def test_template(self):
# load all the screenshots and make sure each one is as it should be
#for f in self.files:
for i in range(len(self.tests)):
cards = processCards.extractCards(self.files[i])
meaning = processCards.getMeaningFromCards(cards)
self.assertEqual(sorted(meaning.values()), sorted(self.tests[i]))
def test_template(self):
# load all the screenshots and make sure each one is as it should be
#for f in self.files:
for i in range(len(self.tests)):
cards = processCards.extractCards(self.files[i])
meaning = processCards.getMeaningFromCards(cards)
self.assertEqual(sorted(meaning.values()), sorted(self.tests[i]))
def main():
print "Beginning the Solitaire Solver..."
# Give some time to open the window...
time.sleep(5)
s = SolitaireSolver.SolitaireSolver()
#cards = processCards.extractCards()
#topRowInfo, wasteCardInfo, bottomRowInfo = SolitaireSolver.produceOrderedListsOfCardRows(cards)
while True:
cards = processCards.extractCards()
if len(cards) == 0:
break
meaning = processCards.getMeaningFromCards(cards)
retValue = s.makeMove(meaning)
if retValue == False:
print "makeMove Returned false"
break
if retValue == -1:
break