This guide will show you how to setup J2MEUnit in a modern IDE like Eclipse and write your first test case. Once you have followed all the steps you will have a test-driven development environment ready to go.
Part 2 in this series discusses how to integrate PHP and Java with two other methods. The first method—bridging—allows you to use Java objects from PHP, exposing another method of placing messages on JMS queues from PHP through Java. The second method of integration is using Streaming Text Orientated Messaging Protocol (STOMP), another protocol you can use to communicate with the ActiveMQ implementation of JMS. When ActiveMQ receives the message, it places it on the JMS queue, and the Adobe Flex application receives the message.
Continuous Integration is one of the buzzwords most people have probably heard of but surprisingly few are actually following this XP best practice. Keeping this in mind, I'll begin this tutorial by briefly describing what Continuous Integration actually means, why you should consider doing it, and finally, showing step by step how to do it using one of the most used Continuous Integration products, the open source CruiseControl.
Inversion of Control (IOC) is a new pattern that has been gaining popularity recently. The pattern is based on a few simple concepts that deliver a highly decoupled, lightweight, mobile, and unit-testable code base.
It is rarely cost-effective or feasible to manually port or rewrite code from one language into another. Java is a popular language for building applications for Unix*, while Microsoft has developed .NET and the Common Language Runtime (CLR)* for building cross-language applications under Windows*. Java and the CLR use different executable formats, which makes it challenging to build applications that need to integrate existing compiled Java class files into a .NET solution. Java class files can be integrated into the .NET CLR using the JbImp.exe utility (a command-line tool included in Microsoft Visual J#*). This paper shows how to use to JbImp.exe to convert working sets of Java .class files into .NET executables and .NET assemblies.