Java is an object-oriented and class-based programming language. It is created for producing lesser implementation regions. It is a computing stage for application growth. Java is quick, protected, and secure programming language. Are you looking for the best JAVA Training in Chennai? Join FITA Academy one of the best training institutions for IT Courses. Here in this blog, we describe the Components and Different Types of Java Platforms.
Features of Java
Some important features of Java Programming language:
- Java is one of the best easy-to-use programming languages to study and work.
- Java language is platform-independent. Java can be developed in one machine can be performed in another machine.
- Java was mainly designed for creating Object-Oriented applications.
- It is a multithreaded language with automated memory control.
- It is built for the distributed environment of the internet.
Components Of Java Programming Language
A Java Programmer communicates a schedule in human-readable literature called Source Code. These machines or parts understand only one thing, it is called machine language or code. These device regulations run at the CPU level. Therefore, it would be several machine systems for other forms of CPU. Learn Java Online Course at FITA Academy from your home desk with the help of well-experienced tutors.
Different Types of Java Platforms
Java is one of the most widely used programming languages, and it runs on different platforms that support various types of applications. These platforms cater to different needs, from building simple desktop applications to large-scale enterprise systems. Here’s an overview of the main Java platforms:1. Java Standard Edition (SE)
- What It Is: Java SE is the core version of Java used for developing basic applications, particularly desktop and standalone programs.
- Why It’s Important: Java SE provides all the essential features, libraries, and tools that allow developers to write, run, and manage Java applications. It includes the Java Virtual Machine (JVM), which ensures that Java code can run on any platform, whether it’s a Windows PC, a Mac, or Linux.
- Key Uses: Most basic Java programs, such as games, utilities, and simple desktop software, are built using Java SE.
2. Java Enterprise Edition (EE)
- What It Is: Java EE is a more advanced version of Java, designed specifically for building large-scale, complex applications, such as web-based services, online banking systems, and enterprise-level software.
- Why It’s Important: Java EE includes everything Java SE has but adds powerful tools and frameworks for web development, database management, and distributed computing. For example, Java EE includes Java Server Pages (JSP), Enterprise JavaBeans (EJB), and Java Message Service (JMS), all of which help build scalable, secure, and interactive web applications.
- Key Uses: Large businesses and organizations use Java EE for creating systems that need to handle a lot of users and transactions simultaneously.
3. Java Micro Edition (ME)
- What It Is: Java ME is designed for building applications on small, resource-constrained devices, such as mobile phones, embedded systems, and IoT (Internet of Things) devices.
- Why It’s Important: Java ME is lightweight, which makes it ideal for devices with limited memory, processing power, and battery life. It allows developers to create applications that can run efficiently on smaller screens or low-power devices without sacrificing performance.
- Key Uses: Java ME is widely used in mobile apps (especially older feature phones), smartwatches, smart TVs, and other embedded systems.
4. JavaFX
- What It Is: JavaFX is a platform for building modern, interactive user interfaces for desktop applications.
- Why It’s Important: JavaFX provides rich graphics, animations, and multimedia support, making it an excellent choice for building visually appealing and dynamic applications. It also supports touch interfaces, 2D and 3D graphics, and audio/video playback, offering a seamless user experience.
- Key Uses: JavaFX is often used for creating desktop applications with sophisticated graphical interfaces, such as media players, data visualization tools, and interactive business applications
5. Java Card
- What It Is: Java Card is used for creating applications that run on smart cards, such as SIM cards, bank cards, and ID cards.
- Why It’s Important: Java Card provides a secure, small, and efficient platform for storing sensitive information and running secure applications on devices with very limited resources. It’s widely used in financial services, telecommunications, and security sectors.
- Key Uses: Java Card is used in applications like mobile payment systems, secure access cards, and identity verification systems.