cpp compiler in rust
#basic components of a compiler:
Lexer: Breaks the source code into tokens. Parser: Converts the tokens into an Abstract Syntax Tree (AST). Semantic Analysis: Ensures the AST is semantically correct. Intermediate Representation (IR): Transforms the AST into an intermediate representation for optimization. Optimizer: Improves the IR without changing its meaning. Code Generator: Converts the optimized IR into target machine code. Linker: Combines multiple object files into a single executable.
#Rust project using cargo: cargo new cpp_compiler --bin cd cpp_compiler
#a parser that will use the tokens produced by the lexer to create an Abstract Syntax Tree (AST). // src/parser.rs
#Semantic Analysis This stage checks the correctness of the AST, ensuring that it adheres to C++'s semantic rules. // src/semantic.rs
#Generating Intermediate Representation (IR) Transform the AST into an IR, such as LLVM IR, which is a low-level representation of your code. // src/ir.rs
#Code Generation Finally, write the code generator to produce machine code from the IR. // src/codegen.rs
#Linking Combine the generated machine code with other object files or libraries to produce the final executable. // src/linker.rs
#Main Program Your main program ties everything together. // src/main.rs
#Adding Support for a Simple HTML/JS/CSS Server To make your C++ compiler capable of serving a basic website, you can include a simple HTTP server that delivers static files (like index.html, script.js, and style.css). You can use a library like tiny-http in Rust for this purpose.