This project, authored by Caleb Lamoreaux, is part of the CSE 340 course at ASU for Fall 2023. The primary focus of the project is the implementation of a Parser class in C++.
The Parser class is designed to parse a specific programming language and generate an intermediate representation for further processing. It leverages additional components such as execute.h and lexer.h for execution and lexical analysis.
- Program Structure: The
Programstruct holds essential program information during compile-time and aids in generating intermediate representations. - Expression Handling: The
Expressionstruct simplifies handling arithmetic expressions, while theConditionstruct is used for conditional expressions. - InstructionList: This struct is crucial for efficient instruction handling, allowing for O(N) append operations.
- Parsing Methods: The Parser class includes methods for parsing different sections of a program, such as variable sections, statements, expressions, and control structures like loops and conditionals.
- C++ Compiler
- Standard C++ Libraries
- Custom headers:
execute.h,lexer.h
Ensure that all the required files and libraries are included in the project directory. Compile the project using a C++ compiler and run the executable to parse the input files.
This project is a part of an academic course and is primarily intended for educational purposes. Contributions are not sought at this time.
This project is licensed under the terms of the Arizona State University academic program.
For queries regarding this project, please contact Caleb Lamoreaux at [[email protected]].