| 5.15. Test functionalities | ||
|---|---|---|
 | Chapter 5. Command language |  |
| 5.15. Test functionalities | ||
|---|---|---|
| | Chapter 5. Command language | |
This command executes a Ping to the specified IP address using the options indicated in the command row.
The following command allows have a complete list of the allowed options of the command:
[18:01:34] ABILIS_CPX:ping ?Usage: ping <address> [-a] [-n count] [-l size] [-i TTL] [-v TOS] [-r count] [-w timeout] [-z delay] [-f] [-p] [-m] [-s src_address] [-t] [-ts] [-st nnn] [-std nnn] Options: -a Resolve addresses to hostnames. -n count Number of echo requests to send. -t Echo requests are sent until interrupted by user. -l size Send buffer size. -f Set IP header "don't fragment" flag (DF). -i TTL Time To Live. -v TOS Type of service [use number or D, T, R, C]. -r count Record route for count hops. -s src_address Set source address for outgoing requests. -w timeout Timeout to wait for each reply [10..30000 msec]. -z delay Set time delay between consecutive ping requests [0..300000 msec]. -p Show in/out interface of ping message [IP-xxx or INTERNAL]. -m Show MAC address of the response (host or gateway). -ts Show timeStamp. -st nnn Show IP-nnn resource char-in/out statistics. -std nnn Show IP-nnn resource char-in/out differential statistics.
Here is an example of the command execution.
[18:01:34] ABILIS_CPX:ping 192.168.11.253Pinging 192.168.11.253 with 32 bytes of data: Reply from 192.168.11.253: bytes=32 time=6 ms TTL=64 Reply from 192.168.11.253: bytes=32 time=10 ms TTL=64 Reply from 192.168.11.253: bytes=32 time=7 ms TTL=64 Reply from 192.168.11.253: bytes=32 time=14 ms TTL=64 --- 192.168.11.253 ping statistics --- 4 packets transmitted, 4 received, 0% packet loss, time 3011ms rtt min/avg/max = 6/9/14 ms
This command traces the route of the IP packet sent to the IP address specified in the command row.
[18:01:34] ABILIS_CPX:tracert 192.168.11.253Tracing route to 192.168.11.253 over a maximum of 30 hops 1 6 ms 6 ms 6 ms 192.168.11.253 Trace complete.
The following command displays the syntax:
[18:01:34] ABILIS_CPX:tracert ?Usage: tracert/traceroute <address> [-a] [-h max_hops] [-w timeout] [-z delay] [-p] [-m] [-s src_address] Options: -a Resolve addresses to hostnames. -h max_hops Maximum number of hops to search for target. -s src_address Set source address for outgoing requests. -w timeout Wait timeout for each reply [max. 30000 msec]. -z delay Set time delay between consecutive hosts [max. 300000 msec]. -p Show in/out interface of trace message [IP-xx or INTERNAL]. -m Show MAC address of the response (host or gateway).
This command pings a destination and retrieves the increments in
CHAR-INPUT and CHAR-OUTPUT of the
resource(s) used to transmit and receive, and some statistics useful for
making line performances analysis (easily importable in a
spreadsheet).
[18:01:34] ABILIS_CPX:pingstat 192.168.11.253 -t -l 1 -z 1000Pinging 192.168.11.253 with 1 bytes of data: Reply from 192.168.11.253: IpResOut=1 IpResIn=1 bytes=1 RTT=0 ms TTL=255 date time timeStamp diffIn diffOut RTT 22/04/2015 13:37:23 0 0 0 0 22/04/2015 13:37:24 999 170 174 0 22/04/2015 13:37:25 1999 697 579 0 22/04/2015 13:37:26 2999 308 269 0 22/04/2015 13:37:27 3999 450 436 0 22/04/2015 13:37:28 4999 273 311 0 22/04/2015 13:37:29 5999 92 207 0 22/04/2015 13:37:30 6999 651 797 0 22/04/2015 13:37:31 7999 829 479 0 22/04/2015 13:37:32 8999 436 429 0 22/04/2015 13:37:33 9999 2339 534 0 22/04/2015 13:37:34 10999 276 171 0 22/04/2015 13:37:35 11999 711 678 0 22/04/2015 13:37:36 12999 262 211 0 22/04/2015 13:37:37 13998 1013 396 0 22/04/2015 13:37:38 14998 273 344 0 22/04/2015 13:37:39 15998 92 130 0 22/04/2015 13:37:40 16998 1293 749 0 22/04/2015 13:37:41 17998 218 271 0 22/04/2015 13:37:42 18998 589 567 0 22/04/2015 13:37:43 19998 176464 10483 0 --- 192.168.11.253 ping statistics --- 22 packets transmitted, 22 received, 0% packet loss, time 19998ms rtt min/avg/max = 0/0/0 ms PREVIOUS COMMAND(s) ABORTED
The following command displays the syntax:
[18:01:34] ABILIS_CPX:pingstat ?Usage: pingstat <address> [-a] [-n count] [-l size] [-i TTL] [-v TOS] [-t] [-w timeout] [-z delay] [-f] [-m] [-s src_address] Options: -a Resolve addresses to hostnames. -n count Number of echo requests to send. -t Echo requests are sent until interrupted by user. -l size Send buffer size. -f Set IP header "don't fragment" flag (DF). -i TTL Time To Live. -v TOS Type of service [use number or D, T, R, C]. -s src_address Set source address for outgoing requests. -w timeout Timeout to wait for each reply [10..30000 msec]. -z delay Set time delay between consecutive ping requests [10..300000 msec]. -m Show MAC address of the response (host or gateway). Outputs: date Date when PING request is transmitted. time Time when PING request is transmitted. timeStamp Time elapsed from first request (milliseconds). diffIn Number of incoming byte since the previous request. diffOut Number of outgoing byte since the previous request. RTT Round Trip Time of PING request and response (in msec).
The Audio Compressors DSPs test can be invoked manually by command TEST DSP. The execution of the test is logged.
[11:58:19] ABILIS_CPX:test dspYOU ASKED TO EXECUTE DSPs TEST ON EVERY CARD PROCEED (N/Y)?y DSPs TEST IN PROGRESS THIS MAY TAKE FEW MINUTES (Type CTRL+C + ENTER to stop)... CELL32-1 skipped (no DSP present) VPOTS-4 skipped (no DSP present) BSE-1 DSP:0 - good Overall test result: GOOD COMMAND COMPLETED [11:58:24] ABILIS_CPX:d lCurrent Local Time: Wednesday 22/04/2015 13:40:56 (UTC+2.00) 22/04/2015 13:40:08 [00291] I: DSP test start 22/04/2015 13:40:08 [00292] I: DSP test end
The test can be executed using various options:
[11:58:29] ABILIS_CPX:test dsp ?
TEST DSP [card] [method] [action] [output] [msec] Executes DSPs test
DSPs test options:
card Card selection. It must be 'type-n', where 'type' can be a CTI
card type and 'n' can be [1..255]
Execute the test of the specified card. By default the test is
executed on every card.
method Testing method selection [free, wait, force].
- free: test only the ACs which are free;
- wait: disable use of AC by CTIR and wait until all AC are free,
then make the test;
- force: disable use of AC by CTIR, force close of all calls that
use AC, wait until all AC are free, then make the test.
By default only free ACs are tested.
action Action selection [log, recover].
- log: only log errors and recovery actions;
- recover: log errors and recovery action plus, in case of
failure, automatically attempt to recover the DSP
via reset.
By default only log errors and recovery are done.
output Output selection [brief, detailed, quiet].
By default brief output is provided.
msec Duration of the test of each channel [100..10000 msec]
By default 500 msec.![[Note]](../images/note.png) | Note |
|---|---|
DSPs test is always performed at startup and it's logged. If the test detects a problem it attempts up to two times to recover by resetting the DSP and repeating the test. In case all DSPs are OK: 22/04/2015 13:40:08 [00291] I: DSP test start 22/04/2015 13:40:08 [00292] I: DSP test end If there's some problem: 22/04/2015 17:22:13 [00291] I: DSP test start 22/04/2015 17:22:16 [00293] W: BRI4-5 DSP#0 BBBBB recover 22/04/2015 17:22:17 [00293] W: BRI4-5 DSP#0 BBBBB recover 22/04/2015 17:22:17 [00294] W: BRI4-5 DSP#0 BBBBB bad 22/04/2015 17:22:18 [00293] W: BRI4-5 DSP#1 BBBBB recover 22/04/2015 17:22:19 [00293] W: BRI4-5 DSP#1 BBBBB recover 22/04/2015 17:22:20 [00294] W: BRI4-5 DSP#1 BBBBB bad 22/04/2015 17:22:20 [00292] I: DSP test end |
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| 5.14. Diagnostics and Statistics |  | 5.16. Trace functionalities |