![]() ![]() This causes huge problems when trying to quickly navigate and fix task markers. Netbeans is way slower in updating markers (presumably due to ant compilation rather than eclipse's triple compiler).Marker navigation is through the task list rather than through the current file. Again, very good for IDE / build server consistency. This means if you add something as a test dependency (that your build script knows about), it will not be visible to the main code. Multiple classpaths - you have compile time, run time, test compile time and test run-time. No immediate need for plugins - subversion (and Mercurial?) are built in, and since it integrates nicely with ant, I find less need for Ivy etc plugins.Similar to above, but Eclipse still doesn't have 1-1 generic compatibility with sun's javac or an option to "make it compatible" (Eclipse is too smart about inferring types - correct, but no good if your build machine can't make it).Netbeans has better new language support (as it is the "reference" IDE/implementation for new technologies).I've been recently trying Netbeans 6.5 and have found/understand: Ok, it's not really that similar, but a lot of the differences are in qualitative ways. Unlike the other IDEs, IDEA is available in a paid-for Ultimate Edition and in a more limited - but free - Community Edition.What is the difference between Coke and Pepsi? Compare price, features, and reviews of the software side-by-side to make the best. ![]() IDEA is most noteworthy in its incorporation of productivity enhancements in the IDE's editors and tools. ![]() It is good when getting started in Netbeans but it gets more complicated as you dive. Like Eclipse and NetBeans, JetBrains' IntelliJ IDEA supports a variety of languages and Java technologies. Eclipse compared to Netbeans, has a steeper learning curve for newbies. However, while NetBeans supports development in multiple languages and in a variety of Java environments, JDeveloper is solidly Java, and it's intended primarily for J2EE development. NetBeans began life as a commercial product in the late 1990s, but was later open-sourced by Sun and has remained so since Oracle's purchase of Sun (and consequent acquisition of NetBeans). NetBeans can support development in languages other than Java, though not as many as Eclipse. The fact that it can be used to develop in so many other languages is a testament to its extensibility, which is. Though versions of Eclipse exist for developing in many languages besides Java (C++, Python, Fortran, Ruby, even Cobol, to name a few), Eclipse is Java-based, and it's best known as a Java IDE. In this review, I'll look at the current state of four of the best-known Java IDEs currently available: And an IDE needs to provide tools that help you wrestle into submission all of the related technologies in which your project will entangle you. Rarely is it the case that, when you build a Java application, all you do is build a Java application. You're not alone you're working with a team of developers, so it would be helpful if that IDE worked with Git or Subversion. And that application will be running from an application server like Tomcat, so you'll need management tools for the application server. Or if you're building a Web-based application, you might have to deal with AJAX, and that means JavaScript. There might be a relational database involved. Of course that's a small part of the picture - if you're building a Java application, odds are good you're working with more than Java. ![]() When you think of a Java IDE, you undoubtedly imagine a graphical application in which you write Java source code, then compile, debug, and run it. ![]()
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