def test_resolve_category_for_room_matches_correctly(self):
for t in ["AUL01", "aul01", "aula", " aula", "aula ", " AULA "]:
for r in self.generate_rooms_with_text(t):
m = DXFRoomCatsResolver._resolve_category_for_room(r, self.cats)
self.assertTrue(m)
self.assertEqual(r["cat_id"], "AUL01")
for t in ["WC01", "bAGNO", "bagno ", " wc01", " wc01", " BaGnO "]:
for r in self.generate_rooms_with_text(t):
m = DXFRoomCatsResolver._resolve_category_for_room(r, self.cats)
self.assertTrue(m)
self.assertEqual(r["cat_id"], "WC01")
def test_resolve_category_for_room_does_not_match(self):
should_not_match = [
"AULs01", "aul001", "aulas", " l'aula", "aulai ", " AAULA ",
"WC011", "baAGNO", "B bagno ", " w c01", " wc001", " BaGnOs "
]
for t in should_not_match:
for r in self.generate_rooms_with_text(t):
m = DXFRoomCatsResolver._resolve_category_for_room(r, self.cats)
self.assertFalse(m)
self.assertTrue("cat_id" not in r)
def test_cat_id_has_higher_priority_on_resolution(self):
# Dovrà matchare "Aula" anche se le stanze contengono "Bagno" e "Aula Informatica"
for t in ["AUL01", "aul01", " aul01"]:
for r in self.generate_rooms_with_text(t):
r["texts"].append({ "text": "BAgno" })
r["texts"].insert(0, { "text": "Aula Informatica" })
m = DXFRoomCatsResolver._resolve_category_for_room(r, self.cats)
self.assertTrue(m)
self.assertEqual(r["cat_id"], "AUL01")
# Dovrà matchare "Bagno" anche se le stanze contengono "Aula" e "Aula Informatica"
for t in ["WC01", " wc01 ", " wC01 "]:
for r in self.generate_rooms_with_text(t):
r["texts"].append({ "text": "Aula" })
r["texts"].insert(0, { "text": "Aula Informatica" })
m = DXFRoomCatsResolver._resolve_category_for_room(r, self.cats)
self.assertTrue(m)
self.assertEqual(r["cat_id"], "WC01")
