Release numerous ports to ports@ I've been retired for a few years, and it is unlikely I will be doing any more scientific computing support in the future. I have continued to maintain ~160 ports to the best of my ability, mainly as a favor to the community, but I can no longer justify the time and effort required. I am therefore releasing most of my scientific ports, along with a few others, to ports@. I will continue to maintain ports I am actively using and those for which I am upstream.2414383046
Port details
biology/py-macs33.0.5
Peak caller aimed at transcription factor binding sites
- Maintainer
- ports@FreeBSD.org
- Packages
- py312-MACS3 3.0.5
- Upstream
- Higher version available: 3.1.0
- CPE
- none, CVEs only via VuXML
- WWW
- https://github.com/taoliu/MACS
- Links
- cgit · VuXML
Unaddressed (0) · The CVE record lists this version as affected, no VuXML entry names the CVE
None. There is no CVE without a VuXML entry for this version.
VuXML only (0) · listed, port not fixed yet
None.
pkg audit reports nothing for this version.Fixed (0)
No VuXML entries for this package.
Commits (17)
biology/py-macs3: Update to 3.0.5 A few fixes and enhancements Changes: https://github.com/macs3-project/MACS/releases Reported by: portscout8cd5ea075a
biology/py-macs3: Fix USE_PYTHON=cython usage Approved by: portmgr (blanket) With hat: pythonb8917dd0f6
*/*: bump PORTREVISION after switching to NumPy 2.x2bf3834a19
*/*: Switch to NumPy 2.x PR: 294328 Exp-run: antoineb0b4d9e1ea
python.mk: retire ${PYNUMPY}
With both math/py-numpy (2) and math/py-numpy1, the variable stopped
making sense. Also remove the upper version bound.d04d23ae37biology/py-macs3: Update to 3.0.4 A few fixes and enhancements Changes: https://github.com/macs3-project/MACS/releases Reported by: portscout9c59e8acfe
Mk/Uses/python.mk: Remove USE_PYTHON=cython3{,_run,_test}
- Convert all cython3 occurrence to USE_PYTHON=cython*
- Bump PORTREVISION dependent ports of USE_PYTHON=cython_run for dependency change
PR: 2917786d475ab2dcMk/Uses/python.mk: Introduce USE_PYTHON=cython3{,_run,_test}
- Update USE_PYTHON=cython{,_run,_test}
- Convert all cython3 occurrence to USE_PYTHON=cython3*
- While I'm here, fix incorrect usage of combining cython3 in BUILD_DEPENDS and USE_PYTHON=cython
It is added to simplify the future transition from Cython 0.29 to 3.
The minimal version is set to 3.0.12 because it is required by devel/py-propcache.
The upper bound of version is set to 3.1 because it is limited by multiple ports.150c0018fdbiology/py-macs3: Unbreak package build pep57 -> distutils Port passed poudriere before, but spontaneously broke due to other changes Reported by: pkg-falloutda25ff8f31
biology/py-macs3: Update to 3.0.3 A few new features and bug fixes Changes: https://github.com/macs3-project/MACS/releases Reported by: portscoutc2d10be9f2
biology/py-macs3: Update to 3.0.2 Some minor enhancements and improved docs Changes: https://github.com/macs3-project/MACS/releases Reported by: portscoutfbb86e94a8
all: drop support for FreeBSD 13.2 which reached EOL today Thanks again to jbeich for noticing various things I overlooked. Reviewed by: acm, ashish, eduardo, ehaupt, eugen, jbeich, martymac, mat, nobukata, sunpoet, tagattie, yuri, arrowd, kde Differential Revision: https://reviews.freebsd.org/D4514119d68720f1
*/*: Add ${PY_SETUPTOOLS} to BUILD_DEPENDS
Fix build when setuptools is removed from RUN_DEPENDS in
Mk/Uses/python.mk.
PR: 270510
Approved by: portmgr (blanket)ad593a9d4dbiology/py-macs3: Mark not for i386 SIMDE does not support _Float16 Nobody does bioinformatics on 32-bit processors anyway, as many applications have huge memory requirements6308879ec2
biology/py-macs3: Update to 3.0.1 Minor bug fix release Changes: https://github.com/macs3-project/MACS/releasesddb11fbe97
biology/py-macs3: Peak caller for TF binding sites MACS (Model-based Analysis of ChIP-Seq) is a tool for identifying transcription factor (TF) binding sites. Such sites are generated by CHiP-Seq (CHromatin immuno-Precipitation sequencing) and ATAC-Seq (Assay for Transposase Accessible Chromatin Sequencing). MACS identifies "peaks" in the genome sequence, which are areas enriched in bound TFs or accessible chromatin.fabf2f6b2f