Currently Java is more popular than other programming languages. It is also a programming language widely used by developers to build a desktop GUI application, web applications, web services and mobile applications. But developers still need robust frameworks, IDEs and development tools to write applications quickly and efficiently in Java. Each developer also has the option to choose between many Java frameworks, IDEs and development tools based on their specific needs.
Overview of 10 Java frameworks, IDE and commonly used development tools
1) Spring MVC
Spring is one of the popular and adult Java web frameworks available in the market. In addition to supporting the Model View Controller (MVC) software development paradigm, Jump also simplifies general programming tasks, such as database integration, web services, and security. Programmers also have the option of using Spring Boot to create Java web applications that can be implemented without having to work without complex XML configurations. Spring Boot is also delivered with a series of productive functions, such as status controls, statistics and external configuration. The latest version of the framework is also provided with a command-line tool that allows programmers to run Groovy scripts and quickly prototype web applications using spring.
2) JavaServer Faces Technology (JSF)
Oracle has developed JavaServer Faces Technology (JSF) as the official Java EE web framework. The framework developed by the Java community helps programmers quickly create server interfaces. This allows users to quickly create websites by keeping the presentation layer separate from the logic of the application. Developers can even use the JavaServer Faces UI component tags to connect application logic and project presentation layers without writing additional code. Community members also regularly offer new JavaServer Faces APIs to simplify the Java web application development process.
Vaadin makes it easy for programmers to write server-side components of single-page web applications in Java. Developers can also use Vaadin to develop web user interfaces with HTML. They can also benefit from robust Vaadin elements with a variety of custom HTML elements for commercial applications. They can even use components such as graphics, data frames, and input box boxes to expand the Google Polymer library. Vaadin Pro tools help developers make their web applications more interactive and friendly for mobile devices, and significantly reduce coding time.
4) Google Web Toolkit (GWT)
Grails is a version of the Ruby on Rails for Java platform written in the Groovy programming language. Programmers can seamlessly integrate Grails with Java Virtual Machine (JVM). They also have the option to expand and improve the framework by creating custom add-ons or using existing add-ons. At the same time, they can also use several advanced features of the framework, including NoSQL support, integrated ORM, asynchronous programming and compile-time metaprogramming. Users can also use domain-specific languages to perform queries, validation and markup representation.
6) Play Framework
In addition to an MVC web framework, Play is also designed to simplify the development of web services. The framework is also compatible with multiple programming languages based on JVM, including Java and Scala. Features like stateless services and asynchronous I / O make play different from other Java web frameworks. Users can benefit from the update feature of the framework code to directly manage the impact of code changes without rebuilding or restarting the entire project. With Play, programmers can also benefit from a wide range of add-ons, test tools and IDE, while helping developers build scalable web applications.
As a modern and light framework, Dropwizard helps developers build and deploy Java web applications and web services. In addition, it focuses on the glue between different components to provide programmers with an integrated development experience. The latest version of Dropwizard further utilizes the new features in Java 8 to improve application compatibility and security. Additionally, programmers can track and evaluate the behavior of the code in the production environment using metric libraries.
The open source IDE is written in Java and is designed with features to simplify the development of various Java applications. It is compatible with important platforms like Windows, Linux and OS X. Users can easily customize Eclipse to their specific needs by using a wide range of add-ons and extensions. They can even use a range of convenient features of Eclipse, including Windows Builder, Editors and XML Tools, Maven Integration, Git Team Provider, Mylyn Task List, and Recommender Developer Tools Code.
The open source IDE is written in Java, enabling developers to create desktop, web and mobile applications with Java. In addition to being platform independent, NetBeans supports Java also a number of different programming languages. Users can build a variety of Java applications even more efficiently using NetBeans robust features, including fast and intelligent code editing, GUI development tools, static analysis tools, debugger and profiler. In addition, NetBeans makes it easy for developers to update their existing applications to Java 8.
Although it is a lightweight IDE, JSource offers features to facilitate the development of platform-independent Java applications. It also develops completely with the Swing component. JSource is also designed with features that allow developers to efficiently edit, edit, compile and execute a large number of Java files. However, it supports syntax highlighting for different programming languages beside Java. Java programmers also have the option to integrate JSource with other Java frameworks and commonly used development tools.
Generally, Java developers have the choice between many frameworks, IDE and development tools. But each tool can not complement all the needs of each project. Therefore, the developer must choose the appropriate Java development tools based on the requirements of the individual projects. You can even consider combining these frameworks, IDEs and development tools to improve the functionality and performance of Java applications.