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Document ID: 23281
Contents
Introduction
Prerequisites
Requirements
Components Used
Conventions
Output of the dsptech Command
High Level Explanations of dsptech Output
Detailed Explanations of dsptech Output
Section 1
Section 2
Section 3
Section 4
Section 5
Section 6
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Introduction
The dsptech (display technical support) command is available for service and higher users on the IGX and BPX platforms. The dsptech command provides these benefits:
-
Minimizes data capture time for quick look assessment capabilities.
-
Provides required details not routinely available.
-
Checks connection databases for consistency.
Prerequisites
Requirements
Readers of this document should have knowledge of IGX and BPX platforms.
Components Used
The information in this document is based on all IGX and BPX hardware revisions.
Note: Some of the earlier versions of IGX and BPX switch software have different dsptech syntax and semantics. For versions 9.2.30 and earlier and versions 9.1.24 and earlier, there is no dsptech command.
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.
Output of the dsptech Command
When you issue the dsptech command, you see output similar to this:
joker TRM Cisco BPX 8620 9.3.3y Aug. 27 2001 16:25 GMT
NW CFG: ND(clr/tot/bpx/igx/pop): 1/1/1/0/0 ND(unr/mj/mn): 0/0/0
ND CFG: CON(mas/slv): 0/0 LCON: 0/16000 VC: 0 BW: 0
PORT(clr/tot): 0/0 TRK: 0 FDR: 0 SV: 0 ONFF: 0200000080C70200
BXM EJB ASI CDF --- ---- BXM FAL BNI DER ASI CJF BCC HCM BCC HEM
--- ---- ASI HEC BNI CEM --- ---- --- ---- --- ---- ASM AAA
ND ALM: CONN(fl): 0 TRKS(mj/mn): 0/0 FDR(unr/mj): 0/0
LN(mj/MN): 0/0 CARD(fl/mj/MN/ms): 0/0/0/0 ASM(mj/MN): 0/1
ND PRF: IDLE: 86 RS: 0 CB: 0 NW: 0 TR: 0 FL: 8 SNMP: 0 ILMI: 0 SUM: 4
DYN: 102400/10 STC: 102400/10 PL: 102400/2 PL2: 102400/10
RTG(ok/fl/mx/avg): 0/0/0000.0/0000.0 SYSTICK: FFFD565D
HA: 000/000 HS: CC N/A NW(r/t/b): 000000/000042/000 BUS: A-OK S-OK
LOG A: No Entries in Log
LOG S: No Entries in Log
SLTERR: 000 000 --- 000 000 000 000 000 --- 000 000 --- --- --- ---
Last Command: dsptech
High Level Explanations of dsptech Output
This table provides a high level explanation of the output from the dsptech command:
|
Output |
Explanation |
|---|---|
|
NW CFG |
Summarizes network level status and configuration. |
|
ND CFG |
Summarizes the connection count information (with database consistency checks of LCON – VC – BW databases), Port, Trunk, CWM, On/Off settings, and list of cards. |
|
ND ALM |
Summarizes the connection, trunk, feeder, lines, cards, and general alarm counts. |
|
ND PRF |
Provide profile and performance information about the various tasks, memory regions, connection routing, network messaging, bus status, up time, and hitless rebuild counts. |
|
LOG A |
Lists the swlog entries on the active processor. |
|
LOG S |
Lists the swlog entries on the standby processor. |
|
SLTERR |
Summarizes the existence of BPX slot errors for cards. |
Detailed Explanations of dsptech Output
The remainder of this document is a break down of the dsptech command output by section, with detailed explanations.
Section 1
Output
NW CFG: ND(clr/tot/bpx/igx/pop): 1/1/1/0/0 ND(unr/mj/MN): 0/0/0
ND CFG: CON(mas/slv): 0/0 LCON: 0/16000 VC: 0 BW: 0
PORT(clr/tot): 0/0 TRK: 0 FDR: 0 SV: 0 ONFF: 0200000080C70200
Explanation of Output
|
Field |
Sub-field |
Definition |
|---|---|---|
|
ND |
clr |
Number of nodes with no major alarms |
|
tot |
Number of nodes in the network |
|
|
bpx |
Number of BPXs in the network |
|
|
igx |
Number of IGXs in the network |
|
|
pop |
Number of Popeyes (MGX feeders) in the network |
|
|
unr |
Number of unreachable nodes (ND label displayed in bold, if this value is not zero) |
|
|
mj |
Number of nodes with major alarms |
|
|
MN |
Number of nodes with minor alarms |
|
|
CON |
mas |
Number of connections that exist at this node for which this node is the master |
|
slv |
Number of connections that exist at this node for which this node is the slave |
|
|
LCON |
(first number) |
Number of connections that exist at this node |
|
(second number) |
Maximum LCONs that are allowed at this node. LCON is displayed in bold, if there is a mismatch between LCON and VC. |
|
|
VC |
Number of virtual circuits (VCs) that exist for the node. VC is displayed in bold, if there is a mismatch between VC and LCON. |
|
|
BW |
Number of bandwidth (BW) parameters that are used by the permanent virtual circuits (PVCs) on the node. BW is displayed in bold, if there is a mismatch between BW and VC. |
|
|
PORT |
clr |
Number of non-alarmed ports |
|
tot |
Number of ports on the node |
|
|
TRK |
Number of trunks on the node |
|
|
FDR |
Number of feeders on the node |
|
|
SV |
Number of StrataView Plus (Cisco WAN Manager) links for link 0 and link 1 |
|
|
ONFF |
On/Off internal bit map |
|
Section 2
Output
BXM EJB ASI CDF --- ---- BXM FAL BNI DER ASI CJF BCC HCM BCC HEM B--- ---- ASI HEC BNI CEM --- ---- --- ---- --- ---- ASM AAA
Explanation of Output
|
Field |
Definition |
|---|---|
|
BXM EJB ASI CDF --- ---- BXM FAL BNI DER ASI CJF BCC HCM BCC HEM |
Card Type and Revision for slots 1-8 |
|
B--- ---- ASI HEC BNI CEM --- ---- --- ---- --- ---- ASM AAA |
Card Type and Revision for slots 9-15 for BPX and 9-16 for IGX |
|
Card Type and Revision for slots 17-24 (IGX only) |
|
|
Card Type and Revision for slots 25-32 (IGX only) |
Section 3
Output
ND ALM: CONN(fl): 0 TRKS(mj/MN): 0/0 FDR(unr/mj): 0/0
LN(mj/MN): 0/0 CARD(fl/mj/MN/ms): 0/0/0/0 ASM(mj/MN): 0/1
Explanation of Output
|
Field |
Sub-field |
Definition |
|---|---|---|
|
CONN |
fl |
Number of failed connections |
|
TRKS |
mj |
Number of major trunk alarms |
|
MN |
Number of minor trunk alarms |
|
|
FDR |
unr |
Number of feeders that are unreachable (FDR label is displayed in bold, if this value is not zero) |
|
mj |
Number of feeders that have major alarm |
|
|
LN |
mj |
Number of major line alarms |
|
MN |
Number of minor line alarms |
|
|
CARD |
fl |
Number of failed cards |
|
mj |
Number of cards that have major alarms |
|
|
MN |
Number of cards that have minor alarms |
|
|
ms |
Number of missing cards |
|
|
ASM |
mj |
Number of major ASM alarms |
|
MN |
Number of minor ASM alarms |
Section 4
Output
ND PRF: IDLE: 86 RS: 0 CB: 0 NW: 0 TR: 0 FL: 8 SNMP: 0 ILMI: 0 SUM: 4
Explanation of Output
The numbers in these fields show the percentage of processor real time that is used by the named process. For example, in the sample output, the IDLE process uses 86 percent of the processor real time. The SUM field shows the percent of processor real time for remaining tasks.
|
Field |
Definition |
|---|---|
|
IDLE |
The percentage of processor real time that the IDLE process uses |
|
RS |
The percentage of processor real time that the Resource (RS) process uses |
|
CB |
The percentage of processor real time that the Cell Bus (CB) process uses |
|
NW |
The percentage of processor real time that the Network (NW) process uses |
|
TR |
The percentage of processor real time that the Transaction (TR) process uses |
|
FL |
The percentage of processor real time that the Fail (FL) process uses |
|
SNMP |
The percentage of processor real time that the Simple Network Management Protocol (SNMP) process uses |
|
ILMI |
The percentage of processor real time that the Interim Local Management Interface (ILMI) process uses |
|
SUM |
The percentage of processor real time in use by remaining tasks |
Section 5
Output
DYN: 102400/10 STC: 102400/10 PL: 102400/2 PL2: 102400/10 RTG(OK/fl/Mx/avg): 0/0/0000.0/0000.0 SYSTICK: FFFD565D HA: 000/000 HS: CC N/A NW(r/t/b): 000000/000042/000 BUS: A-OK S-OK
Explanation of Output
|
Field |
Sub-field |
Definition |
|---|---|---|
|
DYN |
(first number) |
Maximum block size that can currently be allocated in the DYNM region |
|
(second number) |
Number of these blocks that are available for allocation |
|
|
STC |
(first number) |
Maximum block size that can currently be allocated in the STTC region |
|
(second number) |
Number of these blocks that are available for allocation |
|
|
PL |
(first number) |
Maximum block size that can currently be allocated in the POOL region |
|
(second number) |
Number of these blocks that are available for allocation |
|
|
PL2 |
(first number) |
Maximum block size that can currently be allocated in the PLO2 region |
|
(second number) |
Number of these blocks that are available for allocation |
|
|
RTG |
OK |
Number of connections rerouted since the last rebuild |
|
fl |
Number of attempted reroutes that failed for any reason |
|
|
Mx |
Maximum time taken to route |
|
|
avg |
Average time taken to route |
|
|
SYSTICK |
System clock tick count |
|
|
HA |
(first number) |
Current hitless rebuild count for the Active CC |
|
(second number) |
Hitless rebuild high water mark for the Active CC |
|
|
HS |
(first number) |
Current hitless rebuild count for the Standby CC |
|
(second number) |
Hitless rebuild high water mark for the Standby CC |
|
|
NW |
r |
Number of successful messages received by the network |
|
t |
Number of successful messages transmitted to the network |
|
|
b |
Number of bad messages received |
|
|
BUS |
Shows whether BUS A is active or in standby, and shows if it is OK or failed. |
|
Section 6
Output
LOG A: No Entries in Log LOG S: The Standby CC is unavailable SLTERR: 000 000 --- 000 000 000 000 000 --- 000 000 --- --- --- ---
Explanation of Output
|
Field |
Definition |
|---|---|
|
LOG A |
List of Software errors logged on the Active processor |
|
LOG S |
List of Software errors logged on the Standby processor |
|
SLTERR |
BPX slot errors |
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Related Information
- BPX 8600 Series Documentation
- IGX 8400 Series Documentation
- Cisco WAN Switching Solutions - Cisco Documentation
- Guide to New Names and Colors for WAN Switching Products
- Downloads - WAN Switching Software ( registered customers only)
- Technical Support & Documentation - Cisco Systems
| Updated: Oct 04, 2005 | Document ID: 23281 |