
Over a 16-month period, contributed extensively to the macports/macports-ports repository, modernizing the Python ecosystem and improving cross-platform build reliability. Delivered over 860 features and 193 bug fixes, focusing on dependency management, packaging, and compatibility for scientific and analytics workloads. Used Python, C++, and CMake to update core libraries, introduce new ports, and streamline portfile maintenance. Addressed macOS and Linux compatibility, implemented automated testing, and managed complex build systems. The work emphasized sustainable packaging practices, Python version migration, and integration of new technologies, resulting in a more maintainable, secure, and up-to-date ports tree for downstream users.
July 2026 monthly work summary for macports/macports-ports focusing on delivering updated tooling, stabilizing dependencies, and improving packaging reliability across the Python and GLib/GObject stacks. Key outcomes include PDF tooling updates, enhanced coverage and type checks, ASV tooling upgrades, numerical Python stack refresh with Python 3.11 pins, Spyder ecosystem updates, plotting tooling enhancements, packaging conflict resolution for GLib/GObject, and a broad set of Python package maintenance and dependency upgrades to modernize the stack and improve CI reliability. Notable business value includes improved build reliability for scientific and plotting workflows, better compatibility with Python 3.11, and reduced ticket load through proactive dependency maintenance.
July 2026 monthly work summary for macports/macports-ports focusing on delivering updated tooling, stabilizing dependencies, and improving packaging reliability across the Python and GLib/GObject stacks. Key outcomes include PDF tooling updates, enhanced coverage and type checks, ASV tooling upgrades, numerical Python stack refresh with Python 3.11 pins, Spyder ecosystem updates, plotting tooling enhancements, packaging conflict resolution for GLib/GObject, and a broad set of Python package maintenance and dependency upgrades to modernize the stack and improve CI reliability. Notable business value includes improved build reliability for scientific and plotting workflows, better compatibility with Python 3.11, and reduced ticket load through proactive dependency maintenance.
June 2026 highlights for macports/macports-ports focused on patch hygiene, dependency modernization, and cross‑platform packaging to improve build reliability, security, and downstream stability. Key features delivered include upstream patch cleanup for Qt connectivity docs, extensive Python port upgrades, and packaging enhancements for Qt6. Major stability fixes and compatibility improvements reduced build friction on older macOS versions and improved Python/C++ toolchain integration. The work collectively elevates maintenance efficiency and long‑term viability for the ports tree.
June 2026 highlights for macports/macports-ports focused on patch hygiene, dependency modernization, and cross‑platform packaging to improve build reliability, security, and downstream stability. Key features delivered include upstream patch cleanup for Qt connectivity docs, extensive Python port upgrades, and packaging enhancements for Qt6. Major stability fixes and compatibility improvements reduced build friction on older macOS versions and improved Python/C++ toolchain integration. The work collectively elevates maintenance efficiency and long‑term viability for the ports tree.
May 2026 focused on modernizing the macports-ports tree (macports/macports-ports) with coordinated GLib/GObject introspection upgrades, GTK4/macOS compatibility work, and broad Python ecosystem improvements. The changes included bootstrap packaging to resolve circular dependencies, targeted macOS compatibility down to older OS versions, and a mix of new ports and extensive port updates that collectively improve stability, security, and developer productivity across downstream ports.
May 2026 focused on modernizing the macports-ports tree (macports/macports-ports) with coordinated GLib/GObject introspection upgrades, GTK4/macOS compatibility work, and broad Python ecosystem improvements. The changes included bootstrap packaging to resolve circular dependencies, targeted macOS compatibility down to older OS versions, and a mix of new ports and extensive port updates that collectively improve stability, security, and developer productivity across downstream ports.
April 2026 performance summary for macports/macports-ports: Delivered meaningful business value through new ports, major dependency updates, and targeted stability improvements. Emphasis on expanding platform coverage, accelerating feature delivery, and reducing maintenance overhead via cleanup and policy updates.
April 2026 performance summary for macports/macports-ports: Delivered meaningful business value through new ports, major dependency updates, and targeted stability improvements. Emphasis on expanding platform coverage, accelerating feature delivery, and reducing maintenance overhead via cleanup and policy updates.
March 2026 MacPorts-Ports monthly summary focusing on business value, major features, bugs fixed, and technical impact. The month centered on modernizing Python port support, refreshing dependencies, and reducing maintenance load across the port tree, while maintaining compatibility with upstream projects and downstream consumers. Key features delivered: - Python subport cleanup across the tree: dropped py39 and legacy subports (py3[5-9], py37, py38) where appropriate; added py314 subport for supported ports; removed obsolete ports such as py-tinycss; performed packaging cleanups aligned with upstream support and policy. - New ports and compatibility improvements: introduced py-python-discovery 1.1.3; added py310 subport for py-python-discovery; Cadabra2 updated to Python 3.14 with MacPorts integration; Qt6 OS adjustments with replaced_by fixes for older OSes; PyQt6 suite updated to 6.11.0 across subpackages. - Major dependency refresh: updated core libraries and tooling across Python ports (gemmi 0.7.5; rdkit 2025.09.6; PyMC 5.28.3; py-pypdf 6.9.2; py-uv-build 0.11.2; py-sip 6.15.3; qt6 6.11; numpy 2.4.4; and related ecosystem updates such as py-ujson 5.12.0, py-types-ujson 5.10.0.20250822). - Maintenance and deprecation: removal of obsolete TensorFlow ports; deprecation and cleanup of several piped Py* ports to reduce support surface and align with upstream support; removal of py-apache-beam; switch to PyPI for relevant packages (e.g., py-cairosvg). Major bugs fixed: - RDKit: extended patch to work with all compilers, improving build reliability and downstream compatibility. - py-pyobjc: debugging/build failure fixes and patch improvements to skip unsupported frameworks. - Bash-completion: removed interdiff gap as upstream patchutils provides it now. Overall impact and accomplishments: - Significantly reduced maintenance burden by removing outdated/unsupported Python subports and aligning with upstream requirements, enabling faster security and compatibility updates for downstream users. - Strengthened build reliability and portability across macOS versions, improving developer and user confidence in the port tree. - Improved ecosystem coherence through coordinated dependency updates and PyPI transitions where applicable, supporting downstream projects with up-to-date libraries. Technologies/skills demonstrated: - MacPorts packaging discipline: subport lifecycle management, versioning, and upstream alignment. - Python ecosystem stewardship: large-scale dependency refresh, PyPI transitions, and cross-version compatibility (py314, py310, etc.). - Build engineering and debugging: fixes to RDKit patches, py-pyobjc builds, and testing enablement across Python 3.10+. - OS and UI/tooling alignment: Qt6/Qt6-PyQt6 updates, replaced_by handling for older OSes.
March 2026 MacPorts-Ports monthly summary focusing on business value, major features, bugs fixed, and technical impact. The month centered on modernizing Python port support, refreshing dependencies, and reducing maintenance load across the port tree, while maintaining compatibility with upstream projects and downstream consumers. Key features delivered: - Python subport cleanup across the tree: dropped py39 and legacy subports (py3[5-9], py37, py38) where appropriate; added py314 subport for supported ports; removed obsolete ports such as py-tinycss; performed packaging cleanups aligned with upstream support and policy. - New ports and compatibility improvements: introduced py-python-discovery 1.1.3; added py310 subport for py-python-discovery; Cadabra2 updated to Python 3.14 with MacPorts integration; Qt6 OS adjustments with replaced_by fixes for older OSes; PyQt6 suite updated to 6.11.0 across subpackages. - Major dependency refresh: updated core libraries and tooling across Python ports (gemmi 0.7.5; rdkit 2025.09.6; PyMC 5.28.3; py-pypdf 6.9.2; py-uv-build 0.11.2; py-sip 6.15.3; qt6 6.11; numpy 2.4.4; and related ecosystem updates such as py-ujson 5.12.0, py-types-ujson 5.10.0.20250822). - Maintenance and deprecation: removal of obsolete TensorFlow ports; deprecation and cleanup of several piped Py* ports to reduce support surface and align with upstream support; removal of py-apache-beam; switch to PyPI for relevant packages (e.g., py-cairosvg). Major bugs fixed: - RDKit: extended patch to work with all compilers, improving build reliability and downstream compatibility. - py-pyobjc: debugging/build failure fixes and patch improvements to skip unsupported frameworks. - Bash-completion: removed interdiff gap as upstream patchutils provides it now. Overall impact and accomplishments: - Significantly reduced maintenance burden by removing outdated/unsupported Python subports and aligning with upstream requirements, enabling faster security and compatibility updates for downstream users. - Strengthened build reliability and portability across macOS versions, improving developer and user confidence in the port tree. - Improved ecosystem coherence through coordinated dependency updates and PyPI transitions where applicable, supporting downstream projects with up-to-date libraries. Technologies/skills demonstrated: - MacPorts packaging discipline: subport lifecycle management, versioning, and upstream alignment. - Python ecosystem stewardship: large-scale dependency refresh, PyPI transitions, and cross-version compatibility (py314, py310, etc.). - Build engineering and debugging: fixes to RDKit patches, py-pyobjc builds, and testing enablement across Python 3.10+. - OS and UI/tooling alignment: Qt6/Qt6-PyQt6 updates, replaced_by handling for older OSes.
February 2026: The macports/macports-ports tree advanced modernization and stability across core dependencies, Python ecosystem, and build tooling. Delivered: core port upgrades, Python ecosystem modernization with Python 3.14 adoption and PyPI packaging, macOS toolchain build reliability improvements, PortGroup standardization, and new/bootstrap ports to enable future growth.
February 2026: The macports/macports-ports tree advanced modernization and stability across core dependencies, Python ecosystem, and build tooling. Delivered: core port upgrades, Python ecosystem modernization with Python 3.14 adoption and PyPI packaging, macOS toolchain build reliability improvements, PortGroup standardization, and new/bootstrap ports to enable future growth.
Concise monthly summary for 2026-01 focusing on business value and technical achievements across macports/macports-ports. The work centered on preparing for PyPI migration and Python 3.14 adoption, delivering feature work and critical fixes, and modernizing dependencies while pruning obsolete ports. This laid groundwork for a more sustainable distribution and reduced release risk by aligning the port suite with current Python ecosystems and packaging practices.
Concise monthly summary for 2026-01 focusing on business value and technical achievements across macports/macports-ports. The work centered on preparing for PyPI migration and Python 3.14 adoption, delivering feature work and critical fixes, and modernizing dependencies while pruning obsolete ports. This laid groundwork for a more sustainable distribution and reduced release risk by aligning the port suite with current Python ecosystems and packaging practices.
December 2025 — macports/macports-ports monthly recap focused on simplifying the Python port tree, modernizing dependencies, and expanding Python 3.13 support while pruning stale subports and deprecated references.
December 2025 — macports/macports-ports monthly recap focused on simplifying the Python port tree, modernizing dependencies, and expanding Python 3.13 support while pruning stale subports and deprecated references.
November 2025 (macports/macports-ports) focused on Python version consolidation and dependency modernization across the batch. Major changes include dropping the py39 subport across a broad set of ports to reduce maintenance burden and align with supported Python versions, introducing py314 subport across a wide range of packages with updates to core dependencies and test enablement, and adding py313 subport for mecab-python3. In addition, several ports received updates to newer versions (e.g., xarray, Spyder kernels, qt6, pydantic/core, typer, colorama, and related tooling) to keep the ecosystem current. A targeted build fix was implemented for py-pysimdjson by adjusting compiler.cxx_standard to 2017, and several dependency tweaks (e.g., py-colour) were applied to improve reliability. These changes reduce downstream risks, improve compatibility with modern Python environments, and streamline maintenance across Python ports. The work demonstrates strong packaging, CI/test readiness, and system-level compatibility improvements.
November 2025 (macports/macports-ports) focused on Python version consolidation and dependency modernization across the batch. Major changes include dropping the py39 subport across a broad set of ports to reduce maintenance burden and align with supported Python versions, introducing py314 subport across a wide range of packages with updates to core dependencies and test enablement, and adding py313 subport for mecab-python3. In addition, several ports received updates to newer versions (e.g., xarray, Spyder kernels, qt6, pydantic/core, typer, colorama, and related tooling) to keep the ecosystem current. A targeted build fix was implemented for py-pysimdjson by adjusting compiler.cxx_standard to 2017, and several dependency tweaks (e.g., py-colour) were applied to improve reliability. These changes reduce downstream risks, improve compatibility with modern Python environments, and streamline maintenance across Python ports. The work demonstrates strong packaging, CI/test readiness, and system-level compatibility improvements.
October 2025 (2025-10) delivered substantial stability and modernization across macports/macports-ports by combining targeted feature work, critical bug fixes, and a broad rollout of Python 3.14 (py314) subport adoption. Key outcomes include patching numpy for py39, fixing livecheck gaps for numpy subports, upgrading essential Python tooling and core libraries, advancing py314 adoption across dozens of ports, and introducing new ports to broaden Python ecosystem support. The effort also included packaging cleanup and dependency pruning to reduce maintenance overhead and improve build reliability.
October 2025 (2025-10) delivered substantial stability and modernization across macports/macports-ports by combining targeted feature work, critical bug fixes, and a broad rollout of Python 3.14 (py314) subport adoption. Key outcomes include patching numpy for py39, fixing livecheck gaps for numpy subports, upgrading essential Python tooling and core libraries, advancing py314 adoption across dozens of ports, and introducing new ports to broaden Python ecosystem support. The effort also included packaging cleanup and dependency pruning to reduce maintenance overhead and improve build reliability.
September 2025 monthly delivery for macports/macports-ports focused on delivering business value through dependency modernization, stability improvements, and ecosystem expansion. Key outcomes include: Python package dependency upgrades across py-sounddevice, py-coverage, py-matplotlib, py-term-background, py-zstd, py-typer, py-sqlalchemy-utils, py-trio, py-prompt_toolkit, py-pybind11, and related ports; core non-Python libraries updated (dssp 4.5.6; libcifpp 9.0.4); packaging and policy enhancements (geographiclib: compiler.cxx_standard, removal of python38 variant in omniORB, viskores livecheck defaulting away from pre-releases); Python bindings/runtime updates (pybind11 3.0.1; Python 3.13 runtime; py-executing 2.2.1); new ports added (py-plotpy 2.7.5; py-guidata 3.12.0; py-pythonqwt 0.14.6); maintenance and ecosystem updates (autoconf-archive 2024.10.16; assorted Python ecosystem bumps, including cython 3.1.4, py-typer 0.19.1, py-zstd 0.25.0, and py-meson upgrades); and cross-cutting build stability improvements on macOS (arm64/Intel) and AWS SDK alignment (botocore/boto3/aiobotocore).
September 2025 monthly delivery for macports/macports-ports focused on delivering business value through dependency modernization, stability improvements, and ecosystem expansion. Key outcomes include: Python package dependency upgrades across py-sounddevice, py-coverage, py-matplotlib, py-term-background, py-zstd, py-typer, py-sqlalchemy-utils, py-trio, py-prompt_toolkit, py-pybind11, and related ports; core non-Python libraries updated (dssp 4.5.6; libcifpp 9.0.4); packaging and policy enhancements (geographiclib: compiler.cxx_standard, removal of python38 variant in omniORB, viskores livecheck defaulting away from pre-releases); Python bindings/runtime updates (pybind11 3.0.1; Python 3.13 runtime; py-executing 2.2.1); new ports added (py-plotpy 2.7.5; py-guidata 3.12.0; py-pythonqwt 0.14.6); maintenance and ecosystem updates (autoconf-archive 2024.10.16; assorted Python ecosystem bumps, including cython 3.1.4, py-typer 0.19.1, py-zstd 0.25.0, and py-meson upgrades); and cross-cutting build stability improvements on macOS (arm64/Intel) and AWS SDK alignment (botocore/boto3/aiobotocore).
August 2025 performance summary for macports/macports-ports focusing on modernizing the Python ecosystem within the ports tree, expanding Python 3.13 compatibility, and strengthening build reliability across core tooling and multimedia stacks. Delivered extensive dependency updates across Python packages in multiple batches, introduced new ports, expanded subport coverage for Python 3.13, and upgraded key tooling and libraries to improve security, compatibility, and maintainability. Implemented targeted fixes to runtime and build issues, and enhanced the testing and release hygiene to support downstream ports and users.
August 2025 performance summary for macports/macports-ports focusing on modernizing the Python ecosystem within the ports tree, expanding Python 3.13 compatibility, and strengthening build reliability across core tooling and multimedia stacks. Delivered extensive dependency updates across Python packages in multiple batches, introduced new ports, expanded subport coverage for Python 3.13, and upgraded key tooling and libraries to improve security, compatibility, and maintainability. Implemented targeted fixes to runtime and build issues, and enhanced the testing and release hygiene to support downstream ports and users.
July 2025 monthly summary for macports/macports-ports focused on stabilizing and modernizing the Python port stack, expanding Python 3.12+ readiness, and improving build reliability and packaging alignment. Delivered a broad set of dependency upgrades, new subports, and targeted bug fixes across the port tree, supported by 40+ commits in Batch 2 and Batch 3 updates, as well as several non-Python port improvements.
July 2025 monthly summary for macports/macports-ports focused on stabilizing and modernizing the Python port stack, expanding Python 3.12+ readiness, and improving build reliability and packaging alignment. Delivered a broad set of dependency upgrades, new subports, and targeted bug fixes across the port tree, supported by 40+ commits in Batch 2 and Batch 3 updates, as well as several non-Python port improvements.
June 2025: MacPorts ports tree advanced Python ecosystem maturity and platform readiness. Key wins include enabling NumPy v2 compatibility across core scientific ports, delivering a new PyFlasgger port, expanding Python 3.13 readiness (ledger runtime and numerous py313 subports), and modernizing the Qt/PyQt toolchain. Maintenance focus encompassed Django ecosystem upkeep, port index/test reliability improvements, and broader package hygiene (removal of deprecated subports). These efforts increase supported workloads, reduce patch debt, and improve build reliability for analytics, web services, and scientific workloads.
June 2025: MacPorts ports tree advanced Python ecosystem maturity and platform readiness. Key wins include enabling NumPy v2 compatibility across core scientific ports, delivering a new PyFlasgger port, expanding Python 3.13 readiness (ledger runtime and numerous py313 subports), and modernizing the Qt/PyQt toolchain. Maintenance focus encompassed Django ecosystem upkeep, port index/test reliability improvements, and broader package hygiene (removal of deprecated subports). These efforts increase supported workloads, reduce patch debt, and improve build reliability for analytics, web services, and scientific workloads.
May 2025 monthly summary for macports/macports-ports: Expanded Python 3.13/3.1 readiness, modernized the build stack, and refreshed dependencies to improve stability, compatibility, and security across the ports ecosystem. Notable work includes broad-subporting of py313/py31 variants, a build-system modernization pass, new ports, and systematic cleanup of legacy Python support.
May 2025 monthly summary for macports/macports-ports: Expanded Python 3.13/3.1 readiness, modernized the build stack, and refreshed dependencies to improve stability, compatibility, and security across the ports ecosystem. Notable work includes broad-subporting of py313/py31 variants, a build-system modernization pass, new ports, and systematic cleanup of legacy Python support.
January 2022: Delivered the Coot ports for the macromolecular modeling toolkit (development version) in the macports/macports-ports repository, enabling researchers and developers to install and test Coot with a single package manager. The work centers on a development version to support ongoing tooling and validation.
January 2022: Delivered the Coot ports for the macromolecular modeling toolkit (development version) in the macports/macports-ports repository, enabling researchers and developers to install and test Coot with a single package manager. The work centers on a development version to support ongoing tooling and validation.

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