A cluster using IPAT via IP aliasing has four adapters. Normally there are several resource  groups that have a total of four service IP labels. When two of the adapters fail， what happens？（）  

A . CSM B . PSSP C . GPFS D . HACMP

A .  Cisco IOS configuration B .  tri-band 11g single radios C .  rouge AP integration D .  single view to deploy and manage E .  secure guest acce

A .  Change the quorum required to false. B .  Change the Volume Group auto vary on to yes， and then vary off the Volume Group. C .  Change the auto vary on value of the Volume Group to no， and then vary off the volume group. D .  Set the Volume Group major number to the same value that the Volume Group had on the system on which it was created.

A . A primary key must exist for creation of a clustered index B . A clustered index allows fulltext searching within InnoDB C . The first unique index is always used as a clustered index and not a primary key D . A clustered index provides direct access to a page containing row data E . If no indexes exist, a hidden clustered index is generated based on row IDs F . A primary key is used as a clustered index G . A clustered index is a grouping of indexes from different tables into a global index for faster searching

A .  Disk based heartbeats B .  Heart beating via IP aliasing C .  IP aliases for the non-service addresses D .  A single subnet for all non-standby adapter

A .  IPAT via IP aliasing B .  Custom Resource Groups C .  Heartbeating over IP Aliases D .  Concurrent Capable Volume Grou

A . IP address and IP label of each service and boot interface in the cluster B . IP address and IP label of each service and boot interface in the cluster， loopback interface， and the hostname of the node C . IP address and IP label of each service and boot interface in the cluster， the loopbackinterface， and the cluster gateway D . IP address and IP label of each service and boot interface in the cluster， the loopbackinterface， the cluster gateway， and the subnet network addresse

A . The service IP must be in the same logical subnet as all boot IP addresses B . The service IP must be in a different logical subnet to all boot IP addresses C . The service IP must be in the same logical subnet as the persistent IP addresses D . The service IP must be in the same logical subnet as one of the boot IP addresse

A . JMS Queue B . Distributed JMS Queue C . Uniform Distributed Topic D . Partitioned Distributed Topic

A . cluster.es.haw B . cluster.es.worksheets C . cluster.es.tools.worksheets D . cluster.es.server.worksheet

A . STP root status B . VTP mode C . Negotiation status D . Management domain E . Configuration revision number

A . IPAT via Aliasing must be used B . IPAT via Replacement must be used C . Resilience must be provided by the use of dual VIO servers D . Hardware Address Takeover （HWAT） must be used to ensure a consistent virtual MAC addre

A . LDAP Authentication Module B . Smart Assist for Active Directory C . C-SPOC for user and password management D . File Collections designating one node as the primary authentication node

A . two child partitions with VHDs stored on an iSCSI SAN B . two child partitions with volumes mounted from an iSCSI SAN C . two host servers with iSCSI-attached storage enabled for Cluster Shared Volumes （CSVs） D . two host servers with Fibre ChannelCattached storage enabled for Cluster Shared Volumes （CSVs）

A .  Configuration of Hardware Address Takeover is supported. B .  Fewer physical network interface cards are required in the cluster. C .  It is the default for keeping a service IP labels highly available. D .  None-service ip labels must use different subnets than service IP labels.

A .  Improves convergence of the multicast network due to enhanced RPF checks B .  Simplifies the number of control plane protocols over other RP redundancy methods C .  Eliminates the use of Protocol Independent Multicast （PIM） in the topology D .  Increases the administrative distances in Multicast Source Discovery Protocol （MSDP） configuratio

A .  ConcurrentMap B .  Java.Util.AbstractMap C .  ObservableMap D .  InvocableMa

A . Collocation B . Anti-Collocation C . Collocation with persistent D . Anti-Collocation with persistent

A .  AIX Connections will need to be installed to provide the NFS shares. B .  Mutual takeover cluster cannot provide NFS services from both nodes. C .  The major number for the volume groups needs to be the same on both nodes. D .  The no option rfc 1323 must be set to 1 and the number of biods need to be adjusted to                                         provide reasonable response times.

A .  The Volume Group major number must be the same on all nodes. B .  The Shared Volume Group must be created with the Big VG format. C .  The Volume Group must be created as Enhanced Concurrent Capable. D .  The "t factor" must be doubled to create the reserved area for disk hearbeats.

A . Two child partitions with volumes mounted from an iSCSI SAN B . Two host servers with Fibre Channel-attached storage enabled for Cluster Shared Volumes （CSVs） C . Two host servers with iSCSI-attached storage enabled for Cluster Shared Volumes （CSVs） D . Two child partitions with VHDs stored on an iSCSI SAN

A . Individually before each node is upgraded B . Individually before and after each node is upgraded C . Individually after each node has been upgraded D . Collectively after all nodes have been upgraded

A、It's well B、It doesn't mattter C、By all means D、I have no idea

A．Y.是 B．N.否