IBM Tivoli Monitoring V6.2.2 Fundamentals

Click on Start Collection. ✘ Distribute the historical collection settings. ✘ Run the command StartHistCollection. ✘ Save the history collection settings and restart the agent. ✔

Real Time, Last, Custom, Custom Plus Last ✘ Real Time, Last, First, Real Time Plus Last ✘ Real Time, Last, Custom, Real Time Plus Last ✘ Real Time, Last, Custom, Real Time Plus Custom ✔

Click the Add Item icon. ✘ Drag the item from the Source View to the Target View. ✘ Drag the item from the Target View to the Source View. ✘ Right click on the item in the Source View and select Add. ✔

By asking operations staff. ✘ By running the Summarization Agent in report mode. ✘ By running reports against the Warehouse Proxy Agent. ✘ By determining the number of events at the Hub Tivoli Enterprise Monitoring Server per hour or day. ✔

When a situation threshold is exceeded. ✘ When the event is acknowledged by a staff member. ✘ When the event is inserted in Tivoli Enterprise Portal Server. ✘ When the event shows up in the Tivoli Enterprise Portal client. ✔

When adding more agents. ✘ When managing new agents. ✘ When automating an action. ✘ When implementing a new rule. ✔

It determines how often to aggregate granular data in the Tivoli Data Warehouse (TDW) database. ✘ It removes stale configuration data from the Tivoli Enterprise Portal Server database. ✘ It provides the ability to customize the length of time to save data in the TDW database. ✘ It receives data collected by monitoring agents and moves the data to the TDW database. ✔

To raise events on all problems. ✘ To not raise events on intermittent problems. ✘ To determine what agents are having problems. ✘ To create historical outage data in the Tivoli Data Warehouse. ✔

Launch the Situation Editor from the toolbar. ✘ Right click the Required Navigator Item and select Situations. ✘ Select the properties for the Navigator Item and click Situations. ✘ Filter the situations for the Navigator item by Associated with Navigator Item. ✔

It is based on historical failures. ✘ It is based on similar occurrences. ✘ It is based on a spontaneous occurrence. ✘ It is based on similar agents failing across the environment. ✔