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Ethan Scott
Ethan Scott

Eclipse Oxygen 2017: What's New and How to Get It


Eclipse Oxygen Download 2017: A Guide for Developers




Eclipse is one of the most popular and powerful integrated development environments (IDEs) for software development. It supports a wide range of programming languages, frameworks, tools, and platforms. It also offers a rich set of features and functionalities that make coding easier, faster, and more enjoyable.


In June 2017, Eclipse released its 12th annual simultaneous release, codenamed Oxygen. This release included the hard work of 83 open source projects, comprising approximately two million net new lines of code. It also introduced many improvements in functionality and performance, as well as new tools for Java code coverage analysis, Java 9 development support, and more.




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In this article, we will show you how to download and install Eclipse Oxygen on your computer. We will also give you an overview of how to use Eclipse Oxygen for your software development projects. Whether you are a beginner or an expert developer, you will find something useful and interesting in this guide.


How to Download and Install Eclipse Oxygen




Before you can start using Eclipse Oxygen, you need to download and install it on your computer. Here are the steps you need to follow:


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System Requirements and Prerequisites




Eclipse Oxygen requires a 64-bit Java virtual machine (JVM) to run. You can either install a Java Runtime Environment (JRE) or a Java Development Kit (JDK), depending on what you want to do with Eclipse. If you intend to use Eclipse for Java development, then you should install a JDK. If you just want to run Eclipse-based applications, then a JRE is enough.


The latest release of Eclipse requires Java 17 JRE/JDK or newer. You can check your Java version by opening a command prompt or a terminal window and typing java -version. If you don't have Java installed or need to upgrade it, you can download it from the official website.


Eclipse Oxygen also requires a minimum of 512 MB of memory and about 400 MB of disk space for the IDE only. However, depending on your project size and complexity, you may need more resources to run Eclipse smoothly. You can adjust the memory allocation for Eclipse by editing the eclipse.ini file in the installation directory.


Choosing the Right Package for Your Needs




Eclipse offers different packages that contain various combinations of projects and features that suit different types of developers. For example, if you are a Java developer, you can choose the Eclipse IDE for Java Developers package that includes a Java IDE, a Git client, an XML editor, Maven integration, and more. If you are a web developer, you can choose the Eclipse IDE for JavaScript and Web Developers package that includes JavaScript, HTML, CSS, XML languages support, a Git client, and more.


You can compare the different packages and their contents on this page. You can also customize your package by adding or removing projects and features later using the Install New Software option in the Help menu.


Downloading from the Official Website or Using the Installer




Once you have decided which package you want to use, you can download it from the official website. You can choose the download link that matches your operating system and architecture. Alternatively, you can use the Eclipse Installer, which is a simple and fast way to install Eclipse. You can download the installer from this page. The installer will automatically detect your system configuration and suggest the best package for you. You can also browse and select other packages from the installer.


Installing and Configuring Eclipse Oxygen




After you have downloaded the package or the installer, you can proceed to install Eclipse Oxygen on your computer. The installation process is straightforward and does not require much user input. Here are the steps you need to follow:


  • If you downloaded the package, unzip it to a location of your choice. You can rename the folder if you want. This folder will be your Eclipse installation directory.



  • If you downloaded the installer, run it and follow the instructions on the screen. You will be asked to select a package, a download site, and an installation folder. You can also change some settings such as the JVM, the proxy, and the network connections.



  • After the installation is complete, you can launch Eclipse by double-clicking on the eclipse.exe file in the installation directory or by using a shortcut if you created one.



  • The first time you run Eclipse, you will be asked to select a workspace location. A workspace is a folder where Eclipse stores your projects and settings. You can use the default location or choose another one. You can also create multiple workspaces and switch between them later.



  • Once you have selected a workspace, you will see the Eclipse welcome screen. You can explore some tutorials, samples, and tips on how to use Eclipse. You can also close the welcome screen and start using Eclipse right away.



How to Use Eclipse Oxygen




Now that you have installed Eclipse Oxygen, you are ready to use it for your software development projects. In this section, we will give you a brief overview of how to use Eclipse Oxygen for some common tasks.


Exploring the User Interface and the Workspace




The Eclipse user interface consists of several components that help you organize and access your files, tools, and views. Here are some of the main components:


  • The menu bar contains various menus that provide access to commands and options for working with Eclipse.



  • The toolbar contains icons that provide shortcuts to frequently used commands and features.



  • The perspective bar contains icons that represent different perspectives. A perspective is a set of views and editors that are arranged in a specific way to support a particular task or workflow. For example, the Java perspective contains views and editors for Java development, while the Debug perspective contains views and editors for debugging applications. You can switch between perspectives using the perspective bar or the Window menu.



  • The editor area is where you edit your files using various editors. An editor is a tool that allows you to view and modify the content of a file in a specific format or language. For example, the Java editor allows you to edit Java source code files, while the XML editor allows you to edit XML files. You can open multiple editors in tabs and switch between them using the editor area.



  • The view area is where you display various views that provide information or functionality related to your files, projects, or tools. A view is a tool that shows information or allows interaction with a specific aspect of your development environment. For example, the Project Explorer view shows the structure and contents of your projects, while the Console view shows the output of your applications or tools. You can open multiple views in stacks and switch between them using the view area.



  • The status bar shows information about the current state of Eclipse, such as errors, warnings, progress, memory usage, etc.



You can customize the layout and appearance of the user interface by resizing, moving, docking, or hiding components. You can also change the theme, font size, colors, and other preferences using the Window menu or the Preferences dialog.


Creating and Running Projects in Different Languages and Frameworks




A project is a collection of files and resources that are related to a specific software development task or product. In Eclipse, you can create projects for different types of applications using different languages and frameworks. For example, you can create Java projects for desktop or web applications using Java SE or Java EE technologies, or you can create C/C++ projects for native applications using GCC or MinGW compilers.


To create a project in Eclipse, you need to follow these steps:


  • Select File > New > Project from the menu bar or click on the New Project icon in the toolbar.



  • In the New Project wizard, select a edit, or delete launch configurations using the Run > Debug Configurations menu.



  • Click OK to debug your project. You will see the Debug perspective, which contains various views and tools for debugging your application.



  • You can use the toolbar icons or the menu commands to control the execution of your application, such as resume, suspend, terminate, step into, step over, step return, etc.



  • You can use the Debug view to show the threads and stack frames of your application. You can also use it to switch between different launch configurations or debug targets.



  • You can use the Variables view to show the variables and their values in the current stack frame. You can also use it to change the values of variables or to watch expressions.



  • You can use the Breakpoints view to show the breakpoints that you have set in your code. You can also use it to enable, disable, edit, or delete breakpoints.



  • You can use the Console view to show the output of your application or the debugger.



Eclipse also provides a powerful testing tool that allows you to create and run unit tests for your code. You can use the testing tool to write test cases, run tests, analyze test results, and generate test reports.


To use the testing tool in Eclipse, you need to follow these steps:


  • Select your project or a file in your project in the Project Explorer view.



  • Select Run > Run As > JUnit Test from the menu bar or click on the Run JUnit icon in the toolbar. You can also press Alt+Shift+X, T to run a JUnit test.



  • In the Run As dialog, select a launch configuration that matches your project type and settings. For example, if you want to run a JUnit test for a Java project, select JUnit Test. You can also create, edit, or delete launch configurations using the Run > Run Configurations menu.



  • Click OK to run your test. You will see the JUnit view, which contains various tools and information for testing your code.



  • You can use the toolbar icons or the menu commands to control the execution of your test, such as rerun, stop, debug, etc.



  • You can use the Test Runner tab to show the progress and status of your test. You can also use it to switch between different views of your test results, such as hierarchy, history, failures only, etc.



  • You can use the Failure Trace tab to show the details of a failed test case. You can also use it to jump to the source code of the test case or the error.



  • You can use the JUnit view menu to access more options and features for your test, such as filter tests, show time, export test results, etc.



Conclusion




Eclipse Oxygen is a powerful and versatile IDE that supports a wide range of programming languages, frameworks, tools, and platforms. It offers many features and functionalities that make software development easier, faster, and more enjoyable. It also allows you to customize and extend it with plugins and extensions that suit your needs and preferences.


In this article, we have shown you how to download and install Eclipse Oxygen on your computer. We have also given you an overview of how to use Eclipse Oxygen for some common tasks such as creating and running projects, using the code editor, of Eclipse Oxygen?


A: Eclipse Oxygen is an open source project that welcomes contributions and support from anyone who is interested in software development. You can contribute to or support Eclipse Oxygen by joining the Eclipse community, reporting bugs, suggesting enhancements, providing patches, writing documentation, testing new features, donating money, or spreading the word. You can find more information on how to get involved on this page.





This is the end of the article. Thank you for reading and following along. I hope you have learned something new and useful about Eclipse Oxygen. If you have any questions or feedback, please leave a comment below. I would love to hear from you.


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