The Java programming language is currently the most favored by application developers.
Java programming language is also used for developing GUI application for desktop, web services and applications, and mobile apps.
However, Application developers need good frameworks, development tools, and IDEs, for rapid writing of the Java app.
There is the option of selecting from various Java frameworks or development implements based on what is needed by the developer.
What we, therefore, wish to examine in this article are the ten best implements that can be used for developing Java applications.
The Spring Model View Controller
This is one of the widely used and mature Java web framework available in the application market.
Aside from the fact that Spring supports the Mac (Model-View-Controller) used for software development, it also makes common programming tasks such as database integration, security, and web development quite easy.
Programmers can also use Spring Boot to create Java web apps that can be utilized minus complex XML configurations.
Spring also comes packaged with features such as health checks, externalized configuration, and metrics.
Recent Spring version comes with a command line tool which lets programmers run prototype web app and Groovy scripts quickly.
JSF is the acronym for JavaServer Faces Technology and it has been developed by Oracle to be the official framework for Java EE web framework.
JSF helps programmers produce server-side user interfaces quickly.
It lets users develop website quickly by separating the presentation layer from the application logic.
The community members also provide new JavaServer Faces API on a regular basis in order to water down the complications that might arise during the development of the Java web application.
Vaadin simplifies the process of writing the server-side components of a single page web application in Java.
Vaadin can also be used to develop web UIs with HTML.
Developers can also take advantage of the various HTML components in Vaadin to develop business applications.
Components such as charts, combo box, and data grids can be used to extend Google Polymer library.
Vaadin Pro provides tools that also assists developers to make their web apps interactive and mobile friendly.
It also reduces coding time significantly.
The Google Web Toolkit (GWT)
The GWT SDK comes with a compiler, core Java APIs, widgets and a development server.
Lastly, the Google Web Toolkit compiler perfects the code base via expunging dead codes and reducing the performance of bottlenecks.
Grails is written in Groovy programming language for Java platform.
It is a version of Ruby on Rails.
Grails function easily with the Java Virtual Machine (JVM).
Grails can also enhance and extend the framework.
This can either be done by utilizing existing plug-ins or developing custom plug-ins.
Several advanced components provided by grails (including NoSQL support, asynchronous programming, integrated ORM, and compile-time meta-programming) can also be taken advantage of.
Grails also let users make use of the domain-specific language to effect validation, querying and markup rendering.
The Play Framework
The play is an MVC tool designed with components that simplify the development of web services.
Play framework also supports multiple JVM-based programming languages, especially Java and Scala.
What differentiates Play from other Java web tools are components such as asynchronous I/O and stateless services.
Users of Play can also utilize the code refresh feature of the tool to gauge the impact of changes made instantly to the code without having to rebuild or restart the project.
Play provides multiple plug-ins, IDEs, testing tools as it helps developers or programmers create web apps that can easily be enlarged.
The Dropwizard is a lightweight and modern framework that allows a programmer to deploy and build web services as well as Java web apps.
It also focuses on the relationship between different components to give a combined programming experience for developers.
The recent version of the Dropwizard utilizes the new features in Java 8 to optimize the application security and compatibility.
It also lets programmers check and assess the behavioral pattern of the code in a production environment with the use of Metric libraries.
The eclipse is written in Java and designed with such tools that help to make the programming of different Java apps simpler.
It aligns with platforms such as Windows, OS X, and Linux.
An advantage of Eclipse is that it can be customized easily to fit the specific needs of the programmer using various extensions and plug-ins.
Eclipse also provides useful features such as Windows Builder, Maven Integration, XML Editors and Tools, Git Team Provider, Code Recommenders Developer Tools, and Mylyn Task List.
NetBeans is an IDE written in Java and it lets programmers build desktop, mobile and web applications with Java.
Apart from being cross-platform, NetBeans supports a variety of programming languages, Java inclusive.
With NetBeans, programmers can build different Java apps in an efficient manner using features such as quick and smart code editing, static analysis tools, GUI development tools, debugger, and profiler.
NetBeans further allows developers easy access to update already built applications to Java 8.
Even though JSource is a lightweight tool, it is packaged with such components that optimize cross-platform app programming with Java.
It can also be fully programmed with Swing feature.
JSource has features that allow programmers to create, compile and edit and run various Java files in an efficient manner.
In addition to Java, JSource also supports syntax foregrounding for various development languages.
JSource provides the opportunity to integrate other common Java framework and programming implements.
In conclusion, Java developers are given the option to select from many IDEs, frameworks, and programming tools, even though the tools might not assuage the needs of each project totally.
The developer must, therefore, be careful and ensure he selects the appropriate Java programming tools based on the requirements and specifications of the projects.
The developer can also decide to combine the frameworks, programming tools, and IDEs to optimize the performance and function of the Java applications.