BinaryRPC için detaylı UML mimarisi çizimi

[efecan0]

📝 Description

Created a detailed PlantUML architecture diagram for the BinaryRPC system. This diagram provides a visual overview of the core components, layers, and their relationships, aiding in understanding the system's design and structure.

🔄 Type of Change

• 🐛 Bug fix (non-breaking change which fixes an issue)
• ✨ New feature (non-breaking change which adds functionality)
• 💥 Breaking change (fix or feature that would cause existing functionality to not work as expected)
• 📚 Documentation update
• 🧹 Code refactoring (no functional changes)
• ⚡ Performance improvement
• 🧪 Test addition or update
• 🔧 Build system or CI/CD change

🎯 Related Issue

Closes #[issue number]
Related to #[issue number]

🧪 Testing

Please describe the tests that you ran to verify your changes:

• Unit tests pass
• Integration tests pass
• Manual testing completed (The generated PlantUML diagram was reviewed for accuracy and completeness based on the codebase analysis.)
• Performance tests (if applicable)
• Memory leak tests (if applicable)

Test Environment

• OS: N/A (Diagram generation)
• Compiler: N/A
• Dependencies: PlantUML (for rendering the .puml file)

📊 Breaking Changes

If this PR introduces breaking changes, please describe them and provide migration steps:

• No breaking changes introduced.

🔍 Code Quality

• Code follows the project's style guidelines (N/A - generated diagram)
• Self-review of code has been completed (Reviewed the generated PlantUML diagram)
• Code is self-documenting (N/A - the diagram itself is documentation)
• No new warnings are generated (N/A)
• Documentation has been updated (This PR adds new documentation in the form of a UML diagram)

📚 Documentation

• README.md has been updated (if applicable)
• API documentation has been updated (if applicable)
• Examples have been updated (if applicable)
• CHANGELOG.md has been updated (if applicable)

🔒 Security

• No security vulnerabilities introduced
• Security implications have been considered
• Authentication/authorization changes properly tested

📈 Performance

• Performance impact has been considered
• No performance regressions introduced
• Performance tests pass (if applicable)

🧹 Code Review Checklist

Before Submitting

• Code compiles without errors (N/A)
• All tests pass (N/A)
• No memory leaks (checked with valgrind/sanitizers) (N/A)
• Code is properly formatted (N/A - generated diagram)
• Commit messages are clear and descriptive
• Branch is up to date with master/main

Code Quality

• Functions are small and focused (N/A)
• Variable names are descriptive (N/A)
• Comments explain "why" not "what" (N/A)
• Error handling is appropriate (N/A)
• No code duplication (N/A)
• Proper use of RAII and smart pointers (N/A)

📋 Additional Notes

The binaryrpc_architecture.puml file provides a comprehensive overview of the BinaryRPC system, highlighting:

• Main Layers: Client, Transport, Protocol, Core Application, Session Management, RPC System, Middleware System, Plugin System, Quality of Service, and Utilities.
• Key Features: Singleton pattern for the App class, PIMPL idiom usage, thread-safe SessionManager, extensible Plugin Architecture, Chain of Responsibility pattern for Middleware, QoS support (None, AtLeastOnce, ExactlyOnce), and Offline Message Queuing.
• Relationships: Illustrates dependencies and interactions between major components, such as App managing SessionManager and FrameworkAPI, and the implementation of various interfaces.

🎉 Screenshots (if applicable)

The binaryrpc_architecture.puml file itself is the primary output. It can be rendered using PlantUML to visualize the architecture.

🔗 Related Links

• Documentation
• Issue Discussion
• Related PR

---

Note: Please ensure all checkboxes are completed before submitting the PR. This helps maintain code quality and ensures a smooth review process.

---

 

[cursor]

Cursor Agent can help with this pull request. Just @cursor in comments and I'll start working on changes in this branch.
_{Learn more about Cursor Agents}