0.0.2: Merge pull request #10 from DioCrafts/feature/api-management

Flusso Release 0.0.2

🚀 Release Summary

Version 0.0.2 of Flusso introduces a range of optimizations, improved error handling, and configuration updates, along with streamlined deployment through Helm and Docker. This release enhances performance, reduces warnings, and facilitates deployment via automated CI/CD configurations.

✨ New Features and Enhancements

• Build Optimization:

  • Enabled Link-Time Optimization (LTO) to reduce binary size and improve performance in Release builds, as suggested by zamazan4ik. This configuration change improves efficiency and provides a smaller binary size.
  • Established groundwork for future support of Profile-Guided Optimization (PGO) and post-compilation optimization using LLVM BOLT for additional performance gains.

• Docker Image Versioning and Management:

  • Implemented incremental Docker image versioning (e.g., 0.0.2, 0.0.36) for each release, removing the need for the latest tag.
  • Enhanced deployment integration with Helm, allowing image version specification with the --set image.tag option.

• Expanded Documentation:

  • Added detailed documentation for modules, including Kubernetes ingress event handling, load balancing, and HTTP proxy server components, offering greater clarity for each aspect of the project.

🛠️ Bug Fixes

• Compilation Warning Resolution:

  • Resolved multiple warnings related to unused imports, dead code, and unused Result.
  • Adjusted type compatibility between reqwest and actix-web for HTTP headers and status codes.

• Enhanced Error Handling:

  • Improved error handling in async operations, particularly in background tasks (tokio::spawn) and event listeners (EventListener), ensuring more stable execution.

🙏 Acknowledgments

Special thanks to @zamazan4ik for recommending the use of Link-Time Optimization (LTO) in Cargo.toml and suggesting Profile-Guided Optimization (PGO) as a future enhancement. These insights have helped improve Flusso's performance and guided us toward achieving a more efficient build configuration.