Features of Java

Java is –

1. Object-oriented: In Java, everything is an object. Java can be easily extended because it is based on the object model.

2. Stand-alone platforms: Compiled with other programming languages, including C and C++, Java, do not compile to platform-specific machines but become platform-independent bytecode. This bytecode is distributed over the network and interpreted by the virtual machine (JVM) on any running platform.

3. Simple: Java is designed to be easy to learn. If you understand the basic concepts of OOP Java, it will be easy to master.

4. Security: With Java’s security features, you can develop a virus-free, tamper-free system. Authentication technology is based on public key encryption.

5. Architecture-neutral: The Java compiler generates an architecture-independent object file format, which allows the compiled code to execute on multiple processors and has a Java runtime system.

6. Portable: architecture-independent and non-standard implementation slaves make Java portable. The compiler in Java is written in ANSI C with clear, portable boundaries, which is a subset of POSIX.

7. Powerful: Java strives to eliminate error-prone situations by emphasizing compile-time error checking and runtime checking.

8. Multithreading: Using Java’s multithreading capabilities, you can write programs that can perform multiple tasks at the same time. This design feature allows developers to build interactive applications that run smoothly.

9. Explanation: Java bytecodes are translated into native machine instructions and are not stored anywhere. Since the link is a gradual and lightweight process, the development process is faster and more analytical.

10. High Performance: With the use of just-in-time compilers, Java achieves high performance.

12. Distributed: Java is designed for the distributed environment of the Internet.

13. Dynamic: Java is considered more dynamic than C or C++ because it is designed to adapt to an evolving environment. Java programs can carry a lot of runtime information and can be used to verify and resolve object access at runtime.