def setUp(self):
self.df = pd.DataFrame({
"id": [1],
"x_coord": [776969.460426],
"y_coord": [2959300.669159480],
'input_coord_system': [2249],
'output_coord_system': [2249],
'return_intersection': [True]
})
self.x = "x_coord"
self.y = "y_coord"
self.input_coord_system = "input_coord_system"
self.output_coord_system = "output_coord_system"
self.return_intersection = "return_intersection"
self.x_value = self.df["x_coord"][0]
self.y_value = self.df["y_coord"][0]
self.input_coord_value = self.df['input_coord_system'][0]
self.output_coord_system = self.df['output_coord_system'][0]
self.reverse_geocoder = CobArcGISReverseGeocoder(
self.df, self.x_value, self.y_value, self.input_coord_system,
self.output_coord_system, self.return_intersection)
self.api_results = self.reverse_geocoder._reverse_geocode(
self.x_value, self.y_value, self.input_coord_value,
self.output_coord_system)
self.address_df = self.reverse_geocoder._parse_address_results(
self.api_results)
class TestReverseGeocoderwithMAStatePlainCoordsasInputandOutput(
unittest.TestCase):
def setUp(self):
self.df = pd.DataFrame({
"id": [1],
"x_coord": [776969.460426],
"y_coord": [2959300.669159480],
'input_coord_system': [2249],
'output_coord_system': [2249],
'return_intersection': [True]
})
self.x = "x_coord"
self.y = "y_coord"
self.input_coord_system = "input_coord_system"
self.output_coord_system = "output_coord_system"
self.return_intersection = "return_intersection"
self.x_value = self.df["x_coord"][0]
self.y_value = self.df["y_coord"][0]
self.input_coord_value = self.df['input_coord_system'][0]
self.output_coord_system = self.df['output_coord_system'][0]
self.reverse_geocoder = CobArcGISReverseGeocoder(
self.df, self.x_value, self.y_value, self.input_coord_system,
self.output_coord_system, self.return_intersection)
self.api_results = self.reverse_geocoder._reverse_geocode(
self.x_value, self.y_value, self.input_coord_value,
self.output_coord_system)
self.address_df = self.reverse_geocoder._parse_address_results(
self.api_results)
def test_default_output_coord_sys(self):
print(self.api_results)
self.assertEqual(self.address_df['latest_coord_system'][0], 2249)
class TestWorcesterMACoordinates(unittest.TestCase):
def setUp(self):
self.df = pd.DataFrame({
"id": [1],
"x_coord": [-71.8023],
"y_coord": [42.2626],
'input_coord_system': [4326],
'output_coord_system': [2249],
'return_intersection': [True]
})
self.x = "x_coord"
self.y = "y_coord"
self.input_coord_system = "input_coord_system"
self.output_coord_system = "output_coord_system"
self.return_intersection = "return_intersection"
self.reverse_geocoder = CobArcGISReverseGeocoder(
self.df, self.x, self.y, self.input_coord_system,
self.output_coord_system, self.return_intersection)
self.api_results = self.reverse_geocoder._reverse_geocode(
self.df["x_coord"][0], self.df["y_coord"][0],
self.input_coord_system)
self.address_df = self.reverse_geocoder._parse_address_results(
self.api_results)
def get_an_actual_error_message(self):
self.asssertTrue(self.api_results)
def test_address_results_df_null(self):
self.assertTrue(self.address_df is None)
def test_error_message(self):
print(self.api_results)
self.code = self.api_results.get('error')['code']
self.assertEqual(self.code, 400)
class TestReverseGeocoderwithMAStatePlainCoords(unittest.TestCase):
def setUp(self):
self.df = pd.DataFrame({
"id": [1],
"x_coord": [776969.460426],
"y_coord": [2959300.669159480],
'input_coord_system': [2249],
'output_coord_system': [4326],
'return_intersection': [True]
})
self.x = "x_coord"
self.y = "y_coord"
self.input_coord_system = "input_coord_system"
self.output_coord_system = "output_coord_system"
self.return_intersection = "return_intersection"
self.x_value = self.df["x_coord"][0]
self.y_value = self.df["y_coord"][0]
self.input_coord_value = self.df['input_coord_system'][0]
self.reverse_geocoder = CobArcGISReverseGeocoder(
self.df, self.x_value, self.y_value, self.input_coord_system,
self.output_coord_system, self.return_intersection)
self.api_results = self.reverse_geocoder._reverse_geocode(
self.x_value, self.y_value, self.input_coord_value)
self.address_df = self.reverse_geocoder._parse_address_results(
self.api_results)
def test_api_results_not_null(self):
self.assertTrue(self.api_results)
def test_geocoder_df_not_null(self):
self.assertFalse(self.address_df.empty)
def test_address_output_from_MA_State_coord(self):
print(self.address_df.columns)
print(self.address_df['Match_addr'])
self.assertEqual(self.address_df['Match_addr'][0],
'427 Commercial St, Boston, 136259, 02109')
def test_default_output_coord_sys(self):
self.assertEqual(self.address_df['output_coord_system'][0], 4326)
def setUp(self):
self.df = pd.DataFrame({
"id": [1],
"x_coord": [-71.8023],
"y_coord": [42.2626],
'input_coord_system': [4326],
'output_coord_system': [2249],
'return_intersection': [True]
})
self.x = "x_coord"
self.y = "y_coord"
self.input_coord_system = "input_coord_system"
self.output_coord_system = "output_coord_system"
self.return_intersection = "return_intersection"
self.reverse_geocoder = CobArcGISReverseGeocoder(
self.df, self.x, self.y, self.input_coord_system,
self.output_coord_system, self.return_intersection)
self.api_results = self.reverse_geocoder._reverse_geocode(
self.df["x_coord"][0], self.df["y_coord"][0],
self.input_coord_system)
self.address_df = self.reverse_geocoder._parse_address_results(
self.api_results)
def setUp(self):
test_df = pd.DataFrame({
"id": [1, 2],
"x_coord": [20757534.681129166, -71.12458864],
"y_coord": [2959300.669159480, 42.367412],
'input_coord_system': [2249, 4326],
'output_coord_system': [4326, 4326],
'return_intersection': [False, False]
})
self.df = test_df
self.x = "x_coord"
self.y = "y_coord"
self.input_coord_system = "input_coord_system"
self.output_coord_system = "output_coord_system"
self.return_intersection = "return_intersection"
self.reverse_geocoder = CobArcGISReverseGeocoder(
self.df, self.x, self.y, self.input_coord_system,
self.output_coord_system, self.return_intersection)