def testTokenOverlap(self):
tokens = Tokens()
tokens.addLettersWithValue(1, "abccd")
assert tokens.countOverlapForValue(1, "acd") == 3
assert tokens.countOverlapForValue(1, "accd") == 4
assert tokens.countOverlapForValue(1, "acdd") == 3
pass
def testDecrement(self):
tokens = Tokens()
tokens.addLettersWithValue(2, "ham")
tokens.addLettersWithValue(3, "spam")
tokens.decrement()
assert tokens.countOverlapForValue(1, "ham") == 3
assert tokens.countOverlapForValue(2, "spam") == 4
tokens.decrement()
assert tokens.countOverlapForValue(0, "ham") == 3
assert tokens.countOverlapForValue(1, "spam") == 4
tokens.decrement()
assert tokens.countOverlapForValue(0, "ham") == 3
assert tokens.countOverlapForValue(0, "spam") == 4
pass
def testDeltetDecrementTokens(self):
tokens = Tokens()
tokens.addLettersWithValue(1, "ham")
tokens.addLettersWithValue(3, "spam")
tokens.addLettersWithValue(5, "shrubbery")
tokens.deleteLowestLetters('shamm')
tokens.decrement()
assert tokens.countOverlapForValue(1, "ham") == 0
assert tokens.countOverlapForValue(0, "ham") == 0
assert tokens.countOverlapForValue(3, "spam") == 0
assert tokens.countOverlapForValue(2, "spam") == 2
assert tokens.countOverlapForValue(5, "shrubbery") == 0
assert tokens.countOverlapForValue(4, "shrubbery") == 9
tokens.deleteLowestLetters('shamm')
tokens.decrement()
assert tokens.countOverlapForValue(3, "spam") == 0
assert tokens.countOverlapForValue(2, "spam") == 0
assert tokens.countOverlapForValue(1, "spam") == 1
assert tokens.countOverlapForValue(5, "shrubbery") == 0
assert tokens.countOverlapForValue(4, "shrubbery") == 0
assert tokens.countOverlapForValue(3, "shrubbery") == 7
pass
def testAddDeleteTokens(self):
tokens = Tokens()
tokens.addLettersWithValue(1, "ham")
tokens.addLettersWithValue(2, "spam")
assert tokens.countOverlapForValue(1, "ham") == 3
assert tokens.countOverlapForValue(2, "ham") == 2
assert tokens.countOverlapForValue(1, "spam") == 2
assert tokens.countOverlapForValue(2, "spam") == 4
assert tokens.countOverlapForValue(2, "egg") == 0
tokens.addLettersWithValue(3, "egg")
assert tokens.countCharacterForValue(3, 'g') == 2
assert tokens.countOverlapForValue(3, "egg") == 3
tokens.deleteLowestLetters('ag')
assert tokens.countCharacterForValue(1, 'a') == 0
assert tokens.countCharacterForValue(2, 'a') == 1
assert tokens.countCharacterForValue(3, 'g') == 1
tokens.deleteLowestLetters('mm')
assert tokens.countCharacterForValue(1, 'm') == 0
assert tokens.countCharacterForValue(2, 'm') == 0
assert tokens.countCharacterForValue(3, 'm') == 0
try:
value = int(cInput)
if value >= 1 and value <= 10 :
pass
else :
print 'Invalid number'
continue
except ValueError:
print 'Invalid number'
continue
cInput = raw_input("Add Letters\t:")
try:
letters = str(cInput)
if letters.isalpha() :
board.addLettersWithValue(value, letters.lower())
else:
print 'Invalid characters'
continue
except ValueError:
print 'Invalid character'
continue
# solve
print
print board.getAsTable()
solutions = scorer.sort(solver.solve(board.getCharacters()), board)
currentWord = solutions[0] if len(solutions) > 0 else ''
board.deleteLowestLetters(currentWord)
# create board
board = Tokens()
random.seed(666)
charList = generateCharacterOccurance()
currentWord = '12345'
for k in range(1000):
if len(currentWord) < 1:
currentWord = '1'
newChars = ''
while not len(newChars) > 0 or not len(newChars) < 15 or not isPossible(board.getCharacters() + newChars, solver):
newChars = ''
for i in range(len(currentWord)):
for k in range(random.randrange(3)):
newChars += charList[random.randrange(len(charList))]
board.addLettersWithValue(5, newChars)
# solve
print board.getAsTable()
solutions = scorer.sort(solver.solve(board.getCharacters()), board)
currentWord = solutions[0] if len(solutions) > 0 else ''
board.deleteLowestLetters(currentWord)
board.decrement()
print '\n' + currentWord + ' (' + str(len(solutions)) + ')\n' if len(currentWord) > 0 else "!!No Word found!! -> \n"
