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Thu, 03 Sep 2026 12:48:39 +0200 (CEST) Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit From: Bas Couwenberg <sebastic@debian.org> To: Debian Bug Tracking System <submit@bugs.debian.org> Subject: pyresample: FTBFS due to test failures Message-ID: <178843251965.3167224.13720236161175487952.reportbug@osiris.linuxminded.xs4all.nl> X-Mailer: reportbug 13.2.0+nmu1 Date: Thu, 03 Sep 2026 12:48:39 +0200 X-Debian-User: sebastic Delivered-To: submit@bugs.debian.org Source: pyresample Version: 1.35.0-3 Severity: serious Tags: ftbfs Justification: makes the package in question unusable or mostly so Dear Maintainer, Your package FBTFS during the python3.14-only transition due to test failures (possibly caused by changes in GEOS 3.15.0): =================================== FAILURES =================================== __________ TestBoundary.test_geostationary_projection[AreaDefinition] __________ self = <pyresample.test.test_geometry.test_area_boundary.TestBoundary object at 0x7f13430d18c0> geos_fd_area = Area ID: Description: Projection: {'a': '6378169', 'h': '35785831', 'lon_0': '0', 'no_defs': 'None', 'proj': 'geos',...'0', 'y_0': '0'} Number of columns: 100 Number of rows: 100 Area extent: (-5500000.0, -5500000.0, 5500000.0, 5500000.0) def test_geostationary_projection(self, geos_fd_area): """Test boundary for geostationary projection.""" areadef = geos_fd_area # Check default boundary shape default_n_vertices = 50 boundary = areadef.boundary(vertices_per_side=None) assert boundary.vertices.shape == (default_n_vertices, 2) # Check minimum boundary vertices n_vertices = 3 minimum_n_vertices = 4 boundary = areadef.boundary(vertices_per_side=n_vertices) assert boundary.vertices.shape == (minimum_n_vertices, 2) # Check odd vertices_per_side number # - Rounded to the sequent even number (to construct the sides) n_odd_vertices = 5 boundary = areadef.boundary(vertices_per_side=n_odd_vertices) assert boundary.vertices.shape == (n_odd_vertices + 1, 2) # Check boundary vertices n_vertices = 10 boundary = areadef.boundary(vertices_per_side=n_vertices, force_clockwise=False) # Check boundary vertices is in correct order expected_vertices = np.array([[-7.54251621e+01, 3.53432890e+01], [-5.68985178e+01, 6.90053314e+01], [5.68985178e+01, 6.90053314e+01], [7.54251621e+01, 3.53432890e+01], [7.92337283e+01, -0.00000000e+00], [7.54251621e+01, -3.53432890e+01], [5.68985178e+01, -6.90053314e+01], [-5.68985178e+01, -6.90053314e+01], [-7.54251621e+01, -3.53432890e+01], [-7.92337283e+01, 6.94302533e-15]]) > np.testing.assert_allclose(expected_vertices, boundary.vertices) E AssertionError: E Not equal to tolerance rtol=1e-07, atol=0 E E Mismatched elements: 18 / 20 (90%) E First 5 mismatches are at indices: E [0, 0]: -75.4251621 (ACTUAL), -79.2337283163657 (DESIRED) E [0, 1]: 35.343289 (ACTUAL), 6.94302533272623e-15 (DESIRED) E [1, 0]: -56.8985178 (ACTUAL), -75.42516214783112 (DESIRED) E [1, 1]: 69.0053314 (ACTUAL), 35.343288971854214 (DESIRED) E [2, 0]: 56.8985178 (ACTUAL), -56.89851775032484 (DESIRED) E Max absolute difference among violations: 113.79703555 E Max relative difference among violations: 5.09047386e+15 E ACTUAL: array([[-7.542516e+01, 3.534329e+01], E [-5.689852e+01, 6.900533e+01], E [ 5.689852e+01, 6.900533e+01],... E DESIRED: array([[-7.923373e+01, 6.943025e-15], E [-7.542516e+01, 3.534329e+01], E [-5.689852e+01, 6.900533e+01],... pyresample/test/test_geometry/test_area_boundary.py:106: AssertionError _ TestGeostationaryTools.test_get_geostationary_bbox_works_with_truncated_area[AreaDefinition] _ self = <pyresample.test.test_geometry.test_area_boundary.TestGeostationaryTools object at 0x7f13432c6ea0> truncated_geos_area = Area ID: Description: Projection: {'a': '6378169', 'h': '35785831', 'lon_0': '9.5', 'no_defs': 'None', 'proj': 'geos...0'} Number of columns: 1392 Number of rows: 3712 Area extent: (5567248.0742, 5570248.4773, -5570248.4773, 1393687.2705) def test_get_geostationary_bbox_works_with_truncated_area(self, truncated_geos_area): """Ensure the geostationary bbox works when truncated.""" lon, lat = get_geostationary_bounding_box_in_lonlats(truncated_geos_area, 20) expected_lon = np.array( [-64.24072434653284, -68.69662326361153, -65.92516214783112, -60.726360278290336, -47.39851775032484, 9.500000000000018, 66.39851775032487, 79.72636027829033, 84.92516214783113, 87.69662326361151, 83.24072434653286]) expected_lat = np.array( [14.554922655532085, 17.768795771961937, 35.34328897185421, 52.597860701318254, 69.00533141646078, 79.1481121862375, 69.00533141646076, 52.597860701318254, 35.34328897185421, 17.768795771961933, 14.554922655532085]) > np.testing.assert_allclose(lon, expected_lon) E AssertionError: E Not equal to tolerance rtol=1e-07, atol=0 E E Mismatched elements: 11 / 11 (100%) E First 5 mismatches are at indices: E [0]: 83.24072434653286 (ACTUAL), -64.24072434653284 (DESIRED) E [1]: -64.24072434653284 (ACTUAL), -68.69662326361153 (DESIRED) E [2]: -68.69662326361153 (ACTUAL), -65.92516214783112 (DESIRED) E [3]: -65.92516214783112 (ACTUAL), -60.726360278290336 (DESIRED) E [4]: -60.726360278290336 (ACTUAL), -47.39851775032484 (DESIRED) E Max absolute difference among violations: 147.48144869 E Max relative difference among violations: 5.98931766 E ACTUAL: array([ 83.240724, -64.240724, -68.696623, -65.925162, -60.72636 , E -47.398518, 9.5 , 66.398518, 79.72636 , 84.925162, E 87.696623]) E DESIRED: array([-64.240724, -68.696623, -65.925162, -60.72636 , -47.398518, E 9.5 , 66.398518, 79.72636 , 84.925162, 87.696623, E 83.240724]) pyresample/test/test_geometry/test_area_boundary.py:207: AssertionError _ TestGeostationaryTools.test_get_geostationary_bbox_works_with_truncated_area_proj_coords[AreaDefinition] _ self = <pyresample.test.test_geometry.test_area_boundary.TestGeostationaryTools object at 0x7f13430d2360> truncated_geos_area = Area ID: Description: Projection: {'a': '6378169', 'h': '35785831', 'lon_0': '9.5', 'no_defs': 'None', 'proj': 'geos...0'} Number of columns: 1392 Number of rows: 3712 Area extent: (5567248.0742, 5570248.4773, -5570248.4773, 1393687.2705) def test_get_geostationary_bbox_works_with_truncated_area_proj_coords(self, truncated_geos_area): """Ensure the geostationary bbox works when truncated.""" x, y = get_geostationary_bounding_box_in_proj_coords(truncated_geos_area, 20) expected_x = np.array( [-5209128.302753595, -5164828.965702432, -4393465.934674804, -3192039.8468840676, -1678154.6586309497, 3.325297262895822e-10, 1678154.6586309501, 3192039.846884068, 4393465.934674805, 5164828.965702432, 5209128.302753594]) expected_y = np.array( [1393687.2705, 1672427.7900638399, 3181146.6955466354, 4378472.798117005, 5147203.47659387, 5412090.016106332, 5147203.476593869, 4378472.798117005, 3181146.695546635, 1672427.7900638392, 1393687.2705]) > np.testing.assert_allclose(x, expected_x) E AssertionError: E Not equal to tolerance rtol=1e-07, atol=0 E E Mismatched elements: 11 / 11 (100%) E First 5 mismatches are at indices: E [0]: 5209128.302753594 (ACTUAL), -5209128.302753595 (DESIRED) E [1]: -5209128.302753595 (ACTUAL), -5164828.965702432 (DESIRED) E [2]: -5164828.965702432 (ACTUAL), -4393465.934674804 (DESIRED) E [3]: -4393465.934674804 (ACTUAL), -3192039.8468840676 (DESIRED) E [4]: -3192039.8468840676 (ACTUAL), -1678154.6586309497 (DESIRED) E Max absolute difference among violations: 10418256.60550719 E Max relative difference among violations: 5.0466305e+15 E ACTUAL: array([ 5.209128e+06, -5.209128e+06, -5.164829e+06, -4.393466e+06, E -3.192040e+06, -1.678155e+06, 3.325297e-10, 1.678155e+06, E 3.192040e+06, 4.393466e+06, 5.164829e+06]) E DESIRED: array([-5.209128e+06, -5.164829e+06, -4.393466e+06, -3.192040e+06, E -1.678155e+06, 3.325297e-10, 1.678155e+06, 3.192040e+06, E 4.393466e+06, 5.164829e+06, 5.209128e+06]) pyresample/test/test_geometry/test_area_boundary.py:223: AssertionError _______ TestBoundary.test_geostationary_projection[LegacyAreaDefinition] _______ self = <pyresample.test.test_geometry.test_area_boundary.TestBoundary object at 0x7f13487f4710> geos_fd_area = Area ID: test_area Description: Projection: {'a': '6378169', 'h': '35785831', 'lon_0': '0', 'no_defs': 'None', 'proj'...'0', 'y_0': '0'} Number of columns: 100 Number of rows: 100 Area extent: (-5500000.0, -5500000.0, 5500000.0, 5500000.0) def test_geostationary_projection(self, geos_fd_area): """Test boundary for geostationary projection.""" areadef = geos_fd_area # Check default boundary shape default_n_vertices = 50 boundary = areadef.boundary(vertices_per_side=None) assert boundary.vertices.shape == (default_n_vertices, 2) # Check minimum boundary vertices n_vertices = 3 minimum_n_vertices = 4 boundary = areadef.boundary(vertices_per_side=n_vertices) assert boundary.vertices.shape == (minimum_n_vertices, 2) # Check odd vertices_per_side number # - Rounded to the sequent even number (to construct the sides) n_odd_vertices = 5 boundary = areadef.boundary(vertices_per_side=n_odd_vertices) assert boundary.vertices.shape == (n_odd_vertices + 1, 2) # Check boundary vertices n_vertices = 10 boundary = areadef.boundary(vertices_per_side=n_vertices, force_clockwise=False) # Check boundary vertices is in correct order expected_vertices = np.array([[-7.54251621e+01, 3.53432890e+01], [-5.68985178e+01, 6.90053314e+01], [5.68985178e+01, 6.90053314e+01], [7.54251621e+01, 3.53432890e+01], [7.92337283e+01, -0.00000000e+00], [7.54251621e+01, -3.53432890e+01], [5.68985178e+01, -6.90053314e+01], [-5.68985178e+01, -6.90053314e+01], [-7.54251621e+01, -3.53432890e+01], [-7.92337283e+01, 6.94302533e-15]]) > np.testing.assert_allclose(expected_vertices, boundary.vertices) E AssertionError: E Not equal to tolerance rtol=1e-07, atol=0 E E Mismatched elements: 18 / 20 (90%) E First 5 mismatches are at indices: E [0, 0]: -75.4251621 (ACTUAL), -79.2337283163657 (DESIRED) E [0, 1]: 35.343289 (ACTUAL), 6.94302533272623e-15 (DESIRED) E [1, 0]: -56.8985178 (ACTUAL), -75.42516214783112 (DESIRED) E [1, 1]: 69.0053314 (ACTUAL), 35.343288971854214 (DESIRED) E [2, 0]: 56.8985178 (ACTUAL), -56.89851775032484 (DESIRED) E Max absolute difference among violations: 113.79703555 E Max relative difference among violations: 5.09047386e+15 E ACTUAL: array([[-7.542516e+01, 3.534329e+01], E [-5.689852e+01, 6.900533e+01], E [ 5.689852e+01, 6.900533e+01],... E DESIRED: array([[-7.923373e+01, 6.943025e-15], E [-7.542516e+01, 3.534329e+01], E [-5.689852e+01, 6.900533e+01],... pyresample/test/test_geometry/test_area_boundary.py:106: AssertionError _ TestGeostationaryTools.test_get_geostationary_bbox_works_with_truncated_area[LegacyAreaDefinition] _ self = <pyresample.test.test_geometry.test_area_boundary.TestGeostationaryTools object at 0x7f13432c6d70> truncated_geos_area = Area ID: test_area Description: Projection: {'a': '6378169', 'h': '35785831', 'lon_0': '9.5', 'no_defs': 'None', 'pro...0'} Number of columns: 1392 Number of rows: 3712 Area extent: (5567248.0742, 5570248.4773, -5570248.4773, 1393687.2705) def test_get_geostationary_bbox_works_with_truncated_area(self, truncated_geos_area): """Ensure the geostationary bbox works when truncated.""" lon, lat = get_geostationary_bounding_box_in_lonlats(truncated_geos_area, 20) expected_lon = np.array( [-64.24072434653284, -68.69662326361153, -65.92516214783112, -60.726360278290336, -47.39851775032484, 9.500000000000018, 66.39851775032487, 79.72636027829033, 84.92516214783113, 87.69662326361151, 83.24072434653286]) expected_lat = np.array( [14.554922655532085, 17.768795771961937, 35.34328897185421, 52.597860701318254, 69.00533141646078, 79.1481121862375, 69.00533141646076, 52.597860701318254, 35.34328897185421, 17.768795771961933, 14.554922655532085]) > np.testing.assert_allclose(lon, expected_lon) E AssertionError: E Not equal to tolerance rtol=1e-07, atol=0 E E Mismatched elements: 11 / 11 (100%) E First 5 mismatches are at indices: E [0]: 83.24072434653286 (ACTUAL), -64.24072434653284 (DESIRED) E [1]: -64.24072434653284 (ACTUAL), -68.69662326361153 (DESIRED) E [2]: -68.69662326361153 (ACTUAL), -65.92516214783112 (DESIRED) E [3]: -65.92516214783112 (ACTUAL), -60.726360278290336 (DESIRED) E [4]: -60.726360278290336 (ACTUAL), -47.39851775032484 (DESIRED) E Max absolute difference among violations: 147.48144869 E Max relative difference among violations: 5.98931766 E ACTUAL: array([ 83.240724, -64.240724, -68.696623, -65.925162, -60.72636 , E -47.398518, 9.5 , 66.398518, 79.72636 , 84.925162, E 87.696623]) E DESIRED: array([-64.240724, -68.696623, -65.925162, -60.72636 , -47.398518, E 9.5 , 66.398518, 79.72636 , 84.925162, 87.696623, E 83.240724]) pyresample/test/test_geometry/test_area_boundary.py:207: AssertionError _ TestGeostationaryTools.test_get_geostationary_bbox_works_with_truncated_area_proj_coords[LegacyAreaDefinition] _ self = <pyresample.test.test_geometry.test_area_boundary.TestGeostationaryTools object at 0x7f13487f4830> truncated_geos_area = Area ID: test_area Description: Projection: {'a': '6378169', 'h': '35785831', 'lon_0': '9.5', 'no_defs': 'None', 'pro...0'} Number of columns: 1392 Number of rows: 3712 Area extent: (5567248.0742, 5570248.4773, -5570248.4773, 1393687.2705) def test_get_geostationary_bbox_works_with_truncated_area_proj_coords(self, truncated_geos_area): """Ensure the geostationary bbox works when truncated.""" x, y = get_geostationary_bounding_box_in_proj_coords(truncated_geos_area, 20) expected_x = np.array( [-5209128.302753595, -5164828.965702432, -4393465.934674804, -3192039.8468840676, -1678154.6586309497, 3.325297262895822e-10, 1678154.6586309501, 3192039.846884068, 4393465.934674805, 5164828.965702432, 5209128.302753594]) expected_y = np.array( [1393687.2705, 1672427.7900638399, 3181146.6955466354, 4378472.798117005, 5147203.47659387, 5412090.016106332, 5147203.476593869, 4378472.798117005, 3181146.695546635, 1672427.7900638392, 1393687.2705]) > np.testing.assert_allclose(x, expected_x) E AssertionError: E Not equal to tolerance rtol=1e-07, atol=0 E E Mismatched elements: 11 / 11 (100%) E First 5 mismatches are at indices: E [0]: 5209128.302753594 (ACTUAL), -5209128.302753595 (DESIRED) E [1]: -5209128.302753595 (ACTUAL), -5164828.965702432 (DESIRED) E [2]: -5164828.965702432 (ACTUAL), -4393465.934674804 (DESIRED) E [3]: -4393465.934674804 (ACTUAL), -3192039.8468840676 (DESIRED) E [4]: -3192039.8468840676 (ACTUAL), -1678154.6586309497 (DESIRED) E Max absolute difference among violations: 10418256.60550719 E Max relative difference among violations: 5.0466305e+15 E ACTUAL: array([ 5.209128e+06, -5.209128e+06, -5.164829e+06, -4.393466e+06, E -3.192040e+06, -1.678155e+06, 3.325297e-10, 1.678155e+06, E 3.192040e+06, 4.393466e+06, 5.164829e+06]) E DESIRED: array([-5.209128e+06, -5.164829e+06, -4.393466e+06, -3.192040e+06, E -1.678155e+06, 3.325297e-10, 1.678155e+06, 3.192040e+06, E 4.393466e+06, 5.164829e+06, 5.209128e+06]) pyresample/test/test_geometry/test_area_boundary.py:223: AssertionError ______________ TestGeostationaryTools.test_get_geostationary_bbox ______________ self = <pyresample.test.test_geometry.test_area_boundary.TestGeostationaryTools object at 0x7f13487a27b0> def test_get_geostationary_bbox(self): """Get the geostationary bbox.""" geos_area = MagicMock() lon_0 = 0 proj_dict = {'a': 6378169.00, 'b': 6356583.80, 'h': 35785831.00, 'lon_0': lon_0, 'proj': 'geos'} geos_area.crs = CRS(proj_dict) geos_area.area_extent = [-5500000., -5500000., 5500000., 5500000.] lon, lat = get_geostationary_bounding_box_in_lonlats(geos_area, 20) expected_lon = np.array([-78.19662326, -75.42516215, -70.22636028, -56.89851775, 0., 56.89851775, 70.22636028, 75.42516215, 78.19662326, 79.23372832, 78.19662326, 75.42516215, 70.22636028, 56.89851775, 0., -56.89851775, -70.22636028, -75.42516215, -78.19662326, -79.23372832, ]) expected_lat = np.array([17.76879577, 35.34328897, 52.5978607, 69.00533142, 79.14811219, 69.00533142, 52.5978607, 35.34328897, 17.76879577, -0., -17.76879577, -35.34328897, -52.5978607, -69.00533142, -79.14811219, -69.00533142, -52.5978607, -35.34328897, -17.76879577, 0.]) > np.testing.assert_allclose(lon, expected_lon, atol=1e-07) E AssertionError: E Not equal to tolerance rtol=1e-07, atol=1e-07 E E Mismatched elements: 20 / 20 (100%) E First 5 mismatches are at indices: E [0]: -79.2337283163657 (ACTUAL), -78.19662326 (DESIRED) E [1]: -78.19662326361153 (ACTUAL), -75.42516215 (DESIRED) E [2]: -75.42516214783112 (ACTUAL), -70.22636028 (DESIRED) E [3]: -70.22636027829033 (ACTUAL), -56.89851775 (DESIRED) E [4]: -56.89851775032484 (ACTUAL), 0.0 (DESIRED) E Max absolute difference among violations: 56.89851775 E Max relative difference among violations: 1. E ACTUAL: array([-7.923373e+01, -7.819662e+01, -7.542516e+01, -7.022636e+01, E -5.689852e+01, 1.810069e-14, 5.689852e+01, 7.022636e+01, E 7.542516e+01, 7.819662e+01, 7.923373e+01, 7.819662e+01,... E DESIRED: array([-78.196623, -75.425162, -70.22636 , -56.898518, 0. , E 56.898518, 70.22636 , 75.425162, 78.196623, 79.233728, E 78.196623, 75.425162, 70.22636 , 56.898518, 0. , E -56.898518, -70.22636 , -75.425162, -78.196623, -79.233728]) pyresample/test/test_geometry/test_area_boundary.py:263: AssertionError https://buildd.debian.org/status/fetch.php?pkg=pyresample&arch=amd64&ver=1.35.0-3%2Bb1&stamp=1788394240&raw=0 ]