def test_check_answers_locked(self):
'''Verify that we can check answers even when the solution is locked
'''
p1 = puz.read('testfiles/nyt_locked.puz')
p2 = puz.read('testfiles/nyt_locked.puz')
p1.unlock_solution(7844)
self.assertTrue(p2.is_solution_locked())
self.assertTrue(p2.check_answers(p1.solution))
def testCheckAnswersLocked(self):
'''Verify that we can check answers even when the solution is locked
'''
p1 = puz.read('testfiles/nyt_locked.puz')
p2 = puz.read('testfiles/nyt_locked.puz')
p1.unlock_solution(7844)
self.assertTrue(p2.is_solution_locked())
self.assertTrue(p2.check_answers(p1.solution))
def test_puzzle_type(self):
self.assertNotEqual(
puz.read('testfiles/washpost.puz').puzzletype,
puz.PuzzleType.Diagramless)
self.assertNotEqual(
puz.read('testfiles/nyt_locked.puz').puzzletype,
puz.PuzzleType.Diagramless)
self.assertEqual(
puz.read('testfiles/nyt_diagramless.puz').puzzletype,
puz.PuzzleType.Diagramless)
def testPuzzleType(self):
self.assertFalse(
puz.read('testfiles/washpost.puz').puzzletype ==
puz.PuzzleType.Diagramless)
self.assertFalse(
puz.read('testfiles/nyt_locked.puz').puzzletype ==
puz.PuzzleType.Diagramless)
self.assertTrue(
puz.read('testfiles/nyt_diagramless.puz').puzzletype ==
puz.PuzzleType.Diagramless)
def test_puzzle_type(self):
self.assertNotEqual(
puz.read('testfiles/washpost.puz').puzzletype,
puz.PuzzleType.Diagramless)
self.assertNotEqual(
puz.read('testfiles/nyt_locked.puz').puzzletype,
puz.PuzzleType.Diagramless)
self.assertEqual(
puz.read('testfiles/nyt_diagramless.puz').puzzletype,
puz.PuzzleType.Diagramless)
def testMarkup(self):
p = puz.read('testfiles/nyt_rebus_with_notes_and_shape.puz')
self.assertTrue(p.has_markup())
m = p.markup()
self.assertTrue(all(puz.GridMarkup.Circled == m.markup[i] for i in m.get_markup_squares()))
# trigger save
p.tostring()
p = puz.read('testfiles/washpost.puz')
self.assertFalse(p.has_markup())
m = p.markup()
self.assertFalse(m.has_markup())
# trigger save
p.tostring()
def test_to_ipuz_only_include_ipuz_specific_data(self):
puz_object = puz.read('fixtures/puz/chronicle_20140815.puz')
puzzle = crossword.from_puz(puz_object)
ipuz_dict = crossword.to_ipuz(puzzle)
self.assertNotIn('puzzletype', ipuz_dict)
self.assertNotIn('fileversion', ipuz_dict)
self.assertNotIn('extensions', ipuz_dict)
def get_clues(filename):
p = puz.read(filename)
# check if has a solution, otherwise skip
if p.solution_state > 0:
return []
solution = p.solution
width = p.width
numbering = p.clue_numbering()
clues, answers, clue_answers = [], [], []
for elem in numbering.across:
cell, length, clue = elem['cell'], elem['len'], elem['clue'].lower()
answer = ''.join([solution[cell + i] for i in range(length)]).lower()
clues.append(clue)
answers.append(answer)
clue_answers.append(answer + JOIN_STRING + clue)
for elem in numbering.down:
cell, length, clue = elem['cell'], elem['len'], elem['clue'].lower()
answer = ''.join([solution[cell + i] for i in range(length)]).lower()
clues.append(clue)
answers.append(answer)
clue_answers.append(answer + JOIN_STRING + clue)
return pd.DataFrame(data={'clue': clues, 'answer': answers, 'merged': clue_answers})
def read_puzzle(board_name):
try:
p = puz.read(filename_from_board(board_name))
except FileNotFoundError:
return None
title = p.title
numbering = p.clue_numbering()
cells = dict()
across = []
for clue in numbering.across:
across.append([clue["num"], clue["clue"]])
cell = clue["cell"]
cells[clue["num"]] = [cell // p.width, cell % p.width]
down = []
for clue in numbering.down:
down.append([clue["num"], clue["clue"]])
cell = clue["cell"]
cells[clue["num"]] = [cell // p.width, cell % p.width]
cells_array = [[cells[key], key] for key in cells.keys()]
return {
"title": title,
"across": across,
"down": down,
"nums": cells_array,
"solutions": p.solution,
"dims": [p.height, p.width]
}
def main(argv):
if len(argv) <= 2: usage()
command = argv[1]
if command == 'extract':
if len(argv) != 3: usage()
p = puz.read(argv[2])
for line in clue_output(p):
print(line)
elif command == 'inject':
if len(argv) != 4: usage()
p = puz.read(argv[2])
with open(argv[3]) as f:
p.clues = [c for i, j, c in sorted(read_clues(f))]
sys.stdout.buffer.write(p.tobytes())
else:
usage()
def test_markup(self):
p = puz.read('testfiles/nyt_rebus_with_notes_and_shape.puz')
self.assertTrue(p.has_markup())
m = p.markup()
self.assertTrue(
all(puz.GridMarkup.Circled == m.markup[i]
for i in m.get_markup_squares()))
# trigger save
p.tobytes()
p = puz.read('testfiles/washpost.puz')
self.assertFalse(p.has_markup())
m = p.markup()
self.assertFalse(m.has_markup())
# trigger save
p.tobytes()
def test_read_puz_locked_puzzle(self):
puz_object = puz.read('fixtures/puz/nyt_locked.puz')
puzzle = crossword.from_puz(puz_object)
for x, y in puzzle.cells:
self.assertEqual(puzzle[x, y].cell, None)
self.assertEqual(puzzle[0, 0].solution, 'B')
self.assertEqual(puzzle[14, 14].solution, 'N')
def save_model(self, request, obj, form, change):
# Create new object
super(ProjectAdmin, self).save_model(request, obj, form, change)
# Create constant grid preview
if ("grid_file" in form.changed_data
and path.splitext(str(obj.grid_file))[1] == ".puz"):
# Read puzzle
p = puz.read(settings.MEDIA_ROOT + "/" + str(obj.grid_file))
# Init image with the right size
img = Image.new("RGB", (CELL_SIZE * p.width, CELL_SIZE * p.height),
color="white")
# Draw on image
d = ImageDraw.Draw(img)
print(p.width, p.height)
for i in range(p.width):
for j in range(p.height):
cell = p.solution[j * p.width + i]
if cell == ".":
d.rectangle(
[
CELL_SIZE * i,
CELL_SIZE * j,
CELL_SIZE * (i + 1) - 1,
CELL_SIZE * (j + 1) - 1,
],
fill="black",
)
# Save image
img_path = f"/preview/{obj.pk}.png"
img.save(settings.MEDIA_ROOT + img_path)
def create_puzzle(date):
path_name = "puzs/" + date + ".puz"
if not os.path.isfile(path_name):
save_puzzle(date)
p = puz.read(path_name)
return p
def test_to_ipuz_only_include_ipuz_specific_data(self):
puz_object = puz.read('fixtures/puz/chronicle_20140815.puz')
puzzle = crossword.from_puz(puz_object)
ipuz_dict = crossword.to_ipuz(puzzle)
self.assertNotIn('puzzletype', ipuz_dict)
self.assertNotIn('fileversion', ipuz_dict)
self.assertNotIn('extensions', ipuz_dict)
def __init__(self, address, puzzle):
"""Magic method to initialize a crossword server."""
self.address = address
self.messages = queue.Queue()
self.handlers = []
self.epoch = time.time()
self.history = []
self.ownership = {}
self.active = True
self.data = SERVER_DATA.copy()
self.puzzle = puz.read(puzzle) # For testing # puz.read
self.puzzle.fill = list(self.puzzle.fill)
self.puzzle.file = puzzle
self.data["puzzle-author"] = self.puzzle.author
self.data["puzzle-width"] = self.puzzle.width
self.data["puzzle-height"] = self.puzzle.height
self.data["puzzle-cells"] = self.puzzle.fill.count(LETTER)
self.data["puzzle-words"] = len("".join(self.puzzle.fill).split(EMPTY))
self.numbering = self.puzzle.clue_numbering()
for clue in self.numbering.across: clue.update({"dir": ACROSS})
for clue in self.numbering.down: clue.update({"dir": DOWN})
self.board = Board(self.puzzle, self.numbering)
logging.log(INFO, "%s initialized", repr(self))
def test_read_puz_locked_puzzle(self):
puz_object = puz.read('fixtures/puz/nyt_locked.puz')
puzzle = crossword.from_puz(puz_object)
for x, y in puzzle.cells:
self.assertEqual(puzzle[x, y].cell, None)
self.assertEqual(puzzle[0, 0].solution, 'B')
self.assertEqual(puzzle[14, 14].solution, 'N')
def test_read_and_write_round_trip(self):
puz_object = puz.read('fixtures/puz/chronicle_20140815.puz')
puzzle = crossword.from_puz(puz_object)
new_puz_object = crossword.to_puz(puzzle)
for attr in dir(puz_object):
if not callable(getattr(puz_object, attr)):
self.assertEqual(getattr(puz_object, attr),
getattr(new_puz_object, attr))
def testUnlock(self):
p = puz.read('testfiles/nyt_locked.puz')
self.assertTrue(p.is_solution_locked())
self.assertFalse(p.unlock_solution(1234))
self.assertTrue(p.is_solution_locked()) # still locked
self.assertTrue(p.unlock_solution(7844))
self.assertFalse(p.is_solution_locked()) # unlocked!
self.assertTrue('LAKEONTARIO' in p.solution)
def testUnlockRelock(self):
orig = file('testfiles/nyt_locked.puz', 'rb').read()
p = puz.read('testfiles/nyt_locked.puz')
self.assertTrue(p.is_solution_locked())
self.assertTrue(p.unlock_solution(7844))
p.lock_solution(7844)
new = p.tostring()
self.assertEqual(orig, new, 'nyt_locked.puz dit not found-trip')
def testUnlock(self):
p = puz.read('testfiles/nyt_locked.puz')
self.assertTrue(p.is_solution_locked())
self.assertFalse(p.unlock_solution(1234))
self.assertTrue(p.is_solution_locked()) # still locked
self.assertTrue(p.unlock_solution(7844))
self.assertFalse(p.is_solution_locked()) # unlocked!
self.assertTrue('LAKEONTARIO' in p.solution)
def testUnlockRelock(self):
orig = file('testfiles/nyt_locked.puz', 'rb').read()
p = puz.read('testfiles/nyt_locked.puz')
self.assertTrue(p.is_solution_locked())
self.assertTrue(p.unlock_solution(7844))
p.lock_solution(7844)
new = p.tostring()
self.assertEqual(orig, new, 'nyt_locked.puz dit not found-trip')
def test_unlock_relock(self):
with open('testfiles/nyt_locked.puz', 'rb') as fp:
orig = fp.read()
p = puz.read('testfiles/nyt_locked.puz')
self.assertTrue(p.is_solution_locked())
self.assertTrue(p.unlock_solution(7844))
p.lock_solution(7844)
new = p.tobytes()
self.assertEqual(orig, new, 'nyt_locked.puz did not round-trip')
def test_unlock(self):
p = puz.read('testfiles/nyt_locked.puz')
self.assertTrue(p.is_solution_locked())
self.assertFalse(p.unlock_solution(1234))
self.assertTrue(p.is_solution_locked()) # still locked
self.assertTrue(p.unlock_solution(7844))
self.assertFalse(p.is_solution_locked()) # unlocked!
# We don't use assertIn for compatibility with Python 2.6
self.assertTrue('LAKEONTARIO' in p.solution)
def test_all_fixtures(self):
for f in glob.glob('../puzfiles/*.puz'):
puz_obj = puz.read(f)
loaded_obj = crossword.to_puz(crossword.from_puz(puz_obj))
for attr in dir(puz_obj):
if not callable(getattr(puz_obj, attr)):
eq = getattr(puz_obj, attr) == getattr(loaded_obj, attr)
if not eq:
print(attr, eq)
def test_unlock_relock(self):
with open('testfiles/nyt_locked.puz', 'rb') as fp:
orig = fp.read()
p = puz.read('testfiles/nyt_locked.puz')
self.assertTrue(p.is_solution_locked())
self.assertTrue(p.unlock_solution(7844))
p.lock_solution(7844)
new = p.tobytes()
self.assertEqual(orig, new, 'nyt_locked.puz did not round-trip')
def test_unlock(self):
p = puz.read('testfiles/nyt_locked.puz')
self.assertTrue(p.is_solution_locked())
self.assertFalse(p.unlock_solution(1234))
self.assertTrue(p.is_solution_locked()) # still locked
self.assertTrue(p.unlock_solution(7844))
self.assertFalse(p.is_solution_locked()) # unlocked!
# We don't use assertIn for compatibility with Python 2.6
self.assertTrue('LAKEONTARIO' in p.solution)
def test_save_empty_puzzle(self):
''' confirm an empty Puzzle() can be saved to a file '''
p = puz.Puzzle()
with tempfile.NamedTemporaryFile(suffix='.puz') as tmp:
p.save(tmp.name)
p2 = puz.read(tmp.name)
self.assertEqual(p.puzzletype, p2.puzzletype)
self.assertEqual(p.version, p2.version)
self.assertEqual(p.scrambled_cksum, p2.scrambled_cksum)
def test_all_fixtures(self):
for f in glob.glob('../puzfiles/*.puz'):
puz_obj = puz.read(f)
loaded_obj = crossword.to_puz(crossword.from_puz(puz_obj))
for attr in dir(puz_obj):
if not callable(getattr(puz_obj, attr)):
eq = getattr(puz_obj, attr) == getattr(loaded_obj, attr)
if not eq:
print(attr, eq)
def test_save_empty_puzzle(self):
''' confirm an empty Puzzle() can be saved to a file '''
p = puz.Puzzle()
with tempfile.NamedTemporaryFile(suffix='.puz') as tmp:
p.save(tmp.name)
p2 = puz.read(tmp.name)
self.assertEqual(p.puzzletype, p2.puzzletype)
self.assertEqual(p.version, p2.version)
self.assertEqual(p.scrambled_cksum, p2.scrambled_cksum)
def test_read_puz_to_crossword(self):
puz_object = puz.read('fixtures/puz/chronicle_20140815.puz')
puzzle = crossword.from_puz(puz_object)
self.assertEqual(puzzle.meta.title, 'Que Pasa? - August 15, 2014')
self.assertEqual(puzzle.meta.creator,
'by Ian Livengood / Edited by Brad Wilber ')
self.assertEqual(puzzle.block, '.')
self.assertEqual(puzzle.clues.across[67], 'Jupiter, but not Zeus')
self.assertEqual(puzzle.clues.down[60], 'Cadenza automaker')
def main():
parser = argparse.ArgumentParser()
parser.add_argument('PUZFILE', type=str, help='Across lite .puz file')
parser.add_argument('--output', '-o', type=str, help='Output .txt path (default: replace ".puz" with %r)' % DEFAULT_SUFFIX)
args = parser.parse_args()
puzzle = puz.read(args.PUZFILE)
default_output = '{}{}'.format(os.path.splitext(args.PUZFILE)[0], DEFAULT_SUFFIX)
write_obscured(args.output or default_output, puzzle)
def load_puzzle(self, puzzle):
"""Load a puzzle to the window."""
self.puzzle = puz.read(puzzle) # puz.read
self.puzzle.fill = list(self.puzzle.fill)
self.numbering = self.puzzle.clue_numbering()
for clue in self.numbering.across: clue.update({"dir": ACROSS})
for clue in self.numbering.down: clue.update({"dir": DOWN})
self.board = Board(self.puzzle, self.numbering)
logging.log(DEBUG, "%s loaded puzzle", repr(self))
def test_read_and_write_round_trip(self):
puz_object = puz.read('fixtures/puz/chronicle_20140815.puz')
puzzle = crossword.from_puz(puz_object)
new_puz_object = crossword.to_puz(puzzle)
for attr in dir(puz_object):
if not callable(getattr(puz_object, attr)):
self.assertEqual(
getattr(puz_object, attr),
getattr(new_puz_object, attr)
)
def testRebus(self):
p = puz.read('testfiles/nyt_rebus_with_notes_and_shape.puz')
self.assertTrue(p.has_rebus())
r = p.rebus()
self.assertTrue(r.has_rebus())
self.assertEqual(3, len(r.get_rebus_squares()))
self.assertTrue(all(r.is_rebus_square(i) for i in r.get_rebus_squares()))
self.assertTrue(all('STAR' == r.get_rebus_solution(i) for i in r.get_rebus_squares()))
self.assertTrue(None == r.get_rebus_solution(100))
# trigger save
p.tostring()
def clues2pandas(fname):
p = puz.read(fname)
puzNumber = os.path.splitext(os.path.basename(fname))[0]
across = p.clue_numbering().across
down = p.clue_numbering().down
ret = []
date = title2date(p.title)
try:
year = date.year
month = date.month
day = date.day
day_name = date.strftime('%A')
except:
year = month = day = day_name = 0
for clue in across:
row = {'puzzle_number': puzNumber,
'puzzle_date': date,
'puzzle_year': year,
'puzzle_month': month,
'puzzle_day': day,
'puzzle_day_name': day_name,
'clue_number': clue['num'],
'clue_is_across': True,
'is_culture_clue': is_culture_clue(clue['clue']),
'is_pun_clue': is_pun_clue(clue['clue']),
'clue_text': clue['clue'],
'clue_text_clean': clean_text(clue['clue']),
'answer_length': clue['len'],
}
ret.append(row)
for clue in down:
row = {'puzzle_number': puzNumber,
'puzzle_date': date,
'puzzle_year': year,
'puzzle_month': month,
'puzzle_day': day,
'puzzle_day_name': day_name,
'clue_number': clue['num'],
'clue_is_across': False,
'is_culture_clue': is_culture_clue(clue['clue']),
'is_pun_clue': is_pun_clue(clue['clue']),
'clue_text': clue['clue'],
'clue_text_clean': clean_text(clue['clue']),
'answer_length': clue['len'],
}
ret.append(row)
return(pd.DataFrame.from_dict(ret))
def add_clues_down(clues, date):
path_name = "puzs/" + date + ".puz"
if not os.path.isfile(path_name):
save_puzzle(date)
p = puz.read(path_name)
numbering = p.clue_numbering()
for clue in numbering.down:
answer = ''.join(p.solution[clue['cell'] + i]
for i in range(clue['len']))
clues.append(Clue(clue['num'], Clue.DOWN, clue['clue'], answer))
return clues
def runTest(self):
try:
orig = file(self.filename, 'rb').read()
p = puz.read(self.filename)
if (p.puzzletype == puz.PuzzleType.Normal):
clues = p.clue_numbering()
# smoke test the clue numbering while we're at it
self.assertEqual(len(p.clues), len(clues.across) + len(clues.down), 'failed in %s' % self.filename)
# this is the roundtrip
new = p.tostring()
self.assertEqual(orig, new, '%s did not round-trip' % self.filename)
except puz.PuzzleFormatError:
self.assertTrue(False, '%s threw PuzzleFormatError: %s' % (self.filename, sys.exc_info()[1].message))
def test_read_puz_to_crossword(self):
puz_object = puz.read('fixtures/puz/chronicle_20140815.puz')
puzzle = crossword.from_puz(puz_object)
self.assertEqual(
puzzle.meta.title,
'Que Pasa? - August 15, 2014'
)
self.assertEqual(
puzzle.meta.creator,
'by Ian Livengood / Edited by Brad Wilber '
)
self.assertEqual(puzzle.block, '.')
self.assertEqual(puzzle.clues.across[67], 'Jupiter, but not Zeus')
self.assertEqual(puzzle.clues.down[60], 'Cadenza automaker')
def test_rebus(self):
p = puz.read('testfiles/nyt_rebus_with_notes_and_shape.puz')
self.assertTrue(p.has_rebus())
r = p.rebus()
self.assertTrue(r.has_rebus())
self.assertEqual(3, len(r.get_rebus_squares()))
self.assertTrue(
all(r.is_rebus_square(i) for i in r.get_rebus_squares()))
self.assertTrue(
all('STAR' == r.get_rebus_solution(i)
for i in r.get_rebus_squares()))
self.assertEqual(None, r.get_rebus_solution(100))
# trigger save
p.tobytes()
def load(self, puz_file):
puzzle = puz.read(puz_file)
clues = puzzle.clue_numbering()
solution = puzzle.solution
self.rows = []
while len(solution) >= puzzle.width:
row = solution[:puzzle.width]
self.rows.append(tokenize_row(row))
solution = solution[puzzle.width:]
self.clues_across = [[d['num'], d['clue']] for d in clues.across]
self.clues_down = [[d['num'], d['clue']] for d in clues.down]
self.author = puzzle.author
self.width = puzzle.width
self.height = puzzle.height
def runTest(self):
try:
with open(self.filename, 'rb') as fp_filename:
orig = fp_filename.read()
p = puz.read(self.filename)
if (p.puzzletype == puz.PuzzleType.Normal):
clues = p.clue_numbering()
# smoke test the clue numbering while we're at it
self.assertEqual(len(p.clues),
len(clues.across) + len(clues.down),
'failed in %s' % self.filename)
# this is the roundtrip
new = p.tobytes()
self.assertEqual(orig, new,
'%s did not round-trip' % self.filename)
except puz.PuzzleFormatError:
args = (self.filename, sys.exc_info()[1].message)
self.assertTrue(False, '%s threw PuzzleFormatError: %s' % args)
def test_save_small_puzzle(self):
''' an example of creating a small 3x3 puzzle from scratch and writing
to a file
'''
p = puz.Puzzle()
with tempfile.NamedTemporaryFile(suffix='.puz') as tmp:
p.title = 'Test Puzzle'
p.author = 'Alex'
p.height = 3
p.width = 3
p.solution = 'A' * 9
p.clues = ['clue'] * 6
p.fill = '-' * 9
p.save(tmp.name)
p2 = puz.read(tmp.name)
self.assertEqual(p.title, p2.title)
self.assertEqual(p.author, p2.author)
self.assertEqual(p.solution, p2.solution)
self.assertEqual(p.clues, p2.clues)
self.assertEqual(p.fill, p2.fill)
def test_save_small_puzzle(self):
''' an example of creating a small 3x3 puzzle from scratch and writing
to a file
'''
p = puz.Puzzle()
with tempfile.NamedTemporaryFile(suffix='.puz') as tmp:
p.title = 'Test Puzzle'
p.author = 'Alex'
p.height = 3
p.width = 3
p.solution = 'A' * 9
p.clues = ['clue'] * 6
p.fill = '-' * 9
p.save(tmp.name)
p2 = puz.read(tmp.name)
self.assertEqual(p.title, p2.title)
self.assertEqual(p.author, p2.author)
self.assertEqual(p.solution, p2.solution)
self.assertEqual(p.clues, p2.clues)
self.assertEqual(p.fill, p2.fill)
def from_puz(cls, filename: str) -> Crossword:
"""Creates a Crossword object from a .puz file.
Args:
filename (str): The path of the input .puz file.
Returns:
Crossword: A Crossword object.
"""
puz_obj = puz.read(filename)
grid = np.reshape(
list(puz_obj.solution),
(puz_obj.height, puz_obj.width),
)
xw = cls(grid=grid)
for cn in puz_obj.clue_numbering().across:
xw[ACROSS, cn["num"]].clue = cn["clue"]
for cn in puz_obj.clue_numbering().down:
xw[DOWN, cn["num"]].clue = cn["clue"]
return xw
def downs(puzzle=pzzle):
p = puz.read(puzzle)
n = p.clue_numbering()
d = defaultdict(int)
#this next chunk gets an ordering for the clues
#in p.clues, they go 1a, 1d, 2d, 3d, 4d, 5a, 5d, etc.
for clue in n.across:
d[clue["num"]] += 1
for clue in n.down:
d[clue["num"]] += 1
last_clue = n.across[-1]["num"]
#this chunk is to identify all of the across clues so they can be replaced
#1a is always first, hence the initial conditions for clue_num
clue_num = {1: 0}
for i in range(2, last_clue + 1):
clue_num[i] = clue_num[i - 1] + d[i - 1]
#this does the replacing. clue_num takes the number of the clue and
#returns the position of the clue in the overall list (p.clues)
for clue in n.across:
j = clue["num"]
p.clues[clue_num[j]] = "-"
p.save("downss.puz")
def load_puzzle(self, puzzle):
"""Load a puzzle to the window."""
self.puzzle = puz.read(puzzle)
self.puzzle.fill = list(self.puzzle.fill)
self.puzzle.numbering = self.puzzle.clue_numbering()
self.title.config(text=self.puzzle.title.lstrip("NY Times, "))
self.author.config(text=self.puzzle.author)
self.game_board.config(width=config["board"]["cell-size"]*self.puzzle.width + CANVAS_SPARE,
height=config["board"]["cell-size"]*self.puzzle.height + CANVAS_SPARE)
self.game_board.create_rectangle(
CANVAS_OFFSET, CANVAS_OFFSET,
config["board"]["cell-size"]*self.puzzle.width + CANVAS_OFFSET,
config["board"]["cell-size"]*self.puzzle.height + CANVAS_OFFSET)
for clue in self.puzzle.numbering.across: clue.update({"dir": ACROSS})
for clue in self.puzzle.numbering.down: clue.update({"dir": DOWN})
self.board = CrosswordBoard(self.puzzle)
numbers = {w["cell"]: w["num"] for w in self.puzzle.numbering.across}
numbers.update({w["cell"]: w["num"] for w in self.puzzle.numbering.down})
for y in range(self.puzzle.height):
for x in range(self.puzzle.width):
cell = CrosswordCell(
self.game_board, self.puzzle.fill[position_to_index(x, y, self.puzzle.width)],
"black", config["board"]["deselected-fill"], CANVAS_OFFSET + x*config["board"]["cell-size"],
CANVAS_OFFSET + y*config["board"]["cell-size"], number=numbers.get(y*self.puzzle.height + x, ""))
self.board[x, y] = cell
cell.draw()
self.board.generate_words()
logging.log(DEBUG, "%s populated old cells", repr(self))
logging.log(DEBUG, "%s drew old puzzle", repr(self))
logging.log(DEBUG, "%s loaded puzzle", repr(self))
self.epoch = 0
logging.log(DEBUG, "%s reset epoch", repr(self))
self.pause()
def __init__(self, path):
self.path = path
self.puzfile = puz.read(path)
self.title = self.puzfile.title.strip()
self.author = self.puzfile.author.strip()
self.fill = self.puzfile.fill
filled = [char for char in self.fill if char.isalpha()]
total = [char for char in self.fill if char != '.']
self.progress = len(filled) / len(total)
if b'LTIM' in self.puzfile.extensions:
tb = self.puzfile.extensions[b'LTIM']
self.timer = int(tb.decode().split(',')[0])
else:
self.timer = None
try:
self.line_width = os.get_terminal_size().columns
except:
self.line_width = 80
#!/usr/bin/env python
from __future__ import print_function
import puz
import json
import sys
p = puz.read(sys.argv[1])
r = p.rebus()
def get_sol(i, j):
sq = i * p.width + j
if r.has_rebus() and r.is_rebus_square(sq):
return r.get_rebus_solution(sq)
else:
return p.solution[sq]
def get_circles():
circles = []
if p.has_markup():
m = p.markup()
for square in m.get_markup_squares():
if m.markup[square] == puz.GridMarkup.Circled:
circles.append(square)
return circles
grid = [[get_sol(i, j) for j in range(p.width)] for i in range(p.height)]
circles = get_circles()
'de': 'german',
'is': 'icelandic',
'id': 'indonesian',
'it': 'italian',
'ms': 'malay',
'no': 'norwegian',
'pt': 'portuguese',
'es': 'spanish',
'sw': 'swahili',
'sv': 'swedish'
}
# READING PUZ FILE
filename = sys.argv[1]
p = puz.read(filename + ".puz")
old_clues = p.clues
new_clues = []
# TRANSLATING THAT BAD BOY
from multiprocessing.dummy import Pool as ThreadPool
import time
pool = ThreadPool(20) # Threads
def request(text):
lang = "fr"
t = google_translator(timeout=5)
# TRANSLATES TO RANDOM LANGUAGES FOUR TIMES
# Insert the puzzle into the square image
r_start = (dim - sh[0]) // 2
r_stop = r_start + sh[0]
c_start = (dim - sh[1]) // 2
c_stop = c_start + sh[1]
sq[r_start:r_stop, c_start:c_stop] = p
return sq
if __name__ == "__main__":
FILE_PATH = sys.argv[1]
PUZ_FILE = "puz_files/other-puzzles/{}.puz".format(FILE_PATH)
IMAGE_FILE = "puzzle_images/{}.png".format(FILE_PATH)
PUZZLE = puz.read(PUZ_FILE)
CIRCLED_SQUARES = PUZZLE.markup().get_markup_squares()
# Assign sizes based on the puz file
SIZES["ROWS"] = PUZZLE.height
SIZES["COLS"] = PUZZLE.width
SIZES["PUZZLE_HEIGHT"] = ((SIZES["BORDER"] * 2) +
(SIZES["CELL_SIZE"] * SIZES["ROWS"]) +
((SIZES["ROWS"] - 1) * SIZES["GRID_LINE"]))
SIZES["PUZZLE_WIDTH"] = ((SIZES["BORDER"] * 2) +
(SIZES["CELL_SIZE"] * SIZES["COLS"]) +
((SIZES["COLS"] - 1) * SIZES["GRID_LINE"]))
# Compute and save the image
p = read_puzzle()
raw = draw_puzzle(p)
def read_puzzle(self):
""" Reads the puzzle file and returns a puzzle object """
puzzledata = puz.read(self.puzzle.path)
return puzzledata
def test_extensions(self):
p = puz.read('testfiles/nyt_rebus_with_notes_and_shape.puz')
# We don't use assertIn for compatibility with Python 2.6
self.assertTrue(puz.Extensions.Rebus in p.extensions)
self.assertTrue(puz.Extensions.RebusSolutions in p.extensions)
self.assertTrue(puz.Extensions.Markup in p.extensions)
def testClueNumbering(self):
p = puz.read('testfiles/washpost.puz')
clues = p.clue_numbering()
self.assertEqual(len(p.clues), len(clues.across) + len(clues.down))
def testLockedBit(self):
self.assertFalse(puz.read('testfiles/washpost.puz').is_solution_locked())
self.assertTrue(puz.read('testfiles/nyt_locked.puz').is_solution_locked())
def testPuzzleType(self):
self.assertFalse(puz.read('testfiles/washpost.puz').puzzletype == puz.PuzzleType.Diagramless)
self.assertFalse(puz.read('testfiles/nyt_locked.puz').puzzletype == puz.PuzzleType.Diagramless)
self.assertTrue(puz.read('testfiles/nyt_diagramless.puz').puzzletype == puz.PuzzleType.Diagramless)
#! /usr/bin/env python
import sys, os
sys.path.append(os.path.abspath(os.path.join(os.getcwd(), os.path.pardir)))
import puz
print "unlocking %s" % sys.argv[1]
p = puz.read(sys.argv[1])
if p.locksum == 0:
print "puzzle already unlocked"
sys.exit(0)
locked = []
for i in range(p.width):
for j in range(p.height):
pos = p.width * j + i
char = p.answers[pos:pos+1]
if not char == '.':
locked.append(char)
locked_str = ''.join(locked)
counter = 0
key = 1637
while counter < 10000:
keystr = "%04d" % key
digits = [int(keystr[0:1]),int(keystr[1:2]),int(keystr[2:3]),int(keystr[3:4])]
unl = puz.unscramble(locked_str, digits)
if puz.data_cksum(unl) == p.locksum and counter > 430:
print "counter: %d" % counter
break
key += 163
def testExtensions(self):
p = puz.read('testfiles/nyt_rebus_with_notes_and_shape.puz')
self.assertTrue(puz.Extensions.Rebus in p.extensions)
self.assertTrue(puz.Extensions.RebusSolutions in p.extensions)
self.assertTrue(puz.Extensions.Markup in p.extensions)