def test_create_empty(self):
bag = LetterBag()
self.assertTrue(bag.contentCount() == 0,
"empty bag contentCount() is zero")
try:
l = bag.remove('c')
self.assertTrue(False, "able to remove letter from empty bag")
except Exception, e:
self.assertTrue(True, "exception trying to remove from empty bag")
def test_create_empty(self):
bag = LetterBag()
self.assertTrue(
bag.contentCount() == 0,
"empty bag contentCount() is zero")
try:
l = bag.remove('c')
self.assertTrue(False, "able to remove letter from empty bag")
except Exception, e:
self.assertTrue(True, "exception trying to remove from empty bag")
def testShortGame(self):
self.setUp()
repository = GameStateRepository()
joe = User.create('joe', '*****@*****.**')
steve = User.create('steve', '*****@*****.**')
v = PrintView()
game = GameState.create()
game.addPlayer(joe)
game.addPlayer(steve)
for p in game.players:
p.bag = LetterBag.fromString('catgegae')
game.start()
self.assertTrue(game.leader().score == 0, "leader score==0")
repository.register(game)
id = repository.id(game)
self.assertTrue(id != None, 'registering with repository set game id')
game2 = repository.findById(id)
self.assertTrue(game2.leader().score == 0, "leader score==0")
game2.playWord(joe,0,0,True,'cat')
repository.update(game2)
game3 = repository.findById(id) # same id retrieves game2 update
self.assertTrue(game3.leader().score == 4, "same id retrieves update")
self.tearDown()
def test_removeRandom(self):
letters = 'thequickfoxtheolddog'
total = len(letters)
bag = LetterBag.fromString(letters)
self.assertTrue(bag.contentCount() == total,
'{} letters in {}'.format(total, letters))
bag2 = bag.removeRandom(7)
expectedRemaining = total - 7
self.assertTrue(bag.contentCount() == expectedRemaining,
'{} left after removing 7'.format(expectedRemaining))
bag3 = bag.removeRandom(expectedRemaining)
self.assertTrue(bag.contentCount() == 0,
'none left after removing all')
bag2.addAll(bag3)
for i in range(total):
bag2.remove(letters[i])
self.assertTrue(bag2.contentCount() == 0, 'found all letters in bag2')
def testScoreOnlyWhenAddingLetters(self):
joe = self.joe
steve = self.steve
v = PrintView()
game = self.game
for p in game.players:
p.bag = LetterBag.fromString('catgegae')
self.assertTrue(game.leader().score == 0, "leader score==0")
game.playWord(joe, 0, 0, True, 'cat')
self.assertTrue(game.scoreForUser(joe) == 4, "score for cat is 4")
try:
game.playWord(steve, 0, 0, True, 'cat')
self.assertTrue(
False, 'playing word already played should raise exception')
except ValueError, e:
self.assertTrue(
True, 'playing word already played raised error: {}'.format(e))
def testShortGame(self):
joe = self.joe
steve = self.steve
v = PrintView()
game = self.game
for p in game.players:
p.bag = LetterBag.fromString('catgegae')
self.assertTrue(game.leader().score == 0, "leader score==0")
game.playWord(joe, 0, 0, True, 'cat')
game.playWord(steve, 0, 0, False, 'cage')
game.playWord(joe, 0, 2, True, 'gag')
game.playWord(steve, 2, 2, False, 'gate')
game.skipTurn(joe)
game.skipTurn(steve)
v.showGameState(game)
self.assertTrue(game.gameOver(), "game is over")
self.assertTrue(game.leader().player.name == 'steve',
"steve is the winner")
self.assertTrue(game.leader().score == 13, "winner score is 13")
def testScoreOnlyWhenAddingLetters(self):
joe = self.joe
steve = self.steve
v = PrintView()
game = self.game
for p in game.players:
p.bag = LetterBag.fromString('catgegae')
self.assertTrue(game.leader().score == 0, "leader score==0")
game.playWord(joe,0,0,True,'cat')
self.assertTrue(game.scoreForUser(joe) == 4, "score for cat is 4")
try:
game.playWord(steve,0,0,True,'cat')
self.assertTrue(
False,
'playing word already played should raise exception')
except ValueError, e:
self.assertTrue(
True,
'playing word already played raised error: {}'.format(e))
def test_removeRandom(self):
letters = 'thequickfoxtheolddog'
total = len(letters)
bag = LetterBag.fromString(letters)
self.assertTrue(
bag.contentCount() == total,
'{} letters in {}'.format(total,letters))
bag2 = bag.removeRandom(7)
expectedRemaining = total - 7
self.assertTrue(
bag.contentCount() == expectedRemaining,
'{} left after removing 7'.format(expectedRemaining))
bag3 = bag.removeRandom(expectedRemaining)
self.assertTrue(
bag.contentCount() == 0,
'none left after removing all')
bag2.addAll(bag3)
for i in range(total):
bag2.remove(letters[i])
self.assertTrue(
bag2.contentCount() == 0,
'found all letters in bag2')
def testShortGame(self):
joe = self.joe
steve = self.steve
v = PrintView()
game = self.game
for p in game.players:
p.bag = LetterBag.fromString('catgegae')
self.assertTrue(game.leader().score == 0, "leader score==0")
game.playWord(joe,0,0,True,'cat')
game.playWord(steve,0,0,False,'cage')
game.playWord(joe,0,2,True,'gag')
game.playWord(steve,2,2,False,'gate')
game.skipTurn(joe)
game.skipTurn(steve)
v.showGameState(game)
self.assertTrue(game.gameOver(), "game is over")
self.assertTrue(
game.leader().player.name == 'steve',
"steve is the winner")
self.assertTrue(game.leader().score == 13, "winner score is 13")
def test_letterAtIndex(self):
bag = LetterBag.fromString('aaaccez')
self.assertTrue(bag.letterAtIndex(0) == 'a', "bag has an 'a' at 0")
self.assertTrue(bag.letterAtIndex(2) == 'a', "bag has an 'a' at 2")
self.assertTrue(bag.letterAtIndex(6) == 'z', "bag has an 'z' at 6")
self.assertTrue(bag.letterAtIndex(5) == 'e', "bag has an 'e' at 5")
def test_simple_example(self):
bag = LetterBag()
bag.add('a')
self.assertTrue(bag.contentCount() == 1,
"size is one after adding one")
bag.add('z')
self.assertTrue(bag.contentCount() == 2, "2 after adding second")
bag.add('z')
self.assertTrue(bag.contentCount() == 3, "3 after adding third")
try:
l = bag.remove('c')
self.assertTrue(False, "able to remove letter not in bag")
except Exception, e:
self.assertTrue(True,
"exception trying to remove letter not in bag")
def restoreTransients(self, state):
"""set transient values from persistent fields"""
state.bagOfLetters = LetterBag.fromString(state.letters)
state.boardContent = list(state.board) # list support random access
return state
def test_simple_example(self):
bag = LetterBag()
bag.add('a')
self.assertTrue(
bag.contentCount() == 1,
"size is one after adding one")
bag.add('z')
self.assertTrue(bag.contentCount() == 2, "2 after adding second")
bag.add('z')
self.assertTrue(bag.contentCount() == 3, "3 after adding third")
try:
l = bag.remove('c')
self.assertTrue(False, "able to remove letter not in bag")
except Exception, e:
self.assertTrue(
True,
"exception trying to remove letter not in bag")
def restoreTransients(self, state):
"""set (derive) transient values from persistent fields"""
state.game = state.gameKey.get()
state.player = state.userKey.get()
state.bag = LetterBag.fromString(state.letters)
return state
def test_letterAtIndex(self):
bag = LetterBag.fromString('aaaccez')
self.assertTrue( bag.letterAtIndex(0) == 'a', "bag has an 'a' at 0")
self.assertTrue( bag.letterAtIndex(2) == 'a', "bag has an 'a' at 2")
self.assertTrue( bag.letterAtIndex(6) == 'z', "bag has an 'z' at 6")
self.assertTrue( bag.letterAtIndex(5) == 'e', "bag has an 'e' at 5")
def restoreTransients(self, state):
"""set transient values from persistent fields"""
state.bagOfLetters = LetterBag.fromString(state.letters)
state.boardContent = list(state.board) # list support random access
return state
def restoreTransients(self, state):
"""set (derive) transient values from persistent fields"""
state.game = state.gameKey.get()
state.player = state.userKey.get()
state.bag = LetterBag.fromString(state.letters)
return state