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Comprehensive Rust (202412)
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31. Welcome

 Github  来源:Google 浏览 23 扫码 分享 2024-12-04 16:42:34
  • Welcome to Rust in Android

    Welcome to Rust in Android

    Rust is supported for system software on Android. This means that you can write new services, libraries, drivers or even firmware in Rust (or improve existing code as needed).

    The speaker may mention any of the following given the increased use of Rust in Android:

    • Service example: DNS over HTTP.

    • Libraries: Rutabaga Virtual Graphics Interface.

    • Kernel Drivers: Binder.

    • Firmware: pKVM firmware.

    当前内容版权归 Google 或其关联方所有，如需对内容或内容相关联开源项目进行关注与资助，请访问 Google .
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    • Comprehensive Rust 简体中文 (202412)
    • Comprehensive Rust (202412)
    • Comprehensive Rust 🦀 (202302)
    • Welcome to Comprehensive Rust 🦀
    • 1. Running the Course
      • 1.1. Course Structure
      • 1.2. Keyboard Shortcuts
      • 1.3. Translations
    • 2. Using Cargo
      • 2.1. Rust Ecosystem
      • 2.2. Code Samples
      • 2.3. Running Cargo Locally
    • 3. Welcome
    • 4. Hello, World
      • 4.1. What is Rust?
      • 4.2. Benefits of Rust
      • 4.3. Playground
    • 5. Types and Values
      • 5.1. Hello, World
      • 5.2. Variables
      • 5.3. Values
      • 5.4. Arithmetic
      • 5.5. Type Inference
      • 5.6. Exercise: Fibonacci
        • 5.6.1. Solution
    • 6. Control Flow Basics
      • 6.1. if Expressions
      • 6.2. Loops
        • 6.2.1. for
        • 6.2.2. loop
      • 6.3. break and continue
        • 6.3.1. Labels
      • 6.4. Blocks and Scopes
        • 6.4.1. Scopes and Shadowing
      • 6.5. Functions
      • 6.6. Macros
        • 6.7. Exercise: Collatz Sequence
          • 6.7.1. Solution
    • 7. Welcome
    • 8. Tuples and Arrays
      • 8.1. Arrays
      • 8.2. Tuples
      • 8.3. Array Iteration
      • 8.4. Patterns and Destructuring
      • 8.5. Exercise: Nested Arrays
        • 8.5.1. Solution
    • 9. References
      • 9.1. Shared References
      • 9.2. Exclusive References
      • 9.3. Slices
      • 9.4. Strings
      • 9.5. Exercise: Geometry
        • 9.5.1. Solution
    • 10. User-Defined Types
      • 10.1. Named Structs
      • 10.2. Tuple Structs
      • 10.3. Enums
      • 10.4. Const
      • 10.5. Static
      • 10.6. Type Aliases
      • 10.7. Exercise: Elevator Events
        • 10.7.1. Solution
          • 11. Welcome
          • 12. Pattern Matching
      • 12.1. Matching Values
      • 12.2. Destructuring Structs
      • 12.3. Destructuring Enums
      • 12.4. Let Control Flow
      • 12.5. Exercise: Expression Evaluation
        • 12.5.1. Solution
    • 13. Methods and Traits
      • 13.1. Methods
      • 13.2. Traits
        • 13.2.1. Implementing Traits
        • 13.2.2. Supertraits
        • 13.2.3. Associated Types
      • 13.3. Deriving
      • 13.4. Exercise: Generic Logger
        • 13.4.1. Solution
    • 14. Welcome
      • 15. Generics
        • 15.1. Generic Functions
        • 15.2. Generic Data Types
        • 15.3. Generic Traits
        • 15.4. Trait Bounds
        • 15.5. impl Trait
        • 15.6. dyn Trait
        • 15.7. Exercise: Generic min
          • 15.7.1. Solution
    • 16. Standard Library Types
      • 16.1. Standard Library
      • 16.2. Documentation
      • 16.3. Option
      • 16.4. Result
      • 16.5. String
      • 16.6. Vec
      • 16.7. HashMap
      • 16.8. Exercise: Counter
        • 16.8.1. Solution
    • 17. Standard Library Traits
      • 17.1. Comparisons
      • 17.2. Operators
      • 17.3. From and Into
      • 17.4. Casting
      • 17.5. Read and Write
      • 17.6. Default, struct update syntax
      • 17.7. Closures
      • 17.8. Exercise: ROT13
        • 17.8.1. Solution
    • 18. Welcome
    • 19. Memory Management
      • 19.1. Review of Program Memory
      • 19.2. Approaches to Memory Management
      • 19.3. Ownership
      • 19.4. Move Semantics
      • 19.5. Clone
      • 19.6. Copy Types
      • 19.7. Drop
      • 19.8. Exercise: Builder Type
        • 19.8.1. Solution
    • 20. Smart Pointers
      • 20.1. Box<T>
      • 20.2. Rc
      • 20.3. Owned Trait Objects
      • 20.4. Exercise: Binary Tree
        • 20.4.1. Solution
    • 21. Welcome
    • 22. Borrowing
      • 22.1. Borrowing a Value
      • 22.2. Borrow Checking
      • 22.3. Borrow Errors
      • 22.4. Interior Mutability
      • 22.5. Exercise: Health Statistics
        • 22.5.1. Solution
    • 23. Lifetimes
      • 23.1. Lifetime Annotations
      • 23.2. Lifetime Elision
      • 23.3. Struct Lifetimes
      • 23.4. Exercise: Protobuf Parsing
        • 23.4.1. Solution
    • 24. Welcome
    • 25. Iterators
      • 25.1. Iterator
      • 25.2. IntoIterator
      • 25.3. FromIterator
      • 25.4. Exercise: Iterator Method Chaining
        • 25.4.1. Solution
    • 26. Modules
      • 26.1. Modules
      • 26.2. Filesystem Hierarchy
      • 26.3. Visibility
      • 26.4. use, super, self
      • 26.5. Exercise: Modules for a GUI Library
        • 26.5.1. Solution
    • 27. Testing
      • 27.1. Test Modules
      • 27.2. Other Types of Tests
      • 27.3. Compiler Lints and Clippy
      • 27.4. Exercise: Luhn Algorithm
        • 27.4.1. Solution
    • 28. Welcome
    • 29. Error Handling
      • 29.1. Panics
      • 29.2. Result
      • 29.3. Try Operator
      • 29.4. Try Conversions
      • 29.5. Error Trait
      • 29.6. thiserror
      • 29.7. anyhow
      • 29.8. Exercise: Rewriting with Result
        • 29.8.1. Solution
    • 30. Unsafe Rust
      • 30.1. Unsafe
      • 30.2. Dereferencing Raw Pointers
      • 30.3. Mutable Static Variables
      • 30.4. Unions
      • 30.5. Unsafe Functions
      • 30.6. Unsafe Traits
      • 30.7. Exercise: FFI Wrapper
        • 30.7.1. Solution
    • 31. Welcome
    • 32. Setup
    • 33. Build Rules
      • 33.1. Binary
      • 33.2. Library
    • 34. AIDL
      • 34.1. Birthday Service Tutorial
        • 34.1.1. Interface
        • 34.1.2. Service API
        • 34.1.3. Service
        • 34.1.4. Server
        • 34.1.5. Deploy
        • 34.1.6. Client
        • 34.1.7. Changing API
        • 34.1.8. Updating Implementations
      • 34.2. AIDL Types
        • 34.2.1. Primitive Types
        • 34.2.2. Array Types
        • 34.2.3. Sending Objects
        • 34.2.4. Parcelables
        • 34.2.5. Sending Files
    • 35. Testing
      • 35.1. GoogleTest
      • 35.2. Mocking
    • 36. Logging
    • 37. Interoperability
      • 37.1. With C
        • 37.1.1. Calling C with Bindgen
        • 37.1.2. Calling Rust from C
      • 37.2. With C++
        • 37.2.1. The Bridge Module
        • 37.2.2. Rust Bridge
        • 37.2.3. Generated C++
        • 37.2.4. C++ Bridge
        • 37.2.5. Shared Types
        • 37.2.6. Shared Enums
        • 37.2.7. Rust Error Handling
        • 37.2.8. C++ Error Handling
        • 37.2.9. Additional Types
        • 37.2.10. Building for Android: C++
        • 37.2.11. Building for Android: Genrules
        • 37.2.12. Building for Android: Rust
      • 37.3. With Java
    • 38. Welcome
    • 39. Setup
    • 40. Comparing Chromium and Cargo Ecosystems
    • 41. Policy
    • 42. Build Rules
      • 42.1. Unsafe Code
      • 42.2. Depending on Rust Code from Chromium C++
      • 42.3. Visual Studio Code
      • 42.4. Exercise
    • 43. Testing
      • 43.1. rust_gtest_interop Library
      • 43.2. GN Rules for Rust Tests
      • 43.3. chromium::import! Macro
      • 43.4. Exercise
    • 44. Interoperability with C++
      • 44.1. Example Bindings
      • 44.2. Limitations of CXX
      • 44.3. CXX Error Handling
        • 44.3.1. Error Handling: QR Example
        • 44.3.2. Error Handling: PNG Example
      • 44.4. Using CXX in Chromium
      • 44.5. Exercise
    • 45. Adding Third Party Crates
      • 45.1. Configuring Cargo.toml
      • 45.2. Configuring gnrt_config.toml
      • 45.3. Downloading Crates
      • 45.4. Generating gn Build Rules
      • 45.5. Resolving Problems
        • 45.5.1. Build Scripts Which Generate Code
        • 45.5.2. Build Scripts Which Build C++ or Take Arbitrary Actions
      • 45.6. Depending on a Crate
      • 45.7. Reviews and Audits
      • 45.8. Checking into Chromium Source Code
        • 45.9. Keeping Crates Up to Date
        • 45.10. Exercise
    • 46. Bringing It Together - Exercise
    • 47. Exercise Solutions
    • 48. Welcome
    • 49. no_std
      • 49.1. A Minimal Example
      • 49.2. alloc
    • 50. Microcontrollers
      • 50.1. Raw MMIO
      • 50.2. PACs
      • 50.3. HAL Crates
      • 50.4. Board Support Crates
      • 50.5. The Type State Pattern
      • 50.6. embedded-hal
      • 50.7. probe-rs and cargo-embed
        • 50.7.1. Debugging
      • 50.8. Other Projects
    • 51. Exercises
      • 51.1. Compass
      • 51.2. Solutions
    • 52. Application Processors
      • 52.1. Getting Ready to Rust
      • 52.2. Inline Assembly
      • 52.3. MMIO
      • 52.4. Let’s Write a UART Driver
        • 52.4.1. More Traits
      • 52.5. A Better UART Driver
        • 52.5.1. Bitflags
        • 52.5.2. Multiple Registers
        • 52.5.3. Driver
        • 52.5.4. Using It
      • 52.6. Logging
        • 52.6.1. Using It
        • 52.7. Exceptions
        • 52.8. Other Projects
    • 53. Useful Crates
      • 53.1. zerocopy
      • 53.2. aarch64-paging
      • 53.3. buddy_system_allocator
      • 53.4. tinyvec
      • 53.5. spin
    • 54. Bare-Metal on Android
      • 54.1. vmbase
    • 55. Exercises
      • 55.1. RTC Driver
      • 55.2. Solutions
    • 56. Welcome
    • 57. Threads
      • 57.1. Plain Threads
      • 57.2. Scoped Threads
    • 58. Channels
      • 58.1. Senders and Receivers
      • 58.2. Unbounded Channels
      • 58.3. Bounded Channels
    • 59. Send and Sync
      • 59.1. Marker Traits
      • 59.2. Send
      • 59.3. Sync
      • 59.4. Examples
    • 60. Shared State
      • 60.1. Arc
      • 60.2. Mutex
      • 60.3. Example
    • 61. Exercises
      • 61.1. Dining Philosophers
      • 61.2. Multi-threaded Link Checker
      • 61.3. Solutions
    • 62. Welcome
      • 63. Async Basics
      • 63.1. async/await
      • 63.2. Futures
      • 63.3. Runtimes
        • 63.3.1. Tokio
      • 63.4. Tasks
    • 64. Channels and Control Flow
      • 64.1. Async Channels
      • 64.2. Join
      • 64.3. Select
    • 65. Pitfalls
      • 65.1. Blocking the Executor
      • 65.2. Pin
      • 65.3. Async Traits
      • 65.4. Cancellation
    • 66. Exercises
      • 66.1. Dining Philosophers
      • 66.2. Broadcast Chat Application
      • 66.3. Solutions
    • 67. Thanks!
    • 68. Glossary
    • 69. Other Resources
    • 70. Credits
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