def test_all_poles(self):
'''
Тестирование всех полей комнаты
'''
print("\ntest_all_poles")
tokens = create_tokens('room a1:' + "\n" +
'height 123' + "\n" +
'width 123' + "\n" +
'left nice1' + "\n" +
'right nice2' + "\n" +
'up nice3' + "\n" +
'down nice4' + "\n" +
'img "nice5"' + "\n" +
'end' )
built_tree = build_tree(tokens)
room1 = Room()
room1.height = tokens[1][1]
room1.width = tokens[2][1]
room1.left = tokens[3][1]
room1.right = tokens[4][1]
room1.up = tokens[5][1]
room1.down = tokens[6][1]
room1.img = tokens[7][1]
tree = {"a1" : room1}
self.assertTrue(are_equal(tree, built_tree))
print("test_all_poles passed")
def create_tree(text):
'''
Создает словарь с комнатами из входного текста
'''
file = open(F_NAME, "w")
file.write(text)
file.close()
tokens = find_tokens(F_NAME)
tree = build_tree(tokens)
return tree
def test_empty_room(self):
'''
Тестирование пустой комнаты
'''
print("\ntest_empty_room")
tokens = create_tokens('room ask321_me:'+ "\n" +
'' + "\n" +
'end' )
built_tree = build_tree(tokens)
room1 = Room()
tree = {"ask321_me" : room1}
self.assertTrue(are_equal(tree, built_tree))
print("test_empty_room passed")
def test_room_reuse(self):
'''
Тестирование ошибки (повторение комнат)
'''
print("\ntest_room_reuse")
tokens = create_tokens('room a1:' + "\n" +
'end' + "\n" +
'room a1:' + "\n" +
'end' )
built_tree = build_tree(tokens)
room1 = Room()
self.assertEqual(built_tree, None)
print("test_room_reuse passed")
def test_room_end_error(self):
'''
Тестирование синтаксической ошибки (нет конца комнаты)
'''
print("\ntest_room_end_error")
tokens = create_tokens('room a1:' + "\n" +
'end' + "\n" +
'room a2:' + "\n" +
'room a3:' + "\n" +
'end' )
built_tree = build_tree(tokens)
self.assertEqual(built_tree, None)
print("test_room_end_error passed")
def test_no_colon(self):
'''
Тестирование синтаксической ошибки (нет двоеточия)
'''
print("\ntest_no_colon")
tokens = create_tokens('room a1:' + "\n" +
'end' + "\n" +
'room a2' + "\n" +
'end' + "\n" +
'room a3:' + "\n" +
'end' )
built_tree = build_tree(tokens)
self.assertEqual(built_tree, None)
print("test_no_colon passed")
def compile():
'''
Компилирует файл (собирает дерево и анализирует его,
используя модули scanner, parser, analyzer)
В случае успешной компиляции возвращает собранное дерево
В случае ошибки возвращает None
'''
print("compiling:")
tokens = find_tokens()
if tokens == None:
return None
tree = build_tree(tokens)
if tree == None:
return None
if analyse_all_errors(tree):
return None
print("compiled successfully")
return tree
def test_some_rooms(self):
'''
Тестирование нескольких комнат
'''
print("\ntest_some_rooms")
tokens = create_tokens('room a1:' + "\n" +
'end' + "\n" +
'room a2:' + "\n" +
'end' + "\n" +
'room a3:' + "\n" +
'end' )
built_tree = build_tree(tokens)
room = Room()
tree = {
"a1" : room,
"a2" : room,
"a3" : room
}
self.assertTrue(are_equal(tree, built_tree))
print("test_some_rooms passed")
