Oak WAT Parser
High-performance incremental WAT (WebAssembly Text) parser for the oak ecosystem with flexible configuration, optimized for WebAssembly text format processing.
🎯 Overview
Oak WAT is a robust parser for WAT (WebAssembly Text), designed to handle complete WAT syntax including modern specifications. Built on the solid foundation of oak-core, it provides both high-level convenience and detailed AST generation for WebAssembly text format analysis and code generation.
✨ Features
- Complete WAT Syntax: Supports all WAT features including modules, functions, and instructions
- Full AST Generation: Generates comprehensive Abstract Syntax Trees
- Lexer Support: Built-in tokenization with proper span information
- Error Recovery: Graceful handling of syntax errors with detailed diagnostics
🚀 Quick Start
Basic example:
use ;
📋 Parsing Examples
Module Parsing
use ;
let parser = new;
let source = new;
let result = parser.parse;
println!;
Function Parsing
use ;
let parser = new;
let source = new;
let result = parser.parse;
println!;
🔧 Advanced Features
Token-Level Parsing
use ;
let parser = new;
let source = new;
let result = parser.parse;
println!;
Error Handling
use ;
let parser = new;
let source = new;
let result = parser.parse;
if let Some = result.result.err else
🏗️ AST Structure
The parser generates a comprehensive AST with the following main structures:
- Module: WebAssembly module definitions
- Function: Function definitions with parameters and instructions
- Instruction: WebAssembly instructions and operands
- Export: Export definitions
- Import: Import definitions
- Type: Type definitions
📊 Performance
- Streaming: Parse large WAT files without loading entirely into memory
- Incremental: Re-parse only changed sections
- Memory Efficient: Smart AST node allocation
- Fast Recovery: Quick error recovery for better IDE integration
🔗 Integration
Oak WAT integrates seamlessly with:
- WebAssembly Tools: Text format analysis and generation
- IDE Support: Language server protocol compatibility for WAT
- Compilation: Converting WAT to WASM binary format
- Code Generation: Generating WAT from AST representations
- Validation: Validating WAT syntax and semantics
📚 Examples
Check out the examples directory for comprehensive examples:
- Complete WAT module parsing
- Function and instruction analysis
- WAT to WASM conversion
- Integration with development workflows
🤝 Contributing
Contributions are welcome!
Please feel free to submit pull requests at the project repository or open issues.