
Worked on the felixonmars/treeland and linuxdeepin/dtkdeclarative repositories, delivering features and fixes focused on multitasking, UI stability, and release automation. Developed multitask view enhancements, keyboard navigation, and workspace management using C++, QML, and the Qt framework, while addressing performance, scaling, and lifecycle issues for smoother user experiences. Improved resource management and reliability through smart pointers and integration with WayLib. For linuxdeepin/dtkdeclarative, implemented centralized versioning and automated GitHub Actions workflows to streamline releases and ensure build consistency. Emphasized clean code, maintainability, and robust build system configuration, resulting in more efficient development and deployment processes across both projects.
June 2025: Delivered DTK Versioning and Release Automation for linuxdeepin/dtkdeclarative. Implemented centralized version management by introducing a VERSION file consumed by the build system to set DTK_VERSION, ensuring consistency between package version and the build output, and excluded the VERSION file from synchronization. Established an automated GitHub Actions workflow for versioned releases, including a reusable release action and a dedicated version-tracking file to streamline release processes. This work improves release traceability, reduces manual steps, and strengthens build reproducibility. No major bugs fixed for this repository in this period; focus remained on automation and maintainability improvements.
June 2025: Delivered DTK Versioning and Release Automation for linuxdeepin/dtkdeclarative. Implemented centralized version management by introducing a VERSION file consumed by the build system to set DTK_VERSION, ensuring consistency between package version and the build output, and excluded the VERSION file from synchronization. Established an automated GitHub Actions workflow for versioned releases, including a reusable release action and a dedicated version-tracking file to streamline release processes. This work improves release traceability, reduces manual steps, and strengthens build reproducibility. No major bugs fixed for this repository in this period; focus remained on automation and maintainability improvements.
December 2024 monthly summary for felixonmars/treeland. Focused on performance, UI stability, lifecycle correctness, and user interaction improvements across the Treeland project. Delivered several performance optimizations and UI/UX fixes, plus robust resource handling and integration with WayLib. The work enhances rendering efficiency, UI consistency, and lifecycle safety, reducing churn and support, while delivering a smoother user experience.
December 2024 monthly summary for felixonmars/treeland. Focused on performance, UI stability, lifecycle correctness, and user interaction improvements across the Treeland project. Delivered several performance optimizations and UI/UX fixes, plus robust resource handling and integration with WayLib. The work enhances rendering efficiency, UI consistency, and lifecycle safety, reducing churn and support, while delivering a smoother user experience.
November 2024 highlights for felixonmars/treeland: Delivered a set of UX and reliability improvements enabling more productive multitasking, faster startup, and safer runtime behavior. Key features include multitask view toggle, window picker, masking visuals, mode switching toolbar, and session recording support. Major bug fixes addressed UI focus, surface lifecycle, workspace transitions, layout calculations, and Qt6 compatibility, dramatically reducing crash scenarios and rendering issues. The work improves user productivity, deployment stability, and maintainability, with strong emphasis on code quality, safer resource management, and clearer session/recording workflows. Technologies demonstrated include QML refactors, Qt6 compatibility, asynchronous loading, smart pointers, and robust surface management.
November 2024 highlights for felixonmars/treeland: Delivered a set of UX and reliability improvements enabling more productive multitasking, faster startup, and safer runtime behavior. Key features include multitask view toggle, window picker, masking visuals, mode switching toolbar, and session recording support. Major bug fixes addressed UI focus, surface lifecycle, workspace transitions, layout calculations, and Qt6 compatibility, dramatically reducing crash scenarios and rendering issues. The work improves user productivity, deployment stability, and maintainability, with strong emphasis on code quality, safer resource management, and clearer session/recording workflows. Technologies demonstrated include QML refactors, Qt6 compatibility, asynchronous loading, smart pointers, and robust surface management.
October 2024 highlights for felixonmars/treeland: Delivered visual polish and stability for the multitask view, enhanced keyboard navigation, and improved window identification in the selection grid. Implemented robust workspace management with vertical drag for thumbnails and reliable drag-and-drop switching; added keyboard shortcuts for managing workspaces (Alt += / Alt -). Addressed critical reliability issues including restoration of background blur via correct z-order rendering, always-on-all-workspaces display activation, and ID-based workspace activation. Minor mouse input refinements separate left/right actions to prevent hover during resize. These changes improved UX, reduced edge-case failures, and empowered users with faster keyboard-driven workflows while strengthening the rendering and activation logic.
October 2024 highlights for felixonmars/treeland: Delivered visual polish and stability for the multitask view, enhanced keyboard navigation, and improved window identification in the selection grid. Implemented robust workspace management with vertical drag for thumbnails and reliable drag-and-drop switching; added keyboard shortcuts for managing workspaces (Alt += / Alt -). Addressed critical reliability issues including restoration of background blur via correct z-order rendering, always-on-all-workspaces display activation, and ID-based workspace activation. Minor mouse input refinements separate left/right actions to prevent hover during resize. These changes improved UX, reduced edge-case failures, and empowered users with faster keyboard-driven workflows while strengthening the rendering and activation logic.

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