Document ID: 52321
Contents
Introduction
Prerequisites
Requirements
Components Used
Conventions
VISM MGCP Endpoints
shellConn Connections and Endpoints Commands
Additional VISM Setting Information
MGCP Traces for VISM (shellConn)
NetPro Discussion Forums - Featured Conversations
Related Information
Introduction
This document helps you troubleshoot and explains the steps to find detailed information for the Cisco Voice Interworking Service Module (VISM) Media Gateway Control Protocol (MGCP) endpoint on a Call Control Cisco PGW 2200 solution. It helps you find Cisco VISM information and correlate the digital signal processor (DSP) and MGCP endpoint connection.
Prerequisites
Requirements
Readers of this document should have knowledge of these topics:
-
Cisco Media Gateway Controller Software Release 9 Documentation
-
Release Notes for the Cisco Media Gateway Controller Software Release 9.3(2)
-
Release Notes for the Cisco Media Gateway Controller Software Release 9.4(1)
Components Used
The information in this document is based on these software and hardware versions:
-
Cisco PGW 2200 Software Releases 9.3(2) and 9.4(1)
-
Cisco VISM release 003.001.002.000
The information in this document was created from the devices in a specific lab environment. All of the devices used in this document started with a cleared (default) configuration. If your network is live, make sure that you understand the potential impact of any command.
Conventions
For more information on document conventions, refer to the Cisco Technical Tips Conventions.
VISM MGCP Endpoints
Run a Cisco Snooper to display MGCP endpoint details. These details display SS7 IAM messages that include calling and called numbers and are linked to an MGCP endpoint. In this case, the CalledPartyNumber=92169679F and the CallingPartyNumber =9678. These are linked to MGCP endpoint vism/e1-1/31 via the MGCP Create Connection (CRCX ).
Note: This output has been consolidated for spatial reasons.
09:27:11.632318 10.48.84.20:2427 22.22.21.1:2427
MGCP...... -> AUEP 900000160 vism/e1-1/10@vism21-8850-2 MGCP 0.1
F:
09:27:11.635347 22.22.21.1:2427 10.48.84.20:2427
MGCP...... -> 200 900000160 OK
09:27:11.639119 22.22.22.1:2427 10.48.84.20:2427
MGCP...... -> 200 900000160 OK
09:27:13.872085 10.48.84.20:2427 22.22.21.1:2427
MGCP...... -> CRCX 167 vism/e1-1/31@vism21-8850-2 MGCP 0.1
C: 2
L: e:off,a:PCMA
M: inactive
R:
S:
X: A6
09:27:13.889686 22.22.21.1:2427 10.48.84.20:2427 MGCP...... -> 200 167 OK
I: d7
v=0
o=- 0 0 IN IP4 22.22.21.1
s=-
c=IN IP4 22.22.21.1
t=0 0
m=audio 49580 RTP/AVP 8 102 103
a=rtpmap:102 X-NSE/8000
a=rtpmap:103 X-cisco-rtp/8000
a=fmtp:102 0-15,192-198,200-202,204
a=fmtp:103 0-15
a=X-sqn: 0
a=X-cap: 1 image udptl t38
a=sqn: 0
a=cdsc: 1 image udptl t38
09:27:13.902554 1-004-1[02081] 1-010-1[02129]
ITU ISUP. -> IAM (01) CIC=00093 CDPN=92169679F CGPN=9678
SLS=13 Pr:0 Ni:NTL
09:27:14.148778 1-010-1[02129] 1-004-1[02081] ITU ISUP. -> ACM (06) CIC=00093
SLS=13 Pr:0 Ni:NTL
09:27:14.229884 1-010-1[02129] 1-004-1[02081] ITU ISUP. -> CPG (2c) CIC=00093
SLS=13 Pr:0 Ni:NTL
09:27:14.342175 10.48.84.20:2427 22.22.21.1:2427 MGCP...... ->
MDCX 169 vism/e1-1/31@vism21-8850-2 MGCP 0.1
C: 2
I: d7
L: e:off
M: sendonly
R:
X: A8
v=0
o=Cisco 0003640032300613142210
35171000000000012060124312 0
IN IP4 www.cisco.com
s=00F40398-31CC-911D-7900-00000A3054CA
c=IN IP4 10.48.84.202
t=0 0
m=audio 20126 RTP/AVP 8
09:27:14.369368 22.22.21.1:2427 10.48.84.20:2427 MGCP...... -> 200 169 OK
v=0
o=- 0 0 IN IP4 22.22.21.1
s=-
c=IN IP4 22.22.21.1
t=0 0
m=audio 49580 RTP/AVP 8
a=X-sqn: 0
a=X-cap: 1 image udptl t38
a=sqn: 0
a=cdsc: 1 image udptl t38
09:27:15.139029 1-010-1[02129] 1-004-1[02081] ITU ISUP. -> ANM (09) CIC=00093
SLS=13 Pr:0 Ni:NTL
09:27:15.152361 10.48.84.20:2427 22.22.21.1:2427
MGCP...... -> MDCX 171 vism/e1-1/31@vism21-8850-2 MGCP 0.1
C: 2
I: d7
L: e:off
M: sendrecv
R:
X: AA
09:27:15.159173 22.22.21.1:2427 10.48.84.20:2427
MGCP...... -> 200 171 OK
09:27:15.172185 10.48.84.20:2427 22.22.21.1:2427
MGCP...... -> RQNT 173 vism/e1-1/31@vism21-8850-2 MGCP 0.1
R: D/[0-9*#]
S:
Q: loop
X: AC
09:27:15.176861 22.22.21.1:2427 10.48.84.20:2427
MGCP...... -> 200 173 OK
09:27:16.581885 10.48.84.20:2427 10.48.84.189:2427
MGCP...... -> AUEP 900000165 s0/ds1-0/8@v5300-4.cisco.com MGCP 0.1
F:
09:27:16.582014 10.48.84.20:2427 10.48.84.10:2427
MGCP...... -> AUEP 900000165 s7/ds1-0/8@v5400-3 MGCP 0.1
F:
09:27:16.582679 10.48.84.10:2427 10.48.84.20:2427
MGCP...... -> 200 900000165 Endpoint exists
09:27:16.583949 10.48.84.189:2427 10.48.84.20:2427
MGCP...... -> 200 900000165 Endpoint exists
When you log into the MGX8850, check the version and VISM card position with the dspcd and dspcds commands.
8850bru2.1.7.PXM.a > dspcd
ModuleSlotNumber: 7
FunctionModuleState: Active
FunctionModuleType: PXM1-OC3
FunctionModuleSerialNum: SBK04330026
FunctionModuleHWRev: B0
FunctionModuleFWRev: 1.2.13
FunctionModuleResetReason: Power Up
LineModuleType: PXM-UI
LineModuleState: Present
SecondaryLineModuleType: SMFIR-4-155
SecondaryLineModuleState: Present
mibVersionNumber: 1.2.10
configChangeTypeBitMap: No changes
cardIntegratedAlarm: Clear
cardMajorAlarmBitMap: Clear
cardMinorAlarmBitMap: Clear
BkCardSerialNum: SBK044101FT
TrunkBkCardSerialNum: SBK0316008E
FrontCardPCBNumber: 800-06229-02
TrunkBkCardPCBNumber: 800-03060-02
UIBkCardPCBNumber: 800-03688-01
SrmBackCardPCBNumber: Not Applicable
8850bru2.1.7.PXM.a >
The dspcds command displays all of the hardware and information on the status of the cards.
The dspcd command displays information on the current card that you are logged and the dspcds command displays information on all cards.
8850bru2.1.7.PXM.a > dspcds
Slot CardState CardType CardAlarm Redundancy
---- ----------- -------- --------- -----------
1.1 Active VISM-8E1 Major
1.2 Active VISM-8E1 Clear
1.3 Empty Clear
1.4 Empty Clear
1.5 Empty Clear
1.6 Empty Clear
1.7 Active PXM1-OC3 Clear
1.8 Empty Clear
1.9 Empty Clear
<snip>
NumOfValidEntries: 32
NodeName: 8850bru2
Date: 05/25/2004
Time: 11:23:21
TimeZone: PST
TimeZoneGMTOff: -8
StatsMasterIpAddress: 10.200.88.154
shelfIntegratedAlarm: Major
BkplnSerialNum: SCA0448003C
BkplnType: 0
BkplnFabNumber: 28-2681-03
BkplnHwRev: E0
ChassisType: MGX8250
Power Supply Wattage: 1200
8850bru2.1.7.PXM.a >
Issue the cc command to connect to VISM card 2. The cc command changes the card that you are currently logged into. Issue the cc command to change to the card that you would like to debug. If you would like to debug the control card, you do not need to execute the cc command since you are logged into the control card by default.
8850bru2.1.7.PXM.a > cc 2 (session redirected) 8850bru2.1.2.VISM8.a >
Check line LEDS and use dspalm to check the line status.
Syntax : dspalm "-ds1 <LineNum>"
-ds1 <LineNum> where LineNum = 1 - n, n = 8 if VISM
value = -1 = 0xffffffff
8850bru2.1.2.VISM8.a > dspalm -ds1 1
LineNum: 1
LineAlarmState: No Alarms
LineStatisticalAlarmState: No Statistical Alarms
8850bru2.1.2.VISM8.a >
To find out the endpoint details and correlate this with the Cisco Snooper details, issue the dspxgcpcons command. This command provides the xGCP Connection ID information. If you you forget the command, issue the help command in combination with a list of available debug commands. For example:
8850bru2.1.2.VISM8.a > help dsp
This is example output of the dspxgcpcons command.
8850bru2.1.2.VISM8.a > dspxgcpcons
xGCP Connection ID xGCP Endpoint Name xGCP Call ID
------------------ ----------------------- ----------------
d7 vism/E1-1/31 2
8850bru2.1.2.VISM8.a >
In this scenario, MGCP endpoint vism/E1-1/31 is linked to MGCP Connection ID = d7. Run the command dspxgcpcon d7 2 to display the attributes associated with a call agent established connection. This command gives you details about the Local/Remote RTP port, the remote IP address, and the connection mode .
Note: The syntax is dspxgcpcon <conn_id><display _level>
8850bru2.1.2.VISM8.a > dspxgcpcon d7 2
*********************************************************
Attributes of Connection ID: d7
*********************************************************
Call ID = 2
Endpoint Name = vism/E1-1/31
Line Number = 1
Connection ID = d7
Admitted Codec = PCMA
admittedCodecPt = ? (8)
Admitted Pkt. period = 10 ms
Connection Mode = sendrecv
Echo Cancellation = FALSE
Type of Service = 0xa0
Network Type = IP
Remote Address Type = Invalid (0)
Continuity Test = FALSE
Loopback = FALSE
Local RTP Port = 49580
Remote RTP Port = 20126
Remote RTP Port Count = 1
Remote Address =10.48.84.202
Silence Suppression = TRUE
SID = TRUE
VAD Timer = 250 ms
CAS Type = None
Triple Redundancy = TRUE
DTMF forwarding = FALSE
DTMF forwarding (negotiated) = 0
Local Connection Options (lco string) = L: e:off
Remote Session Descriptor (sdp string) =
--------------------------------------
v=0
o=Cisco 000364003230061314221035171000000000012060124312 0 IN IP4 www.cisco.com
s=00F40398-31CC-911D-7900-00000A3054CA
c=IN IP4 10.48.84.202
t=0 0
m=audio 20126 RTP/AVP 8
--------------------------------------
Timestamp Information:
Display Type = Originating
CRCX Ack (CRCX Ack - CRCX) = 20.000000000 ms
MDCX Command (MDCX - CRCX) = 25251650.000531935 ms
MDCX Ack (MDCX Ack - CRCX) = 500.000000000 ms
Time since the CRCX was received = 188.310000000 sec
(CRCX Command is not shown since it is used as reference)
Codec List: Codec[1] = PCMA
codecPt[1] = (8)
Pkt. Period List[1]: Pkt. Period[1] = 10 ms
Pkt. Period Range[1] - Low = 10 ms
Pkt. Period Range[1] - High = 10 ms
ntePt = (255)
nteEvents =
nsePt = (255)
nseEvents =
ciscoRtpPt = (255)
ciscoRtpEvents =
LCO Codec List[1] = PCMA
LCO Pkt. Period Range - Low = 0 ms
LCO Pkt. Period Range - High = 0 ms
TDM Endpoint Connected to DSP Channel = TRUE
DSP Channel Connected to Network Endpoint = TRUE
8850bru2.1.2.VISM8.a >
shellConn Connections and Endpoints Commands
8850bru2.1.2.VISM8.a > shellConn
Print all of the connections associated with all of the calls with the ccCallTablePrint shellConn command.
8850bru2.1.2.VISM8.a > ccCallTablePrint ccCallTablePrint ccCallTablePrint Hash Call Call Connection Index Index ID Indices 50 192 2 215 value = 1 = 0x1 8850bru2.1.2.VISM8.a >
The ccConnPrint shellConn command prints all of the information related to a call. This includes the endptIdx value which is used for the shellConn dspm_endpt_info command.
Syntax : ccConnPrint Connection-Index[1 - 248] 8850bru2.1.2.VISM8.a > ccConnPrint 215 ccConnPrint 215 ccConnPrint(215) entryType = 9 pConnForw = 0x813d9cc0 pConnBack = 0x813f5230 pCallConnForw = 0x8140a740 pCallConnBack = 0x8140a740 pEndptConnForw = 0x8133cf80 pEndptConnBack = 0x8133cf80 connIdx = 215 callIdx = 192 endptIdx = 31 lineIdx = 1 srcGrpNum = 1 switched = TRUE (1) connId = d7 pMgcpPkt = 0x0 codec[0] = PCMA (2) codecPt[0] = (8) ppList[0].pktPeriod[0] = 10 ppRange[0].low = 10 ppRange[0].high = 10 ntePt = (255) nteEvents = nsePt = (255) nseEvents = ciscoRtpPt = (255) ciscoRtpEvents = lcoCodec[0] = PCMA (2) lcoPpRange.low = 0 lcoPpRange.high = 0 admittedCodec = PCMA (2) admittedCodecPt = ? (8) admittedPp = 10 connMode = sendrecv (3) ecan = FALSE (0) silenceSupp = TRUE (1) sid = TRUE (1) fx = MGCP_FX_GW_PT (1) fxLCO = gw (1) serviceType = 0xa0 networkType = IP (1) contTest = FALSE (0) loopback = FALSE (0) localRtpPort = 49580 remoteRtpPort = 20126 remoteRtpPortCount = 1 remoteSdp = TRUE (1) endptDspConnected = TRUE (1) dspPortConnected = TRUE (1) remoteAddr = 10.48.84.202 remoteConnDesc = v=0 o=Cisco 000364003230061314221035171000000000012060124312 0 IN IP4 www.cisco.com s=00F40398-31CC-911D-7900-00000A3054CA c=IN IP4 10.48.84.202 t=0 0 m=audio 20126 RTP/AVP 8 remoteConnDescLen = 180 localConnOptions = L: e:off localConnOptionsLen = 8 responseCode = 0 timerId = 0 gain control option = FALSE (0) gain control string = FALSE (0) gainControl = 0 Timestamp Information: Display Type = Originating CRCX Command = 1085513847.720000000 ms CRCX Ack = 1085513847.740000000 ms MDCX Command = 1128488771.1330531935 ms MDCX Ack = 1085513848.220000000 ms NTFY Command = 0.000000000 ms DLCX Command = 0.000000000 ms DLCX Ack = 0.000000000 ms DM Connect = 1085513847.740000000 ms DM Connect Ack = 1085513847.740000000 ms DM Disconnect = 0.000000000 ms DM Disconnect Ack = 0.000000000 ms reasonCode = (null) (0) connCmaIndex = 0 ecanBypass = FALSE (0) casFwdBh = 0 tripleRed = 1 dtmfFwd = 0 negDtmfRelayType = 0 vadTimer = 250 value = 0 = 0x0 8850bru2.1.2.VISM8.a >
The dspm_endpt_info ShellConn command provides details on the MGCP endpoint that concerns the DSP number, DSP channel, the status, the transmit (TX)/receive (RX) tone, voice activity detection (VAD), and so forth. This command also provides detailed information on the previous codec. Alternatively, you can run the dspm_active ShellConn command which provides basic details for the connection and endpoint index.
Syntax : dspm_endpt_info endptIdx
8850bru2.1.2.VISM8.a > dspm_endpt_info 31
dspm_endpt_info 31
DSP Number = 1
DSP Channel = 2
Status = Connected
Connection Index = 215
Endpoint Index = 31
Codec = G711 A-Law
Previous Codec = G711 A-Law
Conn. DSP Number = 0
Conn. DSP Channel = 0
Conn. DS0 = 31
ECAN Tail Length = 0
Last Timeslot = 2
Loopback Type = No Loopback
Rx Tone = 0
Tx Tone = 0
Tx Tone Duration = 0
TDM Timer ID = 1275
NTWK Timer ID = 1276
Channel Mode = Voice
Encapsulation Type = RTP - Voice over IP
Packetization Per. = 10
Timing Event = No TDM Timing
No Network Timing
VAD = 250
Previous VAD = 0
Voice mode input gain = 0
Voice mode output gain = 0
Event Registration
Client Name = Call Control
Signaling State Change NO
Signaling State Response NO
Digit Detection NO
Digit End NO
Tone Dial Completion NO
Pulse Dial Completion NO
FAX Tone Detection NO
MODEM Tone Detection NO
Digit Detect Timeout NO
Peer Message Detection YES
Peer Message Detection Timeout NO
First Audio Packet Detection NO
Fax Relay NO
DSPM Event 14 - Not Used NO
Client Name = CAS FSM
Signaling State Change NO
Signaling State Response NO
Digit Detection YES
Digit End YES
Tone Dial Completion NO
Pulse Dial Completion NO
FAX Tone Detection NO
MODEM Tone Detection NO
Digit Detect Timeout NO
Peer Message Detection YES
Peer Message Detection Timeout NO
First Audio Packet Detection NO
Fax Relay NO
DSPM Event 14 - Not Used NO
Client Name = Line Monitor
Signaling State Change NO
Signaling State Response NO
Digit Detection NO
Digit End NO
Tone Dial Completion NO
Pulse Dial Completion NO
FAX Tone Detection NO
MODEM Tone Detection NO
Digit Detect Timeout NO
Peer Message Detection NO
Peer Message Detection Timeout NO
First Audio Packet Detection NO
Fax Relay NO
DSPM Event 14 - Not Used NO
Channel Flags
In Test FALSE
Detecting Tone FALSE
Sending Digit FALSE
Sending Tone FALSE
Call Progress Tone FALSE
Upspeed FALSE
Detecting Digit TRUE. Type = 1
Tx Tone Pending FALSE
CAS FALSE
TDM Timer ON FALSE
Network Timer ON FALSE
Gen. Peer to Peer FALSE
Fax in Progress FALSE
Data in Progress FALSE
Phase Reversal Detected FALSE
Waiting for VBD ACK FALSE
Generating Voice Packet TRUE
Generating CAS Packet FALSE
Received a CAC Request FALSE
CAC Pass FALSE
Bypass ECAN FALSE
CAS Ack FALSE
ICS Enable FALSE
modem tone notified FALSE
fax tone notified FALSE
ecan disable FALSE
t38 failed FALSE
wait t38 ack FALSE
fax relay in progress FALSE
wait t38 switch FALSE
pt failed FALSE
pt pass in pt_gw FALSE
wait dm return FALSE
fax cac pass FALSE
fax clear down FALSE
t38 nse ack FALSE
wait sending nse201 FALSE
dm fax mode FALSE
Fax Relay Instruction = 0
Inband Signal Detection = 423
R1 Taiwan FALSE
R1 FALSE
MF FALSE
R2 Backward FALSE
R2 Forward FALSE
DTMF TRUE
CAS FALSE
Voice FALSE
Silence FALSE
Modem TRUE
Supervisory FALSE
FAX TRUE
value = 1 = 0x1
8850bru2.1.2.VISM8.a >
8850bru2.1.2.VISM8.a > dspm_active dspm_active dsp chan status cIdx eIdx codec dsp/ecan chan line ds0 tail ------------------------------------------------------------ 1 2 Cnt 215 31 2 0 0 1 31 0 2 1 Cnt 0 2 2 0 0 1 2 0 3 1 Cnt 0 3 2 0 0 1 3 0 <snip> value = 1 = 0x1 8850bru2.1.2.VISM8.a >dspm_get_err 1 dspm_get_err 1 packet ID 198 is ERROR STAT. Packet length is 44. Incoming packets droped due to invalid header= 0 Transmit packets droped due to HPI SAM overflow= 0 No more message in Q. 8850bru2.1.2.VISM8.a >
If the error count is non-zero, and continues to increase as this command is entered again, this is a source of the problem for future investigation. Check the RTP packet send/receive situation as seen here.
Syntax : dspendpt "endpt_num"
endpt_num -- values : template 1: 1 - 145 for VISM,
1 - 192 for VISM-PR T1,
1 - 248 for VISM-PR E1;
template 2: 1 - 192 for T1,
1 - 248 for E1;
template 3: 1 - 120 for VISM,
1 - 192 for VISM-PR T1,
1 - 248 for VISM-PR E1;
template 4: 1 - 64 for VISM,
1 - 144 for VISM-PR.
8850bru2.1.2.VISM8.a > dspendpt 31
EndptNum: 31
EndptLineNum: 1
EndptName: E1-1/31@vism21-8850-2
EndptSpeed: 64 kbps
EndptState: active
EndptChannelMap: 80000000
EndptEnable: active
EndptLoopback: disabled
Syntax : dsprtpconnstat "endpt_num"
8850bru2.1.2.VISM8.a > dsprtpconnstat 31
Sent msg 83 (GET_VOICE_PLAYOUT_DELAY_STAT) to [DSP 1, Chan 2, 1 Params] : 0
ConnIdx = 31
No. of RTP Packets Sent = 213
No. of RTP Packets Received = 54104
No. of Octets Sent = 8403
No. of Octets Received = 2162731
No. of RTP Packets Lost = 0
Interarrival Jitter = 24
Latency = 0
8850bru2.1.2.VISM8.a >
Note: Run the dsprtpconnstat "endpt_num" command several times to check the increasement of the RTP packets sent and received. Additionally, you can go to the Cisco router connection. This has a PVC connection to the MGX8850. Issue this command:
v5800-3-sc#show atm vc interface ATM0/6/0.1
VCD /
Peak Avg/Min Burst
Interface Name VPI VCI Type Encaps SC Kbps Kbps Cells Sts
0/6/0.1 1 0 22 PVC MUX UBR 155000 UP
v5800-3-sc#
With the 'detail' information you can see the in/out packets increase. You can run this command several times to check how the in/out packets increase in combination with the VISM comamnd dsprtpconnstat "endpt_num".
v5800-3-sc#show atm vc interface ATM0/6/0.1 detail ATM0/6/0.1: VCD: 1, VPI: 0, VCI: 22 UBR, PeakRate: 155000 (365567 cps) AAL5-MUX, etype:0x800, Flags: 0xC24, VCmode: 0x0, Encapsize: 4 OAM frequency: 10 second(s) InARP DISABLED InPkts: 5416453, OutPkts: 5306179, InBytes: 337330144, OutBytes: 487165102 InPRoc: 9674, OutPRoc: 19273 InFast: 5406779, OutFast: 0, InAS: 0, OutAS: 5286906 OAM cells received: 19472618 OAM cells sent: 19472601Status: UPv5800-3-sc#
Issue the dspm_active ShellConn command to retrieve the same details with dspm_table <dsp> . This is the same information you recieved with the ShellConn command dspm_endpt_info.
8850bru2.1.2.VISM8.a > dspm_table 1 dspm_table 1 Comp Dsp=1 Group=G.729, G.726, G.711, ITU-T.38 D/L Count=1 Status=ACTIVE Chann : 1 2 3 4 Testng: no no no no Status: Cnt Cnt Idl Idl T_slot: 1 2 -1 -1 CnIdx : 0 215 0 0 EndIdx: 1 31 0 0 Codec : 2 2 0 0 P.Codc: 0 2 0 0 VAD : 0 250 0 0 P.Vad : 0 0 0 0 Vo.Pkt: no yes no no Cs.Pkt: no no no no Lpback: 0 0 0 0 DtTone: no no no no SdTone: no no no no CPgTone: no no no no DtDigt: no yes no no SdDigt: no no no no CAS : no no no no Upspd : no no no no Encaps: RTP RTP 0 0 Ecan : 0 0 0 0 Chan : 0 0 0 0 Line : 1 1 0 0 Ds0 : 1 31 0 0 value = 0 = 0x0 8850bru2.1.2.VISM8.a >
The dspm_buildinfo_print command provides the DSP release and Firmware build information.
8850bru2.1.2.VISM8.a > dspm_buildinfo_print dspm_buildinfo_print c549_dspm_code_ecan_t1.h Major Release : 9 Minor Release : 4 Build No. : 0 Built by pbecerra on Mon Jun 17 13:24:48 2002 c549_dspm_code_ecan_e1.h Major Release : 9 Minor Release : 4 Build No. : 0 Built by pbecerra on Mon Jun 17 11:58:23 2002 c549_dspm_code_g711.h Major Release : 3 Minor Release : 6 Build No. : 25 Built by yubo on Sun Mar 23 21:27:30 2003 c549_dspm_code_g729.h Major Release : 3 Minor Release : 6 Build No. : 25 Built by yubo on Sun Mar 23 21:29:12 2003 c549_dspm_code_g729_fax.h Major Release : 3 Minor Release : 6 Build No. : 25 Built by yubo on Sun Mar 23 21:29:12 2003 value = 0 = 0x0 8850bru2.1.2.VISM8.a >
Issue the dspm_ping Shellconn command to check the DSP status.
8850bru2.1.2.VISM8.a > dspm_ping dspm_ping Received status_response from dsp 1. Received status_response from dsp 2. Received status_response from dsp 3. Received ping-ack from ecan 4. Received ping-ack from ecan 5. Received ping-ack from ecan 6. <snip>
Issue the dspvismparam command to retrieve the general setup of the VISM card.
8850bru2.1.2.VISM8.a > dspvismparam dspvismparam VISM mode: voipSwitching/voipTrunking VISM features Bit Map: 0x5bc FunctionModuleType: VISM-8E1 CAC flag: enable DS0s available: 120 Template number: 3 Percent of functional DSPs: 100 IP address: 22.22.21.1 Subnet mask: 255.255.255.248 Bearer IP address: 22.22.21.1 Bearer Subnet mask: 255.255.255.248 RTCP report interval: 1000 msec RTCP receive multiplier: 3 RTP receive timer: enable ControlPrecedence/Tos: 0x60 BearerPrecedence/Tos: 0xa0 Aal2 muxing status: disable Tftp Server Dn TFTPDOMAIN Aggregate Clipping enable Aggregate Svc Bandwidth 0 Codec negotiation option 1 Profile negotiation option 1 VAD Duty Cycle 61 VAD Tolerance 100 VISM Initiated NW COT Off VISM CO4 Timer 1000 msec CALEA flag disable SupportdModuleType: VISM-8E1. VismNSAP: 3838353062727532000000000000000002000100 value = 0 = 0x0 8850bru2.1.2.VISM8.a >
To display all statistically provisioned IP addresses and externally resolved IP addresses for all domain names configured on the current VISM card, use the dspdnallips command in the VoIP switching/trunking and switched AAL2 PVC operating modes.
8850bru2.1.2.VISM8.a > dspdnallips
dspdnallips
ResolutionIndex DomainName IP State Pref
--------------- ------------ ------------ --------- -----
1 PWG-SW2 10.48.84.20 Active 1
2 PWG-SW2 10.48.85.20 Inactive 2
3 PWG-SW2 10.48.84.22 Inactive 3
4 PWG-SW2 10.48.85.22 Inactive 4
value = 0 = 0x0
8850bru2.1.2.VISM8.a >
In this example, the ResolutionIndex = 1 is the active. Issue the ccEndptPrint ShellConn command to check notifiedEntity and mgcNum. In this case, the VISM sends NTFYs to the active PWG-SW2.
Syntax ccEndptPrint <endptIdx>
where, 1 <= <endptIdx> <= 248
8850bru2.1.2.VISM8.a > ccEndptPrint 31
ccEndptPrint 31
entryType = 5
Valid = 1
pEndptForw = 0x8138e17c
pEndptBack = 0x8133a670
pEndptConnForw = 0x813d9854
pEndptConnBack = 0x813d9854
pEndptNonSwitchedConnForw = 0x8133cf80
pEndptNonSwitchedConnBack = 0x8133cf80
endptIdx = 31
endptNum = 31
endptName = vism/E1-1/31
lineIdx = 1
pMgcpPkt = 0x0
locallySwitched = FALSE (0)
protocolVersion = MGCP 0.1 (3)
ecan = FALSE (0)
dspNum = 1
dspChan = 2
annCodec = 2
annPktPeriod = 10
annPendingConn = FALSE (0)
ds0DspMap[00]
ds0 = 31
dspNum = 0
dspChan = 0
cas = TRUE (1)
tailLength = 32
mgcRedGrpNum = 1
mgcNum = 1
notifiedEntity = PWG-SW2
caIpAddr = 0.0.0.0
caUdpPort = 0
portInNe = FALSE (0)
NeState = 1
useNewLists = FALSE (0)
requestedEventList = [0-9A-D*#LXT]
signalEventList =
accumulatedEventList =
quarantinedEventList =
detectEventList =
casFwdBh = 0
digitMatchStat = 4
actionBitMap = 0x10
casOkFlag = TRUE (1)
casAction = 0
digitFilter = 0123456789*#
digitCnt = 0
Digits Recd =
useDigitMap = FALSE (0)
pDigitMap = NULL
dspPortConnected = TRUE (1)
dspMsgReceived = FALSE (0)
pendingPeerMsg = 0
RetryCount = 3
minRetryTimeout = 500
maxRetryTimeout = 500
value = 0 = 0x0
8850bru2.1.2.VISM8.a >
8850bru2.1.2.VISM8.a > dspcodecparams
dspcodecparams
Packet IANA
Codec Codec String Period (ms) Preference Type
--------------- -------------- ----------- ---------- ----
1 - G.711u PCMU 10 8 0
2 - G.711a PCMA 10 7 8
3 - G.726-32K G.726-32 10 1 2
4 - G.729a G.729a 10 2 96
5 - G.729ab G.729ab 10 1 96
6 - clr chan CCD 10 9 96
7 - G.726-16K G726-16 10 3 96
8 - G.726-24K G726-24 10 4 96
9 - G.726-40K G726-40 10 6 96
11 - G.723.1-H G723H 30 10 96
12 - G.723.1a-H G723AH 30 11 96
13 - G.723.1-L G723L 30 12 96
14 - G.723.1a-L G723AL 30 13 96
value = 0 = 0x0
8850bru2.1.2.VISM8.a >
Additional VISM Setting Information
The dspcarddsp command is used to display all card level parameters for both echo cancellation and voice compression DSPs.
8850bru2.1.2.VISM8.a > dspcarddsp dspcarddsp IdlePattern: 54 IdleDirection: Both PacketSize: 80 bytes DB loss: sixdb Jitter buffer mode: fixed Jitter buffer size: forty msec Adaptive Gain Control: off value = 0 = 0x0 8850bru2.1.2.VISM8.a >
The dspendpts command displays information about all the endpoints on the VISM card.
8850bru2.1.2.VISM8.a > dspendpts
dspendpts
EndptNum Ena/Speed
-------- --- -----
1 act/ 64k
2 act/ 64k
3 act/ 64k
4 act/ 64k
5 act/ 64k
6 act/ 64k
7 act/ 64k
8 act/ 64k
9 act/ 64k
10 act/ 64k
11 act/ 64k
12 act/ 64k
13 act/ 64k
14 act/ 64k
15 act/ 64k
16 act/ 64k
17 act/ 64k
18 act/ 64k
19 act/ 64k
20 act/ 64k
21 act/ 64k
22 act/ 64k
23 act/ 64k
24 act/ 64k
25 act/ 64k
26 act/ 64k
27 act/ 64k
28 act/ 64k
29 act/ 64k
30 act/ 64k
31 act/ 64k
value = 0 = 0x0
8850bru2.1.2.VISM8.a >
The VISM command dspxgcpdetailcnts displays XGCP detail counts, which gives a better view on which counters increase for the MGCP message fail situation.
8850bru2.1.2.VISM8.a > dspxgcpdetailcnts
dspxgcpdetailcnts
IP Address : 10.48.84.20
CRCX Count : 177
CRCX Fail Count : 0
MDCX Count : 113
MDCX Fail Count : 77
DLCX Received Count : 175
DLCX Received Fail Count : 0
DLCX Sent Count : 1
DLCX Sent Fail Count : 0
RQNT Count : 3
RQNT Fail Count : 0
Notify Count : 0
Notify Fail Count : 0
Audit Endpoint Count : 4637024
Audit Endpoint Fail Count : 33
Audit Connection Count : 0
Audit Connection Fail Count : 0
RSIP Count : 71
RSIP Fail Count : 70
Issue a dsplnendptstatus <line #> command to show the link between the line/ds0 numbers and endpoint numbers.
Issue these commands to check the log and card errors.
dsplog dsperr –sl <slot #>
Issue these commands to turn the MGCP debug on for the VISM.
8850bru2.1.2.VISM8.a > shellConn 8850bru2.1.2.VISM8.a > mgcp_debug_on mgcp_debug_on value = 1 = 0x1 8850bru2.1.2.VISM8.a > -- mgcp_parse_packet() - call mgcp_parse_header - mgcp_parse_header()- Request Verb FOUND AUEP - mgcp_parse_packet() - out mgcp_parse_header - SUCCESS: mgcp_parse_packet()-MGCP Header parsing was OK - mgcp_parse_parameter_lines(int_ptr: F: ), len: 3 - mgcp_parse_parameter_lines(), code_str:: , code_len:2, str:F: - mgcp_parse_parameter_lines(str:F: ) -num_toks: 24 - mgcp_parse_parameter_lines() check NULL str(), in_ptr(F: ) - mgcp_parse_parameter_lines() return Parse function in mgcp_parm_rules_array[1] - mgcp_parse_req_info() is called - SUCCESS: Request Info parameter line (F:) parsing OK - mgcp_val_mandatory_parms() mgcp_val_mandatory_parms()- AUEP case mgcp_val_mandatory_parms()- AUEP has F:
Issue this command to turn it off.
8850bru2.1.2.VISM8.a > mgcp_debug_off
MGCP Traces for VISM (shellConn)
-
ccDbgPrint - Retrieves the current debug status.
-
ccDbgOn "DSPM",4,1 - Enables DSP debug.
-
ccDbgOn "CC",4,1 - Enables MGCP debug.
-
ccDbgOn "CC",1,0 - Disables MGCP debug.
-
ccDbgOn "DSPM",1,0 - Disables DSP debug.
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Related Information
- Cisco PGW 2200 Softswitch Tech Notes
- Configuration Examples for the PGW 2200
- Voice Technology Support
-
Recommended Reading: Troubleshooting Cisco IP Telephony
Cisco Press, ISBN
1587050757
- Technical Support - Cisco Systems
| Updated: Apr 19, 2005 | Document ID: 52321 |