1. CS 423 Compiler project notes Dept. of Comp. Sci. & Eng. Geunbae Lee

2. Definition of C- language and Tiny Machine

3. Step by Step Assignments problem description algorithm source code execution results

4. Assgn#1 Due 4th week Implement a symbol table utility suitable for the C- language. This will require a table structure that incoporate scope information, either as separate tables linked together or with a delete mechanism that operates in a stack- based fashion (attachment)

5. Assgn#2 Due 6th week Implement a C- scanner using Lex (attachment)

6. Assgn#3 Due 7th week Design a syntax tree structure for C- suitable for generation by a parser (attachment)

7. Assgn#4 Due 9th week Implement a C- parser using Yacc. The parser should generate a suitable syntax tree (attachment)

8. Assgm#5 Due 12th week Implement a semantic analyzer for C-. The major requirement of the analyzer, aside from gathering information in the symbol table, is to perform type checking on the use of variables and functions. Since there are no pointers or structures, and the only basic type is integer, the types that need to be treated by the type checker are void, integer, array, and function. (attachment)

9. Assgn#6 & final demo Due 16th Implement a code generator for C-, according to the runtime environment described in the attachment followed. Demo a full compilation process for the example two C- programs in attachment (pp 496-497) and one of your favorite program in C-

10. Demo program A full compiler for tinier language than C- A Tiny Machine simulator to execute generated object code (test your own results)