Execute the isstartwu command to start the WorkUnit.
Real-time Monitoring
To display and monitor performance information using a Network Control Manager such as
Systemwalker CentricMGR, use the following procedure to display performance information on the Network Control Manager screen. This procedure is an overview of real-time monitoring operation when the Windows version of Systemwalker CentricMGR operation management server is used. When using a Network Control Manager other than Systemwalker CentricMGR, refer to the user’s guide for the Network Control Manager to be used.
1. Activate Systemwalker CentricMGR System Monitor.
2. Select the Application Server to be Monitored
Click the application server name to be monitored on the System Monitor screen.
3. Display the Get MIB Data screen
Choose Tools | Specific System | Get/Set MIB Data | Get MIB Data on the System Monitor screen menu to display the Get MIB Data screen.
4. Display the List of Object Names and Check the Instance Number of the Object to be Monitored Make the following settings on the Get MIB Data screen and click the Retrieve button.
− Choose Not check Polling Interval.
− Specify DUMP as the Request Type.
− Specify “ispSumObjectName” in the MIB (performance information measurement item) to be displayed.
Specify the MIB according to the following procedure:
Click the Browse button to display the MIB Tree screen.
On the MIB Tree screen, expand the tree structure by double-clicking the options internet, private, enterprises, fujitsu, application, aplNetWork, aplNetFunction, aplInterstage, isPerformanceinf, ispSummaryTable, and ispSummaryTableEntry in that order. The
performance information items that can be displayed in real-time monitoring will appear on the display. Click ispSumObjectName.
Click the Add button on the Get MIB Data screen.
5. Set the Reference Value
− On the System Monitoring screen, choose Policy | Setting Policy | Node | MIB State change to display the MIB State Change screen.
− Click the Add button on the MIB State Change screen to display the Threshold Details screen.
− Specify the MIB name (the display item name of the performance information to be monitored), instance number, and threshold value (reference value) on the Threshold Details screen. See Step 4) for how to specify the MIB name.
− Choose On on the MIB Monitoring screen.
6. Display the Real-time Display Screen (Performance Information) Make the following settings and click the Retrieve button.
− Set the polling time to 5 minutes or more.
− Specify GET as the Request Type.
− Specify the instance number of the object to be monitored.
When the list of object names is displayed, the following number appears. Specify this number as the instance number.
“ispSumObjectName : “ispSumObjectName. number: object-name”
− Specify the display item name of the performance information to be displayed in the MIB Name field. See Step 4) for how to specify the MIB name.
1. Activate Systemwalker CentricMGR (Job Monitor).
2. Select the Application Server to be Monitored
Choose Monitor for Select function on the Job Monitor screen, and choose Node list for Select tree. A job server list will be displayed. Click the name of the job server to be monitored.
3. Display the Get MIB Data screen
Choose Tools | Specific Object | Get/Set MIB Data | Get MIB Data on the Job Monitor screen menu to display the Get MIB Data screen.
4. Display the List of Object Names and Check the Instance Number of the Object to be Monitored Make the following settings on the Get MIB Data screen and click the Retrieve button.
− Choose Not check Polling Interval.
− Specify DUMP as the Request Type.
− Specify “ispSumObjectName” in the MIB (performance information measurement item) to be displayed.
Specify the MIB according to the following procedure:
Click the Browse button to display the MIB Tree screen.
On the MIB Tree screen, expand the tree structure by double-clicking the options internet, private, enterprises, fujitsu, application, aplNetWork, aplNetFunction, aplInterstage, isPerformanceinf, ispSummaryTable, and ispSummaryTableEntry in that order. The
performance information items that can be displayed in real-time monitoring will appear on the display. Click ispSumObjectName.
Click the Add button on the Get MIB Data screen.
5. Set the Reference Value
− On the Job Monitor screen, choose Policy | Setting Policy | Node | MIB State change to display the MIB State Change screen.
− Click the Add button on the MIB State Change screen to display the Threshold Details screen.
− Specify the MIB name (the display item name of the performance information to be monitored), instance number, and threshold value (reference value) on the Threshold Details screen. See Step 4) for how to specify the MIB name.
− Choose On on the MIB Monitoring screen.
6. Display the Real-time Display Screen (Performance Information) Make the following settings and click the Retrieve button.
− Set the polling time to 5 minutes or more.
− Specify GET as the Request Type.
− Specify the instance number of the object to be monitored.
When the list of object names is displayed, the following number appears. Specify this number as the instance number.
“ispSumObjectName : “ispSumObjectName. number: object-name”
− Specify the display item name of the performance information to be displayed in the MIB Name field. See Step 4) for how to specify the MIB name.
Table 3-1 shows the performance information items that can be displayed in real-time monitoring. The display item name in this table means the item name of the performance information displayed by the Network Control Manager.
Table 3-1 Performance Information Items Performance
Information Item Name
Unit Display Item Name Meaning
Object name - IspSumObjectName Object name of the application for which performance information is measured Maximum request
processing time
ms IspSumExecTimeMax Maximum processing time (within a polling time) required for processing the object
Minimum request processing time
ms IspSumExecTimeMin Minimum processing time (within a polling time) required for processing the object
Averaged request processing time
ms IspSumExecTimeAve Averaged processing time (within a polling time) required for processing the object
Maximum request processing wait time
ms IspSumWaitTimeMax Maximum time (within a polling time) from the time of a client request to the initiation of a server application Minimum request
processing wait time
ms IspSumWaitTimeMin Minimum time (within a polling time) from the time of a client request to the initiation of a server application Averaged request
processing wait time
ms IspSumWaitTimeAve Averaged time (within a polling time) from the time of a client request to the initiation of a server application Number of requests
received
Number IspSumRequestNum Accumulated number of processes from the time of starting the performance monitoring up to the timing of this object.
Number of requests awaiting processing
Number IspSumWaitReqNum Maximum number of requests waiting for processing of this object, within the polling time.
Note
1. Unless the list of object names is to be displayed, always specify “GET” as the acquisition method when displaying performance information. If DUMP is specified for real-time display, an enormous amount of communications may be required between Systemwalker CentricMGR and the
Performance Monitoring Tool, resulting in a heavy load on the network as well as on the application server.
2. When there is no object for which performance information can be displayed, “NONE” will be displayed as the object name.