def test_should_create_one_object(self): """Create an object from the first line of data""" luke = createOCOpoint(**{ 'latitude': self.dataset['latitude'][0], 'longitude': self.dataset['longitude'][0], 'xco2': self.dataset['xco2'][0], 'date': self.dataset['date'][0], } ) self.assertEqual(luke.latitude, self.dataset['latitude'][0]) self.assertEqual(luke.longitude, self.dataset['longitude'][0]) self.assertEqual(luke.xco2, self.dataset['xco2'][0]) self.assertEqual(luke.timestamp, datetime(*map(int, self.dataset['date'][0])))
def test_should_create_one_object(self): """Create an object from the first line of data""" luke = createOCOpoint( **{ 'latitude': self.dataset['latitude'][0], 'longitude': self.dataset['longitude'][0], 'xco2': self.dataset['xco2'][0], 'date': self.dataset['date'][0], }) self.assertEqual(luke.latitude, self.dataset['latitude'][0]) self.assertEqual(luke.longitude, self.dataset['longitude'][0]) self.assertEqual(luke.xco2, self.dataset['xco2'][0]) self.assertEqual(luke.timestamp, datetime(*map(int, self.dataset['date'][0])))
def setUp(self): # insert some rows and return their pks samples = util_populate_table(self.dataset, self.test_length) # pick a random sample self.i, self.test_point_pk, self.test_areas_pk, self.long, self.lat = pick_random_sample( self.dataset, samples) from src.formatdata import createOCOpoint self.luke = createOCOpoint( **{ 'latitude': self.dataset['latitude'][self.i], 'longitude': self.dataset['longitude'][self.i], 'xco2': self.dataset['xco2'][self.i], 'date': self.dataset['date'][self.i], })
def test_create_objects_from_netcdf(self): """Test creation of many object""" luke = (createOCOpoint(**{ 'latitude': self.dataset['latitude'][i], 'longitude': self.dataset['longitude'][i], 'xco2': self.dataset['xco2'][i], 'date': self.dataset['date'][i], }) for i in range(5)) for p in luke: print(p) try: next(luke) except StopIteration: break
def setUp(self): # insert some rows and return their pks samples = util_populate_table(self.dataset, self.test_length) # pick a random sample self.i, self.test_point_pk, self.test_areas_pk, self.long, self.lat = pick_random_sample( self.dataset, samples ) from src.formatdata import createOCOpoint self.luke = createOCOpoint(**{ 'latitude': self.dataset['latitude'][self.i], 'longitude': self.dataset['longitude'][self.i], 'xco2': self.dataset['xco2'][self.i], 'date': self.dataset['date'][self.i], } )
def test_create_objects_from_netcdf(self): """Test creation of many object""" luke = (createOCOpoint( **{ 'latitude': self.dataset['latitude'][i], 'longitude': self.dataset['longitude'][i], 'xco2': self.dataset['xco2'][i], 'date': self.dataset['date'][i], }) for i in range(5)) for p in luke: print(p) try: next(luke) except StopIteration: break
def setUpClass(cls): print(cls.__doc__) _, cls.engine = start_postgre_engine('test', False) cls.conn = cls.engine.connect() cls.paths = return_files_paths() cls.dataset = return_dataset(cls.paths[0]) # create an OCOpoint from the first record in the first file cls.luke = createOCOpoint( **{ 'latitude': cls.dataset['latitude'][0], 'longitude': cls.dataset['longitude'][0], 'xco2': cls.dataset['xco2'][0], 'date': cls.dataset['date'][0], })
def setUpClass(cls): print(cls.__doc__) _, cls.engine = start_postgre_engine('test', False) cls.conn = cls.engine.connect() cls.paths = return_files_paths() cls.dataset = return_dataset(cls.paths[0]) # create an OCOpoint from the first record in the first file cls.luke = createOCOpoint(**{ 'latitude': cls.dataset['latitude'][0], 'longitude': cls.dataset['longitude'][0], 'xco2': cls.dataset['xco2'][0], 'date': cls.dataset['date'][0], } )