Top 10 Features of Java Programming Language

 The majority of folks frequently appear to be perplexed by Java programming capabilities. You've come to the proper place if you're also unclear about it. Here, we'll go into depth about the top ten Java programming features.

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Top 10 Features of Java

Architectural Neutral

The same bytecodes are used by Java programmes in all environments (Operating System). The compiler creates an architecture-neutral object file format to let a Java application run anywhere on the network.

Dynamic and Extensible

With Java's dynamic and extensible features, you may add classes, plug in new methods, and create new classes by using subclasses to an existing class. Because of this, it's quite simple to add your own classes to Java or even alter it.

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Portable

Any environment (Linux, Windows, Mac, etc.) with a Java run-time system may run Java programmes (JVM). That essentially means there are no features that depend on implementation.

Multi Threading

Java has multithreading capability. With the use of multithreading, more tasks can be completed faster than they would have with a single thread.

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Distributed

With the distributed environment in mind, Java was created. It features networking capabilities, allowing for transmission and operation through the internet. Examples of tools used to build networked applications include RMI and EJB.

Networked

Java is primarily made for programmes that run on the web. Java hides a lot of complexity by giving you classes that have already implemented the challenging tasks, such as opening socket connections and reading URL contents as files. J2EE is also used to create network-based applications.

Robust

Robust is short for powerful. Java is resilient due to its ability to manage run-time errors, automated garbage collection, the absence of the pointer notion, exception handling, etc.

Secured

The Java platform is constructed with security features such as bytecode checking for unreliable code, support for authentication and privacy, etc. incorporated into the language and runtime environment. Java programmes are more secure because they always execute in the Java runtime environment with essentially no OS interaction.

High Performance

Java was created to accommodate "just-in-time" compilers, which dynamically translate bytecodes into machine code despite being an interpreted language. Due to bytecodes' high level of optimization, the Java Virtual Machine can execute them significantly more quickly.

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Object Oriented

The three main object-oriented constructs—inheritance, encapsulation, and polymorphism—that define an object-oriented language are supported by Java.

Conclusion 

The design objective of Java, which was to develop a system-independent language that adhered to the WORA (Write Once, Run Anywhere) principle, has been discussed in this article. We also learned about the distinctive qualities of Java that make it stand out from other programming languages. By now, you must have had a glimpse of Java. In addition to all of this, we also discussed problems with C++ that Java has resolved.