def test__eq__fail_on_location(self):
"""
Tests LocationWrap.__eq__ with two unequal wraps
"""
l1 = LocationWrap('equal')
l2 = LocationWrap('not equal')
l1._weight = 8374
l2._weight = 8374
l1.adminnames = [1, 2, 3, 4]
l2.adminnames = [1, 2, 3, 4]
assert l1 != l2
def test_LocationItems(self):
"""
Tests the "getter" functions for the locationwrapper
"""
loc = Location('Phoenix', 82.546, 36.111, 'phx')
locwrap = LocationWrap(loc)
COUNTRY = 'Jang'
A1 = 'Bob'
A2 = '1'
A3 = '2'
A4 = '3'
l1 = LocationAdminNames(
countryname='Jang',
admin1name='Bob',
admin2name='1',
admin3name='2',
admin4name='3')
locwrap.set_adminnames(l1)
locwrap._weight = 1
assert locwrap.name() == 'Phoenix'
assert locwrap.longitude() == 82.546
assert locwrap.latitude() == 36.111
assert locwrap.geonameid() == 'phx'
assert locwrap.weight() == 1
assert locwrap.countryname() == COUNTRY
assert locwrap.admin1name() == A1
assert locwrap.admin2name() == A2
assert locwrap.admin3name() == A3
assert locwrap.admin4name() == A4
return
def test__eq__fail_on_wrap(self):
"""
Tests LocationWrap.__eq__ with two unequal wraps
"""
l1 = LocationWrap('equal')
l2 = 'i am a string and not a wrap'
l1._weight = 8374
l1.adminnames = [1, 2, 3, 4]
assert l1 != l2
