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Eclipse IDE 2019-06: The Ultimate Guide for Java Developers



Introduction




Eclipse is a free open source platform, Integrated Development Environment (IDE) with the help of which applications are made using various programming languages like Java, Python, C/C++, Ruby, and many more. It is composed of many plug-ins and is designed to be extensible using additional plug-ins. Eclipse IDE can be used for any programming language for which a plug-in is available.


Eclipse IDE is especially popular among Java developers, as it provides a comprehensive set of tools for developing, debugging, testing, and running Java applications. It also supports the latest Java versions and technologies, such as Java 9, JUnit 5, Maven, Gradle, etc. Eclipse IDE also offers many features that enhance the productivity and efficiency of developers, such as code completion, refactoring, code generation, code analysis, etc.




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In this article, we will learn how to download and install Eclipse on Windows, how to use some of its basic and advanced features, and how to compare it with other IDEs. By the end of this article, you will have a better understanding of how to use Eclipse IDE for Java development.


Downloading and Installing Eclipse




Downloading and installing Eclipse on Windows is a simple process that involves the following steps:


  • Open your browser and navigate to , which is the official website of Eclipse.



  • Click on the Download button to download the latest version of Eclipse IDE.



  • Click on the Download x86_64 button to download the installer for Windows 64-bit systems.



  • Click on the Download button again to start the download of the executable file.



  • Go to your download directory and double-click on the eclipse-inst-win64.exe file to launch the installer.



  • Select Eclipse IDE for Java Developers from the list of available packages.



  • Click on the Install button to begin the installation process.



  • Accept the license agreement and wait for the installation to complete.



  • Launch Eclipse by clicking on the Launch button or by using the shortcut created on your desktop.



Using Eclipse IDE




Once you have installed Eclipse, you can start using it for creating, running, and debugging Java projects. Here are some of the basic steps you need to follow:


  • Create a new Java project by clicking on File -> New -> Java Project.



  • Enter a name for your project and click on Finish.



  • Create a new Java class by right-clicking on your project -> New -> Class.



  • Enter a name for your class and click on Finish.



  • Write some Java code in your class. For example, you can write a simple Hello World program as shown below:




public class HelloWorld public static void main(String[] args) System.out.println("Hello World!");


  • Run your program by right-clicking on your class -> Run As -> Java Application.



  • You should see the output of your program in the Console view at the bottom of the screen.



  • If you want to debug your program, you can set breakpoints by double-clicking on the left margin of your code editor. You can also add watch expressions, inspect variables, step through your code, etc. by using the Debug perspective.



Eclipse Tips and Tricks




Eclipse IDE offers many features that can help you improve your productivity and efficiency as a developer. Eclipse Tips and Tricks




Eclipse IDE offers many features that can help you improve your productivity and efficiency as a developer. Here are some of the tips and tricks that you can use to make the most out of Eclipse:


  • Use keyboard shortcuts to perform common tasks faster. For example, you can use Ctrl+Space to activate content assist, Ctrl+Shift+O to organize imports, Ctrl+Shift+F to format code, Ctrl+Shift+R to open a resource, etc. You can also customize your own keyboard shortcuts by going to Window -> Preferences -> Keys.



  • Use quick fixes and quick assists to correct errors and improve your code quality. For example, you can use Ctrl+1 to open a list of suggestions for fixing a problem or enhancing your code. You can also hover over an error or warning marker and click on the light bulb icon to see the available quick fixes.



  • Use templates to generate code snippets faster. For example, you can type main and press Ctrl+Space to generate the main method, or type sysout and press Ctrl+Space to generate System.out.println(). You can also create your own templates by going to Window -> Preferences -> Java -> Editor -> Templates.



  • Use refactoring tools to modify your code structure without changing its behavior. For example, you can use Alt+Shift+R to rename a variable, method, class, or package, or use Alt+Shift+M to extract a method from a block of code. You can access more refactoring options by right-clicking on your code and selecting Refactor.



  • Use code analysis tools to detect and prevent potential errors and bugs in your code. For example, you can use the Problems view to see a list of errors and warnings in your project, or use the Markers view to see a list of tasks, bookmarks, breakpoints, etc. You can also enable or disable various code analysis options by going to Window -> Preferences -> Java -> Compiler -> Errors/Warnings.



Eclipse vs. Other IDEs




Eclipse is not the only IDE available for Java development. There are other popular IDEs that you may want to consider, such as NetBeans and IntelliJ IDEA. How do they compare with Eclipse? Here are some of the main points of comparison:


IDEProsCons


Eclipse- Free and open source- Supports many languages and technologies- Highly extensible through plugins- Offers many productivity features and tools- Can be slow and buggy at times- Has a steep learning curve- Requires manual configuration for some features- Has an outdated user interface


NetBeans- Free and open source- Supports many languages and technologies- Has a simpler and more intuitive user interface- Provides more features out of the box- Can be slow and consume more memory- Has fewer plugins and extensions available- Does not support some languages and technologies as well as Eclipse- Has less community support and documentation


IntelliJ IDEA- Has a modern and user-friendly user interface- Supports many languages and technologies- Provides smart code completion and analysis- Has a powerful debugger and testing tools- Is not free for commercial use- Can be expensive for individual developers- Can be complex and overwhelming for beginners- Requires more system resources than Eclipse


Conclusion




In this article, we have learned how to download and install Eclipse on Windows, how to use some of its basic and advanced features, and how to compare it with other IDEs. We have seen that Eclipse is a powerful and versatile IDE that can support many languages and technologies, but it also has some drawbacks and limitations. Ultimately, the choice of IDE depends on your personal preferences, needs, and skills.


We hope that this article has helped you to get started with Eclipse IDE for Java development. If you have any questions or feedback, please feel free to leave a comment below.


FAQs




  • What is Eclipse IDE?



Eclipse IDE is an integrated development environment that allows developers to write, build, test, debug, and run applications using various programming languages.


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  • What are the benefits of using Eclipse IDE?



Eclipse IDE offers many benefits for developers, such as:


  • It is free and open source.



  • It supports many languages and technologies.



  • It is highly extensible through plugins.



It offers many productivity features and tools.


  • How to download and install Eclipse IDE?



You can download and install Eclipse IDE by following these steps:


  • Open your browser and navigate to , which is the official website of Eclipse.



  • Click on the Download button to download the latest version of Eclipse IDE.



  • Click on the Download x86_64 button to download the installer for Windows 64-bit systems.



  • Click on the Download button again to start the download of the executable file.



  • Go to your download directory and double-click on the eclipse-inst-win64.exe file to launch the installer.



  • Select Eclipse IDE for Java Developers from the list of available packages.



  • Click on the Install button to begin the installation process.



  • Accept the license agreement and wait for the installation to complete.



  • Launch Eclipse by clicking on the Launch button or by using the shortcut created on your desktop.



  • How to use Eclipse IDE for Java development?



You can use Eclipse IDE for Java development by following these steps:


  • Create a new Java project by clicking on File -> New -> Java Project.



  • Enter a name for your project and click on Finish.



  • Create a new Java class by right-clicking on your project -> New -> Class.



  • Enter a name for your class and click on Finish.



  • Write some Java code in your class. For example, you can write a simple Hello World program as shown below:




public class HelloWorld public static void main(String[] args) System.out.println("Hello World!");


  • Run your program by right-clicking on your class -> Run As -> Java Application.



  • You should see the output of your program in the Console view at the bottom of the screen.



  • If you want to debug your program, you can set breakpoints by double-clicking on the left margin of your code editor. You can also add watch expressions, inspect variables, step through your code, etc. by using the Debug perspective.



  • What are some of the tips and tricks for using Eclipse IDE?



Some of the tips and tricks for using Eclipse IDE are:


  • Use keyboard shortcuts to perform common tasks faster. For example, you can use Ctrl+Space to activate content assist, Ctrl+Shift+O to organize imports, Ctrl+Shift+F to format code, Ctrl+Shift+R to open a resource, etc. You can also customize your own keyboard shortcuts by going to Window -> Preferences -> Keys.



  • Use quick fixes and quick assists to correct errors and improve your code quality. For example, you can use Ctrl+1 to open a list of suggestions for fixing a problem or enhancing your code. You can also hover over an error or warning marker and click on the light bulb icon to see the available quick fixes.



  • Use templates to generate code snippets faster. For example, you can type main and press Ctrl+Space to generate the main method, or type sysout and press Ctrl+Space to generate System.out.println(). You can also create your own templates by going to Window -> Preferences -> Java -> Editor -> Templates.



  • Use refactoring tools to modify your code structure without changing its behavior. For example, you can use Alt+Shift+R to rename a variable, method, class, or package, or use Alt+Shift+M to extract a method from a block of code. You can access more refactoring options by right-clicking on your code and selecting Refactor.



  • Use code analysis tools to detect and prevent potential errors and bugs in your code. For example, you can use the Problems view to see a list of errors and warnings in your project, or use the Markers view to see a list of tasks, bookmarks, breakpoints, etc. You can also enable or disable various code analysis options by going to Window -> Preferences -> Java -> Compiler -> Errors/Warnings.




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