def testTreeWithFullDeck(self):
'Setur löggildan spilastokk í tré og athugar hvort ákveðnir hnútar séu ekki eins og þeir eiga að vera'
deck = Stokkur()
deck.nyr_random_stokkur()
tree = Tree()
tree.make_tree(deck)
self.assertIsNot(tree.root_1, tree.nil)
self.assertIsNot(tree.root_2, tree.nil)
self.assertIsNot(tree.root_3, tree.nil)
self.assertIsNot(tree.root_2.right.right.left, tree.nil)
self.assertIsNot(tree.root_2.left.left.right, tree.nil)
self.assertIsNot(tree.root_3.right.right.right, tree.nil)
self.assertIs(tree.root_1.right.right.right, tree.root_2.left.left.left)
self.assertIs(tree.root_2.right.right.right, tree.root_3.left.left.left)
for i in range(3):
if i == 0:
root = tree.root_1
elif i == 1:
root = tree.root_2
else:
root = tree.root_3
self.assertIs(root.left.right, root.right.left)
self.assertIs(root.left.left.right, root.right.left.left)
self.assertIs(root.left.left.right, root.left.right.left)
self.assertIs(root.left.right.right, root.right.right.left)
self.assertIs(root.left.right.right, root.right.left.right)
self.assertEqual(len(tree.stokkur.stokkur), 28)
def testTreeWithFullDeck(self):
'Setur löggildan spilastokk í tré og athugar hvort ákveðnir hnútar séu ekki eins og þeir eiga að vera'
deck = Stokkur()
deck.nyr_random_stokkur()
tree = Tree()
tree.make_tree(deck)
self.assertIsNot(tree.root_1, tree.nil)
self.assertIsNot(tree.root_2, tree.nil)
self.assertIsNot(tree.root_3, tree.nil)
self.assertIsNot(tree.root_2.right.right.left, tree.nil)
self.assertIsNot(tree.root_2.left.left.right, tree.nil)
self.assertIsNot(tree.root_3.right.right.right, tree.nil)
self.assertIs(tree.root_1.right.right.right,
tree.root_2.left.left.left)
self.assertIs(tree.root_2.right.right.right,
tree.root_3.left.left.left)
for i in range(3):
if i == 0:
root = tree.root_1
elif i == 1:
root = tree.root_2
else:
root = tree.root_3
self.assertIs(root.left.right, root.right.left)
self.assertIs(root.left.left.right, root.right.left.left)
self.assertIs(root.left.left.right, root.left.right.left)
self.assertIs(root.left.right.right, root.right.right.left)
self.assertIs(root.left.right.right, root.right.left.right)
self.assertEqual(len(tree.stokkur.stokkur), 28)
def testPositions(self):
'Athugar hvort spil séu ekki með sömu staðsetningu'
deck = Stokkur()
deck.nyr_random_stokkur()
tree = Tree()
tree.make_tree(deck)
self.assertEqual(tree.card_pos(tree.root_1.right.right.right),
tree.card_pos(tree.root_2.left.left.left))
self.assertEqual(tree.card_pos(tree.root_2.right.right.right),
tree.card_pos(tree.root_3.left.left.left))
for i in range(3):
if i == 0:
root = tree.root_1
elif i == 1:
root = tree.root_2
else:
root = tree.root_3
self.assertEqual(tree.card_pos(root.left.right),
tree.card_pos(root.right.left))
self.assertEqual(tree.card_pos(root.left.left.right),
tree.card_pos(root.right.left.left))
self.assertEqual(tree.card_pos(root.left.left.right),
tree.card_pos(root.left.right.left))
self.assertEqual(tree.card_pos(root.right.right.left),
tree.card_pos(root.left.right.right))
self.assertEqual(tree.card_pos(root.right.right.left),
tree.card_pos(root.right.left.right))
def testBogusCards(self):
'Athugar hvort að ólögleg spil séu í fullum stokki'
deck = Stokkur()
deck.nyr_random_stokkur()
tmp = []
while deck.has_next():
tmp.append(str(deck.get_next()))
check = all(x not in tmp for x in self.bogusCards)
self.failUnless(check)
def testKnownCards(self):
'Athugar hvort að löggild spil séu í fullum stokki'
deck = Stokkur()
deck.nyr_random_stokkur()
tmp = []
while deck.has_next():
tmp.append(str(deck.get_next()))
check = all(x in tmp for x in self.knownCards)
self.failUnless(check)
def testTreeWithTooFewCards(self):
'Athugar hvort það sé hægt að búa til tré með of fáum spilum'
deck = Stokkur()
deck.nyr_random_stokkur()
for i in range(30):
tmp = deck.get_next()
tree = Tree()
tree.make_tree(deck)
self.assertIs(tree.root_1, tree.nil)
self.assertIs(tree.root_2, tree.nil)
self.assertIs(tree.root_3, tree.nil)
self.assertEqual(len(tree.stokkur.stokkur), 0)
def testTreeWithTooFewCards(self):
'Athugar hvort það sé hægt að búa til tré með of fáum spilum'
deck = Stokkur()
deck.nyr_random_stokkur()
for i in range(30):
tmp = deck.get_next()
tree = Tree()
tree.make_tree(deck)
self.assertIs(tree.root_1, tree.nil)
self.assertIs(tree.root_2, tree.nil)
self.assertIs(tree.root_3, tree.nil)
self.assertEqual(len(tree.stokkur.stokkur), 0)
def testTreeUpdate(self):
'Býr til löggild tré og fjarlægir öll spil úr því og athugar hvort það sé svo örugglega tómt að lokum'
deck = Stokkur()
deck.nyr_random_stokkur()
tree = Tree()
tree.make_tree(deck)
self.assertIsNot(tree.root_1, tree.nil)
self.assertIsNot(tree.root_2, tree.nil)
self.assertIsNot(tree.root_3, tree.nil)
while tree.stokkur.spilafjoldi > 0:
tmp = tree.get_removeables()
for spil in tmp.stokkur:
tree.update_tree(spil)
self.assertIs(tree.root_1, tree.nil)
self.assertIs(tree.root_2, tree.nil)
self.assertIs(tree.root_3, tree.nil)
def testTreeUpdate(self):
'Býr til löggild tré og fjarlægir öll spil úr því og athugar hvort það sé svo örugglega tómt að lokum'
deck = Stokkur()
deck.nyr_random_stokkur()
tree = Tree()
tree.make_tree(deck)
self.assertIsNot(tree.root_1, tree.nil)
self.assertIsNot(tree.root_2, tree.nil)
self.assertIsNot(tree.root_3, tree.nil)
while tree.stokkur.spilafjoldi > 0:
tmp = tree.get_removeables()
for spil in tmp.stokkur:
tree.update_tree(spil)
self.assertIs(tree.root_1, tree.nil)
self.assertIs(tree.root_2, tree.nil)
self.assertIs(tree.root_3, tree.nil)
def testCardCount(self):
'Prófar að fjarlægja öll spil úr stokki'
deck = Stokkur()
deck.nyr_random_stokkur()
tmp = []
self.assertTrue(deck.has_next())
while deck.has_next():
tmp.append(deck.get_next())
self.assertEqual(self.deckCount, len(tmp))
self.assertFalse(deck.has_next())
def testPositions(self):
'Athugar hvort spil séu ekki með sömu staðsetningu'
deck = Stokkur()
deck.nyr_random_stokkur()
tree = Tree()
tree.make_tree(deck)
self.assertEqual(tree.card_pos(tree.root_1.right.right.right), tree.card_pos(tree.root_2.left.left.left))
self.assertEqual(tree.card_pos(tree.root_2.right.right.right), tree.card_pos(tree.root_3.left.left.left))
for i in range(3):
if i == 0:
root = tree.root_1
elif i == 1:
root = tree.root_2
else:
root = tree.root_3
self.assertEqual(tree.card_pos(root.left.right), tree.card_pos(root.right.left))
self.assertEqual(tree.card_pos(root.left.left.right), tree.card_pos(root.right.left.left))
self.assertEqual(tree.card_pos(root.left.left.right), tree.card_pos(root.left.right.left))
self.assertEqual(tree.card_pos(root.right.right.left), tree.card_pos(root.left.right.right))
self.assertEqual(tree.card_pos(root.right.right.left), tree.card_pos(root.right.left.right))
def testCardCount(self):
'Prófar að fjarlægja öll spil úr stokki'
deck = Stokkur()
deck.nyr_random_stokkur()
tmp = []
self.assertTrue(deck.has_next())
while deck.has_next():
tmp.append(deck.get_next())
self.assertEqual(self.deckCount, len(tmp))
self.assertFalse(deck.has_next())
def testBogusCards(self):
'Athugar hvort að ólögleg spil séu í fullum stokki'
deck = Stokkur()
deck.nyr_random_stokkur()
tmp = []
while deck.has_next():
tmp.append(str(deck.get_next()))
check = all(x not in tmp for x in self.bogusCards)
self.failUnless(check)
def testKnownCards(self):
'Athugar hvort að löggild spil séu í fullum stokki'
deck = Stokkur()
deck.nyr_random_stokkur()
tmp = []
while deck.has_next():
tmp.append(str(deck.get_next()))
check = all(x in tmp for x in self.knownCards)
self.failUnless(check)