def test_datasources_for_correct_values_returned(self): """ Unpack the tuple & make sure it matches the docstring """ import os # creating the correct folder locations folder_location = os.path.abspath("")+ \ "/MassDOThack/Road_RTTM_Volume/" massdot_bluetoad_data = folder_location + \ "massdot_bluetoad_data/" + \ "massdot_bluetoad_data.csv" pair_definitions = folder_location + \ "pair_definitions.csv" pair_routes = folder_location + \ "pair_routes.xml" # unpack tuple ds1, ds2, ds3 = datasources() # test to see if they match nt.assert_equal(ds1, massdot_bluetoad_data) nt.assert_equal(ds2, pair_definitions) nt.assert_equal(ds3, pair_routes)
def test_datasources_for_correct_values_returned(self): """ Unpack the tuple & make sure it matches the docstring """ import os # creating the correct folder locations folder_location = os.path.abspath("")+ \ "/MassDOThack/Road_RTTM_Volume/" massdot_bluetoad_data = folder_location + \ "massdot_bluetoad_data/" + \ "massdot_bluetoad_data.csv" pair_definitions = folder_location + \ "pair_definitions.csv" pair_routes = folder_location + \ "pair_routes.xml" # unpack tuple ds1,ds2,ds3 = datasources() # test to see if they match nt.assert_equal(ds1,massdot_bluetoad_data) nt.assert_equal(ds2,pair_definitions) nt.assert_equal(ds3,pair_routes)
def open_xml(): """ Opens pair_routes.xml and returns a dictionary """ gb1,gb2,pair_routes = datasources() with open(pair_routes) as fd: obj = xmltodict.parse(fd.read()) return obj