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IBM FileNet P8 V5.1, Deployment Professional 認定 C2070-587 試験問題:
1. A consultant has installed an IBM FileNet Process Engine client fix pack on a 3 node, horizontally load balanced Application Engine installation. After an interactive installation, some users are seeing the same problem intermittently, rather than constantly, as it was before the fix pack was installed. What could still be the issue?
A) The fix pack installer did not delete an application server temp directory.
B) The fix pack install script did not deploy the war file properly.
C) The fix pack install script did not delete an Application Server temp directory.
D) The fix pack did not correct the problem.
2. A customer is planning to use a standalone LDAP configuration on their IBM WebSphere Application Server V7.0. The customer is tasked to configure this as part of the installation project. Where would the customer navigate to first?
A) Security > Global Security > Authentication
B) Security > Secure administration, applications and infrastructure
C) Security > Global Security
D) Security > Secure administration, applications and infrastructure > Authentication
3. A highly available IBM FileNet P8 environment has just been installed using IBM WebSphere Application Server Network Deployment (WAS-ND). In the WAS-ND cell there has been two clusters created: a Content Engine (CE) cluster containing four CE JVM's and a Workplace XT (WPXT) cluster containing two WPXT JVM's. A hardware load balancer is being used to spread HTTP/HTTPS traffic across both the CE JVM's and the WPXT JVM's. Workplace XT (WPXT) has been configured to point to the CE cluster.
Assuming all four CE JVM's and both WPXT JVM's are currently active, which of the following is the best choice for validating proper WPXT response through the load balancer?
A) Disable one of the two WPXT JVM's in the load balancer. Logon to WPXT via the load balancer. Begin browsing an Object Store. Enable thedisabled WPXT JVM and then disable the previously active WPXT JVM. Continue browsing and Object Store and verify that no interruption hasoccurred to the WPXT session.
B) Shutdown one of the two WPXT JVM's. Logon to WPXT via the load balancer. Begin browsing an Object Store. Start the stopped WPXT JVMand stop the previously started WPXT JVM. Continue browsing an Object Store and verify that no interruption has occurred to the WPXTsession.
C) Shutdown one of the two WPXT JVM's. Logon to WPXT via the load balancer. Open the Search Designer applet. Start the stopped WPXT JVMand stop the previously started WPXT JVM. Perform a save in the opened Search Designer applet and verify that no interruption has occurredto the WPXT session.
D) Logon directly to one of the WPXT JVM's. Open the Search Designer applet, perform a save, and log out. Logon directly to the other WPXTJVM. Open the Search Designer applet, perform a save, and log out. Logon to WPXT via the load balancer. Open the Search Designer applet,perform a save, and log out. Compare the results.
4. A consultant wants to improve application response times on an existing large IBM DB2 database for an IBM FileNet P8 Content Engine. What command/s would the consultant run on DB2 to accomplish this?
A) alter table <table_name> compress yes;
B) alter index <index_name> compress yes;
C) alter table <table_name> compress yes; reorg table <table_name> allow read access;
D) alter table <table_name> reorg yes; alter table <table_name> allow read access;
5. A customer is planning to install a new, highly available, IBM FileNet P8 environment that spans two data centers that are relatively close together and connected by very high speed, redundant, data connections. The network latency between data centers is less than 1 ms. One of the design goals of this enterprise tier implementation is to have both data centers be as active as possible regarding the processing of P8 data. IBM FileNet Enterprise Manager (FEM) will be configured to treat both data centers as a single site. WebSphere Application Server Network Deployment (WAS-ND) has been chosen to host Content Engine (CE) and Workplace XT (WPXT).
Which of the following choices both meets the criteria of the scenario and follows IBM best practices?
A) Configure two WAS-ND cells, one for each site. In each cell, create one cluster for WPXT and one cluster for CE. Create the CE clusters with identical names. Install the CE software on the WAS Deployment Manager node and deploy the EAR file to each CE cluster. Install WPXT on each cluster member node and deploy one WPXT EAR file to each WPXT cluster. Use hardware load balancers and HTTP proxy servers to spread client traffic across the two WPXT clusters' members. Configure each WPXT cluster to point to a list of all CE cluster members across both data centers.
B) Configure WAS-ND as a single cell spanning both data centers. Create two clusters for WPXT, one for each data center. Create two clusters for CE, one for each data center. Install the CE software on the WAS Deployment Manager node and deploy the EAR file to each CE cluster. Install WPXT on each cluster member node (of each WPXT cluster) and deploy one WPXT EAR file to each WPXT cluster. Use hardware load balancers and HTTP proxy servers to spread client traffic across the two WPXT clusters' members. Configure each WPXT cluster to point to the CE cluster in its respective data center.
C) Configure two WAS-ND cells, one for each site. In each cell, create one cluster for WPXT and one cluster for CE. Install the CE software on the WAS Deployment Manager node and deploy the EAR file to each CE cluster. Install WPXT on each cluster member node and deploy one WPXT EAR file to each WPXT cluster. Use hardware load balancers and HTTP proxy servers to spread client traffic across the two WPXT clusters' members. Configure each WPXT cluster to point to the CE cluster in its respective data center.
D) Configure WAS-ND as a single cell spanning both data centers. Create a cluster for WPXT with member nodes at both data centers. Create a cluster for CE with member nodes at both data centers. Install the CE software on the WAS Deployment Manager node and deploy the EAR file to the CE cluster. Install WPXT on each cluster member node and deploy one WPXT EAR file to the WPXT cluster. Use hardware load balancers and HTTP proxy servers to spread client traffic across the WPXT cluster's members. Configure WPXT to point to the members of the CE cluster.
質問と回答:
質問 # 1 正解: A | 質問 # 2 正解: C | 質問 # 3 正解: D | 質問 # 4 正解: C | 質問 # 5 正解: C |