def setUp(self):
unittest.TestCase.setUp(self)
self.repository = FileRepository(SentenceValidator, "emptyFile")
self.sentence1 = Sentence(["ana", "are", "mere"])
self.sentence2 = Sentence(["Dana", "are", "pere"])
self.sentence3 = Sentence(["Oana", "are", "bere"])
self.repository.save(self.sentence1)
self.repository.save(self.sentence2)
self.repository.save(self.sentence3)
def __loadFromFile(self, fileName):
"""Loads from file "fileName" each element"""
with open(fileName, "r") as f:
for line in f:
line = line.strip()
listOfWords = line.split(" ")
if self.validator == SentenceValidator:
self.save(Sentence(listOfWords))
def swapLetters(self, sentence, word1, letter1, word2, letter2):
"""Checks if coordinates are valid and swap letters"""
listSentence = self.__stringToLetters(sentence.words)
self.__validateIndex(word1, len(listSentence))
self.__validateIndex(word2, len(listSentence))
self.__validateIndex(letter1 - 1, len(listSentence[word1]) - 2)
self.__validateIndex(letter2 - 1, len(listSentence[word2]) - 2)
listSentence = self.__swapLetters(listSentence, word1, letter1, word2, letter2)
return Sentence(self.__lettersToString(listSentence))
def scramble(self, sentence):
"""Scrambles(shuffle its letters) a Sentence and returns it.
Input
sentence - Sentence object
Output
Sentence - the same sentence with letters shuffled
Raise
None
"""
listSentence = self.__stringToLetters(sentence.words)
while True:
nrOfShuffles = random.randint(10, 50)
while nrOfShuffles:
nrOfShuffles -= 1
word1 = random.randint(0, len(listSentence) - 1)
while True:
l = len(listSentence[word1]) - 1
letter1 = random.randint(0, l)
if not (letter1 == 0 or letter1 == l):
break
word2 = random.randint(0, len(listSentence) - 1)
while True:
l = len(listSentence[word2]) - 1
letter2 = random.randint(0, l)
if not (letter2 == 0 or letter2 == l):
break
listSentence = self.__swapLetters(listSentence, word1, letter1, word2, letter2)
resultSentence = Sentence(self.__lettersToString(listSentence))
if resultSentence == sentence:
continue
return resultSentence
from src.Sentence import Sentence
from src.Player import Player
from os import system
def isLetter(guess):
return len(guess) == 1
def isSentence(guess):
return len(guess) > 1
if __name__ == '__main__':
sentence = Sentence()
coveredSentence = sentence.cover()
player = Player()
inputWarning = ""
while True:
system('cls')
print(coveredSentence)
print("Pozostało {} szans.".format(player.chancesLeft))
if player.hasLost():
print("Przegrana")
system('pause')
break
elif coveredSentence.isGuessed():
print("Wygrana")
system('pause')
break
def testSave(self):
s = Sentence(["ana", "are", "mere"])
self.assertIsNone(self.repository.save(s),
"There should be no problem")
self.assertRaises(Exception, self.repository.save(s))
def test_occurringLetterIsGivenInLowercase_shouldReturnTrue(self):
sentence = Sentence("Jak Kuba Bogu, tak Bóg Kubie.")
self.assertTrue(sentence.isLetterOccurrs("k"))
def test_cover_shouldReturnCoveredSentenceObject(self):
sentence = Sentence("Jak Kuba Bogu, tak Bóg Kubie.")
coveredSentence = sentence.cover()
self.assertTrue(isinstance(coveredSentence, CoveredSentence))