June 2026 monthly summary for macports/macports-ports focusing on delivering a stable and up-to-date MacPorts Portfile for the toxic package. The main delivery was upgrading the toxic package to version 0.16.2, with corresponding updates to checksums and file size metadata to ensure integrity for the new release, while preserving the Tox-based instant messaging client configuration. This work improves reliability for users upgrading the port and supports ongoing release readiness.

May 2026 focused on delivering a feature upgrade for the toxcore port with modernization of the build system, resulting in a more maintainable and release-ready macports-ports. Key actions included upgrading toxcore to 0.2.23, appointing a new maintainer (nilFinx), transitioning from tarball submodule workarounds to a tarball-based release flow, updating the C++ standard to 2020, and bumping Python to 3.14. No major bug fixes were recorded this month; the work completed reduces maintenance burdens and accelerates future releases while aligning the port with modern tooling.

April 2026 performance summary for haikuports/haikuports and libsdl-org/SDL. Focused on delivering system compatibility improvements, stable builds, and test coverage enhancements in Haiku environments. Key features delivered include LuaJIT variant support for the luv library with static compilation, and a Nano editor upgrade to 8.7.1 with checksum updates. Additionally, URL handling reliability was enhanced in the SDL Haiku environment to always treat URLs as encoded, improving nightly-build reliability. Overall, these changes improve stability, compatibility, and developer/test efficiency, enabling broader adoption and fewer regressions in nightly workflows.

March 2026 monthly summary for haikuports/haikuports focused on packaging, tooling modernization, and cross-platform build reliability. Key initiatives delivered expanded product coverage and improved stability: - Lite XL Packaging Recipe added with necessary build and install patches, broadening haikuports support for Lua-based editors. - Dependency and Build Tooling Modernization implemented: updated tox via _tools package, upgraded related libraries, and bumped abaddon to improve compatibility and stability across the toolchain. - Tox x86 Build Fix resolved an installation/directory naming mismatch, ensuring reliable x86 builds. Overall impact includes broader platform coverage, reduced maintenance friction, and a more stable, future-ready packaging workflow.

December 2025 summary for haikuports/haikuports: Delivered OMEMO XEP-0384 and Protocol Buffers-C integration, expanded cross-platform packaging, and strengthened build stability. Achieved cleaner repository hygiene and maintained focus on business value by enabling secure messaging capabilities, robust nightly builds, and easier maintenance across platforms.

November 2025 monthly summary for haikuports/haikuports focused on expanding platform reach, stabilizing the build pipeline, and enriching Lua tooling. Key outcomes include Haiku-specific GENie build system enhancements with an automake upgrade to improve cross-platform compatibility, and the introduction of Lua ecosystem tooling with recipes for luvi, lit (renamed to lulit), and luvit, along with lint fixes and path/install refinements. Ongoing quality improvements included cleanup of accidental pushes and preparation for a trailing-space checker. These efforts broaden platform coverage, improve build reliability, and provide a stronger foundation for Lua-based tooling, boosting developer productivity and reducing maintenance costs.

October 2025 monthly summary for haikuports/haikuports: delivered Haiku OS support in the Genie project generator, expanding cross-platform build coverage and enabling Haiku builds within the Genie build system. While there were no major bugs fixed this period, the work enhances developer experience and time-to-build for Haiku targets. Technologies demonstrated include Makefile scripting, generator integration, and tag-based repository updates, contributing to business value by broadening platform support and reducing manual steps.