Java
Introduction to Java
Overview
• Java is high level programming language. It has a compiler named JAVA that use to convert java language to
machine language or byte code.
• It is an object-oriented programming language because every action are performed with the help of objects. The
complete program code is placed within classes and interfaces. We can refer a class as a blueprint of an object.
• Java is not just a language, it is also considered as a technology that gives a platform to create mobile and web
applications, games, etc. It has many frameworks and libraries like Spring, Hibernate, Servlet JSP, etc.
• Java is one of the most popular programming languages in the world. It is used by around 80% of IT giants.
Program
public class FirstProgram {
public static void main(String[] args) {
System.out.println("Welcome TO Quipo House");
}
}
Features:
•Simple and easy to learn
•Compiled and Interpreted
•Platform Independent
•Portable
•Architectural Neutral
•Object-Oriented
•Robust
•Secure
•Distributed
•Multi-threaded and Interactive
•High Performance
•Dynamic and Extensible

Java Introduction - Quipoin.pptx

  • 1.
  • 2.
    Overview • Java ishigh level programming language. It has a compiler named JAVA that use to convert java language to machine language or byte code. • It is an object-oriented programming language because every action are performed with the help of objects. The complete program code is placed within classes and interfaces. We can refer a class as a blueprint of an object. • Java is not just a language, it is also considered as a technology that gives a platform to create mobile and web applications, games, etc. It has many frameworks and libraries like Spring, Hibernate, Servlet JSP, etc. • Java is one of the most popular programming languages in the world. It is used by around 80% of IT giants.
  • 3.
    Program public class FirstProgram{ public static void main(String[] args) { System.out.println("Welcome TO Quipo House"); } }
  • 4.
    Features: •Simple and easyto learn •Compiled and Interpreted •Platform Independent •Portable •Architectural Neutral •Object-Oriented •Robust •Secure •Distributed •Multi-threaded and Interactive •High Performance •Dynamic and Extensible