Compiler Design
Compiler design refers to the process of creating a program that translates source code written in a programming language into machine code that a computer can understand. This involves several stages: lexical analysis (breaking down the code into tokens), syntax analysis (checking code structure), semantic analysis (ensuring meaning is correct), optimization (improving efficiency), and code generation (producing machine code). Compilers are essential for enabling high-level programming languages to interact with hardware, allowing developers to write complex software easily while ensuring it runs effectively on computers.
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Compiler design refers to the process of creating a program, called a compiler, that translates source code written in a programming language into machine code that a computer can understand. This involves several stages: lexical analysis (breaking code into tokens), syntax analysis (checking for grammatical correctness), semantic analysis (ensuring meaning is clear), optimization (improving performance), and code generation (producing executable code). Compilers enable developers to write in high-level languages, which are easier to read and write, while ensuring that the machine can execute the instructions effectively and efficiently.