Based on the TIOBE Index for June 2016 Java is now more well-known than a variety of widely-used programming languages, including C++, Python, C#, PHP and JavaScript. The statistics on usage posted on various websites illustrate the immense popularity and importance of Java in the present day world. Java is an all-purpose programming language. Certain developers prefer to use Java to build desktop GUI applications as well as other developers create numerous web-based applications using Java technologies. In addition, Java is also used extensively for the development of mobile applications and games for Android which is the mobile platform with the biggest user base. There are plenty of reasons that Java is going to be a major factor over an extended period of time. 

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13 Reasons why the importance of Java will not change in the long Run

• Growing and Changing Java is among the most stable and mature programming languages. However, Oracle Corporation frequently updates the programming language, with the help of a lively community. Every update to Java includes a variety of improvements in performance and features. In particular, the most recent version of Java includes functional as well as concurrent programming. It also comes with numerous new features such as the new date/time API, and enhanced Nashorn JVM JavaScript engine, as well as support for lambda expressions in parallel and parallel processing. These new features help Java be able to compete with other JVM-based language more effectively.
• Platform Independent Programmers today have to create applications for a variety of platforms and devices. Therefore, they seek the right programming language that will allow them to write the cod once, and deploy the code on different platforms without any additional effort. Programmers are able to translate their Java code once, and convert it into bytecode, then use the bytecode across a variety of platforms without having to compile it once more. Bytes make it simpler for programmers to install the code for their application across any system that can support Java. Additionally, they are able to move applications from one platform the next without recompiling the code.
• supports the Common Programming Paradigms Its syntax guidelines for Java are inspired by C++’s syntax. C as well as C++. Therefore, beginners will can learn and utilize Java within a short amount of time. In addition, Java is a concurrent class-based, object-oriented and class-based programming language. Because Java can support standard OOP (OOP) concepts such as inheritance polymorphism, abstraction, and encapsulation. It makes it simpler for programmers to create applications that are modular, flexible and adaptable. Additionally, developers can make use of specific Java library libraries that implement OOP design principles more efficiently.

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• Google Recommends for Android App Development In the process of developing mobile apps it is impossible for developers to ignore Android as the operating system that has the biggest user base. Programmers can choose to create Android applications using C, C++ or Java. However, Google suggests that mobile developers create Android apps in Java. Developers can also improve the performance and compatibility with Android applications by writing the app in Java. Developers also have the option of utilize a range of libraries and tools to create robust Android applications in Java in a shorter period of time.
• The API Rich Set Java is ahead of other programming languages within the category of rich APIs for application programming (APIs). Programmers are able to make use of a variety of Java APIs to complete basic tasks in development without writing additional code. Certain APIs are provided by large companies as well as uploaded by the community. Based on the requirements of their clients the developers are able to utilize APIs to connect databases as well as input/output networking, security tools, and utilities. XML parsing. They can also integrate these APIs with other free Java libraries to increase the functionality of their application and increase its performance without additional work and energy into it.
• Frameworks, Libraries IDEs and development Tools Developers also have the choice to use a range of libraries, frameworks and development tools, including IDEs, frameworks, and IDEs to develop in Java. They can make use of powerful IDEs such as NetBeans as well as Eclipse to write understandable and high-quality Java code. They can also benefit from the sophisticated debugging capabilities as well as codes completion tools offered in the IDEs to ensure that the Java core more maintainable. Developers also can make use of many open source libraries that are shared by both large and small developers. Programmers can also create modern web-based applications quickly making use of robust Java web frameworks such as Spring, Play, Spark and Drop wizard. These frameworks and libraries IDEs as well as development software allow programmers to write a wide range of programs in Java without extra energy and time into it.
• Robust Security Features The security features offered by Java allow developers to create large-scale enterprise-level applications. Its Java Virtual Machine (JVM) analyses intermediate bytecode to ensure that the application is not doing unsafe actions. Developers can also take advantage of the advanced security management capabilities of Java to stop the bytecode that is not trusted from accessing certain APIs and features through an environment that is sandboxed. In addition developers can use the powerful security APIs offered by the Java platform, in addition to authenticating users and using secure communication protocols which is the reason developers are more reliant on Java than other languages.

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• Facilitate the development of real-time software The demand and the rate of adaption of real-time applications has been growing steadily. In contrast to conventional software that are based on time, real-time software applications must provide information or outcomes in the shortest period of time. Today the real-time software is utilized by automobiles, mobile devices as well as medical devices and factories. Oracle has added a variety of options in Java SE to facilitate the development of real-time software. The APIs that are provided through Java SE make it easier for programmers to create real-time applications efficiently and smoothly. A lot of programmers will utilize Java SE in future for developing real-time applications that are compatible with different platforms and devices, and is able to seamlessly integrate with third-party applications and components.
• Allows embedded computing Java was originally developed to be used for embedded programming. Many developers, however, prefer C or Python over Java in the development of embedded applications for systems that have limited memory. There is now the possibility to utilize Java ME Platform. Java ME Platform to standard runtime environment to create an array of embedded applications. Alongside built-in network protocols, strong secure, as well as a versatile user interface The micro version that is part of Java Platform Java Platform also supports a large variety of embedded and mobile devices. The apps developed using Java ME can run on tablets, smartphones sensors, gateways, printers, as well as Personal Digital Assistants (PDAs). These features will allow developers to make use of Java ME in future for embedded computing.
• Supports Internet of Things Java is among the languages of programming that currently supports the Internet of Things. Its Project Jigsaw aims to make Java run on a wider array of portable and small devices. But, the project will strive to keep Java’s scalability and networking capabilities maintenance, security functionality, and other aspects while allowing it to be used on newer and smaller devices. This is why Project Jigsaw has already proposed an outline and standard modules system to Java SE Platform. Java SE Platform to accomplish its goals. If the plan is adopted the programmers will be able to use Java to create a broad array applications for the Internet of Things applications.
• Facilitate the development of custom Big Data Solutions Presently the big data trend is one of the most prominent developments in application development. Many companies are now looking for a custom-built application that will collect data, store, access, and share huge amounts of unstructured and structured information effectively. Java doesn’t come with built-in capabilities to aid in the creation of customized big data solutions. However, Java developers are able to take advantage of Hadoop Accumulo Elastic Search, HBase and similar Java-based tools to create customized big data solutions that are tailored to the different requirements of businesses and, most importantly, it is that Java is secure enough to develop enterprise applications.
• The Support of a lively Community A large community supports Oracle Corporation to make Java more efficient and more concurrent. The community members offer suggestions for new features and functionalities that will help Java perform better than other JVM-based programming languages such as Scala or Groovy. The community works continuously to improve Java’s performance, stability, scalability, security and networking. They also research ways to improve the performance of Java and make Java compatible with a variety of smaller and new devices. The work from the community are likely to help keep Java popular for the long term.
• Curtails Project Overheads Java initially developed in the early days of Sun Microsystems, and was later acquired in the acquisition of Oracle Corporation. Prior to its purchase, Sun Microsystems made a large portion of Java implementations accessible as part of the GNU General Public License. This license permits both enterprises and individuals to use, share and modify the Java implementations without paying licensing charges. Developers are able to take advantage of Java implementations without increasing their project expenses. However, they must be able to pay for specific Java platforms and technology. Overall it is true that the Java developer can utilize Java directly to write application programs for desktops, web-based applications, as well as mobile applications.

The versatility and flexibility makes Java an all-purpose programming language that is truly a language. However, Java frameworks and development tools Java Frameworks as well as development tools contribute significantly to making Java among the top well-known and sought-after programmers of this year. This is why many small-scale businesses also employ Java to build applications. These features can further increase the significance of Java for a longer amount of time.

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