
Over twelve months, 3dEyes developed and maintained core browser, media, and system integration features for the haikuports/haikuports repository, focusing on cross-platform compatibility and packaging reliability. They upgraded and patched major applications like Iceweasel, Librewolf, and Telegram Desktop, ensuring Haiku OS support through C++ and Python build system enhancements, dependency management, and targeted bug fixes. Their work included implementing audio/video backend improvements, automating build processes with CMake and shell scripting, and refining package recipes for reproducible builds. By addressing architecture-specific issues and streamlining version control, 3dEyes delivered stable, up-to-date software stacks that improved user experience and reduced maintenance overhead.

October 2025 monthly summary for haikuports/haikuports focused on delivering Haiku-compatible releases of major Firefox-family derivatives (Waterfox, Iceweasel, Librewolf), with Haiku-specific build enhancements, timezone fixes, and packaging integrity improvements. Also updated core Wayland-server dependency to maintain compatibility with the latest desktop stack. Emphasis on cross-platform packaging quality, security-oriented build configurations, and maintainability of Haiku targets.
October 2025 monthly summary for haikuports/haikuports focused on delivering Haiku-compatible releases of major Firefox-family derivatives (Waterfox, Iceweasel, Librewolf), with Haiku-specific build enhancements, timezone fixes, and packaging integrity improvements. Also updated core Wayland-server dependency to maintain compatibility with the latest desktop stack. Emphasis on cross-platform packaging quality, security-oriented build configurations, and maintainability of Haiku targets.
September 2025 monthly summary for haikuports/haikuports. Focused on security, compatibility, and developer experience improvements across the HaikuPorts stack. Delivered major feature packaging and integration, browser stack upgrades, Wayland enhancements, and graphics rendering improvements that increase end-user satisfaction and reduce maintenance overhead.
September 2025 monthly summary for haikuports/haikuports. Focused on security, compatibility, and developer experience improvements across the HaikuPorts stack. Delivered major feature packaging and integration, browser stack upgrades, Wayland enhancements, and graphics rendering improvements that increase end-user satisfaction and reduce maintenance overhead.
Month 2025-08 monthly performance summary for haikuports/haikuports focusing on release engineering, feature delivery, and build reliability. Key features delivered: - Upgraded major web browsers to their latest released versions (Iceweasel 141.0, LibreWolf 141.0, Waterfox 6.5.11, Floorp 12.0.15, Icedove 141.0) with accompanying build/config adjustments, checksum updates, and conflict handling to ensure secure, compatible, and reproducible builds. Major bugs fixed: - Metadata maintenance: bumped tg_owt and tdlib revisions to trigger rebuilds for dependent packages (tg_owt 1->2 and tdlib 1->2), resolving downstream compatibility issues and reducing stale-package risks. Overall impact and accomplishments: - Strengthened security posture and user experience by delivering up-to-date browser components across the suite. - Improved build reliability and downstream ecosystem health through proactive revision bumps and alignment of dependencies. - Reduced maintenance debt by consolidating patch handling (e.g., Floorp patchset/version fixes) and ensuring clean builds. Technologies/skills demonstrated: - Release engineering, version pinning, and build-system maintenance. - Checksum management, conflict resolution, and cross-package coordination. - Dependency hygiene and downstream rebuild triggering for ecosystem stability.
Month 2025-08 monthly performance summary for haikuports/haikuports focusing on release engineering, feature delivery, and build reliability. Key features delivered: - Upgraded major web browsers to their latest released versions (Iceweasel 141.0, LibreWolf 141.0, Waterfox 6.5.11, Floorp 12.0.15, Icedove 141.0) with accompanying build/config adjustments, checksum updates, and conflict handling to ensure secure, compatible, and reproducible builds. Major bugs fixed: - Metadata maintenance: bumped tg_owt and tdlib revisions to trigger rebuilds for dependent packages (tg_owt 1->2 and tdlib 1->2), resolving downstream compatibility issues and reducing stale-package risks. Overall impact and accomplishments: - Strengthened security posture and user experience by delivering up-to-date browser components across the suite. - Improved build reliability and downstream ecosystem health through proactive revision bumps and alignment of dependencies. - Reduced maintenance debt by consolidating patch handling (e.g., Floorp patchset/version fixes) and ensuring clean builds. Technologies/skills demonstrated: - Release engineering, version pinning, and build-system maintenance. - Checksum management, conflict resolution, and cross-package coordination. - Dependency hygiene and downstream rebuild triggering for ecosystem stability.
July 2025 monthly summary for haikuports/haikuports: Delivered foundational browser packaging capability and important security updates. Implemented Iceweasel ESR Haiku packaging with a dedicated Haiku recipe and a bin package to enable build, launcher integration, and proper resource organization for a functional browser build. Updated the NSS library to 3.114, including recipe/patch renaming and SHA256 updates to strengthen the browser stack. These changes enable Haiku users to build and run Iceweasel ESR securely, improve packaging reliability, and streamline future updates.
July 2025 monthly summary for haikuports/haikuports: Delivered foundational browser packaging capability and important security updates. Implemented Iceweasel ESR Haiku packaging with a dedicated Haiku recipe and a bin package to enable build, launcher integration, and proper resource organization for a functional browser build. Updated the NSS library to 3.114, including recipe/patch renaming and SHA256 updates to strengthen the browser stack. These changes enable Haiku users to build and run Iceweasel ESR securely, improve packaging reliability, and streamline future updates.
June 2025 monthly summary for haikuports/haikuports: Delivered key feature upgrades and stability fixes across major Haiku-packaged apps, focusing on compatibility, build stability, and toolchain alignment to sustain and grow the Haiku ecosystem. Maintained momentum on packaging modernization while stabilizing startup behavior for graphics/Linux runtime components, and ensured Haiku support for flagship applications.
June 2025 monthly summary for haikuports/haikuports: Delivered key feature upgrades and stability fixes across major Haiku-packaged apps, focusing on compatibility, build stability, and toolchain alignment to sustain and grow the Haiku ecosystem. Maintained momentum on packaging modernization while stabilizing startup behavior for graphics/Linux runtime components, and ensured Haiku support for flagship applications.
May 2025 monthly summary: Delivered a series of browser component version bumps across haikuports/haikuports to ensure security, compatibility, and user value, plus a new TDLib build recipe. Fixed a packaging issue for LZ4, improving build reliability. This work enhances user security, reduces maintenance overhead, and enables downstream projects to rely on up-to-date components.
May 2025 monthly summary: Delivered a series of browser component version bumps across haikuports/haikuports to ensure security, compatibility, and user value, plus a new TDLib build recipe. Fixed a packaging issue for LZ4, improving build reliability. This work enhances user security, reduces maintenance overhead, and enables downstream projects to rely on up-to-date components.
April 2025 (haikuports/haikuports): Delivered targeted stability fixes and comprehensive version management across the repository. Key work focused on audio/video reliability, CLI configuration enhancements, and packaging hygiene to improve user experience and deployment consistency. The work reduces support load, accelerates secure builds, and provides a solid foundation for future feature work.
April 2025 (haikuports/haikuports): Delivered targeted stability fixes and comprehensive version management across the repository. Key work focused on audio/video reliability, CLI configuration enhancements, and packaging hygiene to improve user experience and deployment consistency. The work reduces support load, accelerates secure builds, and provides a solid foundation for future feature work.
Month: 2025-03 Overview: Delivered core feature updates, stability fixes, and packaging improvements across the haikuports/haikuports repository. The work emphasizes business value through up-to-date dependencies, broader platform support, and streamlined packaging for downstream consumption. Key features delivered: - Version bumps across 5 key components (cereal, Wayland server, libfilezilla, FileZilla, ReHex) to keep dependencies current. - Added packaging recipes for OrcaSlicer and SuperSlicer to expand available tooling; continued packaging hygiene with Krdc mime_info cleanup. - Broad browser and runtime updates: updated core browser stacks and associated backends to align with upstream releases (Iceweasel, Iceweasel_bin, Librewolf, Waterfox, Waterfox_bin, Icedove, Icedove_bin), including major patchset and cubeb backend work. - Build system and architecture fixes across multiple components (zstd and expat cmake path corrections; x86 build adjustments for filezilla, audacity; build/dependency tweaks). - Packaging and release readiness improvements: Floorp packaging add and fix uses; FFmpeg devel entries corrected; GEGL/REQUIRES adjustments; packaging fixes that reduce rebuilds and integration risk. Major bugs fixed: - Build fixes across architectures and toolchains (zstd cmake include path, expat lib path, x86 build tweaks; wxgtk build issue; GIMP x86 build fix). - QA and patch hygiene: Amule patchset issues addressed; OrcaSlicer and SuperSlicer beta5 build fixes; qmmp build fixes including x86, skin paths, and plugin build; qmmp_plugin_pack build fix; Icedove install extensions and about window CSS fixes. - Stability improvements in audio and video tooling: iceweasel_bin and librewolf_bin audio buffer size fixes; waterfox patchset cleanup; Floorp provides fix. Overall impact and accomplishments: - Significantly improved cross-platform build stability and packaging coverage, enabling faster integration of upstream releases and reducing downstream rebuilds. The changes expand available tools and improve release readiness for a broader set of users. Technologies/skills demonstrated: - Cross-platform build systems (CMake/patch management), modern packaging automation, and multi-repo coordination. - Strong emphasis on repo hygiene, dependency management, and release engineering to deliver reliable, up-to-date software stacks.
Month: 2025-03 Overview: Delivered core feature updates, stability fixes, and packaging improvements across the haikuports/haikuports repository. The work emphasizes business value through up-to-date dependencies, broader platform support, and streamlined packaging for downstream consumption. Key features delivered: - Version bumps across 5 key components (cereal, Wayland server, libfilezilla, FileZilla, ReHex) to keep dependencies current. - Added packaging recipes for OrcaSlicer and SuperSlicer to expand available tooling; continued packaging hygiene with Krdc mime_info cleanup. - Broad browser and runtime updates: updated core browser stacks and associated backends to align with upstream releases (Iceweasel, Iceweasel_bin, Librewolf, Waterfox, Waterfox_bin, Icedove, Icedove_bin), including major patchset and cubeb backend work. - Build system and architecture fixes across multiple components (zstd and expat cmake path corrections; x86 build adjustments for filezilla, audacity; build/dependency tweaks). - Packaging and release readiness improvements: Floorp packaging add and fix uses; FFmpeg devel entries corrected; GEGL/REQUIRES adjustments; packaging fixes that reduce rebuilds and integration risk. Major bugs fixed: - Build fixes across architectures and toolchains (zstd cmake include path, expat lib path, x86 build tweaks; wxgtk build issue; GIMP x86 build fix). - QA and patch hygiene: Amule patchset issues addressed; OrcaSlicer and SuperSlicer beta5 build fixes; qmmp build fixes including x86, skin paths, and plugin build; qmmp_plugin_pack build fix; Icedove install extensions and about window CSS fixes. - Stability improvements in audio and video tooling: iceweasel_bin and librewolf_bin audio buffer size fixes; waterfox patchset cleanup; Floorp provides fix. Overall impact and accomplishments: - Significantly improved cross-platform build stability and packaging coverage, enabling faster integration of upstream releases and reducing downstream rebuilds. The changes expand available tools and improve release readiness for a broader set of users. Technologies/skills demonstrated: - Cross-platform build systems (CMake/patch management), modern packaging automation, and multi-repo coordination. - Strong emphasis on repo hygiene, dependency management, and release engineering to deliver reliable, up-to-date software stacks.
February 2025 (2025-02) monthly summary for haikuports/haikuports. Key features delivered: - Telegram Desktop Haiku OS support: Enabled Telegram Desktop to build and run on Haiku with Haiku-specific patches and conditional code paths to ensure compatibility. Commits: 96beb08962311e76522d6f9104c5ab73baa6a84e; e9028306c25de5d172d7b31cbf84c10b539389f8. - Llama.cpp Haiku port with RPC server: Ported llama.cpp to Haiku via a new build recipe and enabled RPC server; included version updates and compatibility patches. Commits: 5c109fb40befd96e501d47ff27c77d8626b8e90a; 2c34dbac4f1f12ce68cbdc02cc54bb6cfa228e7c. Major bugs fixed: - Resolved Haiku compatibility issues for Telegram Desktop by applying Haiku-specific patches and conditional code paths, stabilizing the build. - Fixed gaps in the llama.cpp Haiku port build recipe and enabled the RPC server to ensure reliable operation. Overall impact and accomplishments: - Expanded Haiku platform coverage with two high-value components, enabling Telegram Desktop usage and AI tooling on Haiku. - Improved build reproducibility and maintainability through standardized patching and versioning across the Haiku port workflow. - Established a foundation for future Haiku-focused features and community contributions. Technologies/skills demonstrated: - Haiku OS patching and conditional code paths, cross-platform C/C++ - Build recipe creation and maintenance in Haiku ports - RPC server integration and network-facing feature enablement - Versioning discipline, patch management, and port maintenance
February 2025 (2025-02) monthly summary for haikuports/haikuports. Key features delivered: - Telegram Desktop Haiku OS support: Enabled Telegram Desktop to build and run on Haiku with Haiku-specific patches and conditional code paths to ensure compatibility. Commits: 96beb08962311e76522d6f9104c5ab73baa6a84e; e9028306c25de5d172d7b31cbf84c10b539389f8. - Llama.cpp Haiku port with RPC server: Ported llama.cpp to Haiku via a new build recipe and enabled RPC server; included version updates and compatibility patches. Commits: 5c109fb40befd96e501d47ff27c77d8626b8e90a; 2c34dbac4f1f12ce68cbdc02cc54bb6cfa228e7c. Major bugs fixed: - Resolved Haiku compatibility issues for Telegram Desktop by applying Haiku-specific patches and conditional code paths, stabilizing the build. - Fixed gaps in the llama.cpp Haiku port build recipe and enabled the RPC server to ensure reliable operation. Overall impact and accomplishments: - Expanded Haiku platform coverage with two high-value components, enabling Telegram Desktop usage and AI tooling on Haiku. - Improved build reproducibility and maintainability through standardized patching and versioning across the Haiku port workflow. - Established a foundation for future Haiku-focused features and community contributions. Technologies/skills demonstrated: - Haiku OS patching and conditional code paths, cross-platform C/C++ - Build recipe creation and maintenance in Haiku ports - RPC server integration and network-facing feature enablement - Versioning discipline, patch management, and port maintenance
January 2025: Delivered two major HaikuPorts updates with a focus on stability, performance, and maintainability. Upgraded Telegram Desktop to the 5.10.x series across versions (5.10.2–5.10.5) with Haiku-specific patching, recipe and CMake updates, and SHA256 checksum refreshes. Updated PPSSPP Emulator to 1.18.1, including Haiku build-system improvements, CMakeLists adjustments, recipe tweaks, and a new Haiku FFmpeg build script. These changes improve Haiku availability, reduce maintenance overhead, and demonstrate solid build automation and cross-project consistency.
January 2025: Delivered two major HaikuPorts updates with a focus on stability, performance, and maintainability. Upgraded Telegram Desktop to the 5.10.x series across versions (5.10.2–5.10.5) with Haiku-specific patching, recipe and CMake updates, and SHA256 checksum refreshes. Updated PPSSPP Emulator to 1.18.1, including Haiku build-system improvements, CMakeLists adjustments, recipe tweaks, and a new Haiku FFmpeg build script. These changes improve Haiku availability, reduce maintenance overhead, and demonstrate solid build automation and cross-project consistency.
Monthly summary for 2024-12 focusing on haikuports/haikuports: delivered feature enrichments, packaging improvements, and cross-component integration to expand Haiku user value. Highlights include major media and tooling upgrades, compatibility patches, and architecture-aware decisions that improved build reliability and maintainability.
Monthly summary for 2024-12 focusing on haikuports/haikuports: delivered feature enrichments, packaging improvements, and cross-component integration to expand Haiku user value. Highlights include major media and tooling upgrades, compatibility patches, and architecture-aware decisions that improved build reliability and maintainability.
November 2024 monthly summary for haikuports/haikuports: Delivered targeted packaging updates to keep dependencies current and build processes robust. Implemented two feature updates to the haikuports repository, ensuring reproducible builds and alignment with upstream releases.
November 2024 monthly summary for haikuports/haikuports: Delivered targeted packaging updates to keep dependencies current and build processes robust. Implemented two feature updates to the haikuports repository, ensuring reproducible builds and alignment with upstream releases.
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