| Nota di contenuto |
Front cover -- Contents -- Notices -- Trademarks -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Part 1 Self-Service patterns -- Chapter 1. Patterns for e-business -- 1.1 Overview -- 1.2 The Patterns for e-business layered asset model -- 1.3 How to use the Patterns for e-business -- 1.3.1 Business, Integration, or Composite pattern, or a custom design -- 1.3.2 Selecting Application patterns -- 1.3.3 Review Runtime patterns -- 1.3.4 Review Product mappings -- 1.3.5 Review guidelines and related links -- 1.4 Summary -- Chapter 2. The Self-Service Business pattern -- 2.1 Self-Service applications -- 2.2 Self-Service application patterns -- 2.3 Application patterns used in this book -- Chapter 3. Runtime pattern -- 3.1 An introduction to the node types -- 3.1.1 Web application server node -- 3.1.2 User node -- 3.1.3 Public Key Infrastructure (PKI) -- 3.1.4 Domain Name System (DNS) node -- 3.1.5 Protocol firewall node -- 3.1.6 Domain firewall node -- 3.1.7 Directory and security services node -- 3.1.8 Database server node -- 3.1.9 Existing applications and data node -- 3.1.10 Web server redirector node -- 3.1.11 Application server node -- 3.2 Runtime patterns for Stand-Alone Single Channel -- 3.2.1 Basic Runtime pattern - Stand-Alone Single Channel -- 3.2.2 Runtime pattern: Variation 1 -- 3.2.3 Runtime pattern: Other variations -- 3.3 Runtime patterns for Directly Integrated Single Channel -- 3.3.1 Basic Runtime pattern - Directly Integrated Single Channel -- 3.3.2 Runtime pattern: Variation 1 -- 3.3.3 Runtime pattern: Other variations -- Chapter 4. Product mappings -- 4.1 Overview -- 4.2 IBM WebSphere Application Server for z/OS V5 -- 4.3 IBM CICS TS -- 4.4 IBM IMS -- 4.5 IBM WebSphere MQ -- 4.6 Product mappings for Stand-Alone Single Channel.
4.7 Product mappings for Directly Integrated Single Channel -- 4.8 Security considerations -- Part 2 Guidelines -- Chapter 5. WebSphere Application Server for z/OS V5 -- 5.1 WebSphere Application Server for z/OS V5 -- 5.2 Base configuration -- 5.2.1 HFS structure of the base application node -- 5.2.2 Creating and administering the base Application Server node -- 5.2.3 Multiple base Application Server nodes -- 5.2.4 Multiple servers in a base Application Server node -- 5.2.5 Limitations of the base Application Server -- 5.3 Moving to Network Deployment cells -- 5.3.1 The Deployment Manager -- 5.3.2 HFS structure of the Deployment Manager -- 5.3.3 Nodes and node agents -- 5.3.4 Federating a base Application Server node -- 5.3.5 Differences - base Application Server node and Network Deployment system -- 5.4 Network deployment in a sysplex -- 5.4.1 Multiple cells in a sysplex -- 5.4.2 Clustering servers -- Chapter 6. J2EE connectors -- 6.1 J2EE connector architecture -- 6.1.1 J2EE Connector Architecture overview -- 6.2 CICS Transaction gateway V5.01 -- 6.3 IMS Connector for Java -- Chapter 7. J2EE 1.3 and WebSphere V5 security concepts -- 7.1 Overview -- 7.1.1 Security server topology -- 7.1.2 Terminology used for J2EE security -- 7.1.3 User registries -- 7.1.4 Global security -- 7.2 J2EE container-based security -- 7.2.1 Role-based authorization -- 7.2.2 Web container authentication and authorization -- 7.2.3 EJB container authentication and authorization -- 7.2.4 Propagation -- 7.3 Resource authentication -- 7.4 Security interoperability using IIOP -- 7.4.1 Identity assertion -- 7.5 Additional capabilities -- 7.5.1 Single Sign-On (SSO) -- 7.5.2 Java 2 security -- 7.5.3 JAAS -- 7.5.4 Additional programmatic login/logout capabilities -- 7.5.5 Cryptographic application and data security -- Part 3 Technical scenarios.
Chapter 8. Patterns Development Kit Lite (PDK Lite) -- 8.1 Patterns Development Kit Lite (PDK Lite) overview -- 8.1.1 Patterns Development Kit Lite -- 8.2 Understanding the PDK Lite application -- 8.3 PDK use cases -- 8.3.1 Display Funds -- 8.3.2 Transfer Funds -- 8.4 Architectural overview model -- 8.5 System design overview -- 8.5.1 Component model -- 8.5.2 Object model -- 8.6 Design considerations -- 8.6.1 Validation of client input -- 8.6.2 Singleton factories -- 8.6.3 Model-view-controller implementation -- 8.6.4 Using the WebSphere Command Framework -- 8.6.5 Session EJB facade -- 8.6.6 Caching of EJB home references -- 8.6.7 Using two-phase commit -- 8.7 PDK development -- 8.7.1 Tools and APIs -- 8.7.2 PDK project structure -- 8.7.3 Team development -- 8.8 Installing the PDK Lite application -- 8.8.1 Creating the tables on DB2 for z/OS -- 8.8.2 Java Authentication and Authorization Services -- 8.9 JDBC configuration -- 8.9.1 WebSphere and DB2 on z/OS -- 8.9.2 WebSphere and DB2 on Linux for zSeries -- 8.9.3 WebSphere on Linux for zSeries and DB2 on z/OS -- Chapter 9. Stand-Alone scenario -- 9.1 Architectural overview model -- 9.2 z/OS option -- 9.3 Linux for zSeries option -- Chapter 10. Web services scenario -- 10.1 Architectural overview model -- 10.2 System design overview -- 10.2.1 Component model -- 10.2.2 Object model -- 10.3 Low level design considerations -- 10.3.1 Application pattern -- 10.3.2 Transmission pattern -- 10.3.3 SOAP messaging mechanism and synchronous pattern -- 10.3.4 Message structure -- 10.4 Runtime configuration -- 10.4.1 Single and two-tier runtime environments -- 10.4.2 Configuring Web service requester -- 10.4.3 Configuring a Web service provider -- Chapter 11. J2EE Connector Architecture scenarios -- 11.1 Architectural overview model -- 11.2 System design overview -- 11.2.1 Component model -- 11.2.2 Object model.
11.3 Low level design considerations -- 11.3.1 Connection management -- 11.3.2 Creating the input and output record -- 11.3.3 Data conversion -- 11.3.4 Executing the enterprise application -- 11.3.5 Transaction management -- 11.3.6 Security -- 11.4 Application development using J2EE Connectors -- 11.4.1 Installing the J2EE Connector resource adapter -- 11.4.2 Create a session EJB -- 11.4.3 Testing the session EJB -- 11.5 CICS TS runtime configuration -- 11.5.1 Runtime configuration design -- 11.5.2 WebSphere Application Server configuration -- 11.5.3 CICS Transaction Server configuration -- 11.6 IMS TM runtime configuration -- 11.6.1 IMS Connect configuration -- 11.6.2 WebSphere Application Server configuration -- Chapter 12. JMS scenario -- 12.1 Architectural overview model -- 12.1.1 Java Messaging Service (JMS) introduction -- 12.2 System design overview -- 12.2.1 Component model -- 12.2.2 Object model -- 12.3 Low level design considerations -- 12.3.1 Point-to-point messaging model -- 12.3.2 Message structure -- 12.3.3 JMS resource lookups using JNDI -- 12.3.4 Managing JMS resources -- 12.3.5 Synchronous vs. asynchronous -- 12.3.6 Message selectors -- 12.3.7 Message time to live -- 12.3.8 Persistent vs. non-persistent messages -- 12.3.9 Enterprise application design -- 12.3.10 Alternate publish/subscribe design -- 12.4 Advantage and disadvantages of JMS -- 12.5 Runtime configuration -- 12.5.1 Configuration of the queue sharing group -- 12.5.2 JNDI name spaces -- 12.5.3 Application Server tier configuration -- 12.5.4 Enterprise Server tier configuration -- Part 4 Appendixes -- Appendix A. WebSphere configuration -- z/OS -- HFS structure -- was.env -- control.jvm.options -- servant.jvm.options -- resources.xml -- Linux for zSeries -- Appendix B. Configuring a queue sharing group in WebSphere MQ -- Set up the DB2 environment to support MQ shared queue.
Create the storage group - CSQ45CSG -- Create the database - CSQ45CDB -- Create the tablespaces -- Create the DB2 tables and associated indexes - CSQ45CTB -- Bind the DB2 plans - CSQ45BPL -- Grant execute authority - CSQ45GEX -- Set up the CFRM policy with the MQ structures -- Add the MQ data sharing group entry to the DB2 table -- Update the ZPARM -- Define the shared queues between the two MQ subsystems -- Appendix C. Additional material -- Locating the Web material -- Using the Web material -- System requirements for downloading the Web material -- How to use the Web material -- Glossary -- Related publications -- IBM Redbooks -- Other publications -- Online resources -- How to get IBM Redbooks -- Help from IBM -- Index -- Back cover.
|
Info
Patterns [[electronic resource] ] : self-service application solutions using WebSphere for z/OS V5 / / Franck Injey ... [et al.]
