Getting Started About this guide
- How to build and run the compiler
- Testing the compiler
- Debugging the compiler
- Profiling the compiler
- crates.io Dependencies
- Contribution Procedures
- About the compiler team
- Using Git
- Mastering @rustbot
- Walkthrough: a typical contribution
- Implementing new language features
- Stability attributes
- Stabilizing Features
- Feature Gates
- Coding conventions
- Procedures for Breaking Changes
- Using external repositories
- Fuzzing
- Notification groups
- Licenses
- Editions
- Prologue
- What Bootstrapping does
- How Bootstrap does it
- Writing tools in Bootstrap
- Debugging bootstrap
- Prologue
- Overview of the compiler
- The compiler source code
- Queries: demand-driven compilation
- Memory Management in Rustc
- Serialization in Rustc
- Parallel Compilation
- Rustdoc internals
- Prologue
- Syntax and the AST
- The HIR (High-level IR)
- The THIR (Typed High-level IR)
- The MIR (Mid-level IR)
- Inline assembly
- Prologue
- Generic parameter definitions
- Binders and Higher ranked regions
- Early vs Late bound parameters
- The
tymodule: representing types TypeFolderandTypeFoldable- Parameter Environments
- Type inference
- Trait solving
- Type checking
- Effect checking
- Pattern and Exhaustiveness Checking
- Unsafety Checking
- MIR dataflow
- Drop elaboration
- The borrow checker
- Closure capture inference
- Async closures/"coroutine-closures"
- Prologue
- MIR optimizations
- Debugging MIR
- Constant evaluation
- Monomorphization
- Lowering MIR
- Code Generation
- Libraries and Metadata
- Profile-guided Optimization
- LLVM Source-Based Code Coverage
- Sanitizers Support
- Debugging support in the Rust compiler
Appendix A: Background topics Appendix B: Glossary Appendix C: Code Index Appendix D: Compiler Lecture Series Appendix E: Bibliography