Debian Science Project
Summary
Bugs of task physics-dev
Total bugs: 38
Open bugs: 30
Fixed bugs: 8
Links to other tasks
Biology 15 (221)
Chemistry 85 (861)
Data acquisition 59 (271)
Data management 51 (441)
Devices 6 (57)
Economics 30 (116)
Engineering 78 (752)
Engineering-dev 39 (397)
Geography 79 (513)
Geometry 5 (31)
Linguistics 93 (359)
Logic 42 (300)
Machine learning 59 (611)
Mathematics 246 (2039)
Mathematics-dev 160 (1499)
Meteorology 96 (667)
Meteorology-dev 211 (916)
Nanoscale physics 322 (2379)
Physics 83 (870)
Physics-dev 30 (240)
Presentation 88 (729)
Psychophysics 16 (173)
Robotics 118 (478)
Robotics-dev 18 (162)
Simulations 39 (404)
Social 0 (0)
Statistics 57 (399)
Tools 16 (63)
Typesetting 288 (1959)
Viewing 309 (1817)
Viewing-dev 66 (602)
Workflow 27 (173)
Legend
SeverityDependentSuggested
critical 0 0
grave 0 0
serious 1 2
important 5 0
normal 12 0
minor 2 1
wishlist 5 2

Summary bugs page of task Physics-dev

Immediately looking into bugs of the dependencies of this task is advised (240)*

Open bugs in dependent packages

1 serious, 5 important, 12 normal, 2 minor, 5 wishlist
849766 deal.ii: a "light" version with minimal set of external dependencies
968118 dolfin: 64-bit tests fail
1090766 fenics-basix: autopkgtests time out on armel with multiple supported Python versions patch
1083390 fenics-ffcx: (build-)depends on deprecated module python3-pkg-resources forky, sid, trixie
143910 soname problems: sfs-lib package name without soname
408018 fftw2 should split MPI libraries into a separate package
577481 fftw-docs: tests in "examples" subdir fail many tests
1044444 fftw: Fails to build source after successful build forky, ftbfs, sid, trixie
942359 Please provide libfftw3-long3 on all platforms
948086 package fftw3 does not install cmake config files
1044274 fftw3: Fails to build source after successful build forky, ftbfs, sid, trixie
1054906 fftw3: Please enable avx2 patch
1075985 libfftw3-mpi3 might be misbuilt with MPICH as default forky, ftbfs, sid, trixie
1107055 fftw3 FTCBFS: gfortran dependency not satisfiable patch
878349 gpyfft: FTBFS on non-Linux: CLFFT_INCL_DIRS is not defined upstream
1117496 uses hardcoded paths (that aren't guaranteed to not exist) during build
1078694 openctm FTCBFS: native build picks up host flags such as -mbranch-protection=standard when cross compiling for arm64 on amd64 patch
1113387 palabos: FTBFS with CMake 4 forky, ftbfs, sid
1078268 pyfai: please make the package build reproducible
917095 python3-pyfftw: alignment tests fail on several arches ftbfs
861095 python-ltfatpy: FTBFS: ValueError: Little-endian buffer not supported ftbfs
864779 Epetra doc missing
868894 find_package option COMPONENTS ineffective because of hard-coded includes in TrilinosConfig.cmake fixed-upstream
996507 trilinos-all-dev: No rule to make target '/usr/lib/x86_64-linux-gnu/libdl.so'
1112274 trilinos: FTBFS on arm64: collect2: fatal error: ld terminated with signal 6 [Aborted] ftbfs

Open bugs in suggested packages

2 serious, 1 minor, 2 wishlist
1037809 opm-material: ftbfs with GCC-13 forky, ftbfs, sid, trixie, wontfix
1088035 opm-models: Request for removal to allow migration of newer opm-(common,grid,simulators,upscaling) pkgs
531105 libtriangle-dev: Consider exposing trimalloc
620432 libtriangle-dev: Allow external test
643778 Segment orientation preservation for PSLGs

Done bugs

1115118 deal.ii: autopkgtest regression on riscv64 forky, sid
1110575 dolfin ftbfs with boost1.88 forky, sid
1116703 dolfin: pusimp tests display normal output
1117884 src:dolfin: fails to migrate to testing for too long forky, sid
1096624 fenics-dolfinx: ftbfs with GCC-15 fixed, forky, ftbfs, sid
1097527 opm-simulators: ftbfs with GCC-15 experimental, forky, sid
1066042 python-quantities: please make the build reproducible patch
1118976 spfft: FTBFS following update to hipcc 7.0.2 forky, ftbfs, sid
*To estimate the overall status of the packages in the dependencies of a metapackage a weighted severity is calculated. Done bugs are ignored and bugs in dependent and recommended packages are weighted by factor three compared to suggested packages. Release critical bugs have a much larger weight than important, while the contribution of normal bugs is even smaller and minor bugs have a very small weight. Wishlist bugs are ignored in this calculation. The resulting sum is compared to some boundaries to find a verbal form. The actual numbers need some adjustment to make real sense - this evaluation method is in testing phase.
The severities of bugs are weighted as follows:
critical10
grave10
serious10
important5
normal3
minor1
wishlist0
Last update: Sun, 02 Nov 2025 18:17:54 -0000