![]() The most popular Pascal compiler like Turbo Pascal, for example. An additional benefit in understanding the best compiler approaches would be to have a possibility to take a look into the internal architecture of some successful commercial compiler. There are some open-source compilers around. And before you start writing you should check the source code of some existing compiler. However, to have every aspect of a compiler under total control you need to write your own compiler. To write such a program from scratch is inevitably a time consuming task which includes reinventing the wheel. In order to learn about practical compiler algorithms, internal data representation and to test new approaches you need a working compiler to work with. There are many compiler construction tools around, but they don't provide the best approach to design a fast, standalone compiler. However, the best book on compiler construction is the compiler itself. Some compiler books that I recommend are listed below. There are many excellent books on compiler design and implementation. ![]() You need to understand the whole process of compilation in order to properly design symbol tables, scanner, parser, internal data representation, intermediate code structure, optimization passes, and other compiler building blocks. Every compiler is a tight cooperation of data structures and algorithms. Designing a compiler is not a simple task.
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