def test_make_directions_links(self):
D, Ar, pr = fdr.make_distance_matrix(self.As, self.p)
R = fdr.find_routes(D, Ar, pr)
S = fdr.make_directions_links(R)
self.assertIsInstance(S, dict)
self.assertTrue(all([v[1].split('\n')[0] == self.As[0][0]\
+ ' ' + self.As[0][1] for v in S.values()]))
def test_optimize_waypoints(self):
D, Ar, pr = fdr.make_distance_matrix(self.As, self.p)
R = fdr.naive_find_routes(D, Ar, pr)
O = fdr.optimize_waypoints(R)
self.assertIsInstance(O, dict)
self.assertTrue(O[1]['route_address'][1][0] == 'Ritual Coffee')
self.assertTrue(O[1]['route_address'][2][0] == 'Freewheel Bike Shop')
def test_naive_find_routes(self):
D, Ar, pr = fdr.make_distance_matrix(self.As, self.p)
R = fdr.naive_find_routes(D, Ar, pr)
self.assertIsInstance(R, dict)
self.assertTrue(
any(['Flywheel' in a[0] for a in R[0]['route_address']]))
self.assertTrue(any(['Ritual' in a[0] for a in R[1]['route_address']]))
self.assertTrue('Arsicault' in [v['name'] for v in R.values()])
self.assertTrue('La Boulangerie' in [v['name'] for v in R.values()])
def test_make_distance_matrix(self):
Dr, Ar, pr = fdr.make_distance_matrix(self.As, self.p)
self.assertEqual(self.At, Ar)
self.assertEqual([4, 5], pr)
self.assertEqual(self.Dc, Dr)