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Why Is Java Great?

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Why Is Java Great?

Why IS Java great? Check out this post to learn more about the best aspects of the Java language, including platform independence, object orientation, and APIs.

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Java is a programming language that runs parallel to others coding in the tradition of C and C++. Thus, on the off chance that you have any involvement with C or C++, you'll wind up in a commonplace area, as you take in the different highlights of Java.

However, Java varies from other programming dialects in a few critical ways. The accompanying areas portray the most critical contrasts.

Platform Independence

One of the key reasons why Java is so famous is its stage autonomy, which implies that Java projects can be kept running on a wide range of kinds of PCs. A Java program keeps running on any PC with a Java Runtime Environment, otherwise, called a JRE, that is introduced. A JRE is accessible for relatively every kind of PC — PCs running Windows, Macintosh PCs, Unix or Linux PCs, enormous centralized server PCs, and even PDAs.

Object Orientation

Java is innately question-arranged, which implies that Java programs are comprised of programming components called objects. Basically, a question is a programming element that speaks to either some genuine protest or a theoretical idea.

All objects have two basic characteristics:

  • Articles have information, otherwise called states. For instance, a protest that speaks to a book has information, for example, the book's title, writer, and distributor.
  • Protests additionally have conduct, which implies that they can play out specific errands. In Java, these undertakings are called strategies. For instance, a question that speaks to an auto may have strategies, for example, begin, stop, drive, or crash. A few strategies basically enable you to get to the questions information.

Classes are closely related to objects. A class is the program code you write to create objects. The class describes the data and methods that define the object’s state and behavior. Then, when the program is executed, classes are used to create objects.

For instance, assume you're composing a finance program. This program needs questions to speak to the organization's workers. In this way, the program incorporates a class (presumably named Employee) that characterizes the information and techniques for every Employee protest. At that point, when your program runs, it utilizes this class to make a question for every one of your organization's representatives.

The Java API

The Java language, itself, is exceptionally basic. In any case, Java accompanies a library of classes that give regularly utilized utility capacities that most Java programs can't manage without. This class library, called the Java API, is as much a piece of Java as the dialect itself. Truth be told — the genuine test of figuring out how to utilize Java isn't taking in the dialect; it's taking in the API. The Java dialect has just 50 watchwords, however, the Java API has a few thousand classes, with a huge number of strategies you can use in your projects.

You don't need to learn any place close to the greater part of the Java API. Most developers are familiar with just a little part of it. In the event that you have to utilize some class from the API that you aren't comfortable with, you can look into what the class does in the Java API documentation.

Final Thoughts

Java is at the heart of our digital lifestyle. It's the platform for launching careers, exploring human-to-digital interfaces, architecting the world's best applications, and unlocking innovation everywhere — from garages to global organizations. Learn more about Java programming here.

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