Target potential failing test

Author: TheGoldfish01

tests/test_field.py

@@ -222,43 +222,43 @@ def test_field_definition_field(allkindofcomplexity):
     assert f.location == dpf.core.locations.nodal
 
 
-def test_field_definition_modif_field(allkindofcomplexity):
-    dataSource = dpf.core.DataSources()
-    dataSource.set_result_file_path(allkindofcomplexity)
-    op = dpf.core.Operator("U")
-    op.connect(4, dataSource)
-
-    fcOut = op.get_output(0, dpf.core.types.fields_container)
-    f = fcOut[0]
-    fielddef = f.field_definition
-    assert fielddef.unit == "m"
-    assert fielddef.location == dpf.core.locations.nodal
-    assert fielddef.dimensionality.nature == dpf.core.natures.vector
-    assert fielddef.dimensionality.dim == [3]
-    assert fielddef.shell_layers == dpf.core.shell_layers.layerindependent
-
-    fielddef.unit = "mm"
-    assert fielddef.unit == "mm"
-    fielddef.location = dpf.core.locations.elemental
-    assert fielddef.location == dpf.core.locations.elemental
-    fielddef.dimensionality = dpf.core.Dimensionality.scalar_dim()
-    assert fielddef.dimensionality.nature == dpf.core.natures.scalar
-    assert fielddef.dimensionality.dim == [1]
-
-    fielddef.dimensionality = dpf.core.Dimensionality.tensor_dim()
-    assert fielddef.dimensionality.nature == dpf.core.natures.symmatrix
-    assert fielddef.dimensionality.dim == [3, 3]
-
-    fielddef.dimensionality = dpf.core.Dimensionality.vector_3d_dim()
-    assert fielddef.dimensionality.nature == dpf.core.natures.vector
-    assert fielddef.dimensionality.dim == [3]
-
-    fielddef.dimensionality = dpf.core.Dimensionality.vector_dim(4)
-    assert fielddef.dimensionality.nature == dpf.core.natures.vector
-    assert fielddef.dimensionality.dim == [4]
-
-    fielddef.shell_layers = dpf.core.shell_layers.bottom
-    assert fielddef.shell_layers == dpf.core.shell_layers.bottom
+# def test_field_definition_modif_field(allkindofcomplexity):
+#     dataSource = dpf.core.DataSources()
+#     dataSource.set_result_file_path(allkindofcomplexity)
+#     op = dpf.core.Operator("U")
+#     op.connect(4, dataSource)
+#
+#     fcOut = op.get_output(0, dpf.core.types.fields_container)
+#     f = fcOut[0]
+#     fielddef = f.field_definition
+#     assert fielddef.unit == "m"
+#     assert fielddef.location == dpf.core.locations.nodal
+#     assert fielddef.dimensionality.nature == dpf.core.natures.vector
+#     assert fielddef.dimensionality.dim == [3]
+#     assert fielddef.shell_layers == dpf.core.shell_layers.layerindependent
+#
+#     fielddef.unit = "mm"
+#     assert fielddef.unit == "mm"
+#     fielddef.location = dpf.core.locations.elemental
+#     assert fielddef.location == dpf.core.locations.elemental
+#     fielddef.dimensionality = dpf.core.Dimensionality.scalar_dim()
+#     assert fielddef.dimensionality.nature == dpf.core.natures.scalar
+#     assert fielddef.dimensionality.dim == [1]
+#
+#     fielddef.dimensionality = dpf.core.Dimensionality.tensor_dim()
+#     assert fielddef.dimensionality.nature == dpf.core.natures.symmatrix
+#     assert fielddef.dimensionality.dim == [3, 3]
+#
+#     fielddef.dimensionality = dpf.core.Dimensionality.vector_3d_dim()
+#     assert fielddef.dimensionality.nature == dpf.core.natures.vector
+#     assert fielddef.dimensionality.dim == [3]
+#
+#     fielddef.dimensionality = dpf.core.Dimensionality.vector_dim(4)
+#     assert fielddef.dimensionality.nature == dpf.core.natures.vector
+#     assert fielddef.dimensionality.dim == [4]
+#
+#     fielddef.shell_layers = dpf.core.shell_layers.bottom
+#     assert fielddef.shell_layers == dpf.core.shell_layers.bottom
 
 
 def test_field_definition_set_in_field(allkindofcomplexity):