|
Table Of Contents
Service-Affecting Alarms and Out-of-Band Network Management Features in Release 9.2
Managing the Network
This chapter tells you how to use network administration commands. Examples of the tasks these commands perform are creating a password, setting the network date and time, and adding a user.
Signing On to the System
Signing on to a node is a two-step process that requires you to enter a User ID and a password. The system or network administrator can provide a User ID and password to you. The User ID can be up to 12 characters. To protect the security of the system, you should change your password regularly. Only your system administrator can change the User ID. To sign on to a node:
Step 1 Enter your user ID at the system prompt "Enter User ID."
Step 2 Enter your password at the "Enter Password" prompt. For initial sign-on, enter the password that the system administrator provides. You can change the password with the cnfpwd command.
After you sign on, the system is ready and so prompts you for the next command.
Signing Off the System
When you have completed a session and want to sign off, use the bye command. This command returns the display to the initial system sign-on prompt. If you enter the bye command when you have a virtual terminal connection to another node, the bye command ends the virtual terminal session and returns to the local session. To end the local session and thus sign-off the system, again enter the bye command.
Changing a Password
To change the password given to you by your System Administrator, or to change your present password to a different one, perform the following. To ensure the security of your system, your password should be changed on a regular basis. See the System Administrator for the recommended frequency of change.
Step 1 Enter the cnfpwd command. The system prompts for your current password.
Step 2 Enter your current password. The system prompts for a new password.
Step 3 Enter a new password. Passwords must have 6-15 characters. The system prompts you to confirm the new password by typing it again.
Set Date and Time
Date and time are network-wide parameters. You can set the time zone for each node. The cnfdate command lets you set both time and date. The cnftime command lets you set the time for the entire network.
Summary of Commands
Table 13-1 shows the full name and starting page for the description of each network management command.
adduser
Adds a user to the network. The first time the new user ID is used for logon, a prompt appears asking the user to change from the default password to a new password which they enter using the cnfpwd command. Users with privilege levels 1 through 5 may add users with lower privilege levels. Since privilege level 6 has no user levels below it, level 6 cannot add any users.
Full Name
Add a user
Syntax
adduser <user_id> <privilege_level>
Related Commands
cnfpwd, deluser, dspusers
Attributes
Example 1
adduser sarah 5
Description
Add a user sarah with privilege level 5.
System Response
alpha TRM YourID:1 IGX 8410 9.2 Aug. 16 1998 13:48 PST
YourID 1
Sarah 5
Last Command: adduser Sarah 5
Next Command:
cnfpwd
Changes the password associated with a User ID. To change a password, you must log into the node with the User ID whose password you want to change. Passwords are case-sensitive.
In a structured network, each domain requires you to have a password. In each domain, your password and associated privilege level can be the same as or different from those in the other domains. For each domain, you can change the password at any node within the domain, including a junction node.
Full Name
Configure password
Syntax
cnfpwd <old password> <new password>
Related Commands
dsppwd, adduser, deluser, dspusers
Attributes
Example 1
cnfpwd
Description
Change your password.
cnffwswinit
Use the cnffwswinit command to inform the IGX/BPX the IP address of the machine used to initiate a firmware or software download. This is used as a sort of a safety measure, to prevent downloads from being started anywhere in the network. You must have access to a node, and use the cnffwswinit command to set the IP address before a download will be accepted from that address.
Full Name
Configure firmware and software downloader's WAN Manager IP address
Syntax
cnffwswinit <IP address of download initiator>
Related Commands
dsppwd, adduser, deluser, dspusers
Attributes
Example
cnffwswinit 172.29.52.17
Description
Configures the IP address of the machine running WAN Manager from which the firmware and software download will be initiated to other nodes. If you do not provide the IP address for the WAN Manager node from which to initiate the firmware/software download, you will be prompted to enter it.
cnfsnmp
Configures the SNMP GET and SET community strings.
Full Name
Configure SNMP parameters
Syntax
cnfsnmp <GET community string> <SET community string>
Related Commands
dspsnmp, dspsnmpstats
Attributes
Example 1
cnfsnmp
Description
Configure the SNMP GET and SET community string parameters.
Table 13-5 cnfsnmp—Parameters
Parameter Descriptionget community string
Specifies the GET community string.
set community string
Specifies the SET community string.
cnfstatmast
Configures an IP address for the Statistics Master process in WAN Manager. The cnfstatmast command defines the IP address for routing the messages to and from the Statistics Master in WAN Manager.
The Statistics Master process requests and receives network statistics by using TFTP Get and Put messages. These TFTP messages pass between the node and the Statistics Master over IP Relay. See the cnfnwip description for details on setting a node address.
Full Name
Configure statistics master SV+ address
Syntax
cnfstatmast <IP Address>
Related Commands
cnfnwip, dspnwip
Attributes
Example 1
cnfstatmast 199.35.96.217
Description
Configure 199.35.96.217 as the IP address for the Statistics Master.
cnfsysparm
Configures various system (or network) parameters. Network-wide parameters are configurable only when all nodes in the network are reachable. The parameters you specify with this command apply throughout the network regardless of which node you execute the command from. Take special note of the consequences of how you resolve conflicting values when networks are joined.
You can select each parameter by its index number. The paragraphs that follow describe each parameter by index number. Table 13-6 lists the defaults and ranges for each parameter.
Note Using cnfsysparm requires caution because network rerouting or loss of data may result from changes in system parameters. If necessary, consult with the TAC before you use cnfsysparm.
The following paragraphs describe the user-configurable system parameters by index number.
•1: Maximum Time-Stamped Packet Age is the maximum age a time-stamped packet can have before the switch discards it. If networks are joined and the Maximum Time-Stamped Packet Age in the networks differ from each other, the lower value becomes the maximum.
•2: Fail Connections On Communication Break Determines whether connections are conditioned if the node at the other end of the connection becomes unreachable. If networks with different settings are joined, the resolution is to enable this parameter for the new network.
•3-7: Maximum Network Delay for various types of compressed voice and high-speed data connections using SDP/LDP on an IPX node or LDM/HDM on an IGX node. When the total queueing delay on a route exceeds this value, connection traffic cannot use the route. The units of measure are milliseconds. When networks with different values are joined, the lower value becomes the Maximum Network Delay.
•8-12: Maximum Network Delay for compressed voice and high-speed data connections. When the total queueing delay on a route exceeds the specified number of milliseconds, a connection traffic cannot use the route. When networks with different values are joined, the higher value becomes the Maximum Network Delay. Applicable cards are the UVM, CDP, or CVM.
Note In Release 9.1, when cost-based routing is configured, the delay cost cap is the maximum allowable end-to-end delay for the connection type. Use parameters 3 through 12 to configure this delay network-wide for all delay-sensitive connections.
•13: Enable Discard Eligibility (DE) bit for Frame Relay connections. Frames received with DE set have been sent on connections where the PIR has been exceeded and are eligible to be discarded. Enabling DE automatically enables CLP. CLP is disabled when Discard Eligibility is turned off except on the bursty data B queue when ForeSight is enabled.
•14: Use Frame Relay Standard Parameters Bc and Be allows you to substitute the Frame Relay Forum standard Bc for VC Q depth and Be for PIR when you configure Frame Relay ports and connections. (The affected commands are cnffrport, addcon for Frame Relay, and cnfcon.) Screen displays for Frame Relay ports and connections reflect the choice for this parameter. Note that if you change this parameter, a network-wide reset to the default values takes place for all Frame Relay classes, and the terminal displays a warning that the reset occurred.
•Obsolete: 15-20: Maximum Local Delay for Interdomain UVM, CDP, or CVM to UVM, CDP, or CVM connections is similar to parameters 8-12 described above. These parameters specify the maximum delay at the local domain in a structured network. These delays can be set only on a domain-by-domain basis (not end-to-end).
•21: FastPAD Jitter Buffer Size is the size of the buffer for neutralizing jitter in connections that terminate on a FastPAD. The units of measurement are milliseconds.
•22: Number of Consecutive Invalid Login Attempts to Cause Major Alarm specifies the number of failed login attempts that causes a major alarm. The default of 0 means that failed login attempts do not cause an alarm. If the threshold is set to 0, the Too Many Invalid Login Attempts service-affecting alarm is disabled and no alarm will be generated.
•23: Enable Connection Deroute Delay is an enable that causes the network to wait a period of time before rerouting connections because of an error on a trunk. With Enable Connection Deroute Delay enabled, the network does not immediately reroute connections when statistical errors are occurring or when a trunk momentarily moves into a failure state then returns to normal operation. This feature is relevant when rerouting the connections is more of a disruption than the errors caused by the intermittent trunk.
•24: Frame Relay VCs Polling Rate is the period between the start of polling cycles for both ATM and Frame Relay virtual connections. The possible values are 5, 10, and 15 seconds. As the number of connections in a network grows, greater intervals between cycles may be appropriate. The suggested intervals for the numbers of connections are:
–5 minute polling for up to 4000 connections
–10 minute polling for up to 8000 connections
–15 minute polling beyond 8000 connections.
•25: Port Polling Rate is the time between the start of polling cycles for interval statistics. The possible values are 5, 10, and 15 minutes. (To specify the particular statistics, use the statistics manager in WAN Manager.) As the number of connections in a network grows, greater intervals between cycles may be appropriate. The suggested intervals for the numbers of connections are:
–5 minutes for up to 300 connections
–10 minutes for up to 500 connections
–15 minutes for more than 500 connections.
Full Name
Configure system parameters
Syntax
cnfsysparm <index> <value>
Related Commands
none
Attributes
Example 1
cnfsysparm
Description
Configure system-wide parameters. In response to the prompt "Continue" at the bottom of the display enter a "y", or press Return to display the second screen, or enter "n" to not display the next screen. If you enter an "n," the prompt line requests an index number.
System Response
sw171 VT SuperUser IGX 8420 9.2 Oct. 14 1998 17:37 GMT
System-Wide Parameters
1 Max Time Stamped Packet Age (msec) ................................ 32
2 Fail Connections On Communication Break ........................... No
3 Max Network Delay for 'v' connections (msec)....................... 14
4 Max Network Delay for 'c' connections (msec)....................... 27
5 Max Network Delay for 't' & 'p' connections (msec)................. 14
6 Max Network Delay for 'a' connections (msec)....................... 27
7 Max Network Delay for High Speed Data connections (msec)........... 32
8 Max Network Delay for CDP-CDP 'v' connections (msec)............... 32
9 Max Network Delay for CDP-CDP 'c' connections (msec)............... 32
10 Max Network Delay for CDP-CDP 't' & 'p' connections (msec)......... 32
11 Max Network Delay for CDP-CDP 'a' connections (msec).............. 32
This Command: cnfsysparm
Continue? n
System Response
In response to the "Continue" prompt at the bottom of the display, enter an "n," then enter a "1" to enter the maximum allowable age for a time-stamped packet.
sw171 VT SuperUser IGX 8420 9.2 Oct. 14 1998 17:37 GMT
System-Wide Parameters
1 Max Time Stamped Packet Age (msec) ................................ 40
2 Fail Connections On Communication Break ........................... No
3 Max Network Delay for 'v' connections (msec)....................... 14
4 Max Network Delay for 'c' connections (msec)....................... 27
5 Max Network Delay for 't' & 'p' connections (msec)................. 14
6 Max Network Delay for 'a' connections (msec)....................... 27
7 Max Network Delay for High Speed Data connections (msec)........... 32
8 Max Network Delay for CDP-CDP 'v' connections (msec)............... 32
9 Max Network Delay for CDP-CDP 'c' connections (msec)............... 32
10 Max Network Delay for CDP-CDP 't' & 'p' connections (msec)......... 32
11 Max Network Delay for CDP-CDP 'a' connections (msec).............. 32
This Command: cnfsysparm 1
Enter new value (in Decimal):
Enter the number of the parameter you wish to change, along with the value. For example, to change the Maximum Time-Stamped Packet Age (1) from 40 milliseconds to 42 milliseconds, enter:
1 42
Note If you change item 15, the following prompt appears on the screen:
Changing this parameter will reset Frame Relay classes to their defaults. Continue (y/n)?
Changing parameter 15 requires a change in the Frame Relay classes. Since Frame Relay classes are not associated with a specific port (or port speed 0), no translation can be made. The values for Bc and Be, or VC Q depth and PIR are reset to their default values.
Table 13-8 cnfsysparm—Parameters
Parameter Descriptionindex
Specifies a numerical value that refers to the specific parameter to be changed. Index numbers and descriptions of the system-wide parameters are in the table that precedes the command summary.
value
Specifies a numerical value that applies to the selected parameter. See Table 13-6.
deluser
Deletes a user from the network. A user can delete users at any lower privilege level.
Full Name
Delete a user
Syntax
deluser <user_id>
Related Commands
adduser, dspusers
Attributes
Example 1
deluser john
Description
Delete user "john."
alpha TRM YourID:1 IGX 8410 9.2 Aug. 16 1998 13:52 PST
YourID 1
Sarah 5
\
Last Command: deluser John
Next Command:
Table 13-9 deluser—Parameters
Parameter Descriptionuserid
Specifies the name of the user to delete from the network.
dsplanip
The dsplanip command is similar to the dspnwip command. It displays the LAN IP address and subnet mask of the local node, and also displays the LAN IP address of all other nodes in the network, including feeder nodes. (Feeder nodes are displayed with a blank node name, and they appear immediately beneath the hub node to which they are attached.)
The dsplanip command displays the LAN IP address of all nodes reachable from a given node in the network.
The dsplanip command is new in Release 9.2 in support of the Out-of-Band network management feature which enables management traffic to be sent over IP to the switches' LAN Ethernet interface, thereby reducing the load on trunk bandwidth and node processor times.
Service-Affecting Alarms and Out-of-Band Network Management Features in Release 9.2
The service-affecting alarms feature enhances reporting of switch alarm conditions to Cisco WAN Manager, and to a customer network management system (NMS) through the Cisco WAN Manager RTM Proxy. New Robust Alarm messages are generated from existing switch events that could affect service.
The Out-of-Band network management feature in Release 9.2 enables management traffic to be sent over IP to switches' LAN Ethernet interface to Cisco WAN Manager, thereby reducing the load on trunk bandwidth and node processor times. For WAN Manager to be able to manage a switch out of band, the following things must be done:
•To support out-of-band management feature and service-affecting alarms, SV+ must be running Release 9.2 or higher.
•The LAN IP address of the switch must be configured.
•LAN Ethernet access must be provided from the Cisco WAN Manager workstation to the switches' LAN port.
•You may only use the "lanip" option for Cisco WAN Manager, which enables out-of-band management, if all switch nodes in the network are running switch software Release 9.2 or higher.
•For an MGX 8220 (AXIS) interface shelf to be able to send LAN IP address changes to a routing node, it must be running MGX 8220 release 4.0.20 or higher.
To change the LAN IP address of a routing node you use the cnflan user command. The Out-of-Band Network Management software in Release 9.2 detects a change to the LAN IP address on a routing or feeder note and forwards an update message to Cisco WAN Manager.
Note The service-affecting alarms and out-of-band network management features in Release 9.2 can interoperate in mixed networks containing one or more nodes running switch software Release 9.1 or 8.5.
Full Name
Display LAN IP address of local node, and all nodes in the network
Syntax
dsplanip
Related Commands
dspphyslns, dsptrks
Attributes
Example 1
dsplanip
Description
Display the LAN IP address of local node, and all other reachable nodes in network.
System Response
sw248 TN StrataCom BPX 15 9.2.0 May 4 1998 18:28 GMT
Active LAN IP Address: 172.29.9.155
Active LAN IP Subnet Mask: 255.255.255.0
NodeName LAN IP Address
sw252 172.29.9.159
172.29.9.175
sw263 172.29.9.167
172.29.9.163
sw8 172.29.9.124
sw248 172.29.9.155
172.29.9.134
172.29.9.173
Last Command: dsplanip
dspnwip
Displays the IP address for each node in the network. The IP address is used to route TFTP messages transferring bulk statistics between the node and the WAN Manager Statistics Master.
Full Name
Display network IP interface
Syntax
dspnwip
Related Commands
cnfwip
Attributes
Example 1
dspnwip
Description
Display network IP addresses.
axiom1 TN bootzilla IGX 32 9.2 Sep. 5 1998 18:18 GMT
Active Network IP Address: 169.134.90.106
Active Network IP Subnet Mask: 255.255.255.0
NodeName IP Address
axiom1 169.134.90.111
169.134.90.105
169.134.90.101
axiom2 169.134.90.102
axiom3 169.134.90.103
axiom1 169.134.90.106
Last Command: dspnwip
Next Command:
dsppwd
Displays the password of the current user or any user at any lower privilege level.
Full Name
Display password
Syntax
dsppwd <user_id>
Related Commands
adduser, cnfpwd, deluser, dspusers
Attributes
Example 1
dsppwd yourid
Description
Display the password for user YourID.
System Response
alpha TRM YourID:1 IGX 8410 9.2 Aug. 16 1998 13:56 PST
The password for YourID is liftoff
This Command: dsppwd YourID
This screen will self-destruct in ten seconds
Next Command: dsppwd YourID
Table 13-10 dsppwd—Parameters
Parameter Descriptionuserid
Specifies the user whose password is displayed.
dspsnmp
Display the following SNMP parameters for the current node:
•Get Community String
•Set Community String
•Trap Community String
•SNMP Set Request Queue Size
•SNMP Queued Request Timeout, in seconds
•SNMP Trap Event Queue Size
Full Name
Display SNMP parameters
Syntax
dspsnmp
Related Commands
cnfsnmp, dspsnmpstats
Attributes
Example 1
dspsnmp
Description
Display the SNMP parameters for the current node.
System Response
sw91 TN SuperUser IPX 8 9.2 Aug. 29 1998 13:45 GMT
Get Community String: NOACCESS
Set Community String: NOACCESS
Trap Community String: NOACCESS
SNMP Set Request Queue Size: 110
SNMP Queued Request Timeout (secs): 30
SNMP Trap Event Queue Size: 100
Last Command: dspsnmp
Next Command:
dspsnmpstats
Displays the following SNMP statistics for the node:
•SVC Requests Received, the number of SVC requests received.
•SVC Current Queue Length, the number of outstanding SVC requests in the queue.
•SVC Maximum Queue Length, the high watermark of the number of outstanding SVC requests in the queue.
•SVC Requests Timed Out, the number of SVC requests that have timed out.
•Current Trap Managers, the number of managers (up to 10) that are currently registered, their IP addresses and UDP ports.
•Traps Transmitted, the number of traps transmitted.
•TRAP Current Queue Length, the number of outstanding traps in the queue.
•TRAP Maximum Queue Length, the high watermark of the number of outstanding traps in the queue.
•TRAP Queue Events Discarded, the number of traps discarded due to queue overflow.
•Overflow Traps Transmitted, the number of overflow traps transmitted due to queue overflow.
Full Name
Display SNMP parameters
Syntax
dspsnmpstats
Related Commands
cnfsnmp, dspsnmp
Attributes
Example 1
dspsnmpstats
Description
Display SNMP statistics for the current node.
System Response
sw91 TN SuperUser IPX 8 9.2 Aug. 29 1998 13:21 GMT
SVC Requests Received: 256 Traps Transmitted: 256
SVC Current Queue Length: 0 TRAP Current Queue Length: 0
SVC Maximum Queue Length: 0 TRAP Maximum Queue Length: 0
SVC Requests Timed Out: 0 TRAP Queue Events Discarded: 196864
Overflow Traps Transmitted: 100925440
Current Trap Managers: 0/10 Snmp_Trap_Db Ptr: 30DDCD02
Last Command: dspsnmpstats
Next Command:
dspsv3
Displays the Cisco WAN Manager L3 (Layer 3) Link Control Blocks.
The dspsv3 command displays the LCBs (Link Control Blocks) used by a switch to communicate with one or more SV+ workstations. The display shows whether the out-of-band (lanip) option is being used. Previous to Release 9.2, the dspsv3 screen indicated whether or not NWIP was being used. In Release 9.2, the dspsv3 screen distinguishes between the three modes supported in Release 9.2:
•nwip_off
•nwip_on
•lanip
This command supports the Out-of-Band network management feature, which enables management traffic to be sent over IP to switches' LAN Ethernet interface, thereby reducing the load on trunk bandwidth and node processor times.
The dspsv3 command displays counts of pending SONET APS (Automatic Protection Switching) alarms.
Full Name
Display Cisco WAN Manager L3 (Layer 3s) Link Control Blocks
Syntax
dspsv3
or
dspsv3 <LCB number>
Related Commands
dsplanip
Attributes
Example 1
dspsv3
Description
Display Cisco WAN Manager L3 Link Control Blocks.
System Response
nsaigx2 TN StrataCom IGX 8420 9.2 June 8 1998 06:11 GMT
Number of Active SV3 Links: 2 Serial Admin: None LAN Admin: None
LCB: 0 Node: 0 IP:*172.16.64.20
LCB: 1 Node: 3 IP:*172.16.64.20
>Last Command: dspsv3
Example 2
dspsv3
System Response
sw248 TN StrataCom BPX 15 9.2.0 May 4 1998 18:05 GMT
Number of Active SV3 Links: 2 Serial Admin: None LAN Admin: None
LCB: 0 Node: 128 IP:N172.29.9.29
LCB: 1 Node: 128 IP:L172.29.9.53
LCB: 2 Node: 128 IP: 172.29.9.115
Last Command: dspsv3
In Example 2, the summary display shows three Link 1 LCBs, which connect to three different SV+ workstations. The "N" next to the first IP address indicates the nwip_on option. The "L" next to the second address indicates the lanip option. The absence of a symbol on the third line indicates the nwip_off option.
Example 3
dspsv3
System Response
sw248 TN StrataCom BPX 15 9.1.a5 May 4 1998 18:11 GMT
LCB: 1 Alloc: 1 sv3_lcb_ptr: 31514034
IP Address: 172.29.9.53 (lanip)
Response Timer: 0
Idle Timer: 393
Retry Count: 120
Current Protocol State: SV3_TRANSFER
No. of Buffers in the data_q: 0
No. of Buffers in the xmit_q: 0
No. of Buffers in the nflow_q: 0
Comm Break Alarm: Update: 0, Pending: 0
Comm Break Alarm Bitmaps: Update: 314741FC, Pending: 3147449C
Last Command: dspsv3 1
In Example 3, the detailed display below shows the state on an individual link control block. The display indicates the use of the lanip option.
Example 1
dspsv3 0
Description
Display Cisco WAN Manager L3 Link Control Blocks.
System Response
nsaigx2 TN StrataCom IGX 8420 9.2 June 8 1998 06:11 GMT
LCB: 0 Alloc: 1 sv3_lcb_ptr: 3120248C
IP Address: 172.29.9.60
Response Timer: 0
Idle Timer: 600
Retry Count: 120
Current Protocol State: SV3_TRANSFER
No. of Buffers in the data_q: 0
No. of Buffers in the xmit_q: 0
No. of Buffers in the nflow_q: 0
This Command: dspsv3 0
Continue?
LCB: 0 Alloc: 1 sv3_lcb_ptr: 3120248C
Subscribed Applications: Topology MaintLog
312024C0
Update Pending
Revision: 0 0
Stats Rebuild: 0 0
Subscription: 0 0 APS Alarm: 0 31202EB6 0 31202EDB
Feeder Obj: 0 312029D2 0 312029D4 Feeder Alarm: 0 31202ED8 0 31202EDA
Port Obj: 0 312029C6 0 312029CC Port Alarm: 0 31202ECC 0 31202ED2
Conn Obj: 0 312024D0 0 31202741 Conn Alarm: 0 312029D6 0 31202C47
Cline Obj: 0 312029B2 0 312029B7 Cline Alarm: 0 31202EB8 0 31202EBD
Trunk Obj: 0 312029BC 0 312029C1 Trunk Alarm: 0 31202EC2 0 31202EC7
Last Command: dspsv3 0
Continue?
LCB: 0 Alloc: 1 sv3_lcb_ptr: 3120248C
Robust Database Updates data:
db_update_flags: 30D6E16C db_pending_flags: 30D6E355
flag_offset_table: 30D6E56C
1:0 2:0 3:0 4:0 5:0 6:0 7:0 8:1 9:16 10:1A
11:59 12:0 13:D6 14:D7 15:0 16:DC 17:FC 18:0 19:13B 20:0
21:17B 22:17D 23:0 24:0 25:17F 26:0 27:180 28:0 29:181 30:183
31:0 32:0 33:0 34:185 35:0 36:0 37:186 38:0 39:0 40:0
41:0 42:0 43:0 44:0 45:0 46:187 47:0 48:0 49:0 50:0
51:18C 52:0 53:0 54:0 55:0 56:0 57:0 58:0 59:0 60:0
61:0 62:0 63:0 64:0 65:0 66:18D 67:0 68:0 69:0 70:0
71:0 72:0 73:18E 74:0 75:0 76:0 77:0 78:0 79:0 80:0
81:0 82:0 83:0 84:0 85:0 86:0 87:0 88:0 89:0 90:0
91:0 92:18F 93:18F 94:190 95:1A5 96:1A9 97:0 98:0 99:1E8 100:0
101:0 102:0 103:0 104:0
Last Command: dspsv3 0
LCB - LCB number
Alloc - LCB allocated (1) or not (0)
sv3_lcb_ptr - address of LCB in memory
IP Address - SV+ IP Address
Response Timer - SV+ Link Response Timer
Idle Timer - Display SV+ Link Idle Timer
Retry Count - SV+ Link Retry Count
Current Protocol State - Link state (idle, reset, transfer, poll)
No. of Buffers in the data_q - Messages in the data queue
No. of Buffers in the xmit_q - Messages in the transmit queue
No. of Buffers in the nflow_q- Messages in the non-flow-controlled queue
Subscribed Applications - Applications to which SV+ has subscribed
Update - Robust object types that have updated object(s)
status.
Pending - Robust object types that have been updated to
SV+, and are waiting for an acknowledge from
SV+.
Robust database update bitmap addresses.
dsptsmap
Displays the following SNMP statistics for the node:
•SVC Requests Received, the number of SVC requests received.
•SVC Current Queue Length, the number of outstanding SVC requests in the queue.
•SVC Maximum Queue Length, the high watermark of the number of outstanding SVC requests in the queue.
•SVC Requests Timed Out, the number of SVC requests that have timed out.
•Current Trap Managers, the number of managers (up to 10) that are currently registered, their IP addresses and UDP ports.
•Traps Transmitted, the number of traps transmitted.
•TRAP Current Queue Length, the number of outstanding traps in the queue.
•TRAP Maximum Queue Length, the high watermark of the number of outstanding traps in the queue.
•TRAP Queue Events Discarded, the number of traps discarded due to queue overflow.
•Overflow Traps Transmitted, the number of overflow traps transmitted due to queue overflow.
Full Name
Display SNMP parameters
Syntax
dspsnmpstats
Related Commands
cnfsnmp, dspsnmp
Attributes
Example 1
dspsnmpstats
Description
Display SNMP statistics for the current node.
System Response
sw91 TN SuperUser IPX 8 9.2 Aug. 29 1998 13:21 GMT
SVC Requests Received: 256 Traps Transmitted: 256
SVC Current Queue Length: 0 TRAP Current Queue Length: 0
SVC Maximum Queue Length: 0 TRAP Maximum Queue Length: 0
SVC Requests Timed Out: 0 TRAP Queue Events Discarded: 196864
Overflow Traps Transmitted: 100925440
Current Trap Managers: 0/10 Snmp_Trap_Db Ptr: 30DDCD02
Last Command: dspsnmpstats
Next Command:
dspusers
Displays users. The privilege levels in the display are restricted to those of the current user and any privileges below the current user.
Full Name
Display users
Syntax
dspusers
Related Commands
adduser, deluser, dspusers
Attributes
Example 1
dspusers
Description
Display the users on a network.
dspusertask
Displays information about the current user-task. The displayed information varies with the user task. For example, information about a vt session slightly differs from a telnet session. The command takes a user task number as an argument. If the user task number is unknown, enter the command without a number to see a list of possible user tasks and the current user task. The types of user tasks are as follows:
•User, which can be the control terminal user, auxiliary port user, or StrataView
•A telnet session
•A virtual terminal session (vt)
•An SNMP agent
•A job
Full Name
Display user task
Syntax
dspusertask [user task number]
Related Commands
adduser, cnfpwd, deluser, dspusers, dsppwd
Attributes
Example 1
dspusertask
Description
Display user task information—without specifying a task in this case. This example shows a case in which the user has started a vt session on a node. See also step 2 of this example.
System Response
sw78 VT SuperUser BPX 15 9.2 Jan. 31 1998 15:52 PST
# TASK PURPOSE USER ID # TASK PURPOSE USER ID
-- ---- ------------ ------- -- ---- ------------ -------
1 USR1 control port none 13 VT-5 VT none
2 USR2 auxilry port none 14 VT-6 VT none
3 USR3 lan port(SV) none 15 SNMP agent n/a
4 TN-1 lan (telnet) none 16 JOBS runs jobs n/a
5 TN-2 lan (telnet) none
6 TN-3 lan (telnet) none
7 TN-4 lan (telnet) none
8 TN-5 lan (telnet) none
9 VT-1 VT: sw81 SuperUser < You
10 VT-2 VT none
11 VT-3 VT none
12 VT-4 VT none
This Command: dspusertask
Please Enter User Number:9
Example 2
9
Description
This example shows the screen after the you enter a 9 at the prompt in the previous screen, a case in which you already started a vt session on a node. Note that the display shows the status as a vt slave, and the node on which the vt session originated is sw81.
sw78 VT SuperUser BPX 15 9.2 Jan. 31 1998 15:53 PST
Task: VT-1
Logged in as: SuperUser
VT master: no
VT slave: yes Master node is: sw81
VT pending: no
Public lock: no
Private lock: none
No command is currently running.
Previous command: dspusertask 9
Last Command: dspusertask 9
Next Command:
Table 13-14 dspusertask—Parameters
Parameter Descriptionuser task number
Specifies the number of the user task whose information is displayed.
dspusertasks
Displays general information about all current user tasks. The types of user tasks are as follows:
•User, which can be the control terminal user, auxiliary port user, or Cisco WAN Manager
•A telnet session
•A virtual terminal session (vt)
•An SNMP agent
•A job
Full Name
Display user tasks
Syntax
dspusertasks
Related Commands
adduser, cnfpwd, deluser, dspusers, dsppwd, dspusertask
Attributes
Example 1
dspusertasks
Description
Display user task information.
System Response
sw151 TN SuperUser IGX 8420 9.2 Aug. 14 1998 18:02 GMT
# TASK PURPOSE USER ID # TASK PURPOSE USER ID
-- ---- ------------ ------- -- ---- ------------ -------
1 USR1 control port SuperUser 13 VT-5 VT none
2 USR2 auxilry port none 14 VT-6 VT none
3 USR3 lan port(SV) none 15 SNMP agent n/a
4 TN-1 lan (telnet) none 16 JOBS runs jobs n/a
5 TN-2 lan (telnet) SuperUser < You
6 TN-3 lan (telnet) none
7 TN-4 lan (telnet) none
8 TN-5 lan (telnet) none
9 VT-1 VT none
10 VT-2 VT none
11 VT-3 VT none
12 VT-4 VT none
Last Command: dspusertasks
Next Command:
Posted: Mon Jan 8 11:20:50 PST 2007
All contents are Copyright © 1992--2007 Cisco Systems, Inc. All rights reserved.
Important Notices and Privacy Statement.