13 Reasons Why Importance of Java will remain in the Longer Run
1) Mature and Keeps Evolving
2) Platform Independent
Nowadays programmers have to write applications by targeting many devices and platforms. So they look for a programming language that enables them to write the application cod once and deploys the application code across multiple platforms without putting extra effort. The programmers can simply compile the Java code once into bytecode, and deploy the bytecode across many platforms without compiling the code again. The bytecode makes it easier for programmers to deploy the application code on any platform that supports Java. Also, they can easily port the application from one platform to another without compiling the code repeatedly.
3) Supports Common Programming Paradigms
The syntax rules of Java are based on the syntax of C and C++. Hence, the beginners find it easier to learn and use Java within a shorter amount of time. At the same time, Java is a concurrent, class-based and object-oriented programming language. As Java supports common object-oriented programming (OOP) concepts like inheritance, polymorphism, abstraction and encapsulation, it becomes easier for programmers to make the applications modular, extensible and scalable. Also, the developers can take advantage of certain Java libraries to implement the object-oriented design principles more efficiently.
4) Google Recommends for Android App Development
While building mobile apps, no developers can ignore Android – the mobile operating system with the largest installation base. The programmers have the option to write Android apps in C, C++ or Java. But Google recommends mobile app developers to write Android apps only in Java. The developers can further boost the application’s performance and compatibility of the Android apps easily by writing it in Java. The developers also have the option to use a variety of tools and libraries to write robust Android apps in Java within a shorter amount of time.
5) Rich Set of APIs
Java beats other programming languages in the category of rich application programming interfaces (APIs). The programmers have the option to use a variety of Java APIs to accomplish common development tasks without writing additional code. Some of these APIs are shared by large enterprises, while others are uploaded by members of the community. Based on their requirements, the developers have option to use APIs for database connection, input/output, networking, utilities, security and XML parsing. They can further combine these APIs with various open source Java libraries to boost the application’s functionality and performance without putting extra time and effort.
6) Loads of Frameworks, Libraries, IDEs and Development Tools
The developers also have the option to avail a variety of frameworks, libraries, IDEs and development tools for Java. They can take advantage of robust IDEs like Netbeans and Eclipse to write readable and quality Java code. They can even avail the advanced debugging capabilities and code completion features provided by the IDEs to make the Java core maintainable. Likewise, the developers also have the option to use a wide variety of open source libraries shared by large companies and individual developers. The programmers can further make modern web applications rapidly by using robust Java web frameworks like Spring, Play, Spark and Dropwizard. These frameworks, libraries, IDEs and development tools make it easier for programmers to write a variety of applications in Java without putting extra time and effort.
7) Robust Security Features
The security features provided by Java make it easier for programmers to develop large and enterprise applications. The Java Virtual Machine (JVM) evaluates the intermediate bytecode to prevent the application from performing unsafe operations. The developers can further avail the advanced security management features of Java to prevent the untrusted bytecode from accessing specific features and APIs by running them in a sandboxed environment. At the same time, the developers can also avail the robust security APIs provided by Java platform, along with performing user authentication and using secure communication protocols, that is why developer trust java more than other languages.
8) Simplify Development of Real-Time Software
The popularity and adaption rate of real-time software has been increasing consistently. Unlike conventional software applications, the real-time applications are required to deliver information or results within the shortest amount of time. At present, real-time software applications are being used by mobile devices, automobiles, medical devices and factories. Oracle has included several features in Java SE to facilitate the development of real-time software. The APIs provided by Java SE make it easier for programmers to implement the real-time applications smoothly and effectively. Many programmers will use Java SE in future for developing real-time software that is compatible with various devices and platforms, and can be integrated seamlessly with third-party components and applications.
9) Facilitates Embedded Computing
Java as originally designed for embedded programming. But many developers prefer C and Python over Java while developing embedded applications for systems with constrained memory. They now have the option to take advantage of the Java ME Platform to standard runtime environment for building a variety of embedded application. In addition to including built-in network protocols, robust security, and a flexible user interface, the micro edition of the Java Platform also supports a wide variety of mobile and embedded devices. The applications developed using Java ME can run on smartphones, tablets, sensors, gateways, printers and personal digital assistants (PDAs). These features will encourage more developers to use Java ME in future for embedded computing.
10) Supports Internet of Things
Java is one of the programming languages that currently support Internet of Things. The Project Jigsaw aims to make the programming language run on a wider variety of small and portable devices. However, the project still aims to maintain Java’s scalability, networking, maintainability, security, performance and other features while making it run on smaller and newer devices. That is why; Project Jigsaw has already proposed a design and standard module system for the Java SE Platform to accomplish its objectives. Once the proposal is implemented, programmers will use Java for writing a wide variety of Internet of Things applications.
11) Simplify Development of Custom Big Data Solutions
At present, big data is one of the hottest trends in application development. Most companies nowadays want the custom application to gather, store, access and share a huge amount of structured and unstructured data efficiently. Java does not come with built-in features to facilitate the development of custom big data solutions. But the Java developers can take advantage of Hadoop, Accumulo, ElasticSearch, HBase and similar Java—based tools to build custom big data solutions according to varying needs of businesses and the main thing is Java secure enough for developing enterprises applications.
12) Support of a Vibrant Community
A large community helps Oracle Corporation to make Java more dynamic and concurrent. The members of the community recommend new features and functionalities required to make Java score over other JVM-based programming languages like Scala and Groovy. The community also works consistently to boost Java’s performance, scalability, maintainability, security and networking. The members also explore ways to make Java compatible with smaller and emerging devices. The efforts of the community will keep Java popular in the longer run.
13) Curtails Project Overheads
Java as originally developed by Sun Microsystems, and was subsequently acquired by Oracle Corporation. Before the acquisition, Sun Microsystems made a large percentage of Java implementations available under the GNU General Public License. The license enables both individuals and enterprises to run, share and modify the specific Java implementation without paying any licensing fees. Hence, the developers can take advantage of these Java implementations without increasing project overheads. However, they have to incur additional expenses to avail certain Java platforms and technologies.
On the whole, a Java developer can use Java directly for writing desktop GUI applications, web applications and mobile apps. The flexibility and versatility make Java a general-purpose programming language in the true sense. At the same time, the Java frameworks and development tools also contribute hugely towards making Java one of the most popular and programming languages of the year. Thats why a lot of small business owners also use Java for application development. These features will further keep the importance of Java intact over a longer period of time.