Features of Java

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 The following are some of Java's most significant features:


Object-Oriented Design-

Everything in Java is an Object. Because it is built on the Object model, Java can be easily extended.


Platform-unaffected-

Unlike many other programming languages, such as C and C++, Java is compiled into platform-independent byte code rather than platform-specific machine code. This byte code is distributed over the internet and is interpreted by the Virtual Machine (JVM) on the platform on which it is run.

Simple-

Simple Java was created with the goal of being simple to learn. It should be simple to master if you understand the fundamental concepts of OOP Java.


Secure-

Java's secure feature enables the creation of virus-free and tamper-proof systems. Public-key encryption is used in authentication systems.

Architecture-neutral-

With the inclusion of the Java runtime system, the Java compiler generates an architecture-neutral object file format, which makes the compiled code executable on a wide range of processors.

Portable-

Java is portable because it is architecture-neutral and has no implementation-dependent features of the standard. The Java compiler is developed in ANSI C, which is a POSIX subset, with a clean portability border.

Robust-

Robust Java focuses on compile-time error checking and runtime error checking in order to eliminate error-prone situations.


Multithreaded-

It is possible to develop programs that can accomplish multiple tasks at the same time using Java's multithreaded capability. Developers can use this design feature to create interactive applications that run smoothly.


Interpreter-

Java byte code that is interpreted is converted to native machine instructions on the fly and is not saved. Because linking is an incremental and light-weight process, the development process is more quick and analytical.


High-Efficiency-

Java achieves high performance through the usage of Just-In-Time compilers.Dispersed Java was created with the internet's distributed environment in mind.


Dynamic

Because it is meant to adapt to a changing environment, Java is considered more dynamic than C or C++. Java programmes can store a large quantity of run-time data that can be used to verify and resolve object accesses in real time.

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