Package: src:scifem Version: 0.6.0-2 Severity: serious Tags: ftbfs forky sid
Dear maintainer: During a rebuild of all packages in unstable, your package failed to build. Below you will find how the build ends (probably the most relevant part, but not necessarily). If required, the full build log is available here: https://people.debian.org/~sanvila/build-logs/202509/ About the archive rebuild: The build was made on virtual machines from AWS, using sbuild and a reduced chroot with only build-essential packages. If you could not reproduce the bug please contact me privately, as I am willing to provide ssh access to a virtual machine where the bug is fully reproducible. If this is really a bug in one of the build-depends, please use reassign and add an affects on src:scifem, so that this is still visible in the BTS web page for this package. Thanks. -------------------------------------------------------------------------------- [...] debian/rules clean dh clean --buildsystem=pybuild dh_auto_clean -O--buildsystem=pybuild dh_autoreconf_clean -O--buildsystem=pybuild dh_clean -O--buildsystem=pybuild debian/rules binary dh binary --buildsystem=pybuild dh_update_autotools_config -O--buildsystem=pybuild dh_autoreconf -O--buildsystem=pybuild dh_auto_configure -O--buildsystem=pybuild dh_auto_build -O--buildsystem=pybuild I: pybuild plugin_pyproject:129: Building wheel for python3.13 with "build" module I: pybuild base:311: python3.13 -m build --skip-dependency-check --no-isolation --wheel --outdir /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem * Building wheel... [... snipped ...] V = dolfinx.fem.functionspace(mesh, ("Lagrange", degree, value_size)) > v_to_d = vertex_to_dofmap(V) ^^^^^^^^^^^^^^^^^^^ tests/test_vertex_to_dofmap.py:14: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ V = FunctionSpace(Mesh(blocked element (Basix element (P, triangle, 1, gll_warped, unset, False, float64, []), (2,)), 1330), blocked element (Basix element (P, triangle, 2, gll_warped, unset, False, float64, []), (2, 3))) def vertex_to_dofmap(V: dolfinx.fem.FunctionSpace) -> npt.NDArray[np.int32]: """ Create a map from the vertices (local to the process) to the correspondning degrees of freedom. Args: V: The function space Returns: An array mapping local vertex i to local degree of freedom Note: If using a blocked space this map is not unrolled for the DofMap block size. """ > return _scifem.vertex_to_dofmap(V.mesh._cpp_object.topology, > V.dofmap._cpp_object) ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ E TypeError: vertex_to_dofmap(): incompatible function arguments. The following argument types are supported: E 1. vertex_to_dofmap(arg0: dolfinx::mesh::Topology, arg1: dolfinx::fem::DofMap, /) -> numpy.ndarray[dtype=int32] E 2. vertex_to_dofmap(arg0: dolfinx::mesh::Topology, arg1: dolfinx::fem::DofMap, /) -> numpy.ndarray[dtype=int32] E E Invoked with types: dolfinx.cpp.mesh.Topology, dolfinx.cpp.fem.DofMap scifem/__init__.py:78: TypeError ----------------------------- Captured stdout call ----------------------------- [2025-09-04 17:00:12.677] [info] Extract basic topology: 120->120 [2025-09-04 17:00:12.677] [info] Build local dual graph [2025-09-04 17:00:12.677] [info] Build local part of mesh dual graph (mixed) [2025-09-04 17:00:12.677] [info] GPS pseudo-diameter:(22) 21-18 [2025-09-04 17:00:12.677] [info] Create topology (single cell type) [2025-09-04 17:00:12.677] [info] Create topology (generalised) [2025-09-04 17:00:12.677] [info] Computing communication graph edges (using NBX algorithm). Number of input edges: 1 [2025-09-04 17:00:12.677] [info] Finished graph edge discovery using NBX algorithm. Number of discovered edges 1 [2025-09-04 17:00:12.677] [info] Compute ghost indices [2025-09-04 17:00:12.677] [info] Computing communication graph edges (using PCX algorithm). Number of input edges: 0 [2025-09-04 17:00:12.677] [info] Finished graph edge discovery using PCX algorithm. Number of discovered edges 0 [2025-09-04 17:00:12.677] [info] Computing communication graph edges (using NBX algorithm). Number of input edges: 0 [2025-09-04 17:00:12.677] [info] Finished graph edge discovery using NBX algorithm. Number of discovered edges 0 [2025-09-04 17:00:12.677] [info] Computing communication graph edges (using NBX algorithm). Number of input edges: 0 [2025-09-04 17:00:12.677] [info] Finished graph edge discovery using NBX algorithm. Number of discovered edges 0 [2025-09-04 17:00:12.677] [info] Number of neighbourhood source ranks in distribute_to_postoffice: 0 [2025-09-04 17:00:12.677] [info] Computing communication graph edges (using NBX algorithm). Number of input edges: 0 [2025-09-04 17:00:12.677] [info] Finished graph edge discovery using NBX algorithm. Number of discovered edges 0 [2025-09-04 17:00:12.677] [info] Neighbourhood destination ranks from post office in distribute_data (rank, num dests, num dests/mpi_size): 0, 0, 0 [2025-09-04 17:00:12.677] [info] Checking required entities per dimension [2025-09-04 17:00:12.677] [info] Cell type: 0 dofmap: 40x3 [2025-09-04 17:00:12.677] [info] Global index computation [2025-09-04 17:00:12.677] [info] Got 1 index_maps [2025-09-04 17:00:12.677] [info] Get global indices [2025-09-04 17:00:12.677] [info] Computing mesh entities of dimension 1 [2025-09-04 17:00:12.677] [info] Computing communication graph edges (using NBX algorithm). Number of input edges: 0 [2025-09-04 17:00:12.677] [info] Finished graph edge discovery using NBX algorithm. Number of discovered edges 0 [2025-09-04 17:00:12.677] [info] Checking required entities per dimension [2025-09-04 17:00:12.677] [info] Cell type: 0 dofmap: 40x6 [2025-09-04 17:00:12.677] [info] Global index computation [2025-09-04 17:00:12.677] [info] Got 2 index_maps [2025-09-04 17:00:12.677] [info] Get global indices ____________________ test_vertex_to_dofmap_P[value_size2-3] ____________________ degree = 3, value_size = (2, 3) @pytest.mark.parametrize("degree", range(1, 4)) @pytest.mark.parametrize("value_size", [(), (2,), (2, 3)]) def test_vertex_to_dofmap_P(degree, value_size): mesh = dolfinx.mesh.create_unit_square(MPI.COMM_WORLD, 10, 2) V = dolfinx.fem.functionspace(mesh, ("Lagrange", degree, value_size)) > v_to_d = vertex_to_dofmap(V) ^^^^^^^^^^^^^^^^^^^ tests/test_vertex_to_dofmap.py:14: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ V = FunctionSpace(Mesh(blocked element (Basix element (P, triangle, 1, gll_warped, unset, False, float64, []), (2,)), 1331), blocked element (Basix element (P, triangle, 3, gll_warped, unset, False, float64, []), (2, 3))) def vertex_to_dofmap(V: dolfinx.fem.FunctionSpace) -> npt.NDArray[np.int32]: """ Create a map from the vertices (local to the process) to the correspondning degrees of freedom. Args: V: The function space Returns: An array mapping local vertex i to local degree of freedom Note: If using a blocked space this map is not unrolled for the DofMap block size. """ > return _scifem.vertex_to_dofmap(V.mesh._cpp_object.topology, > V.dofmap._cpp_object) ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ E TypeError: vertex_to_dofmap(): incompatible function arguments. The following argument types are supported: E 1. vertex_to_dofmap(arg0: dolfinx::mesh::Topology, arg1: dolfinx::fem::DofMap, /) -> numpy.ndarray[dtype=int32] E 2. vertex_to_dofmap(arg0: dolfinx::mesh::Topology, arg1: dolfinx::fem::DofMap, /) -> numpy.ndarray[dtype=int32] E E Invoked with types: dolfinx.cpp.mesh.Topology, dolfinx.cpp.fem.DofMap scifem/__init__.py:78: TypeError ----------------------------- Captured stdout call ----------------------------- [2025-09-04 17:00:12.680] [info] Extract basic topology: 120->120 [2025-09-04 17:00:12.680] [info] Build local dual graph [2025-09-04 17:00:12.680] [info] Build local part of mesh dual graph (mixed) [2025-09-04 17:00:12.680] [info] GPS pseudo-diameter:(22) 21-18 [2025-09-04 17:00:12.680] [info] Create topology (single cell type) [2025-09-04 17:00:12.680] [info] Create topology (generalised) [2025-09-04 17:00:12.680] [info] Computing communication graph edges (using NBX algorithm). Number of input edges: 1 [2025-09-04 17:00:12.680] [info] Finished graph edge discovery using NBX algorithm. Number of discovered edges 1 [2025-09-04 17:00:12.680] [info] Compute ghost indices [2025-09-04 17:00:12.680] [info] Computing communication graph edges (using PCX algorithm). Number of input edges: 0 [2025-09-04 17:00:12.680] [info] Finished graph edge discovery using PCX algorithm. Number of discovered edges 0 [2025-09-04 17:00:12.680] [info] Computing communication graph edges (using NBX algorithm). Number of input edges: 0 [2025-09-04 17:00:12.680] [info] Finished graph edge discovery using NBX algorithm. Number of discovered edges 0 [2025-09-04 17:00:12.680] [info] Computing communication graph edges (using NBX algorithm). Number of input edges: 0 [2025-09-04 17:00:12.680] [info] Finished graph edge discovery using NBX algorithm. Number of discovered edges 0 [2025-09-04 17:00:12.680] [info] Number of neighbourhood source ranks in distribute_to_postoffice: 0 [2025-09-04 17:00:12.680] [info] Computing communication graph edges (using NBX algorithm). Number of input edges: 0 [2025-09-04 17:00:12.680] [info] Finished graph edge discovery using NBX algorithm. Number of discovered edges 0 [2025-09-04 17:00:12.680] [info] Neighbourhood destination ranks from post office in distribute_data (rank, num dests, num dests/mpi_size): 0, 0, 0 [2025-09-04 17:00:12.680] [info] Checking required entities per dimension [2025-09-04 17:00:12.680] [info] Cell type: 0 dofmap: 40x3 [2025-09-04 17:00:12.680] [info] Global index computation [2025-09-04 17:00:12.680] [info] Got 1 index_maps [2025-09-04 17:00:12.680] [info] Get global indices [2025-09-04 17:00:12.680] [info] Computing mesh entities of dimension 1 [2025-09-04 17:00:12.680] [info] Computing communication graph edges (using NBX algorithm). Number of input edges: 0 [2025-09-04 17:00:12.680] [info] Finished graph edge discovery using NBX algorithm. Number of discovered edges 0 [2025-09-04 17:00:12.680] [info] Checking required entities per dimension [2025-09-04 17:00:12.680] [info] Cell type: 0 dofmap: 40x10 [2025-09-04 17:00:12.680] [info] Global index computation [2025-09-04 17:00:12.680] [info] Got 3 index_maps [2025-09-04 17:00:12.680] [info] Get global indices [2025-09-04 17:00:12.680] [info] Compute edge permutations =============================== warnings summary =============================== tests/test_point_source.py::test_midpoint /usr/lib/python3/dist-packages/ufl/utils/sorting.py:88: UserWarning: Applying str() to a metadata value of type ndarray, don't know if this is safe. warnings.warn( tests/test_xdmf.py: 60 warnings /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem/build/scifem/xdmf.py:420: UserWarning: ADIOS2 not available, using h5py warnings.warn(msg) tests/test_xdmf.py: 12 warnings /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem/build/tests/test_xdmf.py:256: DeprecationWarning: ('Call to deprecated function create_pointcloud.', 'Please use the class scifem.xdmf.XDMFFile instead.') scifem.xdmf.create_pointcloud(folder / "data.xdmf", [u, v]) tests/test_xdmf.py: 36 warnings /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem/build/scifem/xdmf.py:368: DeprecationWarning: ('Call to deprecated function write_xdmf.', 'Please use the class scifem.xdmf.XDMFFile instead.') write_xdmf(functions, filename, h5name, data) tests/test_xdmf.py: 36 warnings /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem/build/scifem/xdmf.py:371: DeprecationWarning: ('Call to deprecated function write_hdf5_adios.', 'Please use the class scifem.xdmf.XDMFFile instead.') write_hdf5_adios(functions=functions, h5name=h5name, data=data) tests/test_xdmf.py: 36 warnings /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem/build/scifem/xdmf.py:40: UserWarning: ADIOS2 not available, using h5py return func(*args, **kwargs) tests/test_xdmf.py: 36 warnings /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem/build/scifem/xdmf.py:374: DeprecationWarning: ('Call to deprecated function write_hdf5_h5py.', 'Please use the class scifem.xdmf.XDMFFile instead.') write_hdf5_h5py(functions=functions, h5name=h5name, data=data) tests/test_xdmf.py: 12 warnings /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem/build/tests/test_xdmf.py:287: DeprecationWarning: ('Call to deprecated function create_pointcloud.', 'Please use the class scifem.xdmf.XDMFFile instead.') scifem.xdmf.create_pointcloud(folder / "data.xdmf", [u, v]) tests/test_xdmf.py::test_different_function_spaces_raises_ValueError /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem/build/tests/test_xdmf.py:301: DeprecationWarning: ('Call to deprecated function create_pointcloud.', 'Please use the class scifem.xdmf.XDMFFile instead.') scifem.xdmf.create_pointcloud( tests/test_xdmf.py: 12 warnings /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem/build/tests/test_xdmf.py:335: DeprecationWarning: ('Call to deprecated function create_pointcloud.', 'Please use the class scifem.xdmf.XDMFFile instead.') scifem.xdmf.create_pointcloud(folder / "data.xdmf", [u, v]) -- Docs: https://docs.pytest.org/en/stable/how-to/capture-warnings.html =========================== short test summary info ============================ FAILED tests/test_mesh.py::test_submesh_meshtags[0] - TypeError: transfer_mes... FAILED tests/test_mesh.py::test_submesh_meshtags[1] - TypeError: transfer_mes... FAILED tests/test_mesh.py::test_submesh_meshtags[2] - TypeError: transfer_mes... FAILED tests/test_mesh.py::test_submesh_meshtags[3] - TypeError: transfer_mes... FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.none-1-0] - TypeErr... FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.none-1-1] - TypeErr... FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.none-2-0] - TypeErr... FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.none-2-1] - TypeErr... FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.none-2-2] - TypeErr... FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.none-3-0] - TypeErr... FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.none-3-1] - TypeErr... FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.none-3-2] - TypeErr... FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.shared_facet-1-0] FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.shared_facet-1-1] FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.shared_facet-2-0] FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.shared_facet-2-1] FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.shared_facet-2-2] FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.shared_facet-3-0] FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.shared_facet-3-1] FAILED tests/test_mesh.py::test_submesh_creator[GhostMode.shared_facet-3-2] FAILED tests/test_mesh.py::test_exterior_boundary_subdomain[CellType.tetrahedron-GhostMode.none-float64] FAILED tests/test_mesh.py::test_exterior_boundary_subdomain[CellType.tetrahedron-GhostMode.none-float32] FAILED tests/test_mesh.py::test_exterior_boundary_subdomain[CellType.tetrahedron-GhostMode.shared_facet-float64] FAILED tests/test_mesh.py::test_exterior_boundary_subdomain[CellType.tetrahedron-GhostMode.shared_facet-float32] FAILED tests/test_mesh.py::test_exterior_boundary_subdomain[CellType.hexahedron-GhostMode.none-float64] FAILED tests/test_mesh.py::test_exterior_boundary_subdomain[CellType.hexahedron-GhostMode.none-float32] FAILED tests/test_mesh.py::test_exterior_boundary_subdomain[CellType.hexahedron-GhostMode.shared_facet-float64] FAILED tests/test_mesh.py::test_exterior_boundary_subdomain[CellType.hexahedron-GhostMode.shared_facet-float32] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.triangle-1.3-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.triangle-1.3-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.triangle-1.3-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.triangle-0.8-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.triangle-0.8-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.triangle-0.8-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.triangle-0.2-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.triangle-0.2-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.triangle-0.2-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.quadrilateral-1.3-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.quadrilateral-1.3-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.quadrilateral-1.3-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.quadrilateral-0.8-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.quadrilateral-0.8-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.quadrilateral-0.8-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.quadrilateral-0.2-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.quadrilateral-0.2-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float64-CellType.quadrilateral-0.2-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.triangle-1.3-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.triangle-1.3-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.triangle-1.3-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.triangle-0.8-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.triangle-0.8-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.triangle-0.8-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.triangle-0.2-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.triangle-0.2-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.triangle-0.2-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.quadrilateral-1.3-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.quadrilateral-1.3-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.quadrilateral-1.3-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.quadrilateral-0.8-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.quadrilateral-0.8-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.quadrilateral-0.8-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.quadrilateral-0.2-0.1] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.quadrilateral-0.2-0.2] FAILED tests/test_real_functionspace.py::test_real_function_space_mass[float32-CellType.quadrilateral-0.2-0.3] FAILED tests/test_real_functionspace.py::test_real_function_space_vector[CellType.tetrahedron-float64] FAILED tests/test_real_functionspace.py::test_real_function_space_vector[CellType.tetrahedron-float32] FAILED tests/test_real_functionspace.py::test_real_function_space_vector[CellType.hexahedron-float64] FAILED tests/test_real_functionspace.py::test_real_function_space_vector[CellType.hexahedron-float32] FAILED tests/test_real_functionspace.py::test_singular_poisson[1-0-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[1-1-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[1-2-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[2-0-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[2-1-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[2-2-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[3-0-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[3-1-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[3-2-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[4-0-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[4-1-dtype0] - ... FAILED tests/test_real_functionspace.py::test_singular_poisson[4-2-dtype0] - ... FAILED tests/test_real_functionspace.py::test_complex_real_space[float32-complex64] FAILED tests/test_real_functionspace.py::test_complex_real_space[float64-complex128] FAILED tests/test_vertex_to_dofmap.py::test_vertex_to_dofmap_P[value_size0-1] FAILED tests/test_vertex_to_dofmap.py::test_vertex_to_dofmap_P[value_size0-2] FAILED tests/test_vertex_to_dofmap.py::test_vertex_to_dofmap_P[value_size0-3] FAILED tests/test_vertex_to_dofmap.py::test_vertex_to_dofmap_P[value_size1-1] FAILED tests/test_vertex_to_dofmap.py::test_vertex_to_dofmap_P[value_size1-2] FAILED tests/test_vertex_to_dofmap.py::test_vertex_to_dofmap_P[value_size1-3] FAILED tests/test_vertex_to_dofmap.py::test_vertex_to_dofmap_P[value_size2-1] FAILED tests/test_vertex_to_dofmap.py::test_vertex_to_dofmap_P[value_size2-2] FAILED tests/test_vertex_to_dofmap.py::test_vertex_to_dofmap_P[value_size2-3] ===== 91 failed, 1370 passed, 6 skipped, 6 xfailed, 242 warnings in 25.40s ===== E: pybuild pybuild:389: test: plugin pyproject failed with: exit code=1: cd /<<PKGBUILDDIR>>/.pybuild/cpython3_3.13_scifem/build; python3.13 -m pytest tests dh_auto_test: error: pybuild --test --test-pytest -i python{version} -p 3.13 returned exit code 13 make: *** [debian/rules:10: binary] Error 25 dpkg-buildpackage: error: debian/rules binary subprocess returned exit status 2 --------------------------------------------------------------------------------
