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Chapter 1: Introduction
Figure 1.1: J2EE and.NET equivalent components in an enterprise application environment
Figure 1.2: .NET Presentation tier linked to J2EE Business tier
Figure 1.3: Integrating .NET Business tier components into a J2EE architecture
Figure 1.4: Business tier to Data tier interoperability
Chapter 2: Understanding Enterprise Platforms
Figure 2.1: .NET Framework components showing reliance on CLR
Chapter 3: Interoperability Fundamentals
Figure 3.1: ASP.NET Presentation tier linked to J2EE Business tier
Chapter 4: Interoperability Technologies: Point to Point
Figure 4.1: A typical .NET Remoting implementation
Figure 4.2: Connecting Ja.NET to a VB.NET Server component
Figure 4.3: Connecting Ja.NET to a .NET component hosted on IIS
Figure 4.4: Connecting .NET Clients to an EJB using Ja.NET
Figure 4.5: Internal architecture of JNBridgePro Runtime Bridge
Figure 4.6: Java-side component in J2EE application server
Figure 4.7: Java-side component on the computer running the .NET Framework component
Figure 4.8: The five-layer model of the Web services stack
Figure 4.9: Typical architectural elements from a Web service
Figure 4.10: Web service client using a proxy class to communicate with a Web service
Chapter 5: Interoperability Technologies: Data Tier
Figure 5.1: .NET Framework and J2EE applications sharing a common database
Figure 5.2: The Data Access Logic Components abstract the database code from the Business tier
Figure 5.3: Sharing Data Access Logic Components between .NET Framework and Java applications
Figure 5.4: Example of a message queuing application
Figure 5.5: Message Queuing enabling asynchronous interoperability between .NET Framework and Java applications
Figure 5.6: Accessing Message Queuing through a Java-to-COM bridge
Figure 5.7: Accessing MSMQ using a Web service interface
Figure 5.8: Handling a transaction using a Web service
Figure 5.9: Publish/Subscribe domain in the JMS specification
Figure 5.10: A .NET Framework client using the WebSphere MQ Classes for .NET to connect to WebSphere MQ
Figure 5.11: Using a runtime bridge to access WebSphere MQ JMS functionality from .NET Framework clients
Figure 5.12: Using the MSMQ-MQSeries Bridge in HIS 2000 to enable asynchronous interoperability
Chapter 6: Implementing Interoperability Design Elements
Figure 6.1: .NET Framework application architecture best practice design
Figure 6.2: Application architecture for .NET Framework version of XBikes
Figure 6.3: Application architecture for J2EE version of XBikes
Figure 6.4: Simple connection point example
Figure 6.5: Interoperability points in multi-tiered applications
Figure 6.6: Programmatic elements for point to point interoperability
Figure 6.7: Linking interoperability elements into a multi-tiered application
Figure 6.8: XBikes on J2EE Presentation and business tiers with interoperability elements added
Figure 6.9: XBikes on J2EE Business and Data tiers with interoperability elements added
Figure 6.10: XBikes on .NET Framework Presentation and Business tiers with interoperability elements added
Figure 6.11: XBikes on .NET Framework Business and Data tiers with interoperability elements added
Chapter 7: Integrating .NET in the Presentation Tier
Figure 7.1: Implementing a service interface and service fa ade to link the J2EE Business tier to the .NET Presentation tier
Figure 7.2: Interoperability adapters connecting the ASP.NET application to the service interface
Figure 7.3: Using the Data Helper class in a Web service
Figure 7.4: Web service proxy operation with .NET Framework applications
Chapter 8: Integrating .NET in the Business Tier
Figure 8.1: Implementing a .NET Framework service interface for the .NET Framework business service fa ade
Figure 8.2: Web service proxy operation with J2EE applications
Figure 8.3: Implementing a custom .NET Framework service interface for the .NET Framework business service fa ade
Chapter 9: Implementing Asynchronous Interoperability
Figure 9.1: The role of service interfaces in asynchronous communications
Figure 9.2: The role of interoperability adapters in asynchronous communications
Figure 9.3: Logical representation of the MSMQ-MQSeries Bridge connecting MSMQ and MQ Series
Figure 9.4: The role of JNBridge in asynchronous communications
Figure 9.5: The role of Ja.NET in asynchronous communications
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Application Interoperability: Microsoft .NET and J2EE: Microsoft(r) .Net and J2ee (Patterns & Practices)
ISBN: 073561847X
EAN: 2147483647
Year: 2003
Pages: 104
Authors:
Microsoft Corporation
BUY ON AMAZON
Cisco Voice Gateways and Gatekeepers
Call Flow with MGCP
SIP Call Flow
Call Preservation
Implementing the AA Tcl Script
Cisco Multiservice IP-to-IP Gateway
Google Maps Hacks: Tips & Tools for Geographic Searching and Remixing
Hack 28. How Big Is That, Exactly?
Hack 32. Locate a Phone Number
Hack 37. View Your GPS Tracklogs in Google Maps
Hack 49. Generate Geocoded RSS from Any Google Map
Hack 67. Serve Custom Map Imagery
Lean Six Sigma for Service : How to Use Lean Speed and Six Sigma Quality to Improve Services and Transactions
Getting Faster to Get Better Why You Need Both Lean and Six Sigma
Success Story #1 Lockheed Martin Creating a New Legacy
Phase 4 Performance and Control
First Wave Service Projects
Designing World-Class Services (Design for Lean Six Sigma)
Quartz Job Scheduling Framework: Building Open Source Enterprise Applications
Job Storage in Quartz
Registering Your Plug-Ins
The EJB 2.1 Specification: Finally Some Light
How Clustering Works in Quartz
Configuring a TriggerListener
MPLS Configuration on Cisco IOS Software
Cell-Mode MPLS over ATM Overview, Configuration, and Verification
MPLS VPN Basic Configuration
L2TPv3 Overview
Command Reference
Local Switching
Microsoft Visual Basic .NET Programmers Cookbook (Pro-Developer)
Arrays and Collections
XML
Multithreading
ASP.NET Web Applications
Remoting and Enterprise Services
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