2221) AUTONEG DIX
Type: ETHERNET_CSMACD
inet: 172.22.48.249
Broadcast address: 172.22.49.255
Netmask 0xffff0000 Subnetmask 0xfffffe00
Ethernet address is 00:00:17:0d:48:65
Metric is 0
Maximum Transfer Unit size is 2000
0 octets received
0 octets sent
0 unicast packets received
0 unicast packets sent
0 multicast packets received
0 multicast packets sent
0 broadcast packets received
0 broadcast packets sent
0 incoming packets discarded
0 outgoing packets discarded
0 incoming errors
0 outgoing errors
0 unknown protos
0 collisions; 0 dropped
0 output queue drops
value = 26 = 0x1a
;
e1030703 09-10-13 19:15:38 EST EAGLE 42.0.0
;
e1030703 09-10-13 19:15:38 EST EAGLE 42.0.0
NETSTAT command complete
;
This example displays BOND and GEI interfaces. Bond interfaces are supported by only E5-SM4G and E5-SM8G-B cards.
pass:cmd="netstat -i":loc=1111
e1030703 09-12-13 19:15:31 EST EAGLE 42.0.0
pass:loc=1111:cmd="netstat -i"
Command entered at terminal #17.
;
e1030703 09-12-13 19:15:31 EST EAGLE 42.0.0
PASS: Command sent to card
;
Command Accepted - Processing
e1030703 09-12-13 19:15:38 EST EAGLE 42.0.0
NETSTAT command complete
;
Command Executed
e1030703 09-12-13 19:15:31 EST EAGLE 42.0.0
SDS Shell Output
-> tklc_ifShow
lo (unit number 0):
Flags: (0x48049) UP LOOPBACK MULTICAST TRAILERS ARP RUNNING INET_UP
Type: SOFTWARE_LOOPBACK
inet: 127.0.0.1
Netmask 0xff000000 Subnetmask 0xff000000
Metric is 0
Maximum Transfer Unit size is 1536
0 packets received; 1 packets sent
0 multicast packets received
0 multicast packets sent
0 input errors; 0 output errors
0 collisions; 0 dropped
0 output queue drops
DPLend (unit number 0):
Flags: (0x20043) UP BROADCAST ARP RUNNING
Type: ETHERNET_CSMACD
Ethernet address is 00:00:00:00:00:00
Metric is 0
Maximum Transfer Unit size is 485
0 octets received
0 octets sent
0 unicast packets received
0 unicast packets sent
0 non-unicast packets received
0 non-unicast packets sent
0 incoming packets discarded
0 outgoing packets discarded
0 incoming errors
0 outgoing errors
0 unknown protos
0 collisions; 0 dropped
0 output queue drops
gei (unit number 0):
Flags: (0x78042) DOWN BROADCAST MULTICAST ARP RUNNING INET_UP
PHY Flags (0x2022) 100MB HDX DIX
Type: ETHERNET_CSMACD
inet: 192.168.122.4
Broadcast address: 192.168.122.255
Netmask 0xffffff00 Subnetmask 0xffffff00
Ethernet address is 00:00:17:0d:0f:3a
Metric is 0
Maximum Transfer Unit size is 1500
0 octets received
0 octets sent
0 unicast packets received
0 unicast packets sent
0 multicast packets received
0 multicast packets sent
0 broadcast packets received
0 broadcast packets sent
0 incoming packets discarded
0 outgoing packets discarded
0 incoming errors
0 outgoing errors
0 unknown protos
0 collisions; 0 dropped
0 output queue drops
gei (unit number 1):
Flags: (0x78042) DOWN BROADCAST MULTICAST ARP RUNNING INET_UP
PHY Flags (0x2021) 10MB HDX DIX
Type: ETHERNET_CSMACD
inet: 192.168.121.4
Broadcast address: 192.168.121.255
Netmask 0xffffff00 Subnetmask 0xffffff00
Ethernet address is 00:00:17:0d:0f:3b
Metric is 0
Maximum Transfer Unit size is 1500
0 octets received
0 octets sent
0 unicast packets received
0 unicast packets sent
0 multicast packets received
0 multicast packets sent
0 broadcast packets received
0 broadcast packets sent
0 incoming packets discarded
0 outgoing packets discarded
0 incoming errors
0 outgoing errors
0 unknown protos
0 collisions; 0 dropped
0 output queue drops
Bond (unit number 0):
Flags: (0x60043) UP BROADCAST ARP RUNNING INET_UP
Type: ETHERNET_CSMACD
inet: 192.168.123.4
Broadcast address: 192.168.123.255
Netmask 0xffffff00 Subnetmask 0xffffff00
Ethernet address is 00:00:00:00:00:00
Metric is 0
Maximum Transfer Unit size is 485
0 octets received
0 octets sent
0 unicast packets received
0 unicast packets sent
0 non-unicast packets received
0 non-unicast packets sent
0 incoming packets discarded
0 outgoing packets discarded
0 incoming errors
0 outgoing errors
0 unknown protos
0 collisions; 0 dropped
0 output queue drops
value = 26 = 0x1a
;
e1030703 09-12-13 19:15:38 EST EAGLE 42.0.0
;
e1030703 09-12-13 19:15:38 EST EAGLE 42.0.0
NETSTAT command complete
;
pass:cmd="netstat -m data":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:46:24 EST EAGLE5 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:46:24 EST EAGLE5 38.0.0
SDS Shell Output
-> netStackDataPoolShow
type number
--------- ------
FREE : 37587
DATA : 23
HEADER : 22
SOCKET : 0
PCB : 0
RTABLE : 0
HTABLE : 0
ATABLE : 0
SONAME : 0
ZOMBIE : 0
SOOPTS : 0
FTABLE : 0
RIGHTS : 0
IFADDR : 0
CONTROL : 0
OOBDATA : 0
IPMOPTS : 0
IPMADDR : 0
IFMADDR : 0
MRTABLE : 0
TAG : 0
TOTAL : 37632
number of mbufs: 37632
number of times failed to find space: 0
number of times waited for space: 0
number of times drained protocols for space: 0
__________________
CLUSTER POOL TABLE
____________________________________________________________________________
size clusters free usage minsize maxsize avgsize
----------------------------------------------------------------------------
64 6336 6336 33 4 56 13
128 6336 6313 712952418 128 128 1
256 6336 6336 0 0 0 0
512 10240 10218 712654339 293 293 3
1024 1024 1024 0 0 0 0
2048 1024 1024 0 0 0 0
----------------------------------------------------------------------------
value = 80 = 0x50 = 'P'
;
tekelecstp 08-01-19 04:46:24 EST EAGLE5 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -m sys":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:46:44 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:46:44 EST EAGLE 38.0.0
SDS Shell Output
-> netStackSysPoolShow
type number
--------- ------
FREE : 3696
DATA : 4
HEADER : 0
SOCKET : 0
PCB : 0
RTABLE : 0
HTABLE : 0
ATABLE : 0
SONAME : 0
ZOMBIE : 0
SOOPTS : 0
FTABLE : 0
RIGHTS : 0
IFADDR : 0
CONTROL : 0
OOBDATA : 0
IPMOPTS : 0
IPMADDR : 0
IFMADDR : 0
MRTABLE : 0
TAG : 0
TOTAL : 3700
number of mbufs: 3700
number of times failed to find space: 0
number of times waited for space: 0
number of times drained protocols for space: 0
__________________
CLUSTER POOL TABLE
____________________________________________________________________________
size clusters free usage minsize maxsize avgsize
----------------------------------------------------------------------------
20 500 477 28 8 20 16
44 500 495 5 24 32 35
96 500 487 13 48 96 65
172 500 490 10 116 160 150
292 500 487 1059 176 256 0
664 500 486 1064 384 592 1
1144 100 95 5 1144 1144 228
----------------------------------------------------------------------------
value = 80 = 0x50 = 'P'
;
tekelecstp 08-01-19 04:46:47 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -m dd":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:47:03 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:47:03 EST EAGLE 38.0.0
END-0 Buffer Pool
------------------
CLUSTER POOL TABLE
------------------
size clusters free usage
----------------------------------------
1536 800 480 0
----------------------------------------
END-1 Buffer Pool
------------------
CLUSTER POOL TABLE
------------------
size clusters free usage
----------------------------------------
1536 800 640 0
----------------------------------------
;
tekelecstp 08-01-19 04:47:05 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -p icmp":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:47:13 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:47:13 EST EAGLE 38.0.0
SDS Shell Output
-> icmpstatShow
ICMP:
0 call to icmp_error
0 error not generated because old message was icmp
Output histogram:
echo: 1042
0 message with bad code fields
0 message < minimum length
0 bad checksum
0 message with bad length
Input histogram:
echo reply: 1042
0 message response generated
value = 30 = 0x1e
;
tekelecstp 08-01-19 04:47:13 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -p igmp":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:47:31 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:47:31 EST EAGLE 38.0.0
SDS Shell Output
-> igmpstatShow
IGMP:
0 invalid queries received
0 invalid reports received
0 bad checksums received
0 reports for local groups received
0 membership queries received
0 membership reports received
0 short packets received
0 total messages received
0 membership reports sent
value = 27 = 0x1b
;
tekelecstp 08-01-19 04:47:31 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -p ip":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:47:50 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:47:50 EST EAGLE 38.0.0
SDS Shell Output
-> ipstatShow
total 392695394
badsum 0
tooshort 0
toosmall 0
badhlen 0
badlen 0
infragments 0
fragdropped 0
fragtimeout 0
forward 0
fastforward 0
cantforward 0
redirectsent 0
unknownprotocol 0
delivered 392695394
localout 712875071
nobuffers 0
reassembled 0
fragmented 0
outfragments 0
cantfrag 0
badoptions 0
noroute 0
badvers 0
rawout 0
toolong 0
notmember 0
nogif 0
badaddr 0
value = 1 = 0x1
;
tekelecstp 08-01-19 04:47:50 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -p tcp":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:48:10 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:48:10 EST EAGLE 38.0.0
SDS Shell Output
-> tcpstatShow
TCP:
712802525 packets sent
712802521 data packets (-1599247397 bytes)
0 data packet (0 byte) retransmitted
2 ack-only packets (0 delayed)
0 URG only packet
0 window probe packet
0 window update packet
3 control packets
392101363 packets received
392101363 acks (for -1599247397 bytes)
0 duplicate ack
0 ack for unsent data
0 packet (0 byte) received in-sequence
0 completely duplicate packet (0 byte)
0 packet with some dup. data (0 byte duped)
0 out-of-order packet (0 byte)
0 packet (0 byte) of data after window
0 window probe
0 window update packet
0 packet received after close
0 discarded for bad checksum
0 discarded for bad header offset field
0 discarded because packet too short
3 connection requests
0 connection accept
1 connection established (including accepts)
2 connections closed (including 0 drop)
0 embryonic connection dropped
392101363 segments updated rtt (of 44575243 attempts)
1 retransmit timeout
0 connection dropped by rexmit timeout
0 persist timeout
7 keepalive timeouts
0 keepalive probe sent
0 connection dropped by keepalive
0 pcb cache lookup failed
value = 27 = 0x1b
;
tekelecstp 08-01-19 04:48:10 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -p sctp":loc=1106
Command Accepted - Processing
tekelecstp 08-01-24 05:41:04 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-24 05:41:04 EST EAGLE 38.0.0
ip packets sent...................................... 214
ip packets sent with data chunk.................. 8
control chunks (excluding retransmissions)....... 211
ordered data chunks (excluding retransmissions).. 8
unordered data chunks (excluding retransmissions) 0
user messages fragmented due to MTU.............. 0
retransmit data chunks sent...................... 0
sacks sent....................................... 9
send failed...................................... 0
ip packets received.................................. 215
ip packets received with data chunk.............. 8
control chunks (excluding duplicates)............ 211
ordered data chunks (excluding duplicates)....... 8
unordered data chunks (excluding duplicates)..... 0
user messages reassembled........................ 0
data chunks read................................. 8
duplicate tsns received.......................... 0
sacks received................................... 9
gap ack blocks received.......................... 0
out of the blue.................................. 0
with invalid checksum............................ 0
connections established.............................. 1
by upper layer................................... 0
by remote endpoint............................... 1
connections terminated............................... 0
ungracefully..................................... 0
gracefully....................................... 0
associations dropped due to retransmits.............. 0
consecutive retransmit timeouts...................... 0
retransmit timer count............................... 0
fast retransmit count................................ 0
heartbeat requests received.......................... 99
heartbeat acks received.............................. 99
heartbeat requests sent.............................. 99
associations supported............................... 16
milliseconds cookie life at 4-way start-up handshake. 5000
retransmission attempts allowed at start-up phase.... 10
;
tekelecstp 08-01-24 05:41:04 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -p udp":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:48:40 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:48:40 EST EAGLE 38.0.0
SDS Shell Output
-> udpstatShow
UDP:
714029 total packets
612012 input packets
102017 output packets
0 incomplete header
0 bad data length field
0 bad checksum
510042 broadcasts received with no ports
0 full socket
0 pcb cache lookup failed
0 pcb hash lookup failed
value = 26 = 0x1a
;
tekelecstp 08-01-19 04:48:40 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -r":loc=1112
Command Accepted - Processing
tekelecstp 08-02-19 05:58:13 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-02-19 05:58:13 EST EAGLE 38.0.0
SDS Shell Output
-> tklc_routeShow
ROUTE NET TABLE
destination gateway flags Refcnt Use Interface
------------------------------------------------------------------------
172.20.48.0 172.20.48.250 33554689 0 0 DPLend0
192.168.55.0 192.168.55.252 33554689 2 0 gei2
------------------------------------------------------------------------
ROUTE HOST TABLE
destination gateway flags Refcnt Use Interface
------------------------------------------------------------------------
127.0.0.1 127.0.0.1 35651589 3 15 lo0
192.168.99.100 192.168.55.211 33554439 0 0 gei2
------------------------------------------------------------------------
value = 0 = 0x0
;
tekelecstp 08-02-19 05:58:13 EST EAGLE 38.0.0
NETSTAT command
pass:cmd="netstat -d 0":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:49:16 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:49:16 EST EAGLE 38.0.0
Report Time = 00-00-00 00:00:59.001
Card Load Time = 00-00-00 00:00:09.905
Last Reset Time = 00-00-00 00:00:09.905
crc err = 0 align err = 0 symbol err = 0
rx err = 0 missed pkt = 0 sequence err = 0
cr ex er = 0 rx len err = 0 rx no buf = 0
rx total = 243721 rx undersz = 0 rx frag = 0
good pkt rx= 243721 rx bcast = 11652 rx mcast = 0
rx oversz = 0 rx jabber = 0 collision = 0
tx total = 381079 late coln = 0 tx underun = 0
good pkt tx= 381079 tx bcast = 0 tx mcast = 0
defer count = 0 tx no crs = 0
good octets rx = 16988038 total octets rx = 16988038
good octets tx = 137538057 total octets tx = 137538057
;
tekelecstp 08-01-19 04:49:16 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -d 0 -z":loc=1111
tekelecstp 08-01-19 04:50:07 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:50:07 EST EAGLE 38.0.0
Driver measurements for unit 0 cleared
;
tekelecstp 08-01-19 04:50:07 EST EAGLE 38.0.0
NETSTAT command complete
;
pass:cmd="netstat -d 0 -f":loc=1111
Command Accepted - Processing
tekelecstp 08-01-19 04:50:22 EST EAGLE 38.0.0
PASS: Command sent to card
;
tekelecstp 08-01-19 04:50:22 EST EAGLE 38.0.0
Report Time = 00-00-00 00:01:01.335
Card Load Time = 00-00-00 00:00:09.905
Last Reset Time = 00-00-00 00:00:46.665
crc err = 0 align err = 0 symbol err = 0
rx err = 0 missed pkt = 0 sequence err = 0
cr ex er = 0 rx len err = 0 rx no buf = 0
rx total = 13562 rx undersz = 0 rx frag = 0
good pkt rx= 13562 rx bcast = 149 rx mcast = 0
rx oversz = 0 rx jabber = 0 collision = 0
tx total = 22019 late coln = 0 tx underun = 0
good pkt tx= 22019 tx bcast = 0 tx mcast = 0
single col = 0 excess coln = 0 multi colsn = 0
pkt rx 64 = 179 pkt rx 127 = 13383 pkt rx 255 = 0
pkt rx 511 = 0 pkt rx 1023 = 0 pkt rx 1522 = 0
pkt tx 64 = 30 pkt tx 127 = 0 pkt tx 255 = 0
pkt tx 511 = 21989 pkt tx 1023 = 0 pkt tx 1522 = 0
tcp cxt tx = 0 rx FIFO head = 0x00000caf rx FIFO tail = 0x00000caf
rx FIFO pc = 0 rx FIFO hs = 0x00000caf rx FIFO ts = 0x00000caf
tcp tx fc = 0 tx FIFO head = 0x00001f30 tx FIFO tail = 0x00001f30
tx FIFO pc = 0 tx FIFO hs = 0x00001f30 tx FIFO ts = 0x00001f30
XON rcv = 0 XON xmit = 0 XOFF rcv = 0
XOFF tx = 0 unsupport FC = 0
defer count = 0 tx no crs = 0
good octets rx = 948266 total octets rx = 948266
good octets tx = 7983927 total octets tx = 7983927
;
tekelecstp 08-01-19 04:50:22 EST EAGLE 38.0.0
5463.1083 SYSTEM INFO REPT COND: system alive
Report Date:02-01-19 Time:04:50:24
;
tekelecstp 08-01-19 04:50:22 EST EAGLE 38.0.0
NETSTAT command complete
;
nslookup
This command returns the IP address for a given hostname, or returns a hostname for a given IP address.
Options
Options and option parameters that are underlined
indicate that a value must be specified for that option or parameter. For
example, the
nslookup
command has the option
destination
. An IP address or hostname can be
specified for the destination, as in the commands
nslookup 192.168.100.3
and
nslookup dcm1107a
. Do not enter the
underlined option or parameter; enter a value for the information represented
by the underlined option or parameter.
destination
The destination can be either an IP address or hostname.
IP address
The IP address is a TCP/IP address expressed in standard “dot notation.” IP addresses consist of the system’s network number and the machine’s unique host number. An example IP address is 192.9.200.44, where 192.9.200 is the network number and 44 is the machine’s host number.
hostname
Hostname. The logical name assigned to the device with the IP address indicated.
- Range:
- a-z, A–Z, 0–9, -, .
(any string of characters beginning with a letter and comprising up to 60 characters in length)
-h
This option provides help information for the command.
Example
nslookup 192.9.200.44
nslookup nc.tekelec.com
nslookup 2005:1a3c:2a3e:12ef:9064:8b6c:567a:78fd
Dependencies
The actual
nslookup
text string must be followed
by a destination (either a hostname or IP address).
Whether a host is found depends on the configuration of the host table and domain name servers.
Notes
The
nslookup
command is executed through
the
pass
command.
Output
pass:loc=1105:cmd="nslookup"
or
pass:loc=1105:cmd="nslookup -h"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:43:21 EST EAGLE5 31.6.0
pass:loc=1105:cmd="nslookup"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:43:21 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:43:21 EST EAGLE5 31.6.0
Usage: nslookup [hostname|ipaddr]
Options:
hostname String name
ipaddr d.d.d.d
;
rlghncxa03w 04-07-27 08:43:22 EST EAGLE5 31.6.0
NSLOOKUP command complete
pass:loc=1105:cmd="nslookup dcm1107a"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:43:46 EST EAGLE5 31.6.0
pass:loc=1105:cmd="nslookup dcm1107a"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:43:46 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:43:46 EST EAGLE5 31.6.0
NSLOOKUP command in progress
;
rlghncxa03w 04-07-27 08:43:46 EST EAGLE5 31.6.0
Configured Domain Name Data
DNSA = 192.168.100.3
DNSB = 0.0.0.0
Domain Name = nc.tekelec.com
Search Order = LOCAL First
Resolving host name - dcm1107a
Host Table entry
dcm1107a - 192.168.100.113
DNS Server - No entry exists
Currently using Host Table entry
NSLOOKUP command complete
;
pass:loc=1105:cmd="nslookup
198.89.40.60"
Command Accepted - Processing
rlghncxa03w 04-07-27 13:21:49 EST EAGLE5 31.6.0
pass: loc=1105: cmd="nslookup 198.89.40.60"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 13:21:49 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 13:21:49 EST EAGLE5 31.6.0
NSLOOKUP command in progress
;
rlghncxa03w 04-07-27 13:21:49 EST EAGLE5 31.6.0
Configured Domain Name Data
DNSA = 198.89.40.60
DNSB = 0.0.0.0
Domain Name = nc.tekelec.com
Search Order = LOCAL First
Resolving IP address - 198.89.40.60
Host Table - No entry exists
DNS Server
tekral.nc.tekelec.com - 198.89.40.60
Currently using DNS Server entry
NSLOOKUP command complete
pct
This command is used to maintain per-translation statistics and to test Point Code and CIC Translation (PCT) functionality. The command can use Stats mode to reset or display per-translation statistics or Test mode to test PCT behavior.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
-h
This option is used to provide help information for the command.
The following options are common to both Stats mode and Test mode:
-p
pctype
Point Code Type. This option applies to all point codes in the option list.
The following options apply to only Stats mode:
-a
realpc
Real Point Code
-c
cicr
CIC range. This option can be specified only if SI is 4, 5, or 13.
- Range:
- The option can be in one of these forms:
- wildcard(*)
- ecics-ecice:rcics-rcice, e.g., 5-10:15-20
- ecics:rcics (e.g., 5:6, which is equivalent to 5-5:6-6)
-e
epc
Emulated Point Code
-f
fpc
Filter Point Code. This option can be a wildcard (*).
-l
List the stats for the selected rules. The -e
or -a
option must be supplied. Both of these options can be specified.
-r
Resets the stats for selected rules. If no other options are specified, then this option resets stats on all rules. If other options are specified, then the -e
or -a
option must be specified.
-s
si
-u
ssn
Subsystem Number. The si=3
option must be specified before this option can be specified. This option can be a wildcard (*)
The following options apply only to Test mode.
-c
cic
CIC in simulated MSU. If a value of 4, 5, or 13 is specified for the si
option, then the -c
must be specified.
-d
dpc
Destination Point Code in simulated MSU.
-o
opc
Originating Point Code in simulated MSU.
-s
si
SI in simulated MSU.
-u
ssn
Subsystem number in CgPA and CdPA in simulated MSU. The si=3
option must be specified before the -u
option can be specified. If the -u
is not specified, and the si=3
is specified, then the route on SSN is off.
pass:loc=1201:cmd=”pct –m stats –r –e 4-3-1”
pass:loc=1201:cmd="pct -m test -d 4-3-1 -o 7-2-30 -s 3 -u 26"
Dependencies
None
Notes
None
Output
This example shows a help report:
pass:loc=1201:cmd="pct -h"
Command Accepted – Processing
Usage:
pct -m stats [-l | -r] [-p pctype] [-e epc] [-f fpc] [-a realpc] [-s si] [-u ssn] [-c cicr]
pct -m test [-p pctype] -d dpc -o opc -s si [-c cic] [-u ssn]
pct -h
Modes:
stats - reset or display per-rule stats
test - test PCT behavior for a message with the specified field values
Common Options:
-p pctype is ANSI, ITUI, or ITUN
stats Mode Options:
-r reset the stats for selected rules
with no other options, resets stats on all rules
if other options present, -e or -a must be supplied
-l list the stats for selected rules (default)
the -e or -a option must be supplied
both -e and -a may be supplied
-e emulated point code
-a real point code
-c cicr is in these forms:
* (see Note 1)
ecics-ecice:rcics-rcice, e.g., 5-10:15-20
ecics:rcics, e.g., 5:6 which is equiv to 5-5:6-6
allowed only if SI is 4, 5, or 13
-f filter pc; may be * (see Note 1)
-s si; can be 0, 3, 4, 5, 13, or * (see Note 1)
-u ssn; may be * (see Note 1)
allowed only if SI is 3
test Mode Options:
-d DPC in simulated MSU
-o OPC in simulated MSU
-s SI in simulated MSU
-u SSN in CgPA and CdPA in simulated MSU;
if absent and si is 3, indicates that route on SSN is off;
allowed only if SI is 3
-c CIC in simulated MSU;
required if SI is 4, 5, or 13
Notes:
1. an explicit * will match only with rule containing a wildcard; to match
on wildcard or a specific value, do not specify the associated option
Stats Mode
With the -l
option, all matching translations are displayed along with the following three statistics for each translation:
- DPCLKP – Number of successful translations of the DPC and/or CIC of a message (the number of successful DPC lookups).
- OPCLKP – Number of successful translations of the OPC and/or CIC of a message (the number of successful OPC lookups).
- MSUDISC – Number of messages discarded after successfully translating the DPC of a message from an emulated point code to a real point code, but where the real point code is unreachable.
The IDX (index) column is the unique row number of the entry in the PCT table. The index for a particular translation is the same across all cards.
The output for a single translation consists of two or three lines.
For translations with an SI of 4, 5, or 13, the CIC range field is displayed only for translations with a specific value for the CIC range.
This example lists all translations with an EPC of 4-3-1 (ANSI):
pass:loc=1201:cmd=”pct –m stats –l –e 4-3-1”
Command Accepted – Processing
idx epc rpc fpc si ssn
6 004-003-001 007-003-001 007-002-030 3 24
dpclkp: 0 opclkp: 0 msudisc: 0
7 004-003-001 007-003-002 007-002-030 3 26
dpclkp: 0 opclkp: 0 msudisc: 0
8 004-003-001 007-003-006 007-002-030 5 ---
ecic: 100-105 rcic: 200-205
dpclkp: 0 opclkp: 0 msudisc: 0
9 004-003-001 007-003-011 007-002-* 3 24
dpclkp: 0 opclkp: 0 msudisc: 0
10 004-003-001 007-003-016 007-*-* 3 24
dpclkp: 0 opclkp: 0 msudisc: 0
11 004-003-001 007-003-021 007-002-030 3 *
dpclkp: 0 opclkp: 0 msudisc: 0
12 004-003-001 007-003-026 007-002-030 5 ---
dpclkp: 0 opclkp: 0 msudisc: 0
13 004-003-001 007-003-031 007-002-* 3 *
dpclkp: 0 opclkp: 0 msudisc: 0
14 004-003-001 007-003-036 007-003-* 3 *
dpclkp: 0 opclkp: 0 msudisc: 0
15 004-003-001 007-003-041 007-*-* 3 *
dpclkp: 0 opclkp: 0 msudisc: 0
16 004-003-001 007-003-046 008-*-* 3 *
dpclkp: 0 opclkp: 0 msudisc: 0
17 004-003-001 007-003-051 007-002-029 * ---
dpclkp: 0 opclkp: 0 msudisc: 0
18 004-003-001 007-003-056 007-002-030 * ---
dpclkp: 0 opclkp: 0 msudisc: 0
19 004-003-001 007-003-061 007-002-* * ---
dpclkp: 0 opclkp: 0 msudisc: 0
20 004-003-001 007-003-066 007-*-* * ---
dpclkp: 0 opclkp: 0 msudisc: 0
21 004-003-001 007-003-071 -------------- 3 24
dpclkp: 0 opclkp: 0 msudisc: 0
22 004-003-001 007-003-076 -------------- 5 ---
ecic: 100-105 rcic: 200-205
dpclkp: 0 opclkp: 0 msudisc: 0
23 004-003-001 007-003-081 -------------- 3 *
dpclkp: 0 opclkp: 0 msudisc: 0
24 004-003-001 007-003-086 -------------- 5 ---
dpclkp: 0 opclkp: 0 msudisc: 0
25 004-003-001 007-003-091 -------------- * ---
dpclkp: 0 opclkp: 0 msudisc: 0
This example resets counters for all translations with an EPC of 4-3-1 (ANSI):
pass:loc=1201:cmd=”pct –m stats –r –e 4-3-1”
Command Accepted – Processing
Stats reset on 20 rules
Test Mode
Test mode allows determination of whether an incoming message with the specified field values would result in a match on an entry in the PCT table. Output includes the content of the message, as specified on the command line, the lookup result, and the matching entry if a match exists.
This example shows a match on the DPC lookup:
pass:loc=1201:cmd="pct -m test -d 4-3-1 -o 7-2-30 -s 3 -u 26"
Command Accepted – Processing
Point Code and CIC Translation Lookup Test
MSU content:
OPC: 007-002-030
DPC: 004-003-001
SI: 3
SSN: 26
Lookup result:
Match on DPC was found
Matching entry:
idx epc rpc fpc si ssn
7 004-003-001 007-003-002 007-002-030 3 26
This example shows a match on the OPC lookup:
pass:loc=1201:cmd="pct -m test -d 7-2-30 -o 7-3-2 -s 3 -u 26"
Command Accepted – Processing
Point Code and CIC Translation Lookup Test
MSU content:
OPC: 007-003-002
DPC: 007-002-030
SI: 3
SSN: 26
Lookup result:
Match on OPC was found
Matching entry:
idx epc rpc fpc si ssn
7 004-003-001 007-003-002 007-002-030 3 26
This example shows a match on a DPC lookup where the matching translation has a wildcard Filter PC and a wildcard SI:
pass:loc=1201:cmd="pct -m test -d 4-3-1 -o 9-9-9 -s 4 –c 106"
Command Accepted – Processing
Point Code and CIC Translation Lookup Test
MSU content:
OPC: 009-009-009
DPC: 004-003-001
SI: 4
CIC: 106
Lookup result:
Match on DPC was found
Matching entry:
idx epc rpc fpc si ssn
25 004-003-001 007-003-091 -------------- * ---
ping
This command is used to test for the presence of hosts on the network. This command is invoked with a destination (either a hostname or IP address).
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the ping
command has the option destination
. An IP address or hostname can be specified for the destination, as in the commands ping 192.9.200.44
and ping nc.tekelec.com
. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
-
destination
- The destination can be either an IP address or hostname.
-
IP address
- The IP address is a TCP/IP address expressed in standard “dot notation.” IP addresses consist of the system’s network number and the machine’s unique host number. An example IP address is 192.9.200.44, where 192.9.200 is the network number and 44 is the machine’s host number.
-
hostname
- Hostname. The logical name assigned to the device with the IP address indicated.
-
Example
ping 192.9.200.44ping nc.tekelec.com
ping 192.9.200.44 -i 5 -n 2048
ping 10.254.111.21 -f -n 1480
Dependencies
The actual ping
text string must be followed by a destination (either a hostname or IP address) prior to the options.
Notes
The ping
command is executed through the pass
command.
Output
pass:loc=1105:cmd="ping"
or
pass:loc=1105:cmd="ping -h"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:29:35 EST EAGLE5 31.6.0
pass:loc=1105:cmd="ping"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:29:35 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:29:35 EST EAGLE5 31.6.0
Usage: ping <hostname | ipaddr> [-h] [-i size] [-n count]
Options:
-f Sets the DF (Don't Fragment) bit in IP header of ICMP packet.
-h Displays this message
-i count Number of pings to send. Range=1..5. Default=3.
-n size Sets size of ICMP echo packet. Range=12..2048. Default=64.
hostname Name of machine to ping
ipaddr IP Address of machine to ping (d.d.d.d)
;
rlghncxa03w 04-07-27 08:29:36 EST EAGLE5 31.6.0
PING command complete
;
pass:loc=1105:cmd="ping tekral"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:30:16 EST EAGLE5 31.6.0
pass:loc=1105:cmd="ping tekral"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:30:16 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:30:16 EST EAGLE5 31.6.0
PING command in progress
;
rlghncxa03w 04-07-27 08:30:18 EST EAGLE5 31.6.0
PING tekral (192.168.100.3): 56 data bytes
64 bytes from tekral.nc.tekelec.com (192.168.100.3):icmp_seq=0.time=5. ms
64 bytes from tekral.nc.tekelec.com (192.168.100.3):icmp_seq=1.time=0. ms
64 bytes from tekral.nc.tekelec.com (192.168.100.3):icmp_seq=2.time=0. ms
----tekral PING Statistics----
3 packets transmitted, 3 packets received, 0% packet loss
round-trip (ms) min/avg/max = 0/1/5
PING command complete
;
pass:loc=1105:cmd="ping 192.168.100.3"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:30:44 EST EAGLE5 31.6.0
pass:loc=1105:cmd="ping 192.168.100.3"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:30:44 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:30:44 EST EAGLE5 31.6.0
PING command in progress
;
rlghncxa03w 04-07-27 08:30:46 EST EAGLE5 31.6.0
PING 192.168.100.3: 56 data bytes
64 bytes from tekral.nc.tekelec.com (192.168.100.3):icmp_seq=0.time=5. ms
64 bytes from tekral.nc.tekelec.com (192.168.100.3):icmp_seq=1.time=0. ms
64 bytes from tekral.nc.tekelec.com (192.168.100.3):icmp_seq=2.time=0. ms
----192.168.100.3 PING Statistics----
3 packets transmitted, 3 packets received, 0% packet loss
round-trip (ms) min/avg/max = 0/1/5
PING command complete
;
pass:loc=1105:cmd="ping tekral -i 2"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:31:46 EST EAGLE5 31.6.0
pass:loc=1105:cmd="ping tekral -i 2"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:31:46 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:31:46 EST EAGLE5 31.6.0
PING command in progress
;
rlghncxa03w 04-07-27 08:31:47 EST EAGLE5 31.6.0
PING tekral (192.168.100.3): 56 data bytes
64 bytes from tekral.nc.tekelec.com(192.168.100.3):icmp_seq=0.time=10. ms
64 bytes from tekral.nc.tekelec.com(192.168.100.3):icmp_seq=1.time=0. ms
----tekral PING Statistics----
2 packets transmitted, 2 packets received, 0% packet loss
round-trip (ms) min/avg/max = 0/5/10
PING command complete
;
pass:loc=1105:cmd="ping tekral -i 2 -n 200"
rlghncxa03w 04-07-27 08:32:09 EST EAGLE5 31.6.0
pass:loc=1105:cmd="ping tekral -i 2 -n 200"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:09 EST EAGLE5 31.6.0
PING command in progress
;
rlghncxa03w 04-07-27 08:32:10 EST EAGLE5 31.6.0
PING tekral (192.168.100.3): 192 data bytes
200 bytes from tekral.nc.tekelec.com(192.168.100.3):icmp_seq=0.time=5. ms
200 bytes from tekral.nc.tekelec.com(192.168.100.3):icmp_seq=1.time=0. ms
----tekral PING Statistics----
2 packets transmitted, 2 packets received, 0% packet loss
round-trip (ms) min/avg/max = 0/2/5
PING command complete
;
Note:
In this example, the response shows eight bytes less than the entry (192 as opposed to 200) because theping
command may use eight bytes automatically.
pass:loc=1308:cmd="ping 10.254.111.21 -f -n 1480"
Command Accepted - Processing
eagle10212 12-06-19 10:07:42 EST EAGLE5 44.0.0-64.33.0
pass:loc=1380:cmd="ping 10.254.111.21 -f - n 1480"
Command entered at terminal #5.
eagle10212 12-06-19 10:07:42 EST EAGLE5 44.0.0-64.33.0
PING command in progress
;
eagle10212 12-06-16 10:07:42 EST EAGLE5 44.0.0-64.33.0
PING 10.254.111.21: 1472 data bytes
DF bit set. Fragmentation Needed
PING: no answer from 10.254.111.21
PING command complete
;
pass:loc=1308:cmd="ping 10.254.111.21 -f -n 1380"
Command Accepted -Processing
eagle10212 12-06-19 10:06:58 EST EAGLE5 44.0.0-64.33.0
pass:loc=1308:cmd="ping 10.254.111.21 -f -n 1380"
Command entered at terminal #5.
eagle10212 12-06-19 10:06:58 EST EAGLE5 44.0.0-64.33.0
PING command in progress
;
eagle10212 12-06-19 10:06:58 EST EAGLE5 44.0.0-64.33.0
;
eagle10212 12-06-19 10:07:00 EST EAGLE5 44.0.0-64.33.0
PING 10.254.111.21: 1372 data bytes
1380 bytes from e1021301.1308a (10.254.111.21): icmp_seq=0. time=329319. ms
1380 bytes from e1021301.1308a (10.254.111.21): icmp_seq=1. time=330319. ms
1380 bytes from e1021301.1308a (10.254.111.21): icmp_seq=2. time=331319. ms
----10.254.111.21 PING Statistics----
3 packets transmitted, 3 packets received, 0% packet loss
round-trip (ms) min/avg/max = 329319/330319/331319
PING command complete
;
sctp
This command is used to provide a view of SCTP instance and association information.
Options
-a aname
This option is used to retrieve the measurements and information for a specific association.
-l
This option is used to display logging details for associations. The logging details are independent of the association state (close or open).
-p <port>
This option is used to retrieve the measurements for a specified SCTP port.
-r
This option is used to reset specified measurements. The associated report is not displayed.
-h
This option is used to display help information for the command. Either brief or full help reports can be generated.
-m
This option is used to display SCTP incoming/outgoing (IO) header audit reports for common and dedicated IO header pools. The IO header is a transmission sequence number (TSN) control block used in processing SCTP chunks. The report shows total, currently available, and minimum IO header counts for the IO header pool shared by all associations (common pool) and the IO header pool for each association (dedicated pool).
Example
pass:cmd="sctp -a aname":loc=1307pass:cmd="sctp -l":loc=1307
pass:cmd="sctp -l aname":loc=1307
pass:cmd="sctp -p port":loc=1307
pass:cmd="sctp -r -a aname":loc=1307
pass:cmd="sctp -r -l aname":loc=1307
pass:cmd="sctp -m"
pass:cmd="sctp"
Dependencies
The -r
option can be specified in the same command as the -a
, -p
, or -l
option. Otherwise, only one option can be specified at a time.
Notes
None
Output
Either brief or full help reports can be displayed. A full help report is generated by adding the -h full
option to the command line.
This example shows a brief help report:
pass:loc=1305:cmd="sctp -h"
Usage: [ [[[-a aname] | [-p port] | [-l [aname]]] [-r [-s]]] | [-m] | [-h [full]] ]
Options:
(no parameters) display list of SCTP ports
-a aname display association report
-p port display SCTP port report
-r reset specified SCTP measurements
-m display IO header usage report
-l aname display association event log
-l display all event logs
-r -l reset all SCTP event logs
-r -s reset all SCTP measurements and pegs
-h displays command help (brief or full)
;
rlghncxa03w 08-02-01 08:32:09 EST EAGLE5 38.0.0
SCTP command complete
;
This example shows a full help report:
pass:loc=1307:cmd="sctp -h full"
Usage: sctp [[[[-a aname] | [-p port] | [-l [aname]]] [-r [-s]]] | [-m] | [-h [full]]]
Options:
(no parameters) display list of SCTP ports
-a aname display association report
-p port display SCTP port report
-r reset specified SCTP measurements
-m display IO header usage report
-l aname display association event log
-l display all event logs
-r -l reset all SCTP event logs
-r -s reset all SCTP measurements and pegs
-h displays command help (brief or full)
no parameters option
Summary list of all SCTP instances. To list all the SCTP
ports issue the following command:
sctp
-a aname option details
Retrieves detailed information and measurements for a specific
association. For example the following SCTP command will get the
measurements and detailed information for the association with
association name = assoc1.
sctp -a assoc1
In remote address field of output configured RHOST or ARHOST or both IP
address will be displayed based on the presence in association remote network
array
-p port option details
Retrieves detailed information for a specified SCTP port.
For example the following SCTP command will get the detailed
information for the SCTP port with a local port of 200.
sctp -p 200
In remote address field of output configured RHOST or ARHOST or both IP
address will be displayed based on the presence in association remote network
array
-r option details
Resets specified SCTP Measurements. See examples below.
Resets measurements for specified association:
sctp -r -a assoc
Resets measurements for all associations on port 2000:
sctp -r -p 2000
Resets measurements and event logs for all ports/associations:
sctp –r
Resets event logs for specified association:
sctp -r -l assoc
Resets event logs for all associations:
sctp -r -l
Resets measurements for all associations:
sctp -r -s
-m
This option displays SCTP IO header audit report for common and
dedicated IO header pools. The report shows total, currently
available and minimum (low water mark) IO header counts for common
and each association's dedicated pool.
IO header is a TSN control block used in processing SCTP chunks.
Common pool is IO header pool shared by all associations.
Dedicated pool is a per-association IO header pool.
sctp -m;
-l option details
This option displays logging details for associations. The logging
details are independent of the association state (close or open).
See examples below:
The following SCTP command will get the logging details
for all associations on the specified card.
sctp -l
The following SCTP command will get the logging
details for the association with association name = assoc1.
sctp -l assoc1
;
rlghncxa03w 08-02-01 08:32:09 EST EAGLE5 38.0.0
SCTP command complete
;
This example shows a summary list of all SCTP ports. All SCTP ports and number of associations associated with each port is displayed.
pass:loc=1307:cmd="sctp"
rlghncxa03w 08-02-01 08:32:09 EST EAGLE5 38.0.0
Local Local IP Num of
Port Address Assoc
7001 192.168.110.35 1
2222 192.168.110.12 3
192.168.112.12
;
rlghncxa03w 08-02-01 08:32:09 EST EAGLE5 38.0.0
SCTP command complete
;
This example shows specific SCTP association information and measurements:
pass:loc=1307:cmd="sctp –a assoc1"
e1090203 10-11-01 12:52:56 EST EAGLE 43.0.0
Aname Local Local Remote Remote
Address Port Address Port
assoc1 192.168.110.12 2222 192.168.112.4 5555
192.168.112.12 192.168.110.2
Configuration State
Retransmission Mode = LIN State = OPEN
Min. Retransmission Timeout = 10000 ULP association id = 18
Max. Retransmission Timeout = 800000 Number of nets = 2
Max. Number of Retries = 10 Inbound Streams = 1
Min. Congestion Window = 3000 Outbound Streams = 2
Inbound Streams = 2
Outbound Streams = 2
Checksum Algorithm = crc32c
Send/Rcv Buffer Size = 204800
Nets Data
IP Address 192.168.112.4 State Reachable
Port 5555 Primary YES
MTU 1500 cwnd 16384
ssthresh 16384 RTO 120
IP Address 192.168.112.5 State Reachable
Port 5555 Primary NO
MTU 1500 cwnd 16384
ssthresh 16384 RTO 120
IP Address 192.168.110.2 State Reachable
Port 5555 Primary NO
MTU 1500 cwnd 16384
ssthresh 16384 RTO 120
Last Net Sent To = 192.168.112.4
Last Net Rcvd From = 192.168.112.4
Over All Eror Count = 0
Peers Rwnd = 13880
My Rwnd = 16384
Max Window = 16384
Initial Seq Number = 24130
Next Sending Seq Number = 124686
Last Acked Seq Number = 124669
Maximum Outbound Char Count = 16384
Current Outbound Char Count = 2112
Number Unsent Char Count = 0
Outbound Data Chunk Count = 16
Number Unsent = 0
Number To Retransmit = 0
ip datagrams rcvd = 155402
ip datagrams with data chunks rcvd = 120844
data chunks rcvd = 367908
data chunks read = 367900
dup tsns rcvd = 8
sacks rcvd = 38734
gap ack blocks rcvd = 3
heartbeat requests rcvd = 135
heartbeat acks rcvd = 52
heartbeat requests sent = 52
ip datagrams sent = 129254
ip datagrams with data chunks sent = 73084
data chunks sent = 396330
retransmit data chunks sent = 135
sacks sent = 64872
send failed = 0
retransmit timer count = 0
consecutive retransmit timeouts = 0
RTO between RMIN and RMAX inclusive = 6
RTT greater than RMAX = 0
fast retransmit count = 135
recv timer count = 0
heartbeat timer count = 244
none left tosend = 0
none left rwnd gate = 5
none left cwnd gate = 8
UNKNOWN = 0
;
e1090203 10-11-01 12:52:56 EST EAGLE 43.0.0
SCTP command complete
;
Field Descriptions for sctp -a
Output
- Local Address-IP Address of the near end. The address that the local SCTP endpoint should bind.
- Local Port-SCTP port number, if ULP wants it to be specified.
- Remote Address-IP Address of the far end/destination. Destination address for transporting DATA.
- Remote Port-Port number of the destination.
Configuration:[Following rows are SCTP configured values]
- Retransmission Mode-Configured retransmission mode. Values are “LIN” or “RFC”.
- Min. Retransmission Timeout-Minimum Retransmission Timeout value configured.
- Max. Number of Retries-Configured maximum number of retries.
- Min. Congestion Window-Minimum and initial congestion window.
- Inbound Streams-The maximum number of inbound streams this association allows the peer end to create. The value can not be 0.
- Outbound Streams-The maximum number of outbound streams this association allows the peer end to create. The value can not be 0.
State: [Following rows are association state values]
- State-State of the association.
- ULP association id-Upper Layer Protocol association id.
- Number of nets-Number of networks.
- Inbound Streams-Number of Inbound streams the far end can support. Min(requested,offered)
- Outbound Streams-Number of Outbound streams the far end can support. Min(requested,offered)
- Checksum Algorithm-32 bit checksum field that is included in the SCTP common header. The CRC32c checksum should be set by the sender of each SCTP packet to provide additional protection against data corruption in the network.
- Send/Rcv Buffer Size-The maximum size of data to be transmitted/received in bytes.
- Nets Data-All of the available remote IP addresses and if they are reachable or not.
- Last Net Sent To-IP address of the last network sent on.
- Last Net Rcvd From-IP address of the last network received on.
- Over All Error Count-Total error count on the association.
- Peers Rwnd-The peers receive window.
- My Rwnd-My receive window.
- Max Window-Maximum receive window (the peers receive window is set to this value until it is learned).
- Initial Seq Number-Initial sequence number started at.
- Next Sending Seq Number-Next Sending sequence number.
- Last Acked Seq Number-Highest consecutive TSN that has been Acked.
- Maximum Outbound Char Count-Maximum outbound byte count (high water mark).
- Current Outbound Char Count-Current outbound byte count.
- Number Unsent Char Count-Number of unsent bytes.
- Outbound Data Chunk Count-Number of data chunks that were sent.
- ip datagrams rcvd-Number of IP packets received.
- ip datagrams with data chunks rcvd-Number of IP packets containing SCTP data chunks received.
- data chunks rcvd-Number of SCTP data chunks received.
- data chunks read-Number of SCTP data chunks read.
- dup tsns rcvd-Number of duplicate data chunks received.
- sacks rcvd-Number of selective acknowledgements received.
- gap ack blocks rcvd-Indicates the number of GAP Ack Blocks included in a SACK. This value informs the peer endpoint of gaps in the received sequences of DATA chunks as represented by their TSNs.
- heartbeat requests rcvd-Number of heartbeat requests received.
- heartbeat acks rcvd-Number of heartbeat acknowledges received.
- heartbeat requests sent-Number of heartbeat requests sent.
- ip datagrams sent-Number of IP packets transmitted.
- ip datagrams with data chunks sent-Number of IP packets containing SCTP data transmitted.
- data chunks sent-Number of data chunks sent.
- retransmit data chunks sent-Number of retransmitted data chunks for this association.
- sacks sent-Number of selective acknowledgements sent.
- send failed-Number of selective acknowledgements failed.
- retransmit timer count-Reports the retransmit timer count. Number of times the transmit timer has expired.
- consecutive retransmit timeouts-Count of the number of times consecutive timeouts occurred.
- RTO between RMIN and RMAX inclusive-If the calculated RTO is between the configured RMIN value and the RMAX value inclusively, then increment this peg count. This peg serves as an indication that the RMIN value may be configured incorrectly and will possibly cause frequent retransmits to occur due to RTO fluctuations.
- RTT greater than RMAX-If the calculated RTT is above the configured RMAX value, then increment this peg count. This peg serves as an indication that the RMAX value is configured incorrectly and will possibly cause frequent retransmits to occur due to RTO fluctuations.
- fast retransmit count-Number of retransmits due to fast retransmit.
- recv timer count-Number of times the receive timer has expired.
- heartbeat timer count-Number of times the heartbeat timer has expired.
- none left tosend-Number of times a transmit is attempted and there is no data chunks to send.
- none left rwnd gate-Number of times a transmit is denied due to no receive window space at peer.
- none left cwnd gate-Number of times a transmit is denied due to exceeding the local congestion window.
- UNKNOWN-Number of retransmit Datagrams for this assoc for error monitoring.
This example shows SCTP port measurements:
pass:loc=1307:cmd="sctp –p 2222”
rlghncxa03w 09-05-01 08:32:09 EST EAGLE5 41.0.0
Local Local IP Num of
Port Address Assoc
2222 192.168.110.12 3
192.168.112.12
Assoc Local Local Remote Remote
ID IP Address Port Address Port
1 192.168.110.12 2222 192.168.112.4 5555
192.168.112.12 192.168.110.2
2 192.168.110.12 2222 192.168.112.4 5555
192.168.112.12 192.168.110.3
3 192.168.110.12 2222 192.168.112.4 7777
192.168.112.12 192.168.110.4
no.of inqueued msgs = 0
max mtu = 1500
max init times = 8
max size reassembly = 1048576
default rwnd value = 16384
pre-open streams = 1
ip datagram counter = 2781
Timer Values: seconds millisecs
INIT 1 0
RECV 0 200
SEND 1 0
SHUTDOWN 0 300
HEARTBEAT 0 500
PMTU 600 0
;
rlghncxa03w 09-05-01 08:32:09 EST EAGLE5 41.0.0
SCTP command complete
;
This example shows all event logs for an association:
pass:loc=1307:cmd="sctp –l assoc1"
rlghncxa03w 08-02-01 08:32:09 EST EAGLE 38.0.0
SCTP Event Log
Time Event Reason Ripaddr Rport
----------------------------------------------------------------------------
01:19:04.165 SACK send fail None 192.168.63.235 10001
01:19:04.175 Ck echo ack snd fail None 192.168.63.235 10001
01:19:04.180 Assoc UP Unknown 192.168.63.235 10001
01:19:04.180 Assoc Down Shutdown Rcv 192.168.63.235 10001
01:19:04.180 Shutdown ack send None 192.168.63.235 10001
01:19:06.425 INIT Rcv None 192.168.63.142 10002
01:19:06.425 Datagram Ignored No Assoc Found 192.168.63.142 10002
01:19:16.500 INIT tmr expr None 192.168.63.235 10001
01:19:16.500 SACK send fail None 192.168.63.235 10001
01:19:17.500 INIT tmr expr None 192.168.63.235 10001
01:19:17.500 SACK send fail None 192.168.63.235 10001
SCTP: command complete
;
rlghncxa03w 08-02-01 08:32:09 EST EAGLE 38.0.0
SCTP command complete
;
This example shows event logs for all associations on a given card location:
pass:loc=1307:cmd="sctp –l"
rlghncxa03w 08-02-01 08:32:09 EST EAGLE 38.0.0
SCTP Event Log
Time Event Reason Ripaddr Rport
----------------------------------------------------------------------------
01:19:04.165 SACK send fail None 192.168.63.235 10001
01:19:04.175 Ck echo ack snd fail None 192.168.63.235 10001
01:19:04.180 Assoc UP Unknown 192.168.63.235 10001
01:19:04.180 Assoc Down Shutdown Rcv 192.168.63.235 10001
01:19:04.180 Shutdown ack send None 192.168.63.235 10001
01:19:06.425 INIT Rcv None 192.168.63.142 10002
01:19:06.425 Datagram Ignored No Assoc Found 192.168.63.142 10002
01:19:16.500 INIT tmr expr None 192.168.63.235 10001
01:19:16.500 SACK send fail None 192.168.63.235 10001
01:19:17.500 INIT tmr expr None 192.168.63.235 10001
01:19:17.500 SACK send fail None 192.168.63.235 10001
SCTP: command complete
;
Event descriptions for the sctp -l
command
- Shutdwn ACK tmr expNo shutdown complete was received in response to the shutdown acknowledgement within the timer’s limits.
- PathMTU tmr expr-Indicates the PathMTU daemon timer has expired. At the expiration of this timer, path MTU for each path of each association that is not at the default of 1500 bytes is marked for retesting by raising that path’s MTU. The MTU will be adjusted accordingly when the next frame that exceeds the updated MTU occurs, thereby allowing the path MTU to reflect dynamic network conditions.
- INIT tmr expr-If the T1-initialized timer expires, the endpoint must retransmit INIT and restart the T1-init timer without changing state.
- RECV tmr expr-If the receive timer expires, then a stand alone SACK is sent to the peer and this timer is moved back to idle.
- Send tmr expr-This retransmission timer will expire when outstanding data sent to an address has not been acknowledged.
- Shutdwn tmr expr-No shutdown acknowledgement was received in response to the transmitted shutdown within the timer’s limits.
- HB tmr expr-No heartbeat acknowledgement was received in response to the transmitted heartbeat within the timer’s limits.
- Cookie tmr expr-No cookie acknowledgement was received in response to the transmitted cookie echo within the timer’s limits.
- New Cookie tmr expr-When this occurs, time to schedule another timer for the cookie change.
- Tx CHK tmr expr-Transmit check timer expired.
- Unknwn tmr expr-An unknown timer expired.
- INIT Rcv-An INIT was received for an association.
- Datagram Ignored-When an unrecognized chunk time is encountered.
- Assoc Down-An association is taken out of service.
- INTF Down-Interface on an association is down and out of consideration for selection.
- INTF Up-Interface on an association is up and now back in consideration for selection.
- Datagram Send Fail-IP Packet failed to send.
- Ignore Cookie-Happens when the cookie is not received first.
- Ignore INIT-If the INIT message is not received first, is not the only chunk, is received with a non-zero Verification tag, if the T bit value is 1 or if mandatory parameters are missing then the INIT message is discarded/ignored.
- Ignore INIT ACK-If the INIT ACK is not first, not the only chunk or too small (missing mandatory parameters), then the INIT ACK chunk is ignored.
- Ignore Shutdwn ACK-The SHUTDOWN Complete MUST be the only chunk, otherwise the packet is ignored.
- Ignore HB ACK-The received HB acknowledgement was ignored due to asymmetric routing (HBA not received on the same interface the original HB was transmitted on).
- Op Error Rcv-Occurs when the peer notifies that we are using an invalid stream or we received a Stale cookie.
- Assoc UP-Association up notification was generated for the upper layer.
- Assoc Restart-Association restart notification was generated for the upper layer.
- Shutdn ack send fail-Attempt to transmit a shutdown acknowledgement chunk failed.
- Shutdown ack send-A shutdown acknowledgement chunk was transmitted to the far end.
- Cookie ack send fail-An attempt to send a Cookie ACK to a specified address failed.
- Cookie ack send-A Cookie ACK was sent to a specified address.
- Stale Cookie send fail-Attempt to send a stale cookie error to the far end failed.
- Stale Cookie send-A stale cookie error was sent to the far end.
- HB req send fail-Attempt to send a HB to the far end failed.
- HB resp send fail-Attempt to send a HB acknowledgement to the far end failed.
- Shutdown send fail-The Shutdown chunk sent to a specified association failed.
- Shutdown send-A Shutdown chunk was sent to a specified association.
- Abort send fail-The Abort chunk sent to a specified association failed.
- Abort send-An Abort chunk was sent to a specified association.
- Abt W cause snd fail-The Abort chunk sent with the Cause parameter to a specified association failed.
- Abort wth cause send-An Abort chunk was sent to a specified association with the Cause parameter.
- SACK send fail-Attempt to send a SACK to the far end failed.
- Initiate send fail-An INIT chunk is used to initiate a SCTP association between two endpoints. This event occurs when an INIT send has failed.
- Initiate send-An INIT chunk is used to initiate a SCTP association between two endpoints. This event occurs when an INIT was successfully sent.
- OprErr send-An endpoint sends this chunk to its peer endpoint to notify it of certain error conditions. It contains one or more error causes. This event occurs when the OPPErr was successfully sent.
- OprErr send Fail-This event occurs when the OPPErr send failed.
- Init ack send fail-This event occurs when an INIT ACK send has failed.
- Init ack sent-This event occurs when an INIT ACK was successfully sent.
- Ck echo ack snd fail-An attempt to send a Cookie-Echo has failed.
- Cookie echo ack send-A cookie echo was sent to the far end in response to an accepted init-ack.
- Chunks send fail-This event occurs when a chunk that was sent has failed.
- Chunks send-This event occurs when a chunk has been successfully sent.
- Cookie send fail-Attempt to transmit a cookie to the far end during the four-way handshake failed.
- Init ack recv-Init acknowledgement chunk was received.
- Shutdown ack recv-Shutdown ack chunk was received.
- Shutdown ack sent-Shutdown ack chunk was transmitted to the far end in response to a received shutdown chunk.
- Abort sent-An Abort message was sent to ungracefully shutdown an association.
- Shutdn complete sent-Shutdown complete chunk was transmitted to the far end.
This example clears the logged events for an association:
pass:loc=1307:cmd="sctp –r –l assoc1"
Command Accepted - Processing
rlghncxa03w 08-02-01 08:32:09 EST EAGLE 38.0.0
All event logs for specified association have been reset.
;
rlghncxa03w 08-02-01 08:32:09 EST EAGLE 38.0.0
SCTP command complete
;
This example resets association measurements:
pass:loc=1307:cmd="sctp –r -a assoc1"
rlghncxa03w 08-02-01 08:32:09 EST EAGLE5 38.0.0
PASS: Command sent to card
Association measurements have been reset.
SCTP command complete
This example resets port measurements:
pass:loc=1307:cmd="sctp –r –p 4001"
rlghncxa03w 08-02-01 08:32:09 EST EAGLE5 38.0.0
PASS: Command sent to card
Port measurements have been reset.
SCTP command complete
This example resets all measurements and event logs:
pass:loc=1307:cmd="sctp –r"
rlghncxa03w 08-02-01 08:32:09 EST EAGLE5 38.0.0
PASS: Command sent to card
All measurements and logs have been reset.
SCTP command complete
This example resets measurements for all ports/associations:
pass:loc=1307:cmd="sctp –r -s"
Command Accepted - Processing
rlghncxa03w 08-02-01 08:32:09 EST EAGLE5 38.0.0
All measurements have been reset.
;
rlghncxa03w 08-02-01 08:32:09 EST EAGLE5 38.0.0
SCTP command complete
;
This example shows an IO header audit report:
sctp -m
rlghncxa03w 08-02-01 08:32:09 EST EAGLE5 38.0.0
IO Headers in Common Pool (Total/CurrentFree/Min): 20494/20494/20494
Inst ID Sock Idx Assoc ID IO Headers(Total/CurrentFree/Min)
2 0 1 400/400/398
;
sockrtt
This command is used to report and reset the round-trip time statistics for application sockets. Minimum, maximum, and average times are kept for each open socket. The Retransmission Mode (BSD, FIXED, or MOD) and the Fixed Round Trip Time are also displayed.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the sockrtt
command has the option socket name
. The socket name must be specified for which statistics will be displayed, as in the command sockrtt socyellow
. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
socket name
This option is mandatory and specifies the socket name for which statistics are to be displayed.
-r
This option resets all statistics for the given socket name.
-h
This option provides help information for the command.
Example
sockrttsockrtt -h
sockrtt socyellow
sockrtt socyellow -r
Dependencies
None
Notes
The sockrtt
command is executed through the pass
command.
Output
pass:loc=1105:cmd="sockrtt"
or
pass:loc=1105:cmd="sockrtt -h"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
Usage: SOCKRTT sockname [-r] [-h]
Options:
-r Resets rtt data for specified socket
-h Displays this message
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
SOCKRTT command complete
;
pass:loc=1105:cmd="sockrtt c7000"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
SOCKRTT: Socket round-trip time report (in milliseconds)
Configured Traffic Round-Trip Time
Retransmission Mode : FIXED
Fixed Round Trip Time : 250
Measured Normal Traffic Round-Trip Times
Minimum round-trip time : 5
Maximum round-trip time : 195
Weighted Average round-trip time : 10
Last recorded round-trip time : 10
Measured Congested Traffic Round-Trip Times
Minimum round-trip time : 0
Maximum round-trip time : 0
Weighted Average round-trip time : 0
Last recorded round-trip time : 0
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
SOCKRTT command complete
;
pass:loc=1105:cmd="sockrtt c7000 -r"
Command Accepted - Processing
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
pass:loc=1105:cmd="sockrtt c7000 -r"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
SOCKRTT: Socket round-trip time report (in milliseconds)
Configured Traffic Round-Trip Time
Retransmission Mode : FIXED
Fixed Round Trip Time : 250
Measured Normal Traffic Round-Trip Times
Minimum round-trip time : 0
Maximum round-trip time : 0
Weighted Average round-trip time : 0
Last recorded round-trip time : 0
Measured Congested Traffic Round-Trip Times
Minimum round-trip time : 0
Maximum round-trip time : 0
Weighted Average round-trip time : 0
Last recorded round-trip time : 0
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
SOCKRTT command complete
;
soipdata
This command is used to display the SOIP operational data captured for the last 24 hours.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter.
-f
This option displays full operational data (all counts).
-s
This option displays the number of errors received with error type Bad Source.
-d
This option displays the number of of errors received with error type Bad Destination.
-v
This option displays the number of errors received with error type Bad Version.
-g
This option displays the number of Good Day messages received.
-e
This option displays the number of error messages sent (Sum of Bad Version, Bad Source and Bad Destination).
-u
This option displays the number of UPL messages received.
-t
This option displays the number of UPL messages transmitted.
-r
This option resets the specified error count.
-h
This option displays help for the command.
Example
soipdata –hsoipdata –f
soipdata –r
soipdata –u
Dependencies
None
Notes
None
Output
pass:loc=1305:cmd= “soipdata –h”
Usage: soipdata [[-f ] | [[-s] [-d] [-v] [-g] [–e] [-u] [-t] [-r][-h]]
Options:
-f Display Full Operational data (all the counts)
-s Display number of SR-5129 Messages received with Bad Source
-d Display number of SR-5129 Messages received with Bad Destination
-v Display number of SR-5129 Messages received with Bad Version
-g Display number of Good Day Messages Received.
-e Display number of error messages sent (Sum of BadVersion, BadSource and BadDestination)
-u Display number of Number of UPL messages received
-t Display number of Number of UPL messages transmitted.
-r Reset the Specified Error Count
-h display command help
pass:loc=1305:cmd=” soipdata –f”
SOIPDATA: SR-5129 Operational Data Report
Operational Data
______________________________________________________________________________
reason count
----------------------------- -----------
Message Recived with Bad Source 1
Message Recived with Bad Destination 2
Message Recived with Bad Version 0
Number of Goodday Messages Received 1
Number of Error Messages Sent 10
Number of UPL Messages Received 12000
Number of UPL Messages Sent 19000
pass:loc=1105:cmd=pass:loc=1305:cmd=”soipdata –r”
SOIPDATA : All SOIP Operational data has been reset
pass:loc=1305:cmd=”soipdata –r –u”
SOIPDATA: Number of UPL Messages Received has been reset.
pass:loc=1305:cmd=”soipdata –u”
SOIP Operational Data
_____________________________________________________________________________
reason count
----------------------------- -----------
Number of UPL Messages Received 0
soiplog
This command is used to display the logs for the SR-5129 messages for a particular SEAS terminal.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter.
-l
This option enables and disables logging.
-d
This option displays live message logs
-n X
This option displays the last X number of messages.
-h
This option displays the help for this command.
Example
soiplog –hsoiplog -l enable":loc=XXXX
Dependencies
None
Notes
With two active connections to the CCS MR, logging must be enabled on each IPSM card that has an active SEAS terminal in order to properly log all SR-5129 communication data.
Assuming a message size of 500 bytes, each IPSM card can log approximately 2000 messages.
If an attempt is made to enable logging on a terminal when logging is already enabled on a different terminal, then the following warning message appears in the previously enabled terminal.
"Warning: SOIP Logging Enabled from Terminal: <New logging enabled terminal>"
If an attempt is made to disable logging on a terminal when logging is already enabled on a different terminal, then the following warning message appears in the previously enabled terminal
“Warning: SOIP Logging disabled from Terminal: <New logging enabled terminal>”
If an attempt is made to turn on logging on a terminal when it is already enabled on a different terminal, then the following warning message appears in the previously enabled terminal.
“Warning: SOIPLOG Started on Terminal: <New logging enabled terminal>”
Output
pass:loc=1305:cmd= “soiplog –h”
Usage: SOIPLOG [[-l option] |
[-d] [-n] [-h]]
Options:
-l <enable/disable> Enable/Disable the logs
-d Display live message logs
-n <num> Display last <num> number of messages. Range=1..2000
-h Display Command Help
To Enable Real time logging and display, the following commands must be entered one after the other:
pass:cmd="soiplog -l enable":loc=XXXX
pass:cmd="soiplog -d":loc=XXXX
To enable logging and to display the last N number of logged messages, the following commands must be entered one after the other:
pass:cmd="soiplog -l enable":loc=XXXX
pass:cmd="soiplog -n N":loc=XXXX
[mm/dd/yy:hour:min:sec ] Message Received.
0353 SR5129 Rcvd 064 bytes, trm=17
7E 7E 7E 7E 00 00 00 38 02 01 01 02 01 50 04 0A *~~~~ 8 P *
41 42 43 44 45 46 47 48 49 50 04 0B 53 45 41 53 *ABCDEFGHIJ SEAS*
4E 4A 43 43 53 4D 31 04 11 50 49 53 43 4E 4A 53 *NJCCSM1 PISCNJS*
4E 44 38 31 58 49 46 30 31 41 02 01 00 02 01 01 *ND81XIF01A *
[mm/dd/yy:hour:min:sec ] Message Received.
0354 SR5129 Rcvd 133 bytes, trm=17
7E 7E 7E 7E 00 00 00 7D 02 01 01 02 01 50 04 0A *~~~~ } P *
41 42 43 44 45 46 47 48 49 50 04 0B 53 45 41 53 *ABCDEFGHIJ SEAS*
4E 4A 43 43 53 4D 31 04 11 50 49 53 43 4E 4A 53 *NJCCSM1 PISCNJS*
4E 44 38 31 58 49 46 30 31 41 02 01 00 02 01 13 *ND81XIF01A *
04 43 03 41 41 42 44 45 46 47 48 49 50 51 53 45 * ABCDEFGHIJKSE *
41 53 4E 4A 43 43 53 4D 31 00 56 52 46 00 2A 56 *ASNJCCSM1 VFY *V*
46 59 2D 47 54 54 3A 3A 30 31 30 2C 2A 2A 2D 2A *FY-GTT::010, **-**
2A 2D 2A 2A 2C 2A 2A 3A 31 32 33 34 35 36 3A 35 **-**,**:123456:5 *
30 2C 56 52 46 *0,VRF *
traceroute
This command is used to determine the path taken by a UDP message to a specified remote host. The command can be invoked with either a hostname or IP address.
Options
Options and option parameters that are underlined
indicate that a value must be specified for that option or parameter. For
example, the
traceroute
command has the option
destiination
. The IP address can be specified for
the remote host to which the UDP message is sent, as in the command
traceroute 208.55.20.177
. Do not enter
the underlined option or parameter; enter a value for the information
represented by the underlined option or parameter.
IP address
The IP address is a TCP/IP address expressed in standard “dot notation.” IP addresses consist of the system’s network number and the machine’s unique host number. An example IP address is 192.9.200.44, where 192.9.200 is the network number and 44 is the machine’s host number.
hostname
Hostname. The logical name assigned to the device with the IP address indicated.
- Range:
- String of characters, beginning with a letter, up
to 120 characters in length.
Valid characters are a-z, A-Z, 0-9, - (hyphen), . (period)
-h
This option provides help information for the command.
-m
maximum hops
This option specifies the maximum number of hops before the trace is terminated.
-n
This option specifies that only the IP Address of each host will be displayed (not the hostname).
-p
port
This option provides the user port number.
Example
traceroute
traceroute www.remotedest.com
traceroute www.remotedest.com -m 20
traceroute www.remotedest.com -m 20 -n
traceroute 208.55.20.177
traceroute 208.55.20.177 -m 20 -p 40000
Dependencies
If a Domain Name is specified, the Domain Name must exist in the IP Host table or the Domain Name Server A or B must be provisioned.
Notes
The
traceroute
command is executed through
the
pass
command.
Output
This example shows the help information for the command:
pass:loc=1103:cmd="traceroute"
or
pass:loc=1103:cmd="traceroute -h"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
Usage: traceroute <hostname | ipaddr> [-h] [-m maxhops] [-n] [-p port]
Options:
-h Displays this message
-m maxhops Maximum number of hops to destination. Range=1..30. Default= 10.
-n names Inhibits the display of intermediate host names
-p port Port number. Range=1..65535. Default=33434.
hostname Name of machine to trace
ipaddr
Errors:
* Timeout
!N Unreachable Network
!H Unreachable Host
!?nn Unknown Failure (nn = ICMP Code)
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
TRACEROUTE command complete
This example shows output for a request to host www.remotedest.com. A maximum of 20 hops has been specified. Three packets are sent to each hop, with the time for each sample displayed. Intermediate host names are also displayed.
pass:loc=1103:cmd="traceroute www.remotedest.com
-m 20"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
TRACEROUTE command in progress
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
Traceroute to www.remotedest.com (208.55.20.177),
20 hops max, 100 byte packets
1 5ms 5ms 5ms 216-187-242-57.ded.btitelecom.net (216.187.242.57)
2 25ms 25ms 85ms 216-187-251-74.ded.btitelecom.net (216.187.251.74)
3 25ms 25ms 25ms bti-rdu-c1-rtr.btitelecom.net (208.216.228.254)
4 30ms 25ms 25ms Serial4-1-0.GW2.RDU1.ALTER.NET (157.130.34.93)
5 35ms 35ms 40ms 178.ATM2-0.XR1.DCA1.ALTER.NET (146.188.162.50)
6 40ms 40ms 35ms 195.at-2-0-0.XR1.DCA6.ALTER.NET (152.63.33.22)
7 40ms 40ms 40ms 0.so-1-3-0.XL1.DCA6.ALTER.NET (152.63.35.114)
8 40ms 40ms 40ms POS6-0.BR3.DCA6.ALTER.NET (152.63.38.117)
9 40ms 40ms 40ms a3-0.uunet.mclnva02.us.bb.verio.net (204.255.169.90)
10 75ms 75ms 75ms p16-0-0-0.r00.atlnga03.us.bb.verio.net (129.250.2.49)
11 95ms 95ms 95ms p4-0-2-0.r01.bcrtfl01.us.bb.verio.net (129.250.4.54)
12 95ms 95ms 95ms ge-1-1.r01.border.boca.verio.net (129.250.28.52)
13 95ms 95ms 95ms ge-8-1.r01.edge.boca.verio.net (208.55.254.9)
14 95ms 95ms 95ms www.remotedest.com (208.55.20.177)
TRACEROUTE command complete
;
This example shows a request to host www.remotedest.com. No maximum number of hops has been specified. Intermediate host names are displayed. The display terminates after 10 hops.
pass:loc=1103:cmd="traceroute
www.remotedest.com"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
TRACEROUTE command in progress
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
Traceroute to www.remotedest.com (208.55.20.177),
10 hops max, 100 byte packets
1 5ms 5ms 5ms 216-187-242-57.ded.btitelecom.net (216.187.242.57)
2 25ms 25ms 25ms 216-187-251-74.ded.btitelecom.net (216.187.251.74)
3 25ms 25ms 25ms bti-rdu-c1-rtr.btitelecom.net (208.216.228.254)
4 25ms 25ms 25ms 157.130.34.93 (157.130.34.93)
5 35ms 40ms 40ms 178.ATM2-0.XR1.DCA1.ALTER.NET (146.188.162.50)
6 40ms 35ms 45ms 195.at-2-0-0.XR1.DCA6.ALTER.NET (152.63.33.22)
7 45ms 40ms 40ms 0.so-1-3-0.XL1.DCA6.ALTER.NET (152.63.35.114)
8 40ms 35ms 35ms POS6-0.BR3.DCA6.ALTER.NET (152.63.38.117)
9 40ms 40ms 40ms a3-0.uunet.mclnva02.us.bb.verio.net (204.255.169.90)
10 75ms 75ms 80ms p16-0-0-0.r00.atlnga03.us.bb.verio.net (129.250.2.49)
Maximum number of hops reached
TRACEROUTE command complete
;
This example shows a request to host IP address 208.55.20.177. No maximum number of hops has been specified. Intermediate host names are displayed. The display terminates after 10 hops.
pass:loc=1103:cmd="traceroute
208.55.20.177"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
TRACEROUTE command in progress
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
Traceroute to www.remotedest.com (208.55.20.177),
10 hops max, 100 byte packets
1 5ms 5ms 5ms 216-187-242-57.ded.btitelecom.net (216.187.242.57)
2 55ms 260ms 300ms 216-187-251-74.ded.btitelecom.net (216.187.251.74)
3 25ms 25ms 25ms bti-rdu-c1-rtr.btitelecom.net (208.216.228.254)
4 25ms 25ms 25ms Serial4-1-0.GW2.RDU1.ALTER.NET (157.130.34.93)
5 40ms 35ms 35ms 178.ATM2-0.XR1.DCA1.ALTER.NET (146.188.162.50)
6 40ms 35ms 40ms 195.at-2-0-0.XR1.DCA6.ALTER.NET (152.63.33.22)
7 35ms 40ms 40ms 0.so-1-3-0.XL1.DCA6.ALTER.NET (152.63.35.114)
8 40ms 35ms 40ms POS6-0.BR3.DCA6.ALTER.NET (152.63.38.117)
9 40ms 40ms 40ms a3-0.uunet.mclnva02.us.bb.verio.net (204.255.169.90)
10 75ms 75ms 75ms p16-0-0-0.r00.atlnga03.us.bb.verio.net (129.250.2.49)
Maximum number of hops reached
TRACEROUTE command complete
;
This example shows a request to host IP address 208.55.20.177. A maximum of 20 hops has been specified. Intermediate host names are displayed.
pass:loc=1103:cmd="traceroute 208.55.20.177 -m
20"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
TRACEROUTE command in progress
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
;
rlghncxa03w 05-07-27 08:32:34 EST EAGLE5 31.6.0
Traceroute to www.remotedest.com (208.55.20.177),
20 hops max, 100 byte packets
1 5ms 5ms 5ms 216-187-242-57.ded.btitelecom.net (216.187.242.57)
2 25ms 25ms 25ms 216-187-251-74.ded.btitelecom.net (216.187.251.74)
3 25ms 25ms 25ms bti-rdu-c1-rtr.btitelecom.net (208.216.228.254)
4 25ms 25ms 25ms Serial4-1-0.GW2.RDU1.ALTER.NET (157.130.34.93)
5 35ms 35ms 35ms 178.ATM2-0.XR1.DCA1.ALTER.NET (146.188.162.50)
6 35ms 40ms 35ms 195.at-2-0-0.XR1.DCA6.ALTER.NET (152.63.33.22)
7 35ms 35ms 35ms 0.so-1-3-0.XL1.DCA6.ALTER.NET (152.63.35.114)
8 40ms 35ms 35ms POS6-0.BR3.DCA6.ALTER.NET (152.63.38.117)
9 40ms 40ms 40ms a3-0.uunet.mclnva02.us.bb.verio.net (204.255.169.90)
10 75ms 75ms 75ms p16-0-0-0.r00.atlnga03.us.bb.verio.net(129.250.2.49)
11 95ms 95ms 95ms p4-0-2-0.r01.bcrtfl01.us.bb.verio.net (129.250.4.54)
12 95ms 95ms 95ms ge-1-1.r01.border.boca.verio.net (129.250.28.52)
13 95ms 95ms 95ms ge-8-1.r01.edge.boca.verio.net (208.55.254.9)
14 95ms 95ms 95ms www.remotedest.com (208.55.20.177)
TRACEROUTE command complete
;
This example shows a request to host IP address
208.55.20.177. A maximum of 20 hops
has been specified. Intermediate host names are not displayed because the
–n
option is specified.
pass:loc=1103:cmd="traceroute 208.55.20.177 -m 20
-n"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
TRACEROUTE command in progress
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
Traceroute to www.remotedest.com (208.55.20.177),
20 hops max, 100 byte packets
1 5ms 5ms 5ms 216.187.242.57
2 25ms 25ms 25ms 216.187.251.74
3 25ms 25ms 25ms 208.216.228.254
4 30ms 30ms 30ms 157.130.34.93
5 35ms 40ms 40ms 146.188.162.50
6 40ms 40ms 40ms 152.63.33.22
7 40ms 45ms 40ms 152.63.35.114
8 40ms 40ms 35ms 152.63.38.117
9 40ms 40ms 40ms 204.255.169.90
10 75ms 75ms 75ms 129.250.2.49
11 95ms 95ms 95ms 129.250.4.54
12 95ms 95ms 95ms 129.250.28.52
13 95ms 95ms 95ms 208.55.254.9
14 110ms 100ms 95ms 208.55.20.177
TRACEROUTE command complete
;
This example shows a request to host IP address
www.remotedest.com. A maximum of 20
hops has been specified. Intermediate host names are not displayed because the
–n
option is specified.
pass:loc=1103:cmd="traceroute www.remotedest.com
-m 20 -n"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
TRACEROUTE command in progress
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
;
rlghncxa03w 05-07-27 08:32:34 EST EAGLE5 31.6.0
Traceroute to www.remotedest.com (208.55.20.177),
20 hops max, 100 byte packets
1 5ms 5ms 5ms 216.187.242.57
2 25ms 25ms 25ms 216.187.251.74
3 25ms 25ms 25ms 208.216.228.254
4 30ms 30ms 30ms 157.130.34.93
5 35ms 40ms 40ms 146.188.162.50
6 40ms 40ms 40ms 152.63.33.22
7 40ms 45ms 40ms 152.63.35.114
8 40ms 40ms 35ms 152.63.38.117
9 40ms 40ms 40ms 204.255.169.90
10 75ms 75ms 75ms 129.250.2.49
11 95ms 95ms 95ms 129.250.4.54
12 95ms 95ms 95ms 129.250.28.52
13 95ms 95ms 95ms 208.55.254.9
14 110ms 100ms 95ms 208.55.20.177
TRACEROUTE command complete
;
This example shows a request to host IP address 208.55.20.177. A maximum of 20 hops has been specified. Intermediate host names are displayed. Application Port 40000 is used.
pass:loc=1103:cmd="traceroute 208.55.20.177 -m 20
-p 40000"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
TRACEROUTE command in progress
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
Traceroute to www.remotedest.com (208.55.20.177),
20 hops max, 100 byte packets
1 5ms 5ms 5ms 216-187-242-57.ded.btitelecom.net (216.187.242.57)
2 25ms 25ms 25ms 216-187-251-74.ded.btitelecom.net (216.187.251.74)
3 25ms 25ms 25ms 208.216.228.254 (208.216.228.254)
4 25ms 25ms 25ms 157.130.34.93 (157.130.34.93)
5 35ms 40ms 40ms 178.ATM2-0.XR1.DCA1.ALTER.NET (146.188.162.50)
6 45ms 35ms 40ms 195.at-2-0-0.XR1.DCA6.ALTER.NET (152.63.33.22)
7 35ms 40ms 40ms 0.so-1-3-0.XL1.DCA6.ALTER.NET (152.63.35.114)
8 40ms 35ms 40ms POS6-0.BR3.DCA6.ALTER.NET (152.63.38.117)
9 40ms 40ms 40ms a3-0.uunet.mclnva02.us.bb.verio.net (204.255.169.90)
10 75ms 75ms 75ms p16-0-0-0.r00.atlnga03.us.bb.verio.net(129.250.2.49)
11 95ms 95ms 95ms p4-0-2-0.r01.bcrtfl01.us.bb.verio.net (129.250.4.54)
12 95ms 95ms 95ms ge-1-1.r01.border.boca.verio.net (129.250.28.52)
13 95ms 95ms 95ms ge-8-1.r01.edge.boca.verio.net (208.55.254.9)
14 95ms 95ms 95ms www.remotedest.com (208.55.20.177)
TRACEROUTE command complete
;
This example shows a request to host IP address 204.202.136.31. A maximum of 20 hops has been specified. Intermediate host names are displayed. Several timeouts occur. An ICMP error is received (in this case, an unknown response with an ICMP code = 13), and the command is terminated immediately.
pass:loc=1103:cmd="traceroute 204.202.136.31 -m
20"
Command entered at terminal #1.
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
PASS: Command sent to card
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
TRACEROUTE command in progress
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE5 31.6.0
;
rlghncxa03w 04-07-27 08:32:34 EST EAGLE 31.6.0
Traceroute to 204.202.136.31 (204.202.136.31),
20 hops max, 100 byte packets
1 5ms 5ms 5ms 216-187-242-57.ded.btitelecom.net (216.187.242.57)
2 25ms 25ms 25ms 216-187-251-74.ded.btitelecom.net (216.187.251.74)
3 25ms 25ms 25ms bti-rdu-c1-rtr.btitelecom.net (208.216.228.254)
4 25ms 25ms 25ms Serial4-1-0.GW2.RDU1.ALTER.NET (157.130.34.93)
5 35ms 40ms 35ms 178.ATM2-0.XR1.DCA1.ALTER.NET (146.188.162.50)
6 40ms 35ms 35ms 195.at-1-0-0.TR1.DCA6.ALTER.NET (152.63.33.206)
7 110ms 115ms 115ms 121.at-1-1-0.TR1.SEA1.ALTER.NET (146.188.140.74)
8 110ms 115ms 115ms 299.ATM7-0.XR1.SEA1.ALTER.NET (146.188.200.109)
9 115ms 115ms 115ms 195.ATM5-0.GW5.SEA1.ALTER.NET (146.188.201.57)
10 110ms 110ms 110ms waltdisney1-OC12-gw.customer.alter.net(157.130.182.30)
11 110ms 115ms 110ms 204.202.138.71 (204.202.138.71)
12 * * * Request timed out
13 !?13 Unreachable
TRACEROUTE command complete
;
ualog
Use this command to report on the user adapter (UA) state machine history for a specified association name. State machine history is kept in a circular buffer in memory. The -i
and -x
options are used to include or exclude groups of events from the state machine history.
Options
Options and option parameters that are underlined indicate that a value must be specified for that option or parameter. For example, the ualog
command has the parameter aname
. The association name must be specified for which the user adapter log will be displayed, as in the command ualog s7000
. Do not enter the underlined option or parameter; enter a value for the information represented by the underlined option or parameter.
aname
This option specifies the association name for the display.
-h
This option displays help (usage) information for the command.
-i
event group
This option includes groups of events in the state machine history.
-x
event group
This option excludes groups of events from the state machine history.
Example
pass:loc=1105:cmd="ualog s7000"Dependencies
None
Notes
None
Output
pass:loc=1105:cmd="ualog s7000"
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
PASS: Command sent to card
;
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
UALOG command in progress
;
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
UALOG: User Adapter state history log
UA Version: 01
ASP ID:0x00000002
User Adapter Implemented: M3UA RFC
Current settings: -i service ua
Date Time ASP Event
-----------------------------------------------
05-07-27 17:17:46.940 Management Socket Open
05-07-27 17:17:46.940 Transition to Connecting
05-07-27 17:17:47.500 Socket Allowed for Traffic
05-07-27 17:17:49.375 Socket Connection Established
05-07-27 17:17:49.375 Transition to ASP-DOWN
05-07-27 17:17:49.390 ASPUP PDU Received (ASP ID = 0x00000002)
05-07-27 17:17:49.390 ASPUPACK PDU Transmitted
05-07-27 17:17:49.390 Transition to ASP-INACTIVE LOADSHARE (RC=none)
05-07-27 17:17:49.390 AS INACTIVE NTFY PDU Transmitted (RC=none)
05-07-27 17:17:49.405 ASPACTIVE PDU Received (RC=none)
05-07-27 17:17:49.405 ASPACTIVEACK PDU Transmitted (RC=none)
05-07-27 17:17:49.405 Transition to ASP-ACTIVE LOADSHARE (RC=none)
05-07-27 17:17:49.405 AS ACTIVE NTFY PDU Transmitted (RC=none)
05-07-27 17:17:50.405 ASP INACT NTFY PDU Transmitted (ASP ID = 0x00000005)
05-07-27 17:17:50.405 ASP ACT NTFY PDU Transmitted (ASP ID = 0x00000005)
05-07-27 17:17:52.730 ASP FAILURE NFY PDU Transmitted (ASP ID = 0x00000003)
UALOG command complete
;
pass:loc=1105:cmd="ualog s7000"
Command Accepted - Processing
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
pass:loc=1105:cmd="ualog s7000"
;
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
PASS: Command sent to card
;
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
UALOG command in progress
;
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
UALOG: User Adapter state history log
UA Version: 01
ASP ID: 0x00000007
User Adapter Implemented: SUA RFC
Current settings: -i service ua
Date Time Event
-----------------------------------------------
05-07-27 19:45:33.265 CLDT PDU Transmitted(RC=0000000001)
05-07-27 19:48:07.490 ASPINACTIVE PDU Received(RC=none)
05-07-27 19:48:07.490 ASPINACTIVEACK PDU Transmitted(RC=0000000002)
05-07-27 19:48:07.490 Transition to ASP-INACTIVE LOADSHARE(RC=0000000002)
05-07-27 19:48:07.490 AS PENDING NTFY PDU Transmitted(RC=0000000002)
05-07-27 19:48:07.500 AS INACTIVE NTFY PDU Transmitted(RC=0000000002)
05-07-27 19:48:19.730 ASPACTIVE PDU Received(RC=0000000001)
05-07-27 19:48:19.730 ASPACTIVEACK PDU Transmitted(RC=0000000001)
05-07-27 19:48:19.730 Transition to ASP-ACTIVE LOADSHARE(RC=0000000001)
05-07-27 19:48:19.730 AS ACTIVE NTFY PDU Transmitted(RC=0000000001)
UALOG: command complete
;
When a M3UA or SUA PDU is received that contains one or more errors, a response error message is transmitted containing an error code. Error codes are recorded to and displayed in the UALOG only when the UA peer-to-peer message logging option is enabled (-i ua), as shown.
pass:loc=1315:cmd="ualog assoc1315a1"
Command Accepted - Processing
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
pass:loc=1315:cmd="ualog assoc1315a1"
Command entered at terminal #3.
;
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
PASS: Command sent to card
;
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
UALOG command in progress
;
rlghncxa03w 05-07-27 08:10:00 EST EAGLE5 34.0.0
UALOG: User Adapter state history log
UA Version: 01
ASP ID:undefined
User Adapter Implemented: M3UA RFC
Current settings: -i service ua
Date Time Socket Event
-----------------------------------------------
05-07-27 17:17:46.940 Management Socket Open
05-07-27 17:17:46.940 Transition to Connecting
05-07-27 17:17:49.375 Socket Connection Established
05-07-27 17:17:49.375 Transition to ASP-DOWN
05-07-27 17:17:49.390 ASPUP PDU Received (ASP ID = undefined)
05-07-27 17:17:49.390 ASPUPACK PDU Transmitted
05-07-27 17:17:49.390 Transition to ASP-INACTIVE LOADSHARE
05-07-27 17:17:49.390 AS INACTIVE NTFY PDU Transmitted
05-07-27 17:17:49.405 ASPACTIVE PDU Received
05-07-27 17:17:49.405 ASPACTIVEACK PDU Transmitted
05-07-27 17:17:49.405 Transition to ASP-ACTIVE LOADSHARE
05-07-27 17:17:49.405 AS ACTIVE NTFY PDU Transmitted
05-07-27 17:17:49.450 DAUD PDU Received
05-07-27 17:17:49.480 ERR PDU Transmitted (0x00000015)
UALOG command complete
;
Error Codes
Note:
Error codes 0x02, 0x08, 0x1a, 0x1b, 0x1c, 0x10, 0x17, and 0x18 are not used in M3UAError codes that can appear in the error messages:
- 0x01—Invalid Version
A message was received with an invalid or unsupported version. The error message contains the supported version in the Common Header.
- 0x03—Unsupported Message Class
A message was received with an unexpected or usupported Message Class.
- 0x04—Unsupported Message Type
A message was received with an unexpected or usupported Message Type.
- 0x05—Unsupported Traffic Handling Mode
This error is sent by a Signaling Gateway Process (SGP) if an Application Server Process (ASP) sends an ASP Active message with an unsupported Traffic Mode Type or a Traffic Mode Type that is incomsistent with the currently configured mode for the Application Server (AS).
- 0x06—Unexpected Message
This error message can be sent if a defined and recognized message is received that is not expected in the current state. In some cases the ASP might silently discard te message and not send an error message. Silent discard is used by an ASP if it received a DATA message from a signaling point while the ASP is in the ASP-INACTIVE state. If the unexpected message contains Routing Context, the Routing Context can be included in the error message.
- 0x07—Protocol Error
This error message is sent for any protocol anomaly, such s rception of a parameter tha is syntactically correct but unexpected in the current situation.
- 0x09—Invalid Stream Identifier
A message is received on an unexpected SCTP stream (for example, a Management message was received on a stream other than 0).
- 0x0d—Refused - Management Blocking
An ASP Up or ASP Active message is received and the request is refused for management reasons (such as management lockout). If this error is in response to an ASP Active message, the Routing Context in the ASP Active message can be included in the error message.
- 0x0e—ASP Identifier Required
This error message is sent by an SGP in response to an ASP Up message that does not contain an ASP Identifier parameter when the SGP requires one. The ASP should resend the ASP Up message with an ASP Identifier.
- 0x0f—Invalid ASP Identifier
This error message is sent by an SGP in responseto an ASP Up message with an invalid (for example, non-unique) ASP Identifier
- 0x11—Invalid Parameter Value
A message is received with an invalid parameter value (for example, a DUPU message was received with a Mask value other than 0).
- 0x12—Parameter Field Error
A message is received with a parameter that has a wrong length field.
- 0x13—Unexpected Parameter
A message contains an invalid parameter.
- 0x14—Destination Status Unknown
This error message can be sent if a DAUD is received at a Signaling Gateway (SG) asking for the availability/congestion status of a destination, and the SG does not provide the status (as in the case when the sender is not authorized to know the status). For this error, each invalid or unauthorized Point Code is be included along with the Network Appearance and/or Routing Context associated with the Point Code.
- 0x15—Invalid Network Appearance
This error message is sent by an SGP if an ASP sends a message with an invalid (unconfigured) Network Appearance value. For this error, the invalid (unconfigured) Network Appearance is be included in the Network Appearance parameter.
- 0x16—Missing Parameter
A message is received, and a mandatory parameter is not included in the message.
- 0x19—Invalid Routing Context
A message is received from a peer with an invalid (unconfigured) Routing Context value. The invalid Routing Context is included in the error message.
- 0x1a—No Configured AS for ASP
A message is received from a peer without a Routing Context parameter, and it is not known by configuration data which Application Servers are referenced.