It is an integrated development environment (IDE) that is commonly applied in computer programming.

It features a base workspace and a plug-in system that may be extended to personalize the environment.

Although Eclipse is often written in Java and used for developing Java applications, it may also be used to develop applications in other programming languages.

What is Eclipse?

In this regard, it may use C++, C, Ada, ABAPA, COBOL, Clojure, D, JavaScript, Fortran, Erlang, Haskell, or Groovy programming languages. Eclipse may also be used to develop documents with LaTeX, specifically using the TeXlipse plug-in as well as packages for the Mathematica software.

Some of the applicable Eclipse development environments include Eclipse PDT for PHP, Eclipse Java development tools (JDT) for Scala and Java, and Eclipse CDT for C/C++. The Eclipse Marketplace Client (MPC) is a client interface that may be used to browse and install Eclipse-based solutions. 

How to Install Eclipse Plugins 

Eclipse plugins are designed to allow for relatively easy installation and configuration. You will be able to create and even test embedded applications via the graphical development environment with Eclipse. To install the Oracle Java ME SDK Eclipse Plugin, here is the procedure for both the Juno 4.2 and Indigo 3.7 platforms:

 

Downloading the Plug-in 

Download the Oracle Java ME SDK Plugins file in Zip format from the . 

 

Installing the Plug-in 

On Eclipse, go to Help and choose ‘Install New Software’ this will display the Available Software Screen. On this screen, press “Add” to display the Add Repository window. Now press the Archive button in order to open a file browser. 

From the File Browser, you should select the Eclipse plug-in file that you downloaded and wish to install. After you have selected the file, click on Open to return to the previous dialog box. Once the Add Repository window has appeared, press OK. 

This will prompt the category Java ME SDK Tools to appear in the name area. Check the box corresponding to the plug-in you wish to install, in this case, ME SDK Tools and ME SDK Demos, and then click Next. Press next once again, accept the terms of the license agreement and click Finish.

How can I see Eclipse plugins?

There are several ways you may view the plug-in you have installed in your Eclipse environment. To do this, you should go to Help and then select the About Eclipse Platform option.

From the dialog box that opens, click on the Plug-in Details. This will display a list of all the plug-ins installed on the platform, along with their respective vendor information. 

Alternatively, you may select the Configuration Details options. This presents you with a full report of the current Eclipse installation. The main sections displayed, in this case, will contain such details as system properties, as well as the plug-ins and features you have installed. 

You will also get information regarding the preferences you have specified, your Update Manager log, and dump of the error log (a list of problems as reported by the plug-ins you have installed on your Eclipse platform.)

How Do I Get Eclipse to Work on Windows 10?

A good number of Eclipse users encounter a problem when trying to run the application on Windows 10. In most cases, the problem is the Java version you have installed on your computer. To solve this problem, you will need to write a reference to your javaw.exe file.

You will also need to set JAVA_HOME within your Eclipse-windows-preferences-java to the right SDK folder. After you have done this, your new Java will not work for Java in the workspace. As such, you will be required to create a new Workspace, restart Eclipse, and then import your projects to the new Workspace. 

Here is a step by step guide on how you can set JAVA_HOME in Windows 10:

Step One: Opening Advanced System Settings 

On the Windows 10 computer, press a combination of the Windows key, and Pause key simultaneously to open the System Settings window. From this Window, navigate to the Change Settings option, and then select the Advanced Settings tab. 

Alternatively, you may navigate to the Windows Search feature, located next to the Windows logo on your computer. You should then type Advanced System Settings on the search field and click on its match on top of the list displayed. 

Step Two: Setting the JAVA_HOME Environment Variable

From the System Properties Window, you should select the Environment Variables option. Under System Variables, click the New button, and then enter JAVA_HOME as the “Variable name” as well as the path to Java JDK directory under the “Variable value”. 

Step Three: Updating System PATH 

On the Environment Variables Window, navigate to System Variables and select Path before selecting the Edit option. On the Edit Environment Variable Window, select “New”, and then type “%JAVA_HOME%\bin”. 

Step Four: Testing the Configuration 

To finalize the process, you need to open a new command prompt and type in Javac -version. If the Path variable is set correctly, the system will print out the version of the Java compiler. If not, it will prompt an error message, “Javac is not recognized as an internal or external command…”.

The Best Eclipse Plugins 2020

Eclipse is, without a doubt, one of the leading IDE solutions for Java development today. The solution offers hundreds of Eclipse plugins that may be used for different applications. Some of the plugins may also be integrated with essential tools and used to download code from GitHub, SVN, and CVS.

Some of these plugins are specifically designed for Java development, others for Python development and yet others for creating Spring-based Java applications. In order to improve your productivity, it is advisable for you to install the right kind of Eclipse plugins. 

Here are some of the best Eclipse plugins by type: 

The Best Eclipse Plugins for Java 2020 

Some of the best plugins you may use for Java development projects include:

 

FindBugs 

This is a free, open-source software application that may be used by program developers to detect bugs within a Java code. It may be used to analyze Java programs that have been compiled for any Java version, ranging from 1.0 to 1.8.

Find bugs that are available to developers through several plug-in options designed for the popular IDEs, including IntelliJ, Eclipse, and NetBeans. The application will also offer you Cloud storage features that may be used by a team of developers to share and find information regarding issue evaluations. 

 

Mylyn

Mylyn is one of the most powerful applications and task lifecycle management (ALM) framework options for Eclipse. It will present you with a task-focused, Eclipse-based interface, tools, and APIs. These features have been helping developers multitask with ease and avoid information overload. 

The application is capable of integrating with important tools like Trac, Bugzilla, and Jira.  

The Best Eclipse Plugins for C++

You may download the Eclipse CDT, which comes as a C/C++ development tooling solution or get it as a standalone IDE for C++ developers. You will be glad to learn that Eclipse offers a wide range of plugins for C, and C++ developers as well. Some of the plugins you will come to like, in this regard, include:

 

Distcc4Eclipse

This is essentially an Eclipse CDT plug-in that is designed to embed a table-view to your Eclipse platform. This gives you a better display for the files that are being developed remotely via Distcc. The output offered by Distcc4Eclipse is similar to that offered by distccmon-gnome, and distccmon-text.

However, the output delivered by this plug-in is actually embedded inside Eclipse. Before installing this plug-in, you need to ensure that you have Distcc installed on your computer. 

 

Linticator 

This plug-in will configure Lint to your Eclipse CDT project settings automatically. The PC-lint/FlexeLint solution will also offer you valuable feedback on common programmer mistakes, and programming style.

The Linticator plug-in for Eclipse CDT will annotate the source code with Lint messages and run Lint. For some messages, the plug-in will also offer quick fixes to help you correct warnings quickly. 

Eclipse Plugins Development Environment (PDE)

The PDE is a solution by Eclipse that presents you with the tools you need to create, develop, test, debug, build, ad even deploy Eclipse plug-ins, features, fragments, RCP products, and update sites. The solution also offers comprehensive OSGi tooling, making it an ideal environment for component programming. 

The PDE subproject may be categorized into three main components, namely Build, API Tools, and UI. PDE, Doc has two additional components, which handles the help documentation and Incubator that develops non-SDK features.

The Best Plugins for Eclipse Oxygen 

Eclipse Simultaneous Release is an end result of a process that involves the coordination of communication and scheduling across Eclipse Open Source Project teams. The latest Eclipse Oxygen version is the 12th official simultaneous release.

The Eclipse oxygen language server protocol (LSP) supports an assortment of beneficial Eclipse plugins as well, including: 

Exporter for Eclipse

The Yatta Eclipse Exporter offers a quick and convenient way for you to save and distribute your Eclipse setup. In it’s functioning, the plug-in allows you to save your Eclipse Workspace configurations and setups for an individual or a team. 

With this solution, you will also be able to export your Eclipse configuration, workspace settings, installed plugins, and project configurations to a single local file. You may also share your project setup with your team and just start building great software.

KaiZen OpenAPI Editor

The Kaizen OpenAPI Editor is an open-source, Eclipse-based editing solution by RepreZen. It is essentially a powerful industry-standard OpenAPI Specification language editor that is based on Swagger. It is actually the same full-featured editor that powers Swagger-OpenAPI in the renowned RepreZen API Studio solution.

The plug-in is fully compatible with OpenAPI 3.0.2—the latest version of the industry-standard API description language. It is also compatible with OpenAPI 2.0 (Swagger) and features Syntax highlighting with configurable colors.