How is Compiler Phases different from other forms of compilation? In what ways can you illustrate each stage?
How is Compiler Phases different from other forms of compilation? In what ways can you illustrate each stage?
Compiler phases are a way of breaking down the compilation process into discrete stages, each of which is responsible for a specific aspect of the process. The phases are typically organized in a specific order, and each phase takes the output of the previous phase and produces input for the next phase. The main advantage of using phases is that it makes the compilation process more modular and easier to design and implement.
There are several ways in which compiler phases differ from other forms of compilation, such as interpreters or just-in-time (JIT) compilers. One of the main differences is that compiler phases produce an intermediate representation of the program, which is then used to generate machine code for the target platform. Interpreters, on the other hand, execute the program directly without generating machine code, and JIT compilers generate machine code on-the-fly during program execution.
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