def test_alfabeto_entrada(self):
test1 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/a.txt')
self.assertEqual(test1['alfabeto_entrada'], ['X', 'a', 'b', 'c'])
test2 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/b.txt')
self.assertEqual(test2['alfabeto_entrada'], ['a', 'b', 'c'])
test3 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/c.txt')
self.assertEqual(test3['alfabeto_entrada'], ['0', '1', 'X'])
test4 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/d.txt')
self.assertEqual(test4['alfabeto_entrada'], ['a', 'b'])
test5 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/e.txt')
self.assertEqual(test5['alfabeto_entrada'], ['0', '1'])
def test_estados(self):
test1 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/a.txt')
self.assertEqual(test1['estados'], ['0', '1', '2', '3', '6'])
test2 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/b.txt')
self.assertEqual(test2['estados'], ['0', '1', '2', '3', '4'])
test3 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/c.txt')
self.assertEqual(test3['estados'], ['0', '1', '2', '3', '4', '5', '6'])
test4 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/d.txt')
self.assertEqual(test4['estados'], ['0', '1', '2', '3'])
test5 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/e.txt')
self.assertEqual(test5['estados'], ['0', '1'])
song += ' '
if instr_idx + 1 < len(song_line):
song += ' '
return song
# ========== MAIN SCRIPT================
mycwd = os.getcwd()
os.chdir("..")
print('===== TRANSPOSITION TOOL IN THE CHROMATIC SCALE =====')
first_line = input('Type or copy-paste notes, or enter file name (in ' + os.path.normpath(SONG_DIR_IN) + '/): ').strip()
fp = load_file(SONG_DIR_IN, first_line) # loads file or asks for next line
song_lines = read_lines(fp, first_line)
try:
note_shift = int(input('Transposition ? (-12 ; +12): ').strip())
except ValueError:
note_shift = 0
skyparser = SongParser()
skyparser.set_delimiters(ICON_DELIMITER, PAUSE, QUAVER_DELIMITER, COMMENT_DELIMITER, REPEAT_INDICATOR)
possible_modes = skyparser.get_possible_modes(song_lines)
if len(possible_modes) > 1:
print('\nSeveral possible notations detected.')
song_notation = ask_for_mode(possible_modes)
elif len(possible_modes) == 0:
print('\nCould not detect your note format. Maybe your song contains typo errors?')
def test_estados_finais(self):
test1 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/a.txt')
self.assertEqual(test1['estados_finais'], ['6'])
def test_estado_inicial(self):
test1 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/a.txt')
self.assertEqual(test1['estado_inicial'], '0')
def test_espaco_branco(self):
test1 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/a.txt')
self.assertEqual(test1['simbolo_espaco'], 'B')
def test_transicoes(self):
test1 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/a.txt')
self.assertEqual(len(test1['transicoes']), 13)
self.assertEqual(test1['transicoes'][0]['estado_atual'], '0')
self.assertEqual(test1['transicoes'][0]['estado_destino'], '0')
self.assertEqual(len(test1['transicoes'][0]['fitas']), 1)
self.assertEqual(test1['transicoes'][0]['fitas'][0]['simbolo_atual'],
'X')
self.assertEqual(test1['transicoes'][0]['fitas'][0]['novo_simbolo'],
'X')
self.assertEqual(test1['transicoes'][0]['fitas'][0]['movimento'], 'R')
self.assertEqual(test1['transicoes'][1]['estado_atual'], '0')
self.assertEqual(test1['transicoes'][1]['estado_destino'], '1')
self.assertEqual(len(test1['transicoes'][1]['fitas']), 1)
self.assertEqual(test1['transicoes'][1]['fitas'][0]['simbolo_atual'],
'a')
self.assertEqual(test1['transicoes'][1]['fitas'][0]['novo_simbolo'],
'X')
self.assertEqual(test1['transicoes'][1]['fitas'][0]['movimento'], 'R')
test2 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/b.txt')
self.assertEqual(len(test2['transicoes']), 8)
self.assertEqual(test2['transicoes'][0]['estado_atual'], '0')
self.assertEqual(test2['transicoes'][0]['estado_destino'], '0')
self.assertEqual(len(test2['transicoes'][0]['fitas']), 3)
self.assertEqual(test2['transicoes'][0]['fitas'][0]['simbolo_atual'],
'a')
self.assertEqual(test2['transicoes'][0]['fitas'][0]['novo_simbolo'],
'a')
self.assertEqual(test2['transicoes'][0]['fitas'][0]['movimento'], 'R')
self.assertEqual(test2['transicoes'][0]['fitas'][1]['simbolo_atual'],
'B')
self.assertEqual(test2['transicoes'][0]['fitas'][1]['novo_simbolo'],
'a')
self.assertEqual(test2['transicoes'][0]['fitas'][1]['movimento'], 'R')
self.assertEqual(test2['transicoes'][0]['fitas'][2]['simbolo_atual'],
'B')
self.assertEqual(test2['transicoes'][0]['fitas'][2]['novo_simbolo'],
'B')
self.assertEqual(test2['transicoes'][0]['fitas'][2]['movimento'], 'S')
self.assertEqual(test2['transicoes'][1]['estado_atual'], '0')
self.assertEqual(test2['transicoes'][1]['estado_destino'], '1')
self.assertEqual(len(test2['transicoes'][1]['fitas']), 3)
self.assertEqual(test2['transicoes'][1]['fitas'][0]['simbolo_atual'],
'B')
self.assertEqual(test2['transicoes'][1]['fitas'][0]['novo_simbolo'],
'B')
self.assertEqual(test2['transicoes'][1]['fitas'][0]['movimento'], 'S')
self.assertEqual(test2['transicoes'][1]['fitas'][1]['simbolo_atual'],
'B')
self.assertEqual(test2['transicoes'][1]['fitas'][1]['novo_simbolo'],
'B')
self.assertEqual(test2['transicoes'][1]['fitas'][1]['movimento'], 'L')
self.assertEqual(test2['transicoes'][1]['fitas'][2]['simbolo_atual'],
'B')
self.assertEqual(test2['transicoes'][1]['fitas'][2]['novo_simbolo'],
'B')
self.assertEqual(test2['transicoes'][1]['fitas'][2]['movimento'], 'S')
def test_qt_fitas(self):
test1 = main.read_lines(
'/home/fjorg/Projects/Maquina-de-Turing/tests/a.txt')
self.assertEqual(test1['qt_fitas'], 1)