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
