def test_extract_value_number_with_unit(self):
metadata = {"south_lat": "68.666[DEG]"}
rule = MetaFieldCompareRule("north_lat",
"south_lat",
">=",
error="@south_north_mismatch",
data_type="number")
self.assertEqual(68.666, rule._extract_value("south_lat", metadata))
def test_float_larger_equal_success(self):
rule = MetaFieldCompareRule("north_lat",
"south_lat",
">=",
error="@south_north_mismatch",
data_type="number")
dataset = Dataset({"north_lat": "34.56", "south_lat": "28.33"}, [])
self.assertIsNone(rule.eval(dataset, self._lib))
def test_extract_value_not_present(self):
metadata = {"bla": "whocares"}
rule = MetaFieldCompareRule("north_lat",
"south_lat",
">=",
error="@south_north_mismatch",
data_type="number")
self.assertIsNone(rule._extract_value("north_lat", metadata))
def test_extract_value_date(self):
metadata = {"start_date": "20121113"}
rule = MetaFieldCompareRule("end_date",
"start_date",
">=",
error="@whatever",
data_type="date")
self.assertEqual(datetime(2012, 11, 13),
rule._extract_value("start_date", metadata))
def test_date_smaller_equal_success(self):
rule = MetaFieldCompareRule("start_date",
"end_date",
"<=",
error="end date before start date",
data_type="date")
dataset = Dataset({
"start_date": "20080416",
"end_date": "20080416"
}, [])
self.assertIsNone(rule.eval(dataset, self._lib))
def test_int_less_than_error(self):
rule = MetaFieldCompareRule("int_1",
"int_2",
"<",
warning="should be smaller",
data_type="number")
dataset = Dataset({"int_1": "16", "int_2": "15"}, [])
issue = rule.eval(dataset, self._lib)
self.assertIsNotNone(issue)
self.assertEqual(ISSUE_TYPE_WARNING, issue.type)
self.assertEqual("should be smaller", issue.description)
def test_float_not_equal_warning(self):
rule = MetaFieldCompareRule("north_lat",
"south_lat",
"!=",
warning="should not be equal",
data_type="number")
dataset = Dataset({"north_lat": "28.33", "south_lat": "28.33"}, [])
issue = rule.eval(dataset, self._lib)
self.assertIsNotNone(issue)
self.assertEqual(ISSUE_TYPE_WARNING, issue.type)
self.assertEqual("should not be equal", issue.description)
def test_float_larger_equal_error(self):
rule = MetaFieldCompareRule("north_lat",
"south_lat",
">=",
error="@south_north_mismatch",
data_type="number")
dataset = Dataset({"north_lat": "11.56", "south_lat": "28.33"}, [])
issue = rule.eval(dataset, self._lib)
self.assertIsNotNone(issue)
self.assertEqual(ISSUE_TYPE_ERROR, issue.type)
self.assertEqual("@south_north_mismatch", issue.description)
def test_int_equal_invalid_field(self):
rule = MetaFieldCompareRule("int_1",
"int_2",
"==",
error="must be same",
data_type="number")
dataset = Dataset({"int_1": "16"}, [])
issue = rule.eval(dataset, self._lib)
self.assertIsNotNone(issue)
self.assertEqual(ISSUE_TYPE_ERROR, issue.type)
self.assertEqual("Requested field not contained in metadata: int_2",
issue.description)
def test_date_smaller_equal_failure(self):
rule = MetaFieldCompareRule("start_date",
"end_date",
"<",
error="end date before start date",
data_type="date")
dataset = Dataset({
"start_date": "20080416",
"end_date": "20080416"
}, [])
issue = rule.eval(dataset, self._lib)
self.assertIsNotNone(issue)
self.assertEqual("end date before start date", issue.description)
self.assertEqual("ERROR", issue.type)
def test_convert_date_string(self):
self.assertEqual("2008-09-23",
MetaFieldCompareRule._convert_date_string("20080923"))