Every CPU family like x86 or ARM has its own set of instructions or language that it is designed to carry out, which is called the native language. This native language is actually the machine language code that the CPU understands and executes. It is also referred to as “native code.”
Machine language is the lowest-level programming language and consists of a series of binary codes that represent specific instructions that the CPU can execute. These instructions are in the form of 0s and 1s and are highly specific to the CPU architecture. Any program written in a high-level language such as C or Python has to be compiled into machine language for the CPU to execute it.
Knowing native language and machine language can be useful in situations like reverse engineering and optimizing code for a specific CPU. However, it is not necessary for a typical software developer or user to have an in-depth understanding of these languages.
What do you mean by machine language?
Machine language is a low-level programming language that comprises binary codes representing specific CPU instructions.
Why is it important to compile high-level language programs into machine language?
CPU can only execute machine language code. Therefore, it is important to compile high-level language programs into machine language code so that the CPU can execute them.
In conclusion, native language and machine language are critical concepts for computer architecture and programming. Understanding them can be helpful in specific situations, but not necessary for most developers or users.