def main():
# try to read an existing or new puzzle from command line (not required)
try:
puzzle_idx = sys.argv[1].strip().upper()
except:
print('Please enter a puzzle. Exiting...')
exit(0)
if puzzle_idx is not None:
# check validity of letters
utils.check_letters(puzzle_idx)
# choose standard sorting for all puzzle file names
puzzle_idx = utils.sort_letters(puzzle_idx)
# select puzzle, generate it if it doesn't exist
puzl_path = utils.select_puzzle(puzzle_idx)
# load json puzzle data
puzl = utils.read_puzzle(puzl_path)
# solve puzzle (cheat mode)
solve(puzl)
def main(puzzle_input=None):
# get array of previously generated puzzles, to check against
existing_puzzles = get_existing_puzzles()
words = get_words(params.WORD_LIST_PATH)
#words = words[0:10000] #debug
print('total words: ', len(words))
pool = get_pangramable_letter_pool(words)
print(f'unique {params.TOTAL_LETTER_COUNT}-letter pool: ' + str(len(pool)))
# header for csv output
print('\t'.join(
('letters', 'word_count', 'total_score', 'pangram_count', 'is_valid')))
if len(sys.argv) > 1:
puzzle_input = sys.argv[1].strip().upper()
else:
puzzle_input = None
# user has requested a specific puzzle be created
if puzzle_input is not None:
# check validity of letters
utils.check_letters(puzzle_input)
# manually request one puzzle by defining letters on command line
# alphabetize the non-center letters (all but first in array)
puzzle_input = utils.sort_letters(puzzle_input)
make_puzzles(words, pool, existing_puzzles, puzzle_input)
# user/code has no specific puzzle to create, generating many
else:
idx_valid = 0
# generating N puzzles based on params
for _ in range(params.MAX_PUZZLE_TRIES):
idx_valid += make_puzzles(words, pool, existing_puzzles, None)
# reached target count of puzzles, exiting loop
if idx_valid >= params.PUZZLE_COUNT:
exit(0)
return puzzle_input
def main():
# try to read an existing or new puzzle from command line (not required)
try:
puzzle_idx = sys.argv[1].strip().upper()
except:
puzzle_idx = None
if puzzle_idx is not None:
# check validity of letters
utils.check_letters(puzzle_idx)
# choose standard sorting for all puzzle file names
puzzle_idx = utils.sort_letters(puzzle_idx)
puzl_path = utils.select_puzzle(puzzle_idx)
puzl = utils.read_puzzle(puzl_path)
play(puzl)
def test_utils(self):
self.assertTrue(utils.check_letters('lmRRlMLRRLMrmlRmlMR'))
self.assertTrue(utils.check_letters(''))
self.assertTrue(utils.check_letters('LMRrml'))
self.assertFalse(utils.check_letters('0'))
self.assertFalse(utils.check_letters('LMRrml0'))
self.assertFalse(utils.check_letters('lmRRlMLRRLMrmlRmlMR '))
def main(puzzle_input=None):
words = get_words(params.WORD_LIST_PATH)
#words = words[0:10000] #debug
# header for csv output
print('\t'.join(('index', 'letters', 'word_count', 'total_score',
'pangram_count', 'is_valid')))
if len(sys.argv) > 1:
puzzle_input = sys.argv[1].strip().upper()
else:
puzzle_input = None
# user has requested a specific puzzle be created
if puzzle_input is not None:
# check validity of letters
utils.check_letters(puzzle_input)
# manually request one puzzle by defining letters on command line
# alphabetize the non-center letters (all but first in array)
puzzle_input = utils.sort_letters(puzzle_input)
make_puzzles(words, puzzle_input)
# user/code has no specific puzzle to create, generating many
else:
idx_valid = 0
# generating N puzzles based on params
for i in range(params.MAX_PUZZLE_TRIES):
idx_valid += make_puzzles(words, None)
# reached target count of puzzles, exiting loop
if idx_valid >= params.PUZZLE_COUNT:
exit(0)
return puzzle_input
def populate(g):
directions = ('n','s','e','w')
moves = ('l', 'r', 'm')
rovers = []
coordinates = None
sequence = None
cont = '1'
while(cont!='0'):
while(True):
location = input('Please give the X and Y coordinates of the rover, as well as the cardinal direction (single letter) the rover is facing "X Y D": ')
try:
coordinates = location.split()
if (len(coordinates)<3):
raise ValueTooSmallError
elif (len(coordinates)>3):
raise ValueTooLargeError
elif(int(coordinates[0])<0 or int(coordinates[1])<0):
raise ValueError
elif(coordinates[2].lower() not in directions):
raise AlphaError
break
except ValueTooSmallError:
print('\nYou entered too few arguments, please give both an X and Y coordinate, and direction.')
except ValueTooLargeError:
print('\nYou entered too many arguments, please give only an X and Y coordinate, and direction.')
except ValueError as e:
print("\nThe coordinates you entered were not non negative integers. Please make sure that your X and Y arguments are both non negative integers.")
except NumericError:
print("\nThe direction you entered was not N, S, E, or W. Please make sure it is a direction")
while(True):
sequence = input('Please give the sequence of moves you would like to give the rover in a 1 string sequence (eg. "LMMRRM"): ')
if(check_letters(sequence)):
break
print("Invalid sequence, your sequence must contain only the letters 'L', 'R', and 'M'\n")
rovers.append(Rover(coordinates[0],coordinates[1],coordinates[2], sequence, g))
cont = input('Rover added. Enter 0 if you have no more rovers, enter anything else to add another: ')
return rovers
