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Chapter 1: An Overview of Resin
Figure 1.1: CGI request flow.
Figure 1.2: FastCGI request flow.
Figure 1.3: ASP/SSJS process flow.
Figure 1.4: Servlet processing.
Chapter 2: Setting up the Resin Server
Figure 2.1: The Resin server architecture.
Figure 2.2: The Windows Resin installation directory hierarchy.
Figure 2.3: A command prompt within the Resin execution.
Figure 2.4: The Resin launch control panel.
Figure 2.5: The service installation confirmation dialog box.
Figure 2.6: The Services application with the Resin server installed.
Figure 2.7: The right-click menu for the Resin Web server.
Figure 2.8: Running the Resin Web server.
Figure 2.9: The Linux Resin installation directory hierarchy.
Figure 2.10: Launching the Unix Resin server.
Figure 2.11: The Resin default home page.
Chapter 3: Using JSP and Resin
Figure 3.1: Handling a JSP page request.
Figure 3.2: The output from the Hello World (with date) JSP.
Figure 3.3: Header names and values from the Request object.
Chapter 4: Using Servlets and Resin
Figure 4.1: Output from the JSP template.
Chapter 5: Using XTP and StyleScript
Figure 5.1: XTP processing through Resin.
Figure 5.2: The index.jsp file's output.
Figure 5.3: The allcounts.xtp file's output.
Figure 5.4: The updated allcounts.xtp output
Chapter 6: Object-Relational Mapping with CMP
Figure 6.1: The Entitlements application hierarchy.
Figure 6.2: The servlet output.
Figure 6.3: findAll()'s output.
Figure 6.4: The getLogin.html page for login johnd.
Figure 6.5: The result of getting the johnd login.
Figure 6.6: The close date has been added to the data.
Figure 6.7: The close date has been submitted and stored in a database.
Figure 6.8: We queried the database to see the close date.
Figure 6.9: Before a new login.
Figure 6.10: After the new login.
Figure 6.11: The login and groups table relationship.
Figure 6.12: Group Output for Login.
Chapter 8: The Burlap Web Service Protocol
Figure 8.1: The Burlap BasicClient output.
Chapter 9: Hessian Binary Web Service Protocol
Figure 9.1: Authentication Web service directory hierarchy.
Figure 9.2: CACIient execution output.
Figure 9.3: KToolbar dialog.
Figure 9.4: Cellphone emulation.
Figure 9.5: Hessian serialization.
Chapter 10: Parsing
Figure 10.1: Directory structure for the DOM XML parsing servlet.
Figure 10.2: Parsing output.
Chapter 11: Database Connectivity
Figure 11.1: MySQL JDNI application output.
Chapter 12: Debugging and Logging
Figure 12.1: Compiler parse errors.
Figure 12.2: Example run-time error.
Figure 12.3: Logic error example.
Figure 12.4: Resin thread dump output.
Chapter 13: Security
Figure 13.1: Basic authentication using XmlAuthenticator.
Figure 13.2: Keytool progression.
Chapter 14: Page Caching
Figure 14.1: Included page caching.
Chapter 16: Configuring Your Web Server
Figure 16.1: The communication structure between Resin and Apache.
Figure 16.2: Apache test output.
Figure 16.3: Resin/Apache test output.
Figure 16.4: Virtual hosting with Apache and Resin.
Figure 16.5: Using IIS and Resin.
Figure 16.6: The Resin setup dialog box.
Chapter 19: Load Balancing and Reliability
Figure 19.1: srun indexing configuration.
Figure 19.2: Symmetrical session handling.
Figure 19.3: Hardware load-balancing configuration.
Figure 19.4: Configuring a Resin load balancer.
Figure 19.5: A Resin load balancer-specific request.
Figure 19.6: A single machine with multiple servlet threads.
Appendix A: Resin Sources
Figure A.1: The Caucho download page.
Figure A.2: The Resin binaries download section.
Figure A.3: Resin's experimental snapshots.
Figure A.4: Resin source downloads.
Appendix B: Resin Status
Figure B.1: First section of information from the ResinStatusServlet.
Figure B.2: Second section of information from the ResinStatusServlet.
Figure B.3: Final section of information from the ResinStatusServlet.
Appendix C: Resin and Eclipse
Figure C.1: Preferences dialog.
Figure C.2: New project wizard with Resin project.
Figure C.3: New Resin project dialog.
Figure C.4: Java Settings Dialog
Figure C.5: The Launch Configurations dialog.
Figure C.6: Resin started within Eclipse.
Figure C.7: The sample servlet executing.
Figure C.8: Breakpoint in the servlet.
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Mastering Resin
ISBN: 0471431036
EAN: 2147483647
Year: 2002
Pages: 180
Authors:
Richard Hightower
,
Joseph D. Gradecki
BUY ON AMAZON
Metrics and Models in Software Quality Engineering (2nd Edition)
The Spiral Model
Implementation
In-Process Metrics and Quality Management
Productivity Metrics
Availability Metrics
SQL Hacks
Hack 17. Solve Anagrams
Hack 46. Store Images in a Database
Hack 49. Keep Track of Infrequently Changing Values
Hack 86. Set Up Queuing in the Database
Wider Access
Introduction to 80x86 Assembly Language and Computer Architecture
Parts of a Computer System
String Operations
Floating-Point Arithmetic
Appendix A Hexadecimal/ASCII conversion
Appendix D 80x86 Instructions (by Mnemonic)
101 Microsoft Visual Basic .NET Applications
Working with Microsoft Visual Studio .NET 2003 and Microsoft .NET Framework 1.1
Working with the Microsoft Visual Basic .NET Language
Data Access
Building Web Applications
Building Enterprise Services Applications
Lotus Notes Developers Toolbox: Tips for Rapid and Successful Deployment
Variables
Project B: Build a Project Control Notebook
Retrieve and Update NOTES.INI Environment Values
Format a Users Name
Hide Text and Design Elements Based on a Users Role
Twisted Network Programming Essentials
Building Simple Clients and Servers
Monitoring Download Progress
Running an HTTP Proxy Server
Using Public Keys for Authentication
Services, Processes, and Logging
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