1. Introduction
  2. Patina Background
  3. Patina in the UEFI Rust Ecosystem
  4. Training Videos
  6. Background Information
  7. Patina DXE Core Memory Safety Strategy
  8. Rust Tooling in Patina
  9. UEFI Memory Safety Case Studies
  11. Best Practices
  12. Abstractions
  13. Architecture Abstraction
  14. Code Organization
  15. Code Reuse
  16. Dependency Management
  17. Error Handling
  18. FFI Authoring
  19. UEFI Strings
  20. Unsafe Guidance
  22. Developer Guides
  23. Code First Process
  24. Code First Template
  25. Creating a New Unstable Feature
  26. Debugging
    ❱
    1. Core Reload
    2. Windbg Debugging Example
    3. Windbg Debugging
  28. Documenting
    ❱
    1. Quick Reference
  30. Formatting
  31. Hardware Access
    ❱
    1. Memory-Mapped I/O (MMIO)
  33. Other Resources
  34. Process for Unstable Features
  35. RFC Lifecycle
  36. RFC Template
  37. Rust and Toolchain Version Update Process
  38. Testing
    ❱
    1. Integration Testing
    2. Mocking
    3. On-Platform Testing
    4. QEMU PR Validation
    5. Unit Testing
  40. Toolchain Configuration
  42. Patina Component Model
  43. Component Crate Requirements
  44. Component Interface
  45. Getting Started with Components
  47. Patina DXE Core Platform Integration
  48. Patina DXE Core Requirements Checklist
  49. Patina DXE Core Requirements
  50. Setting up the Patina DXE Core
  52. Patina DXE Core Subsystems
  53. Theory and Operation
    ❱
    1. Advanced Logger
    2. Component Model
    3. CPU
    4. Debugging
    5. Dispatcher
    6. Event, Timer, and Task Priority
    7. Image Loading and Execution
    8. Memory Management
    9. Memory Bins
    10. Performance Measurement
    11. Protocol Database
    12. Synchronization
    13. Testing
    14. UEFI Driver Model
  57. Contributors
  58. License