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The test consists of seven sections containing a total of
approximately 52 multiple-choice questions. The percentages after each section
title reflect the approximate distribution of the total question set across the
sections. Section 1 - Architecture (15%) - Assess the
relationships between WebSphere Application Server and related components (e.g.
browser, HTTP server, plug-in, firewall, database servers, WebSphere MQ, load
balancing and IP spraying).
- Evaluate the design considerations of
WebSphere Application Server installations in an enterprise application
environment (e.g. LDAP, database servers and JMS).
- Evaluate the
architecture of the federated topology relative to the base install, including
effects of adding nodes to cells (e.g. application and configuration
synchronization issues).
- Develop workload management and failover
strategies using WebSphere Application Server.
- Assess usage of
WebSphere Application Server dynamic caching features.
Section 2 - Installation/Configuration of Application Server
(8%) - Develop installation strategies (e.g. silent
install, required/desired plug-ins and profiles).
- Define WebSphere
Application Server installation verification strategies.
- Define custom
installation packages using Installation Factory.
- Validate the
installation.
Section 3 - Application and Server Resource Configuration
(12%) - Define name space management strategies
(JNDI).
- Configure advanced options in Ear files using Application
Server Toolkit (AST).
- Determine and specify access strategies to
enterprise information (e.g. JDBC, JMS and J2C).
- Design and implement
automated administrative strategies and tasks through scripting.
Section 4 – WebSphere Security (15%) - Design
and specify cell level security policies.
- Evaluate advanced J2EE, Java
2 and other WebSphere Application Server security scenarios.
- Design and
specify SSL usage with WebSphere Application Server.
- Design, specify
and configure Federated Repositories using Virtual Member Manager
(VMM).
Section 5 - Workload Management, Scalability and High Availability
(19%) - Define and implement highly available WebSphere
Application Server enterprise solutions.
- Evaluate data failover options
(e.g. session data, Data Replication Service (DRS) configuration and
Dynacache).
- Design and specify WebSphere Application Server workload
management strategies (e.g. plug-in, load balancers, core groups and
clustering).
- Design and specify WebSphere Application Server
scalability strategies (e.g. plug-in, load balancers, core groups and
clustering).
- Design and evaluate highly available and scalable
WebSphere Platform Messaging configurations.
- Determine the impact of
Web server farms on workload management in WebSphere Application
Servers.
Section 6 - Maintenance and Performance Tuning (19%) - Provide guidance on application and server configurations (e.g.
application bindings, tune HTTP session configuration parameters such as
timeout value and persistence).
- Establish guidelines for WebSphere
Application Server backup, restore and disaster recovery.
- Establish
guidelines for monitoring the size of log files and archive/purge policies.
- Evaluate and manage the plug-in configuration file generation and
propagation strategies.
- Evaluate and tune performance of WebSphere
Application Server and formulate recommendations (e.g. configure caching,
queuing, thread pooling parameters and plug-in).
- Tune WebSphere
Application Server JVM configuration (e.g. JVM heap size and garbage
collection).
- Define and tune data source configuration (e.g. Container
Management Transactions (CMT), Container Managed Relationships (CMR),
connection pooling and timeouts).
- Analyze Tivoli Performance
Viewer/Runtime Advisor results and make recommendations.
- Evaluate and
implement class loading scenarios (e.g. parent first, parent last, JNI and
shared libraries).
- Develop and implement a maintenance application
strategy (e.g. FixPacks, cumulative fixes and interim fixes).
Section 7 - Problem Determination (12%) - Analyze logs and initiate corrective activity (e.g. Web server and
WebSphere Application Server).
- Analyze the content of the JNDI
namespace to resolve problems.
- Analyze JVM troubleshooting data (e.g.
thread dump, JVM core dump, heap dump, and Class Loader Viewer).
- Analyze the role that networks and firewalls play in resolving
WebSphere Application Server issues.
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