Assess: IBM Tivoli Network Manager IP Edition V3.9 Implementation: A2010-565 Exam Premium File as PDF & Test Engine

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IBM Assess: IBM Tivoli Network Manager IP Edition V3.9 Implementation Sample Questions:

1. In a two server distributed IBM Tivoli Network Manager IP Edition V3.9 (ITNM) setup, when both IBM Tivoli Integrated Portal (TIP)and ITNM Core components are deployed on separate servers, which server has all the MIB modules and ncp_mib binary?

A) both TIP and ITNM servers
B) ITNM Core server
C) TIP server
D) ITNM server has ncp_mib binary and all modules are located on the TIPserver

2. The IBM Tivoli Network Manager IP Edition V3.9 administrator is asked to create a network path between two devices on a wide area network. What does the administrator need to do to determine why a path cannot be built?

A) ensure that each device in the path has ICMP requests enabled
B) confirm that Ping-verify Each Hop is unchecked
C) confirm that Ping-verify Each Hop is checked
D) ensure that routing tables exist in the mibRouting table for the NCIM topology database

3. When adding INSERT lines in the PresetLayer.stch file to add in new entities,interfaces, and connections, which three IBM Tivoli Network Manager IP Edition V3.9 OQL tables are being updated directly from this stitcher? (Choose three.)

A) workingEntities.containment
B) translations.ipToBaseName
C) PresetLayer.entityByNeighbor
D) fullTopology.entityByNeighbor
E) scatchTopology.entityByName
F) workingEntibes.finalEntity

4. A customer uses an out-of-band management network for discovery and direct management of their devices.
Which scope options should be selected to enablethis?

A) This cannot be scoped properly through the ScopeProperties dialog. Additional configuration is required in the DiscoScope scope.special configuration section.
B) The in-band scope should be added as usual and the out-of-band addresses should be explicitly excluded.
C) The out-of-band network should be scoped through the Scope Properties dialog but should not be added to the Seed List (uncheck the Add to PingSeed List option).
D) Both the in-band and out-of-band addresses should be scoped and seeded as usual.

5. During a deployment, a customer has identified location data that they would like added to both chassis and interface events from active (IBM Tivoli Network Manager IP Edition V3.9 (ITNM)) and passive (traps, syslog etc.) event sources.
This data has been successfully imported into the Discovery process using supported stitching techniques and appears in the topology as three custom Extralnfo fields (see below).
Ncpjnode1 has been configured to transfer this location data to a custom extended NCIM database table named locations (see exhibit below). This data is only held on EntityType 1 (chassis entities) to reduce the NCIM load.
The customer has identified three ObjectServer fields that they would like this data :o be added to for all suitable events-NmosGeography, NmosCountry, and NmosSite

Example record in Model Description of the ncim.locations table

The ModelNcimDb cofiguration has been modified to map:

Based on the scenario, what is the correct stitcher method to populate a record with Extralnfo > m_Geogrpahy location data and then update the NmosGeography ObjectServer field?
Assume that a chassis and locationData Records have been defined and the mainNodeld is set to the Entityld of the chassis of the in scope event.
Example:
Record chassis;
Record locationData.
text geog-'.
chassis = GwEntityData( mainNodeld);

A) [email protected]; @locationData.NmosGeography = geog. GwEnrichEvent( locationData);
B) NmosGeography = eval(text, '&8<Extralnfo->m_Geography'); GwEnrichEvent (NmosGeography);
C) NmosGeogrpahy = @chassis.locations.GEOGRAPHY; @locationData.NmosGeography = eval(text, '$NmosGeography'); GwEnrichEvent (locationData);
D) [email protected]_Geography; @locationData.NmosGeography = geog; GwEnrichEvent(locationData);

Solutions: