Websphere application server V6 planning and design, websphere handbook series /
Cunico, Hernan
Websphere application server V6 planning and design, websphere handbook series / Hernan Cunico ... [et al.]. - San José, California: IBM, 2005 - 568 p. - Redbooks .
CONTENIDO
Part 1. Getting started
Chapter 1. Introduction to WebSphere Application Server V6
1.1. Product overview
1.2. WebSphere product family
1.3. WebSphere for distributed platforms
1.4. Packaging
1.5. Supported platforms and software
Chapter 2. Technology options
2.1. Web services
2.2. Flow languages
2.3. J2EE Connector Architecture
2.4. Java Message Service
2.5. Business Rule Bean Framework
2.6. Information integration
Chapter 3. What's new?
3.1. Features comparison between versions
3.2. Installation improvements
3.3. Administration
3.4. Default messaging provider
3.5. Clustering enhancements
3.6. Security enhancements
3.7. Deprecated features in this version
3.8. Application programming model
Chapter 4. WebSphere Application Server architecture
4.1. Application server configurations
4.2. Cells, nodes, and servers
4.3. Servers
4.4. Containers
4.5. Application server services
4.6. Data Replication Service
4.7. Virtual hosts
4.8. Session management
4.9. Web services
4.10. Service integration bus
4.11. Security
4.12. Resource providers
4.13. Workload management
4.14. High availability
4.15. Administration
4.16. The flow of an application
4.17. Developing and deploying applications
4.18. Java 2 Platform, Enterprise Edition
4.19. Technology support summary
Chapter 5. Integration with other products
5.1. Tivoli Access Manager
5.2. IBM Directory Server
5.3. WebSphere Business Integration
5.4. MQ integration
Chapter 6. Development tools
6.1. Development and deployment tools
6.2. Performance and analysis tools
6.3. End-to-end application life cycle
Part 2. Planning
Chapter 7. Planning for infrastructure
7.1. Infrastructure deployment planning
7.2. Design for scalability
7.3. Sizing
7.4. Benchmarking
7.5. Performance tuning
Chapter 8. Topology selection criteria
8.1. Common terminology
8.2. WebSphere Application Server terminology
8.3. Security
8.4. Performance
8.5. Throughput
8.6. Availability
8.7. Maintainability
8.8. Session management
8.9. Topology selection summary
Chapter 9. Topologies
9.1. Single machine topology (stand-alone server)
9.2. Reverse proxy topology
9.3. Cell topologies
9.4. Web server topology in a Network Deployment cell
9.5. Mixed node versions in a cell topology
9.7. Mixed node versions in a clustered topology
9.8. Vertical scaling topology
9.9. Horizontal scaling topology
9.10. Horizontal scaling with IP sprayer topology
9.11. Topology with redundancy of several components
Chapter 10. Planning for installation
10.1. Selecting a topology
10.2. Selecting hardware and operating system
10.3. Selecting components and versions
10.4. TCP/IP ports assignment
10.5. Naming considerations
10.6. Security considerations
10.7. WebSphere Edge Components
Chapter 11. Planning for application development
11.1. Versioning
11.2. Versioning strategies and best practices
11.3. End-to-end life cycle
11.4. General development best practices
11.5. Java development best practices
11.6. Enterprise Java development best practices
Chapter 12. Planning for application deployment
12.1. Planning for the deployment of applications
12.2. WebSphere Rapid Deployment
12.3. Annotation-based programming
12.4. Deployment automation
12.5. Best practices for deployment
Chapter 13. Planning for system management
13.1. System administration overview
13.2. Configuration planning
13.3. Planning for application administration
13.4. Plan for backup and recovery
13.5. Plan for availability
13.6. Plan for performance
13.7. Plan for security
13.8. Summary
Chapter 14. Planning for performance, scalability, and high availability
14.1. Key concepts and terminology
14.2. Scalability
14.3. Workload management
14.4. High availability
14.5. Caching
14.6. WebSphere Application Server performance tools
Chapter 15. Planning for messaging
15.1. Messaging overview
15.2. Messaging architecture
15.3. Service integration bus resources
15.4. JMS resources
15.5. Component relationships using generic JMS
15.6. Security
Chapter 16. Planning for Web services
16.1. Overview of Web services
16.2. Extensible Markup Language
16.3. SOAP
16.4. Web Services Description Language
16.5. UDDI and ebXML
16.6. J2EE 1.4
16.7. Web services in Java: JAX-RPC
16.8. Enterprise Web services: JSR-101
16.9. UDDI V3
16.10. Java API for XML registries (JAX-R)
16.11. WebSphere integration with Web services
16.12. Benefits to implementing Web services
Chapter 17. Planning for security
17.1. Why do you need security
17.2. Security fundamentals
17.3. J2EE security
17.4. Programmatic security
Chapter 18. Planning for migration
18.1. Migration overview
18.2. Migrating product configurations
18.3. Migrating WebSphere applications
18.4. Migrating administrative scripts
18.5. Migrating Web server configurations
18.6. Migration concerns
18.7. Migration troubleshooting
18.8. Summary
Part 3. Appendix
0738492183
WEBSPHERE
J2EE
SOAP
UDDI
004.42:004.738.52 W39wp
Websphere application server V6 planning and design, websphere handbook series / Hernan Cunico ... [et al.]. - San José, California: IBM, 2005 - 568 p. - Redbooks .
CONTENIDO
Part 1. Getting started
Chapter 1. Introduction to WebSphere Application Server V6
1.1. Product overview
1.2. WebSphere product family
1.3. WebSphere for distributed platforms
1.4. Packaging
1.5. Supported platforms and software
Chapter 2. Technology options
2.1. Web services
2.2. Flow languages
2.3. J2EE Connector Architecture
2.4. Java Message Service
2.5. Business Rule Bean Framework
2.6. Information integration
Chapter 3. What's new?
3.1. Features comparison between versions
3.2. Installation improvements
3.3. Administration
3.4. Default messaging provider
3.5. Clustering enhancements
3.6. Security enhancements
3.7. Deprecated features in this version
3.8. Application programming model
Chapter 4. WebSphere Application Server architecture
4.1. Application server configurations
4.2. Cells, nodes, and servers
4.3. Servers
4.4. Containers
4.5. Application server services
4.6. Data Replication Service
4.7. Virtual hosts
4.8. Session management
4.9. Web services
4.10. Service integration bus
4.11. Security
4.12. Resource providers
4.13. Workload management
4.14. High availability
4.15. Administration
4.16. The flow of an application
4.17. Developing and deploying applications
4.18. Java 2 Platform, Enterprise Edition
4.19. Technology support summary
Chapter 5. Integration with other products
5.1. Tivoli Access Manager
5.2. IBM Directory Server
5.3. WebSphere Business Integration
5.4. MQ integration
Chapter 6. Development tools
6.1. Development and deployment tools
6.2. Performance and analysis tools
6.3. End-to-end application life cycle
Part 2. Planning
Chapter 7. Planning for infrastructure
7.1. Infrastructure deployment planning
7.2. Design for scalability
7.3. Sizing
7.4. Benchmarking
7.5. Performance tuning
Chapter 8. Topology selection criteria
8.1. Common terminology
8.2. WebSphere Application Server terminology
8.3. Security
8.4. Performance
8.5. Throughput
8.6. Availability
8.7. Maintainability
8.8. Session management
8.9. Topology selection summary
Chapter 9. Topologies
9.1. Single machine topology (stand-alone server)
9.2. Reverse proxy topology
9.3. Cell topologies
9.4. Web server topology in a Network Deployment cell
9.5. Mixed node versions in a cell topology
9.7. Mixed node versions in a clustered topology
9.8. Vertical scaling topology
9.9. Horizontal scaling topology
9.10. Horizontal scaling with IP sprayer topology
9.11. Topology with redundancy of several components
Chapter 10. Planning for installation
10.1. Selecting a topology
10.2. Selecting hardware and operating system
10.3. Selecting components and versions
10.4. TCP/IP ports assignment
10.5. Naming considerations
10.6. Security considerations
10.7. WebSphere Edge Components
Chapter 11. Planning for application development
11.1. Versioning
11.2. Versioning strategies and best practices
11.3. End-to-end life cycle
11.4. General development best practices
11.5. Java development best practices
11.6. Enterprise Java development best practices
Chapter 12. Planning for application deployment
12.1. Planning for the deployment of applications
12.2. WebSphere Rapid Deployment
12.3. Annotation-based programming
12.4. Deployment automation
12.5. Best practices for deployment
Chapter 13. Planning for system management
13.1. System administration overview
13.2. Configuration planning
13.3. Planning for application administration
13.4. Plan for backup and recovery
13.5. Plan for availability
13.6. Plan for performance
13.7. Plan for security
13.8. Summary
Chapter 14. Planning for performance, scalability, and high availability
14.1. Key concepts and terminology
14.2. Scalability
14.3. Workload management
14.4. High availability
14.5. Caching
14.6. WebSphere Application Server performance tools
Chapter 15. Planning for messaging
15.1. Messaging overview
15.2. Messaging architecture
15.3. Service integration bus resources
15.4. JMS resources
15.5. Component relationships using generic JMS
15.6. Security
Chapter 16. Planning for Web services
16.1. Overview of Web services
16.2. Extensible Markup Language
16.3. SOAP
16.4. Web Services Description Language
16.5. UDDI and ebXML
16.6. J2EE 1.4
16.7. Web services in Java: JAX-RPC
16.8. Enterprise Web services: JSR-101
16.9. UDDI V3
16.10. Java API for XML registries (JAX-R)
16.11. WebSphere integration with Web services
16.12. Benefits to implementing Web services
Chapter 17. Planning for security
17.1. Why do you need security
17.2. Security fundamentals
17.3. J2EE security
17.4. Programmatic security
Chapter 18. Planning for migration
18.1. Migration overview
18.2. Migrating product configurations
18.3. Migrating WebSphere applications
18.4. Migrating administrative scripts
18.5. Migrating Web server configurations
18.6. Migration concerns
18.7. Migration troubleshooting
18.8. Summary
Part 3. Appendix
0738492183
WEBSPHERE
J2EE
SOAP
UDDI
004.42:004.738.52 W39wp