
Worked on stabilizing CI/CD and cross-platform deployment for the libnyanpasu/clash-nyanpasu repository, focusing on backend development and build automation. Addressed Linux updater issues by disabling the updater in CI and nightly builds, simplifying distribution and reducing updater-related failures. Improved Linux nightly build reliability by ensuring the correct configuration file was used across architectures, preventing CI regressions. Enhanced Windows deployment by correcting service installation path handling through conditional compilation, restoring reliable service installs. Utilized Rust and YAML to implement these changes, demonstrating skills in system programming, CI/CD pipelines, and cross-platform debugging to improve release readiness and reduce support overhead.
January 2025 performance summary for libnyanpasu/clash-nyanpasu focused on stabilizing CI/CD and cross-platform deployment. Key outcomes include disabling the Linux updater in CI/nightly builds to simplify distributions and reduce updater-related failures, ensuring Linux nightly builds use the correct config file to prevent CI regressions, and correcting Windows service installation path handling for reliable Windows deployments. These changes improve release readiness, reduce support churn, and strengthen cross-platform confidence for distributors and users. Technologies demonstrated include CI automation, cross-platform build debugging, Linux config management, and Windows path handling.
January 2025 performance summary for libnyanpasu/clash-nyanpasu focused on stabilizing CI/CD and cross-platform deployment. Key outcomes include disabling the Linux updater in CI/nightly builds to simplify distributions and reduce updater-related failures, ensuring Linux nightly builds use the correct config file to prevent CI regressions, and correcting Windows service installation path handling for reliable Windows deployments. These changes improve release readiness, reduce support churn, and strengthen cross-platform confidence for distributors and users. Technologies demonstrated include CI automation, cross-platform build debugging, Linux config management, and Windows path handling.

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