def solve():
answer = tk.Tk()
answer.title('Boggle Solutions')
words = bg.solve()
lengths = [len(word) for word in words]
mx = max(lengths)
mn = min(lengths)
listboxes = []
scrollbars = []
for i in range(mn, mx + 1):
scrollbars.append(tk.Scrollbar(answer))
listboxes.append(
tk.Listbox(answer,
width=i + 1,
font="Helvetica 20 bold",
yscrollcommand=scrollbars[-1].set))
# listboxes[-1].grid(column=2*(i-mn), row=0)
# scrollbars[-1].grid(column=2*(i-mn)+1,row = 0)
listboxes[-1].pack(side=tk.LEFT, fill=tk.Y)
scrollbars[-1].pack(side=tk.LEFT, fill=tk.Y)
scrollbars[-1].config(command=listboxes[-1].yview)
for word in words:
if len(word) == i:
listboxes[-1].insert(tk.END, word)
answer.lift()
def test_boggle():
"""Checks for twelve known words in a specific board."""
board = """CATER
XLUAW
BDFGH
IJKMN
OPQST"""
board2 = """CATERWAULING
ASDFGHJKLZXC
QAZWSXEDCRFV
TGBYHNUJMIKL
OKMIJNUHBYGV
TFCRDXESZWAQ
ASDFGHJKLZXC
QAZWSXEDCRFV
TGBYHNUJMIKL
OKMIJNUHBYGV
TFCRDXESZWAQ
ABABABABABAB"""
known_words = set(["cat", "cater", "caterwaul", "ate", "tea",
"eta", "late", "lute", "later", "wag",
"jib", "poi"])
found_words = set()
for word in solve(board):
assert word in known_words
found_words.add(word)
assert known_words == found_words
def get_words(self):
key = 'words_%d' % self.id
result = cache.get(key)
if result is None:
result = boggle.solve(self.rows, self.min_length)
cache.set(key, result, timeout=300)
return result
def main():
usage = """Usage: %prog [board_letters]
Example: %prog T N N H I G N E S G E I C A H N"""
parser = optparse.OptionParser(usage=usage)
options, args = parser.parse_args()
if len(args) is not 16:
print "You typed in the wrong number of letters, %s should be 16try again" % len(args)
return
boggle.load_dictionary()
if args:
board = boggle.make_board(width=WIDTH, height=HEIGHT, letters=' '.join(args))
boggle.print_board(board)
print '----'
#precalculate word list, optimize by doing robot while building this up
words, locmap = boggle.solve(board)
wordList = list(words)
wordList.sort(cmp=bylength)
for i in wordList:
print "( %s -> %s )" % (i, locmap[i])
locs = locmap[i].split(",")
finger.down(*convertToCoordinates(locs[0]))
for loc in locs[1:]:
finger.drag(*convertToCoordinates(loc))
finger.up()
print
def test_boggle():
"""Checks for twelve known words in a specific board."""
board = """CATER
XLUAW
BDFGH
IJKMN
OPQST"""
known_words = set([
"cat", "cater", "caterwaul", "ate", "tea", "eta", "late", "lute",
"later", "wag", "jib", "poi"
])
found_words = set()
for word in solve(board):
assert word in known_words
found_words.add(word)
assert known_words == found_words
