|
|
The MGX 8260 Media Gateway notifies maintenance or operations personnel of equipment alarms using the following features and components:
This chapter explains how to monitor alarms from the command line interface, and set up email and trap notifications. For more information, see "Connector Pin Assignments".
To monitor alarms, you perform the following tasks:
For more information on front panel indicators, see the "Front Panel Controls and Indicators" section.
Shelf alarms provide information on environmental, clock, and software operation. When checking alarms, start with commands that list summary information. Then use commands that provide details about the event or condition interest.
Step 2 Interpret the listing as follows:
=========================================================================
Shelf Alarms (lsalms)
=========================================================================
Shelf Card Error : false
Shelf Software Error : false
Shelf Integrated Alarm : major
Slot 1 : Clear
Slot 2 : Major
Slot 3 : Clear
Slot 4 : Clear
Slot 5 : Clear
Slot 6 : Major
Slot 7 : Clear
Slot 8 : Clear
Slot 9 : Clear
Slot 10 : Clear
Slot 11 : Major
Slot 12 : Clear
Slot 13 : Clear
Slot 14 : Clear
Slot 15 : Clear
Slot 16 : Clear
Card : Major
Chassis Temperature : Clear
Voltage : Clear
Fan : Clear
Shelf Alarm History : major
| Displayed Information | Description |
|---|---|
Shelf Card Error | Shelf card error indication:
|
Shelf Software Error | Shelf software error indication:
|
Shelf Integrated Alarm | The shelf integrated alarm indicates the combined alarm condition for all shelf, card, line, and EMM alarms. Valid states:
|
Shelf Slot Alarm (Slot 1-16) | The slot integrated alarm indicates the combined alarm condition for the specified card and its associated lines and EMM alarms. Valid states:
|
Card | The card alarm indication:
|
Chassis Temperature | The chassis temperature alarm indication:
|
Voltage | The chassis voltage alarm indication:
|
Fan | The fan speed alarm indication:
|
Shelf Alarm History | The chassis alarm history indication:
|
Step 3 Clear active alarms as described in the "Clearing Alarms" section.
Card alarms provide information on card operation and events.
To view card alarms, follow these steps:
The system displays the card information.
=======================================================================
Physical Card Entry (lscd)
=======================================================================
Physical Card Number : 11
Logical Card Number : 11
Front Card Type : bsc
Back Card Type : dmcBsc6T3
Daughter Card 1 Type : bim4T3E3
Daughter Card 2 Type : *
Card State : active
Card Service : 0
Hardware Revision : 1
Firmware Revision : BSC_B_r01.01.b1
Software Revision : BSC_r01.01.b1
Front Card Serial # : bsc-093
Back Card Serial # : t3e3-141
Fab Version :
Failure Reason : failResonNone
Reset Reason : watchDogReset
Mismatch Reason : noMismatch
Integrated line alarm state : Clear
Line performance alarm state : Clear
EMM temperature alarm state : Clear
EMM voltage alarm state : Clear
SW error alarm state : Clear
Component failure alarm state : Clear
ATM Queue Profile # : 1
RAM Backup : disabled
Interface Mode : bkcd led
Interface Mode : bkcd
Step 2 Check the alarm fields for alarm indications. The alarm types vary somewhat by card type.
Step 3 Clear any active alarms as described in the "Clearing Alarms" section.
This section describes viewing DS1 alarm and line status, and setting and viewing alarm thresholds.
To view DS1 alarms, follow these steps:
The system displays the following DS1 information:
=======================================================================
DS1 Line Entry (lsds1ln)
=======================================================================
DS1 Line : 6.1
Line Type : dsx1ESF
Line Coding : dsx1B8ZS
Send Code : dsx1SendNoCode
Line Signal Mode : none
Line Signal Bits : 1
Time Elapsed in Interval : 704
Line Valid Intervals : 0
Line Loopback Config : dsx1NoLoop
Transmit Clock Source : localTiming
Circuit Identifier : 5
Alarm : Yes
Rcv FE LOF : No
Transmit FE LOF : Yes
Rcv AIS : No
Transmit AIS : No
Loss of Frame : Yes
Loss of Signal : No
Loopback State : No
T16 AIS : No
Rcv FE LOMF : No
Transmit FE LOMF : No
Line Status : UP
Other Failure : No
Step 2 Check the alarm fields for alarm indications. The alarm types vary somewhat by card type.
Step 3 Clear any active alarms as described in the "Clearing Alarms" section.
To view DS1 alarm thresholds, enter the lsds1alm command, specifying the slot and line number, delimited by a period, of the DS1 line. The system displays the alarm threshold list:
=======================================================================
DS1 Line Alarm Thresholds (lsds1alm)
=======================================================================
DS1 Line :1.1
Red Severity :major
RAI Severity :minor
Perf Alarm Severity :minor
LCV 15 Min Threshold:14
LCV 24 Hr Threshold :134
LES 15 Min Threshold:12
LES 24 Hr Threshold :121
LSES 15 Min Threshold:10
LSES 24 Hr Threshold :100
SEFS 15 Min Threshold:2
SEFS 24 Hr Threshold :17
AISS 15 Min Threshold:2
AISS 24 Hr Threshold :17
UAS 15 Min Threshold:10
UAS 24 Hr Threshold :10
| Displayed Information | Description |
|---|---|
DS1 Line | The slot and line number of the DS1 line |
Red Severity | Severity of near end Loss Of Frame |
RAI Severity | Severity of Remote Alarm Indication |
Performance Alarm Severity | Severity of any performance alarms |
Threshold counters (Table 9-16) | The thresholds for line errors that invoke a performance alarm. |
Refer to the following table for a list of threshold counters:
| Parameter | Type | Description | Default |
|---|---|---|---|
5 | LCV 15 | 15 minute line code violations | 14 |
6 | LCV 24 | 24 hour line code violations | 134 |
7 | LES 15 | 15 minute line errored seconds | 12 |
8 | LES 24 | 24 hour line errored seconds | 121 |
9 | LSES 15 | 15 minute severely errored seconds | 10 |
10 | LSES 24 | 24 hour severely errored seconds | 100 |
11 | SEFS 15 | 15 minute severely errored framing seconds | 2 |
12 | SEFS 24 | 24 hour severely errored framing seconds | 17 |
13 | PSAS 15 | 15 minute alarm indication signal seconds | 2 |
14 | PSAS 24 | 24 hour alarm indication signal seconds | 17 |
15 | UAS 15 | 15 minute unavailable seconds | 10 |
16 | UAS 24 | 24 hour unavailable seconds | 10 |
This command changes the configuration settings for alarm severity, integration period, and thresholds for various error conditions, such as LCV, LES, and LSES. The performance alarm is set if the DS1 errors exceed any of the threshold counts set by this command.
To change alarm threshold values, enter the chds1alm command as described in the "chds1alm" section.
This section describes viewing DS3 alarm and line status, and setting and viewing alarm thresholds.
To view DS3 alarms, follow these steps:
The system displays the following DS3 information:
=======================================================================
DS3 Line Entry (lsds3ln)
=======================================================================
DS3 Line : 11.501
Line Type : dsx3M23
Line Coding : dsx3B3ZS
Send Code : dsx3SendNoCode
Line Status : 464
Time Elapsed : 559
Valid Intervals : 0
Cable Length : 1
Transmit Clock Source : localTiming
Circuit Identifier : 0
Alarm : Yes
Rcv RAI Failure : No
Xmit RAI Failure : Yes
Rcv AIS : No
Transmit AIS : No
Loss of Frame : Yes
Loss of Signal : Yes
Loopback State : No
Rcv Test Code : No
Other Failure : No
Step 2 Check the alarm fields for alarm indications. The alarm types vary somewhat by card type.
Step 3 Clear any active alarms as described in the "Clearing Alarms" section.
To view DS3 alarm thresholds, enter the lsds3alm command, specifying the The slot and line number, delimited by a period, of the DS3 line.
The system displays the alarm threshold list:
=======================================================================
DS3 Line Alarm Thresholds (lsds3alm)
=======================================================================
DS3 Line : 11.501
Red Severity : major
RAI Severity : minor
Perf Alarm Severity : minor
NE Alarm UpCount : 6
NE Alarm DownCount : 1
NE Alarm Threshold : 14
LCV 15 Min Threshold: 14
LCV 24 Hr Threshold : 134
LES 15 Min Threshold: 12
LES 24 Hr Threshold : 121
PCV 15 Min Threshold : 10
PCV 24 Hr Threshold : 10
PES 15 Min Threshold : 10
PES 24 Hr Threshold : 10
PSES 15 Min Threshold: 10
PSES 24 Hr Threshold : 10
SEFS 15 Min Threshold: 2
SEFS 24 Hr Threshold : 17
AIS 15 Min Threshold : 10
AIS 24 Hr Threshold : 10
UAS 15 Min Threshold: 10
UAS 24 Hr Threshold : 10
CCV 15 Min Threshold: 10
CCV 24 Hr Threshold : 10
CES 15 Min Threshold: 10
CES 24 Hr Threshold : 10
CSES 15 Min Threshold: 10
CSES 24 Hr Threshold : 10
| Displayed Information | Description |
|---|---|
DS3 Line | The slot and line number of the DS3 line. |
Red Severity | The near end Loss Of Frame indication severity. |
RAI Severity | The Remote Alarm Indication severity. |
Performance Alarm Severity | The performance alarm severity. |
Performance Alarm Threshold | The performance alarm indication. The performance alarm is set if any of the thresholds is exceeded (see Table 9-2). |
NE Alarm UpCount | The up counter value for NE alarms. |
NE Alarm DownCount | The down counter value for NE alarms. |
NE Alarm Threshold | The threshold for NE alarm indication. |
| Parameter | Type | Description | Default |
|---|---|---|---|
8 | LCV 15 | 15 minute line code violations | 14 |
9 | LCV 24 | 24 hour line code violations | 134 |
10 | LES 15 | 15 minute line errored seconds | 12 |
11 | LES 24 | 24 hour line errored seconds | 121 |
12 | PVC 15 | 15 minute P-bit coding violations | 10 |
13 | PVC 24 | 24 hour P-bit coding violations | 10 |
14 | PES 15 | 15 minute P-bit errored seconds | 10 |
15 | PES 24 | 24 hour P-bit errored seconds | 10 |
16 | PSES 15 | 15 minute P-bit severely errored seconds | 10 |
17 | PSES 24 | 24 hour P-bit severely errored seconds | 10 |
18 | SEFS 15 | 15 minute severely errored framing seconds | 2 |
19 | SEFS 24 | 24 hour severely errored framing seconds | 17 |
20 | AISS 15 | 15 minute alarm indication signal seconds | 10 |
21 | AISS 24 | 24 hour alarm indication signal seconds | 10 |
22 | UAS 15 | 15 minute unavailable seconds | 10 |
23 | UAS 24 | 24 hour unavailable seconds | 10 |
24 | CCV 15 | 15 minute C-bit coding violations | 10 |
25 | CCV 24 | 24 hour C-bit coding violations | 10 |
26 | CES 15 | 15 minute C-bit errored seconds | 10 |
27 | CES 24 | 24 hour C-bit errored seconds | 10 |
28 | CSES 15 | 15 minute C-bit severely errored seconds | 10 |
29 | CSES 24 | 24 hour C-bit severely errored seconds | 10 |
The chds3alm command changes the configuration settings for alarm severity, integration period, and thresholds for various error conditions, such as LCV, LES, and LSES. The performance alarm is set if the DS3 errors exceed any of the threshold counts set by this command. To change alarm threshold values, enter the chds3alm command as described in the "chds3alm" section.
Fast Ethernet lines raise an alarm when an active line goes down, and invoke informational events for line configuration changes.
To view the information for configured Fast Ethernet lines, enter the lsethlns command. The system lists summary information for all Fast Ethernet lines:
=======================================================================
Ether Lines (lsethlns)
=======================================================================
Line IP Address Subnet Mask Status Gateway Addr
====== =============== =============== ================ ===============
9.1 12.18.6.12 255.255.255.0 active 12.18.6.1
9.2 12.18.7.11 255.255.255.0 inactive 12.18.7.1
| Displayed Information | Description |
|---|---|
Line | The slot and line number for the Fast Ethernet line |
IP Address | The IP address for the Fast Ethernet line |
Subnet Mask | The IP address mask for the Fast Ethernet line |
Status | The operational status for the line, as follows:
|
Gateway Addr | The primary IP gateway for this line |
The MGX 8260 Media Gateway monitors three key environmental conditions:
Sensor readings translate to alarm conditions according to four fixed threshold levels (see Figure 9-1).
In most cases, the MGX 8260 Media Gateway monitors environmental conditions with multiple sensors located at different physical locations. When listing environmental conditions, specify the sensor ID that corresponds to the sensor you want to view. The following tables list sensors by type and id.
| SId | emmSensorType = temp(1) | emmSensorType = voltage(2) |
|---|---|---|
1 | Main board bottom | 5 V |
2 | Main board top | 3.3 V |
3 | Main board front | 2.5 V |
4 | CSM board |
|
5 | BIM board bottom |
|
6 | BIM board top |
|
7 | Main board middle |
|
| SId | emmSensorType = temp(1) | emmSensorType = voltage(2) |
|---|---|---|
1 | Main board top | 5 V |
2 | Main board bottom | 3.3 V |
| SId | emmSensorType = temp(1) | emmSensorType = voltage(2) |
|---|---|---|
1 | Main board top | 5 V |
2 | Main board bottom | 3.3 V |
3 | Main board middle | 2.5 V |
4 | MSM1 board bottom | 1.8 V |
5 | MSM1 board top |
|
6 | MSM2 board bottom |
|
7 | MSM2 board top |
|
8 | Main board front |
|
| SId | emmSensorType = temp(1) | emmSensorType = voltage(2) |
|---|---|---|
1 | Main board bottom | 5 V |
2 | Main board top | 3.3 V |
3 | Main board front | 2.5 V |
4 | BIM board top |
|
5 | BIM board bottom |
|
6 | BIM board middle |
|
7 | Main board middle |
|
| SId | emmSensorType = voltage(1) | emmSensorType = fan(2) |
|---|---|---|
1 | 1.5 Volts Bus A | Fan number 1 |
2 | 1.5 Volts Bus B | Fan number 2 |
3 | -48 Volts Bus A | Fan number 3 |
4 | -48 Volts Bus B | Fan number 4 |
5 |
| Fan number 5 |
6 |
| Fan number 6 |
Use this section to view sensor details, such as the sensor reading and thresholds, for a single unit. To monitor a single sensor, enter the lsemm command, specifying the unit type, sensor type, and sensor id, as described in the "lsemm" section. The system displays the sensor information. The following sections show sample listings for different sensors.
To view the voltage sensor 1 information for slot 11, enter the following command:
lsemm slot11 2 1
The system displays the following information:
=======================================================================
Environment Monitoring Module Reading (lsemm)
=======================================================================
EMM UnitId : slot11
EMM SensorType : voltage-mvolt
EMM SensorID : 1
EMM Alarm Status : clear
EMM Sensor Reading : 4970 voltage-mvolt
Maj Alarm Hi Threshold : 5500
Maj Alarm Lo Threshold : 4500
Min Alarm Hi Threshold : 5300
Min Alarm Lo Threshold : 4700
| Displayed Information | Description |
|---|---|
EMM UnitId | The slot or chassis with the sensor |
EMM SensorType | The type of environmental sensor |
EMM SensorID | The number of a sensor on a unit |
EMM Alarm Status | The status of the environmental alarm:
|
EMM Sensor Reading | The sensor reading:
|
Maj Alarm Hi Threshold | The threshold value separating a major alarm from a minor alarm for high readings |
Maj Alarm Lo Threshold | The threshold value separating a minor alarm for a high reading from normal operation |
Min Alarm Hi Threshold | The threshold value separating a major alarm from a minor alarm for a low reading |
Min Alarm Lo Threshold | The threshold value separating a minor alarm for a low reading from normal operation |
To view the temperature sensor 1 information for slot 11, enter the following command:
lsemm slot11 1 1
The system displays the following information:
=======================================================================
Environment Monitoring Module Reading (lsemm)
=======================================================================
EMM UnitId : slot11
EMM SensorType : temp-celsius
EMM SensorID : 1
EMM Alarm Status : clear
EMM Sensor Reading : 30 temp-celsius
Maj Alarm Hi Threshold : 75
Maj Alarm Lo Threshold : -5
Min Alarm Hi Threshold : 70
Min Alarm Lo Threshold : 0
See the Voltage Sensor Listing for a description of the table.
To view the fan sensor 1 information, enter the following command:
lsemm chassis 1 1
The system displays the following information:
=======================================================================
Environment Monitoring Module Reading (lsemm)
=======================================================================
EMM UnitId : chassis
EMM SensorType : fan-rpm
EMM SensorID : 1
EMM Alarm Status : clear
EMM Sensor Reading : 3308 fan-rpm
Maj Alarm Hi Threshold : 9999999
Maj Alarm Lo Threshold : 2900
Min Alarm Hi Threshold : 9999999
Min Alarm Lo Threshold : 3100
See the Voltage Sensor Listing for a description of the table.
To view a summary of environmental information, enter the lsemms command.
The system displays the environmental status and readings:
=======================================================================
Environment Monitoring Module Readings (lsemms)
=======================================================================
UnitId SensorType SensorId AlmStatus SensorReading
====== ================== ======== ========= =============
slot6 temp-celsius 1 clear 28
slot6 temp-celsius 2 clear 37
slot6 temp-celsius 3 clear 30
slot6 temp-celsius 4 clear 31
slot6 temp-celsius 5 clear 35
slot6 temp-celsius 6 clear 0
slot6 temp-celsius 7 clear 0
slot6 temp-celsius 8 clear 33
slot6 voltage-mvolt 1 clear 4944
slot6 voltage-mvolt 2 clear 3271
slot6 voltage-mvolt 3 clear 2494
slot10 temp-celsius 1 clear 32
slot10 temp-celsius 2 clear 38
slot10 temp-celsius 3 clear 23
slot10 temp-celsius 4 clear 24
slot10 temp-celsius 5 clear 31
slot10 temp-celsius 6 clear 40
slot10 temp-celsius 7 clear 31
slot10 voltage-mvolt 1 clear 4970
slot10 voltage-mvolt 2 clear 3288
slot10 voltage-mvolt 3 clear 2468
slot11 temp-celsius 1 clear 30
slot11 temp-celsius 2 clear 36
slot11 temp-celsius 3 clear 31
slot11 temp-celsius 4 clear 27
slot11 temp-celsius 5 clear 36
slot11 temp-celsius 6 clear 32
slot11 temp-celsius 7 clear 39
slot11 voltage-mvolt 1 clear 4970
slot11 voltage-mvolt 2 clear 3271
slot11 voltage-mvolt 3 clear 2455
chassis voltage-mvolt 2 clear 1510
chassis voltage-mvolt 4 clear 47320
chassis fan-rpm 1 clear 3292
chassis fan-rpm 2 clear 3308
chassis fan-rpm 3 clear 3409
chassis fan-rpm 4 clear 3461
chassis fan-rpm 5 clear 3341
chassis fan-rpm 6 clear 3443
For a description of the output, see Viewing Environmental Information.
To configure alarm notifications, you perform the following tasks:
The email facility works in conjunction with SNMP traps to notify registered users of alarms or significant events in the MGX 8260 Media Gateway. A system administrator can register up to ten users for email notifications and up to twenty trap events for each user. Upon occurrence of an event, the system sends an email to all registered users that contains alarm or event details and related system information.
To use email alerts, follow these steps:
Step 2 Register the trap events you want users to receive.
To configure the email server and source email address, follow these steps:
For example, Cisco Systems could set the email server as follows:
chem cisco.com 10.1.1.1 support@cisco.com
Step 2 Confirm your settings using the lsem command.
The system lists the email server information.
To register email traps, follow these steps:
Step 2 Add a user and trap registrations using the addereg command as specified in the "addereg" section.
For more information, refer to the section in this chapter pertaining to the alarm you want to add.
The following example registers user 1 for major shelf and EMM alarms:
addereg 1 user@domain.com 1000 1800
Step 3 Check the entry, using the lsereg command.
The system displays registration details.
This section explains how to change existing email registrations. To change optional parameters, follow the command line convention described in Chapter 1. For example, to leave a value unchanged type the # symbol as a placeholder.
To change an email trap registration, follow these steps:
Step 2 Get a complete list of the traps for the index you want to change using the lsereg command, specifying the index.
Step 3 Apply the desired changes using the chereg command. For trap values you don't want to change, enter the # symbol as a placeholder.
The following example adds major card alarms to trap 3 of the email alerts for user 1.
chereg 1 user@domain.com # # 1105
Step 4 Verify the entry using the lsereg command.
The system displays registration details.
To delete an email trap registration, follow these steps.
Step 2 Delete the desired entry using the delereg command, specifying an index.
The system deletes the registration at the specified index.
The following example deletes all email alerts for user 1:
delereg 1
To list the email server information, enter the lsem command.
The following list is displayed:
=======================================================================
Email Alert Server & Source Configuration (lsem)
=======================================================================
Server Domain Name: cisco.com
Server IP Address: 10.1.1.1
Source Email Address: support@cisco.com
| Displayed Information | Description |
|---|---|
Server Domain Name | The domain name of the email server |
Server IP Address | The IP address of the email server. The IP address 0.0.0.0 disables the email feature |
Source Email Address | The `from' email address for messages from the MGX 8260 Media Gateway |
To list the details of one email alert registration, enter the lsereg command, specifying a number 1-10 to identify the user.
The following list is displayed:
=======================================================================
Email Alert Registration Entry (lsereg)
=======================================================================
EmailRegIndex :1
EmailAddress :user@domain.com
TrapNum1 : 1000 TrapNum2 : 1800 TrapNum3 : 0
TrapNum4 : 0 TrapNum5 : 0 TrapNum6 : 0
TrapNum7 : 0 TrapNum8 : 0 TrapNum9 : 0
TrapNum10: 0 TrapNum11: 0 TrapNum12: 0
TrapNum13: 0 TrapNum14: 0 TrapNum15: 0
TrapNum16: 0 TrapNum17: 0 TrapNum18: 0
TrapNum19: 0 TrapNum20: 0
| Displayed Information | Description |
|---|---|
EmailRegIndex | The unique index number to the user account |
Email Address | The email address where the alarm notifications are sent |
TrapNum1 to TrapNum20 | The number of the registered trap condition. To map the trap number to an alarm or event, see the "Understanding Trap Numbers" section. |
To list a summary of the email alert registration entries, enter the lseregs command. The following list is displayed:
=======================================================================
Email Alert Registration Entries (lseregs)
=======================================================================
Index Trap1 Trap2 Trap3 Trap4 EmailAddress
===== ======= ======= ======= ======= ===============================
1 1000 1800 0 0 user@domain.com
2 1001 3001 0 0 user2@domain.com
You can register SNMP managers to receive SNMP trap messages on alarms or significant events in the MGX 8260 Media Gateway.
To register an SNMP trap manager, enter the addtmgr command as described in the "addtmgr" section. The bitmap parameter is a bitwise specification of trap categories to subscribe. Each bit represents a category of traps:
| Bit | Description |
|---|---|
0 | Major (trap severity selection) |
1 | Minor (trap severity selection |
2 | Information (trap severity selection) |
3 | Shelf |
4 | Card |
5 | SNMP |
6 | Dsx1 Line |
7 | Dsx3 Line |
8 | Sonet Line |
9 | Ether Line |
10 | Voice Port |
11 | Ether Channel |
12 | Voice Channel |
The system sends the specified trap messages to registered managers as trap events occur. The following example subscribes the manager at address 10.1.1.10 and udp port 162 to receive trap messages for minor and informational events for cards and DS1 lines.
addtmgr 10.1.1.10 2 162 public 86
You build a trap subscription argument for the addtmgr command. For example, to register for minor alarms, informational messages, card alarms, and DS1 line alarms, build the following trap subscription bitmap:
| Trap: | dsx1Line | Card | Information | Minor | |||
|---|---|---|---|---|---|---|---|
| Value | 1 | 0 | 1 | 0 | 1 | 1 | 0 |
| Bit | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
To use this bitmap, convert it to a decimal value and specify it as the last argument. Binary 1010110 is 86 decimal. The second argument (2) sets the in-band interface as the default interface for sending traps when the routing table has no trap manager.
To change a SNMP trap registration, enter the chtmgr command as described in "chtmgr" section. The following example changes the manager at address 10.1.1.10 and udp port 162 to receive events for the traps specified by bitmap 1100110.
chtmgr 10.1.1.10 2 162 public 102
To delete a SNMP trap registration, enter the deltmgr command, specifying the address of the SNMP manager who wants to discontinue notification of trap events. The system discontinues trap messages to the specified IP address.
The following example deletes the trap manager at 10.1.1.10.
deltmgr 10.1.1.10
To view one SNMP trap registration, enter the lstmgr command. The system displays the trap registration information.
=======================================================================
Trap Manager Registration Entry (lstmgr)
=======================================================================
Trap Manager IP Address (Index) : 10.15.38.22
UDP Port to Trap Manager : 162
Network Interface for Trap Delivery : scc-eth-if
Trap Community String : public
Traps Subscription Bitmap : 56
Manager-specific Trap Sequence Number : 0
| Displayed Information | Description |
|---|---|
Trap Manager IP Address | The IP address of the registered manager. |
UDP Port to Trap Manager | The UDP port of the registered manager. |
Network Interface for Trap Delivery | The MGX 8260 interface for delivering traps. Fixed at scc-eth-if. |
Trap Community String | The name of the community string. |
Trap Subscription Bitmap | A bitmap of traps to send to the manager. |
Manager-specific Trap Sequence Number | The manager-specific trap sequence number. |
To view all SNMP trap registrations, enter the lstmgrs command. The system displays the current trap managers.
=======================================================================
Trap Manager Registration Entries (lstmgrs)
=======================================================================
Mgr IP Address UDP Port Interface Community String
================ ========== =========== ====================
10.15.38.22 162 scc-eth-if public
Traps are identified by a unique number, starting with 1000. This section lists traps by function.
Shelf alarms create trap conditions that you can use for email alerts. The following table summarizes the alarm conditions and corresponding trap numbers for shelf and environmental alarms:
| Event | Severity | Trap Number |
|---|---|---|
Shelf major alarm | Major | 1000 |
Shelf minor alarm | Minor | 1001 |
Shelf alarm clear | Info | 1002 |
Shelf security alert | Minor | 1003 |
Shelf cold start | Major | 1004 |
Shelf alarm history change | Info | 1005 |
EMM major alarm | Major | 1800 |
EMM minor alarm | Minor | 1801 |
EMM alarm clear | Info | 1802 |
Clock major alarm | Major | 1900 |
Clock minor alarm | Minor | 1901 |
Clock alarm cleared | Info | 1902 |
Clock switched | Info | 1903 |
The following table summarizes the alarm conditions and corresponding trap numbers for card alarms:
| Event | Severity | Trap Number |
|---|---|---|
Card inserted | Info | 1100 |
Card removed | Info | 1101 |
Card failed | Major | 1102 |
Core card switchover | Major | 1103 |
Service card switchover | Minor | 1104 |
Card major alarm | Major | 1105 |
Card minor alarm | Minor | 1106 |
Card alarm cleared | Info | 1107 |
Card active | Info | 1108 |
Core redundancy failed | Major | 1109 |
Service module redundancy failed | Major | 1110 |
Multiservice Media module major alarm | Major | 1111 |
Physical card mismatched | Minor | 1112 |
Physical card configuration cleared | Info | 1113 |
Card in standby | Info | 1114 |
Physical back card inserted | Info | 1115 |
Physical back card removed | Info | 1116 |
DMC map added | Info | 2000 |
DMC map deleted | Info | 2001 |
DMC map modified | Info | 2002 |
DSP minor alarm (1 DSP down) | Major | 2101 |
DSP major alarm (all DSPs down) | Major | 2102 |
The following table summarizes the alarm conditions and corresponding trap numbers for DS1 alarms:
| Event | Severity | Trap Number |
|---|---|---|
DS1 line added | Info | 1300 |
DS1 line deleted | Info | 1301 |
DS1 line modified | Info | 1302 |
DS1 line major alarm | Major | 1303 |
DS1 line minor alarm | Minor | 1304 |
DS1 line alarm cleared | Info | 1305 |
DS1 line performance major alarm | Major | 1306 |
DS1 line performance minor alarm | Minor | 1307 |
DS1 line performance alarm clear | Info | 1308 |
DS1 line update threshold | Info | 1309 |
DS1 line payload loopback up | Info | 1310 |
DS1 line loopback up | Info | 1311 |
DS1 line other loopback up | Info | 1312 |
DS1 line loopback down | Info | 1313 |
DS1 line BERT on | Info | 1314 |
DS1 line BERT off | Info | 1315 |
The following table summarizes the alarm conditions and corresponding trap numbers for DS3 alarms:
| Event | Severity | Trap Number |
|---|---|---|
DS3 line added | Info | 1400 |
DS3 line deleted | Info | 1401 |
DS3 line modified | Info | 1402 |
DS3 line major alarm | Major | 1403 |
DS3 line minor alarm | Minor | 1404 |
DS3 line alarm cleared | Info | 1405 |
DS3 line performance major alarm | Major | 1406 |
DS3 line performance minor alarm | Minor | 1407 |
DS3 line performance alarm clear | Info | 1408 |
DS3 line threshold update | Info | 1409 |
DS3 line payload loopback up | Info | 1410 |
DS3 line loopback up | Info | 1411 |
DS3 line other loopback up | Info | 1412 |
DS3 line loopback down | Info | 1413 |
The following table summarizes the alarm conditions and corresponding trap numbers for Fast Ethernet alarms and events:
| Event | Severity | Trap Number |
|---|---|---|
Ether line active or added | Info | 1600 |
Ether line delete | Info | 1601 |
Ether line config change | Info | 1602 |
Ether line alarm while in active state | Major | 1603 |
Ether line alarm while inactive | Info | 1604 |
Ether line alarm clear | Info | 1605 |
Voice ports generate informational events for configuration changes. The only way to access these events is by using SNMP traps or email alerts. The following table summarizes the events and corresponding trap numbers for the voice ports:
| Event | Severity | Trap |
|---|---|---|
Voice port added | Info | 1700 |
Voice port deleted | Info | 1701 |
Voice port modified | Info | 1702 |
Posted: Fri Apr 14 17:36:54 PDT 2000
Copyright 1989 - 2000©Cisco Systems Inc.