Can someone please explain why is Java platform independent? What is the difference between platform dependent and platform independent?
Why is Java Platform independent Language?
Praveen Kumar
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Can someone please explain why is Java platform independent? What is the difference between platform dependent and platform independent?
Java is a platform-independent programming language, meaning that it can run on any type of machine regardless of the hardware or operating system. This is possible because Java code is compiled into machine-independent bytecode which can then be interpreted and executed by any computer with a Java Virtual Machine (JVM). In this way, it doesn’t matter what type of processor or operating system you have – if your computer has a JVM installed, you can run Java code.
The main difference between platform independent and platform dependent languages is that the former are not tied to any particular type of hardware or operating system, whereas the latter will only function properly on specific types of machines. Platform independent languages also tend to be more versatile than platform dependent ones as they allow for software to be written once and then distributed across multiple platforms without being modified or recompiled for each one.
Java Language is used in many different ways due its platform independence. It’s used in website development (both backend and frontend) as well as desktop applications such as media players, internet browsers, games etc. It’s also widely used in mobile application development thanks to its cross-platform abilities making it an ideal choice for creating apps that need to work across different mobile devices such Android phones, iPhones and iPads etc. Additionally, it’s even found use within embedded systems where small devices must interact with external hardware like sensors or cameras without needing major modifications every time they move from one device manufacturer to another.
Platform independent simply means that the code written in a high-level language, such as Java, can be compiled into a format that can be read and understood by machines (known as byte code). This byte code is then converted into a sequence of machine instructions which can be executed directly by the Central Processing Unit (CPU), or it may be interpreted by a virtual machine. The reason why is Java platform independent is that the same program written in Java can then run on any operating system without needing to be recompiled for that specific platform.
Compiling the source code involves taking the words, phrases and other elements written in the human-readable language and converting them into machine-readable instructions. To do this, it requires a compiler, which is essentially a program designed to translate the source code into an executable format. The compiler is responsible for turning the code written by humans into something understandable by computers. By doing this, it enables developers to write programs once and have them work on multiple platforms without needing additional work. This executable code can either be directly executed by the CPU or interpreted by a virtual machine. The advantage of java platform independent programs is that they are not limited to specific operating systems and can therefore run on any platform with a compatible virtual machine.
Java is a platform independent language, because it can be executed on any machine regardless of the system architecture or operating system. This is because Java applications are compiled into bytecode which can then be run on any compatible JVM (Java Virtual Machine). By making use of this virtual machine, Java code can execute on any platform without needing to be recompiled.
The difference between being platform independent and platform dependent lies in the fact that with a platform dependent language such as C/C++ for example, code has to be specifically written for a single specific operating system or processor type. This means that if you want your application to work on another computer or OS, then you need to rewrite and compile it again for that particular environment. However, with java this re-compilation step is not necessary since its bytecode format allows programs created in one OS environment to run in another without modification.
The usage of Java Language ranges from developing mobile apps and web applications; desktop GUI tools; embedded systems programming; server-side coding for enterprise software solutions; Big Data analytics development and more. Additionally, its write once run anywhere capabilities make it an ideal choice for developers looking to create cross-platform solutions quickly and efficiently.
Java is platform-independent because it uses a “write once, run anywhere” (WORA) approach. Java code is compiled into bytecode which can be understood by any system that has a Java Virtual Machine (JVM). This makes it possible to run the same program on different platforms without any modifications or changes.
Additionally, Java is a statically typed language, meaning that all the variable types must be declared before the program can be compiled. This helps to avoid any errors or bugs during execution, making it a reliable language for developing applications. Java is also an object-oriented programming language, which allows developers to create reusable code by defining objects and classes.
This leads to faster development time and easier maintenance. Additionally, Java is a secure language as it implements a sandbox environment which helps to prevent malicious code from running on the host machine. Finally, Java offers a wide range of libraries and frameworks that can be used to accelerate development time and simplify the coding process.