def test_rq14_with_gpkg_geometry_type_valid_check():
dataset = open_dataset("tests/data/test_allcorrect.gpkg")
geometry_type_names = dataset_geometry_tables(dataset)
result = GpkgGeometryTypeNameValidator(dataset).gpkg_geometry_valid_check(
geometry_type_names
)
assert len(result) == 0
def test_ccw_with_gpkg():
dataset = open_dataset("tests/data/test_geometry_valid.gpkg")
checks = list(query_ccw(dataset))
assert len(checks) == 1
assert checks[0][0] == "test_geometry_valid"
assert checks[0][1] == 1
assert checks[0][2] == 1
def test_with_gpkg_falsenegative():
dataset = open_dataset("tests/data/test_layerfeature_falsenegative.gpkg")
checks = list(query_layerfeature_counts(dataset))
assert len(checks) == 1
assert checks[0][0] == "test_layerfeature_falsenegative"
assert checks[0][1] == 1
assert checks[0][2] == 0
def test_with_gpkg_allcorrect():
dataset = open_dataset("tests/data/test_allcorrect.gpkg")
checks = list(query_layerfeature_counts(dataset))
assert len(checks) == 1
assert checks[0][0] == "test_allcorrect"
assert checks[0][1] == 1
assert checks[0][2] == 1
def test_with_gpkg_allcorrect():
dataset = open_dataset("tests/data/test_allcorrect.gpkg")
checks = list(query_columnames(dataset))
assert len(checks) == 2
assert checks[0][0] == "test_allcorrect"
assert checks[0][1] == "fid"
assert checks[1][0] == "test_allcorrect"
assert checks[1][1] == "geom"
def test_with_gpkg():
dataset = open_dataset("tests/data/test_columnname.gpkg")
checks = list(query_columnames(dataset))
assert len(checks) == 2
assert checks[0][0] == "test_columnname"
assert checks[0][1] == "fid"
assert checks[1][0] == "test_columnname"
assert checks[1][1] == "GEOmetry"
def test_rq15_with_gpkg_geometry_type_equals_gpkg_definition_invalid_check():
dataset = open_dataset("tests/data/test_geometry_type.gpkg")
result = list(GeometryTypeEqualsGpkgDefinitionValidator(dataset).check())
assert len(result) == 1
assert (
result[0]
== "Error layer: test_geometry_type, found geometry: GEOMETRYCOLLECTION that should be COMPOUNDCURVE, 1 time, example id: 1"
)
def test_with_gpkg():
dataset = open_dataset("tests/data/test_geometry_valid.gpkg")
checks = list(query_geometry_valid(dataset))
assert len(checks) == 1
assert checks[0][0] == "test_geometry_valid"
assert checks[0][1] == "geometry"
assert checks[0][2] == "Self-intersection"
assert checks[0][3] == 1
assert checks[0][4] == 1
def test_with_gpkg():
dataset = open_dataset("tests/data/test_geom_columnname.gpkg")
checks = list(dataset_geometry_tables(dataset))
assert len(checks) == 3
assert checks[0][0] == "test_columnname"
assert checks[0][1] == "geom"
assert checks[1][0] == "test_columnname2"
assert checks[1][1] == "geometry"
assert checks[2][0] == "test_columnname3"
assert checks[2][1] == "geometry"
def test_rq14_with_gpkg_geometry_type_invalid_check():
dataset = open_dataset("tests/data/test_geometry_type.gpkg")
geometry_type_names = dataset_geometry_tables(dataset)
result = GpkgGeometryTypeNameValidator(dataset).gpkg_geometry_valid_check(
geometry_type_names
)
assert len(result) == 1
assert (
result[0]
== "Found geometry_type_name: COMPOUNDCURVE for table test_geometry_type (from the gpkg_geometry_columns table)."
)
def test_with_gdal_error():
results = []
# Register GDAL error handler function
def gdal_error_handler(err_class, err_num, error):
results.append("GDAL_ERROR")
dataset = open_dataset("tests/data/test_gdal_error.gpkg",
gdal_error_handler)
validations = dataset.ExecuteSQL('select rtreecheck("rtree_table_geom");')
dataset.ReleaseResultSet(validations)
assert results[0] == "GDAL_ERROR"
assert len(results) == 1
def test_with_gpkg():
expected = [
("test_dimensions", "more than two dimensions."),
("test_dimensions3", "more than two dimensions."),
("test_dimensions3", "an elevation (Z) dimension that are all 0."),
("test_dimensions4", "more than two dimensions."),
("test_dimensions4", "a measurement (M) dimension that are all 0."),
("test_dimensions4", "an elevation (Z) dimension that are all 0."),
("test_dimensions4_correct", "more than two dimensions."),
("test_dimensions3_correct", "more than two dimensions."),
]
dataset = open_dataset("tests/data/test_dimensions.gpkg")
checks = list(query_dimensions(dataset))
assert checks == expected
def test_silence_between_gdal_errors():
results = []
# Register GDAL error handler function
def gdal_error_handler(err_class, err_num, error):
print(results)
results.append("GDAL_ERROR")
dataset = open_dataset("tests/data/test_gdal_error.gpkg",
gdal_error_handler)
do_something_with_error_gdal(dataset)
do_something_silenced_gdal(dataset)
do_something_with_error_gdal(dataset)
assert len(results) == 2
assert results == ["GDAL_ERROR", "GDAL_ERROR"]
def test_with_gpkg_allcorrect():
dataset = open_dataset("tests/data/test_allcorrect.gpkg")
checks = list(query_layernames(dataset))
assert len(checks) == 1
assert checks[0] == "test_allcorrect"
def test_with_gpkg_allcorrect():
dataset = open_dataset("tests/data/test_allcorrect.gpkg")
checks = list(query_db_views(dataset))
assert len(checks) == 0
def test_with_gpkg():
dataset = open_dataset("tests/data/test_db_views.gpkg")
checks = list(query_db_views(dataset))
assert len(checks) == 1
assert checks[0] == "wrong_view"
def test_rq15_with_gpkg_geometry_type_equals_gpkg_definition_valid_check():
dataset = open_dataset("tests/data/test_allcorrect.gpkg")
result = list(GeometryTypeEqualsGpkgDefinitionValidator(dataset).check())
assert len(result) == 0
def test_with_gpkg():
dataset = open_dataset("tests/data/test_rtree_valid.gpkg", lambda x: None)
checks = list(rtree_valid_check_query(dataset))
assert len(checks) == 1
assert checks[0] == "Found (1 -> 2) in %_rowid table, expected (1 -> 1)"
def test_with_gpkg_allcorrect():
dataset = open_dataset("tests/data/test_allcorrect.gpkg", lambda x: None)
checks = list(rtree_valid_check_query(dataset))
assert len(checks) == 0
def test_with_gpkg():
dataset = open_dataset("tests/data/test_featureid.gpkg")
checks = list(query_feature_id(dataset))
assert len(checks) == 1
assert checks[0][0] == "test_featureid"
assert checks[0][1] == 0
def test_with_gpkg():
dataset = open_dataset("tests/data/test_layername.gpkg")
checks = list(query_layernames(dataset))
assert len(checks) == 1
assert checks[0] == "test_LAYERNAME"
def test_rtrees_query_has_no_result_on_table__with_no_geometry():
dataset = open_dataset("tests/data/test_correct_attribute.gpkg")
checks = list(query_rtree_presence(dataset))
assert len(checks) == 0
def test_with_gpkg():
dataset = open_dataset("tests/data/test_rtree_present_alltables.gpkg")
checks = list(query_rtree_presence(dataset))
assert len(checks) == 1
assert checks[0] == "no table has an rtree index"
def test_singletable_with_gpkg():
dataset = open_dataset("tests/data/test_rtree_present_single_table.gpkg")
checks = list(query_rtree_presence(dataset))
assert len(checks) == 1
assert checks[0] == "test_rtree_present_single_table"
def test_rq3_with_gpkg():
dataset = open_dataset("tests/data/test_geometry_type.gpkg")
checks = list(query_geometry_types(dataset))
assert len(checks) == 1
assert checks[0][0] == "test_geometry_type"
assert checks[0][1] == "COMPOUNDCURVE"
def test_with_gpkg_allcorrect():
dataset = open_dataset("tests/data/test_allcorrect.gpkg")
checks = list(query_rtree_presence(dataset))
assert len(checks) == 0
def test_rq3_with_gpkg_allcorrect():
dataset = open_dataset("tests/data/test_allcorrect.gpkg")
checks = list(query_geometry_types(dataset))
assert len(checks) == 0
