def test_nonLetter_should_raiseException(self):
with self.assertRaises(Exception):
self.game = Game("non Letter $ign")
def test_capitalisedInput_shuold_Decapitalise(self):
self.game= Game("I aM lOoDaChA")
self.assertEqual(self.game.solution, "i am loodacha")
def setUp(self):
self.game = Game("solution")
def test_GuessingLetter_should_removeLetterFromAvailableLetters(self):
self.game = Game("really anything")
self.game.guess = "u"
self.assertNotIn("u", self.game.availableLetters)
def test_falseInput_shuold_reduceScore(self):
self.game = Game("anything")
score = self.game.score
self.game.guess = "z"
self.assertEqual(self.game.score, score-1)
def test_lowScore_should_loseGame(self):
self.game = Game("anything")
self.game.score = 0
self.assertFalse(self.game.victory)
def test_spacesinput_should_faltyAndNonyGuessedList(self):
self.game = Game("very many spaces are in here")
self.assertEqual(5, (self.game.guessed).count(None))
def make_iteration(self, iteration, playerStart = 2, playerEnd = 5):
iteration_result = { }
localPath = self.experimentPath + '/' + str(iteration)
if not os.path.exists(localPath):
os.makedirs(localPath)
self.tf.logging.set_verbosity(self.tf.logging.ERROR)
fileResult = self.experimentPath + '/' + str(iteration) + '/result.csv'
fileDone = self.experimentPath + '/' + str(iteration) + '/done.csv'
fileFail = self.experimentPath + '/' + str(iteration) + '/fail.csv'
fails = 0
games = 0
max_pts = 0
min_pts = 200
sum_turns = 0
sum_points = 0
players = 0
finished = 0
with open(fileResult, 'w') as fr, open(fileDone, 'w') as fd, open(fileFail, 'w') as ff:
predictor = self.predictor.getPredictor()
for pl in range(playerStart, playerEnd):
for rep in range(self.games):
games += 1
lineTck = ''
line = ''
failLine = ''
myGame = Game()
if not os.path.exists('reports/'):
os.makedirs('reports')
os.makedirs('reports/' + str(myGame.gameId))
try:
myGame.prepareGame(pl, predictor)
myGame.execute()
myGame.printResult()
line += str(myGame.gameId) + ';'
with open('reports/' + str(myGame.gameId) + '/raport.txt', 'w') as report:
finished += 1
sum_turns += myGame.turn
for player in myGame.players:
if player.Points > max_pts:
max_pts = player.Points
if player.Points < min_pts:
min_pts = player.Points
sum_points += player.Points
players += 1
line += str(player.Points) + ';'
report.write(str(player.PlayerName) + ' ' + str(player.Points))
failLine += str(player.TicketFail) + ';'
lineTck += str(player.TicketDone) + ';'
except:
e = sys.exc_info()[0]
print(e)
fails += 1
line += 'fail ' + str(len(myGame.players)) + ' in turn: ' + str(myGame.turn)
failLine += 'fail ' + str(len(myGame.players)) + ' in turn: ' + str(myGame.turn)
lineTck += 'fail ' + str(len(myGame.players)) + ' in turn: ' + str(myGame.turn)
sum_turns += myGame.turn
line += '\n'
lineTck += '\n'
failLine += '\n'
fr.write(line)
fd.write(lineTck)
ff.write(failLine)
fr.flush()
fd.flush()
ff.flush()
del myGame
iteration_result['games'] = games
iteration_result['fails'] = fails
if finished == 0:
min = '-'
max = '-'
iteration_result['max'] = max_pts
iteration_result['min'] = min_pts
iteration_result['players'] = players
iteration_result['finished'] = finished
if players == 0:
iteration_result['avg'] = '-'
else:
iteration_result['avg'] = sum_points / players
iteration_result['turns'] = sum_turns / games
return iteration_result