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Siyo Compiler Project

Welcome to the Siyo Compiler Project! This project aims to develop a compiler for the Siyo language.

Overview

The Siyo Compiler Project is designed to provide a comprehensive compiler implementation for the Siyo programming language. It encompasses various components, including lexical analysis, parsing, syntax tree generation, semantic analysis, code generation, and more.

Features

• Lexical analysis: The Lexer class performs lexical analysis on Siyo source code, generating tokens representing the language's lexical elements.
• Parsing: The Parser class parses the Siyo source code and generates a syntax tree representation of the program's structure.
• Syntax tree: The SyntaxTree, SyntaxNode, and related classes provide a hierarchical representation of the Siyo program's syntax.
• Semantic analysis: The compiler performs semantic analysis on the syntax tree to enforce language-specific rules and detect potential errors.
• Code generation: The compiler generates executable code or intermediate representation (e.g., bytecode) from the syntax tree.
• Diagnostics: The compiler reports diagnostics such as parsing errors, lexical errors, and semantic errors.

Project Structure

The project will have following components:

• com.urunsiyabend.codeanalysis: Contains classes for code analysis, including the lexer, parser, syntax tree, syntax nodes, and token types.
  • com.urunsiyabend.codeanalysis.binding: Contains classes for binding expressions in the code analysis process.
  • com.urunsiyabend.codeanalysis.syntax: Contains classes for syntax analysis in the code analysis process.
• com.urunsiyabend.codegeneration (soon!): Contains classes for code generation, including code emitter and bytecode generation (if applicable).
• com.urunsiyabend.semanticanalysis (soon!): Contains classes for semantic analysis, including type checking, symbol table management, and error reporting.
• com.urunsiyabend.util (soon!): Contains utility classes used throughout the project.

Usage

To use the Siyo Compiler, follow these steps:

1. Create a new instance of Lexer and pass the Siyo source code as input.
2. Use the getNextToken() method of Lexer to retrieve tokens from the input source code.
3. Pass the tokens to an instance of Parser to generate the syntax tree.
4. Perform semantic analysis on the syntax tree using the appropriate classes and algorithms.
5. Generate executable code or intermediate representation using the code generation component.
6. Execute or further process the generated code.

Refer to the individual classes and their documentation for more detailed usage instructions.