Key Features of Java
- Simple
- Secure
- Portable
- Object Oriented
- Robust
- Multithreaded
- Architecture-neutral
- Interpreted
- Performance
- Distributed
Java is Simple
- Java is easy to write, more readable, and eye-catching.
- Java has features that make it easy to learn and use.
- Most concepts are similar to C++, making it easy to learn.
Java is Secure
- Java offers a safe ground for developing online projects.
- Java provides a safe approach to accessing online tools.
- Java prevents direct memory access.
- Java prevents unauthorized code execution.
Java is Portable
- Java is platform-independent; programs can run in any environment as long as there is a Java runtime (JVM).
- Java programs can run on any platform (Mac, Linux, Windows)
- Java programs can be transferred over the Web. Ex: Applets.
Java is object-oriented.
- Java is an object-oriented programming language.
- Like C++, it provides features similar to those of an object-oriented language.
- Java allows data and methods to be wrapped together in an encapsulation class.
- Java allows for the inheritance of properties and behavior from the parent class. It is called inheritance.
- It can take method overloading and method overriding.
Java is Robust
- Java is an error-free programming language.
- Java is strictly typed and performs run-time checks.
- Java prevents memory leaks. It is called automatic garbage collection.
Java is Multithreaded
- Java supports integrated support of multithreaded programming languages.
Java is Architecture-Neutral
- Java is not restricted to any specific machine or operating system architecture.
- Machine independent. i.e., Java is independent of hardware.
Java is interpreted
- JVM can interpret Javabyte code on any platform.
- Java bytecode helps Java support cross-platform codes.
Java’s Performance
- In Java, bytes are Highly Optimized
- JVM can execute them much faster.
Java is Distributed
- Java was designed with a distributed environment.
- Java can be transmitted and run over the internet.
- Java allows the creation of distributed programs in which components run on separate machines yet cooperate.
Also Read
Introduction to Java Programming
