def test_read_detects_empty_input(self):
with self.assertRaises(ipuz.IPUZException) as cm:
ipuz.read(None)
self.assertEqual(str(cm.exception), "No valid JSON could be found")
with self.assertRaises(ipuz.IPUZException) as cm:
ipuz.read("")
self.assertEqual(str(cm.exception), "No valid JSON could be found")
def test_crossword_v2(self):
with open("fixtures/crossword_v2.ipuz") as f:
data = f.read()
output = ipuz.read(data)
output_string = ipuz.write(output)
second_output = ipuz.read(output_string)
self.assertEqual(output, second_output)
def test_first_ipuz_file_with_json(self):
with open("fixtures/first.ipuz") as f:
data = f.read()
output = ipuz.read(data)
output_string = ipuz.write(output)
second_output = ipuz.read(output_string)
self.assertEqual(output, second_output)
def test_example_ipuz_file_with_jsonp(self):
with open("fixtures/example.ipuz") as f:
data = f.read()
output = ipuz.read(data)
output_string = ipuz.write(output, jsonp=True)
second_output = ipuz.read(output_string)
self.assertEqual(output, second_output)
def test_read_allows_jsonp_callback_function(self):
result = ipuz.read("ipuz(" + json.dumps({
"version": "http://ipuz.org/v1",
"kind": ["http://ipuz.org/invalid", ]
}) + ")")
self.assertEqual(result['version'], "http://ipuz.org/v1")
result = ipuz.read("ipuz_callback_function(" + json.dumps({
"version": "http://ipuz.org/v1",
"kind": ["http://ipuz.org/invalid", ]
}) + ")")
self.assertEqual(result['version'], "http://ipuz.org/v1")
def test_read_example_ipuz_fixture(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
self.assertEqual(puzzle.meta.rights, "2011 Puzzazz")
self.assertEqual(puzzle.empty, "0")
def test_to_puz_only_works_if_numbering_system_matches(self):
with open('fixtures/ipuz/first.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
with self.assertRaises(crossword.CrosswordException):
crossword.to_puz(puzzle)
def test_read_first_ipuz_fixture(self):
with open('fixtures/ipuz/first.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
self.assertEqual(puzzle.width, 13)
self.assertEqual(puzzle.height, 13)
self.assertEqual(puzzle.meta.creator, "Arthur Wynne")
self.assertEqual(puzzle.meta.date, "12/21/1913")
self.assertEqual(puzzle.meta.title, "FUN's Word-Cross Puzzle")
self.assertEqual(
puzzle.clues.across["2-3"],
"What bargain hunters enjoy"
)
self.assertIsNone(puzzle.block)
self.assertIsNone(puzzle.empty)
self.assertEqual(puzzle.clues.down["1-32"], "To govern")
self.assertEqual(puzzle[0, 0].puzzle, None)
self.assertEqual(puzzle[0, 0].solution, None)
self.assertEqual(puzzle[6, 0].puzzle, 1)
self.assertEqual(puzzle[6, 0].solution, "R")
puzzle[6, 0]['solution'] = "X"
self.assertEqual(puzzle[6, 0].solution, "X")
puzzle[6, 0].solution = "Y"
self.assertEqual(puzzle[6, 0]['solution'], "Y")
setattr(puzzle[6, 0], "solution", "Z")
self.assertEqual(puzzle[6, 0].solution, "Z")
def test_read_example_ipuz_fixture(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
self.assertEqual(puzzle.meta.rights, "2011 Puzzazz")
self.assertEqual(puzzle.empty, "0")
def test_to_puz_only_include_puz_specific_data(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
puz_object = crossword.to_puz(puzzle)
self.assertFalse(hasattr(puz_object, "kind"))
def test_read_first_ipuz_fixture(self):
with open('fixtures/ipuz/first.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
self.assertEqual(puzzle.width, 13)
self.assertEqual(puzzle.height, 13)
self.assertEqual(puzzle.meta.creator, "Arthur Wynne")
self.assertEqual(puzzle.meta.date, "12/21/1913")
self.assertEqual(puzzle.meta.title, "FUN's Word-Cross Puzzle")
self.assertEqual(puzzle.clues.across["2-3"],
"What bargain hunters enjoy")
self.assertIsNone(puzzle.block)
self.assertIsNone(puzzle.empty)
self.assertEqual(puzzle.clues.down["1-32"], "To govern")
self.assertEqual(puzzle[0, 0].puzzle, None)
self.assertEqual(puzzle[0, 0].solution, None)
self.assertEqual(puzzle[6, 0].puzzle, 1)
self.assertEqual(puzzle[6, 0].solution, "R")
puzzle[6, 0]['solution'] = "X"
self.assertEqual(puzzle[6, 0].solution, "X")
puzzle[6, 0].solution = "Y"
self.assertEqual(puzzle[6, 0]['solution'], "Y")
setattr(puzzle[6, 0], "solution", "Z")
self.assertEqual(puzzle[6, 0].solution, "Z")
def test_ipuz_export():
with tempfile.TemporaryDirectory() as temp:
# Move to a temporary directory so we don't clog up anything important
os.chdir(temp)
# Generate a simple crossword as .puz
gen = Genxword(auto=True, mixmode=False)
gen.wlist([
'land', 'successful', 'climb', 'yet', 'picture', 'traffic', 'skin', 'leadership', 'threaten', 'win'
], 10)
gen.grid_size()
gen.gengrid('test', 'z')
with open('test.ipuz') as fp:
# This does automatic validation
ipuz.read(''.join(fp.read()))
def test_to_puz_only_works_if_numbering_system_matches(self):
with open('fixtures/ipuz/first.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
with self.assertRaises(crossword.CrosswordException):
crossword.to_puz(puzzle)
def test_to_puz_only_include_puz_specific_data(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
puz_object = crossword.to_puz(puzzle)
self.assertFalse(hasattr(puz_object, "kind"))
def test_read_example_may_not_have_solution(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
del ipuz_dict["solution"]
puzzle = crossword.from_ipuz(ipuz_dict)
self.assertEqual(puzzle[0, 0].puzzle, 1)
self.assertEqual(puzzle[0, 0].solution, None)
def test_read_example_may_not_have_solution(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
del ipuz_dict["solution"]
puzzle = crossword.from_ipuz(ipuz_dict)
self.assertEqual(puzzle[0, 0].puzzle, 1)
self.assertEqual(puzzle[0, 0].solution, None)
def test_read_example_may_not_have_all_cells_defined(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
ipuz_dict["puzzle"] = [row[:5] for row in ipuz_dict["puzzle"]]
ipuz_dict["solution"] = [row[:5] for row in ipuz_dict["solution"]]
puzzle = crossword.from_ipuz(ipuz_dict)
self.assertEqual(puzzle[10, 10].puzzle, None)
self.assertEqual(puzzle[10, 10].solution, None)
def test_read_example_may_not_have_all_cells_defined(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
ipuz_dict["puzzle"] = [row[:5] for row in ipuz_dict["puzzle"]]
ipuz_dict["solution"] = [row[:5] for row in ipuz_dict["solution"]]
puzzle = crossword.from_ipuz(ipuz_dict)
self.assertEqual(puzzle[10, 10].puzzle, None)
self.assertEqual(puzzle[10, 10].solution, None)
def test_read_example_may_not_have_clues(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
del ipuz_dict["clues"]["Across"]
del ipuz_dict["clues"]["Down"]
puzzle = crossword.from_ipuz(ipuz_dict)
self.assertEqual(list(puzzle.clues.across()), [])
self.assertEqual(list(puzzle.clues.down()), [])
def test_read_example_may_not_have_clues(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
del ipuz_dict["clues"]["Across"]
del ipuz_dict["clues"]["Down"]
puzzle = crossword.from_ipuz(ipuz_dict)
self.assertEqual(list(puzzle.clues.across()), [])
self.assertEqual(list(puzzle.clues.down()), [])
def test_write_to_ipuz_only_includes_empty_block(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
puzzle.block = None
puzzle.empty = None
new_ipuz_dict = crossword.to_ipuz(puzzle)
self.assertNotIn("empty", new_ipuz_dict)
self.assertNotIn("block", new_ipuz_dict)
def test_write_to_ipuz_only_includes_empty_block(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
puzzle.block = None
puzzle.empty = None
new_ipuz_dict = crossword.to_ipuz(puzzle)
self.assertNotIn("empty", new_ipuz_dict)
self.assertNotIn("block", new_ipuz_dict)
def test_read_and_write_round_trip(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
new_ipuz_dict = crossword.to_ipuz(puzzle)
for key, value in ipuz_dict.items():
self.assertEqual(value, new_ipuz_dict[key])
for key, value in new_ipuz_dict.items():
if key in ipuz_dict:
self.assertEqual(value, ipuz_dict[key])
else:
self.assertIsNone(value)
def test_read_and_write_round_trip(self):
with open('fixtures/ipuz/example.ipuz') as f:
ipuz_dict = ipuz.read(f.read())
puzzle = crossword.from_ipuz(ipuz_dict)
new_ipuz_dict = crossword.to_ipuz(puzzle)
for key, value in ipuz_dict.items():
self.assertEqual(value, new_ipuz_dict[key])
for key, value in new_ipuz_dict.items():
if key in ipuz_dict:
self.assertEqual(value, ipuz_dict[key])
else:
self.assertIsNone(value)
def viewer(ipuz_file_name, rendered_file_name):
print('Converting "{}" to "{}"'.format(ipuz_file_name, rendered_file_name))
with open(ipuz_file_name) as puzzle_file:
ipuz_dict = ipuz.read(
puzzle_file.read()) # may raise ipuz.IPUZException
puzzle = crossword.from_ipuz(ipuz_dict)
with HtmlPage(rendered_file_name) as draw:
draw.heading(1, 'Crossword example')
draw.heading(
2, '{} by {}'.format(puzzle.meta['title'],
puzzle.meta['publisher']))
# draw the empty crossword board
with draw.crossword(puzzle.block) as grid:
for row in puzzle:
grid.add_row([(get_literal(cell.puzzle), ' ') for cell in row])
# container to hold clues
with draw.column_container() as _:
# disply ACROSS clues
with draw.column() as _:
draw.heading(3, 'ACROSS')
for number, clue in puzzle.clues.across():
draw.line('{} {}'.format(number, clue))
# disply DOWN clues
with draw.column() as _:
draw.heading(3, 'DOWN')
for number, clue in puzzle.clues.down():
draw.line('{} {}'.format(number, clue))
# draw solution
draw.heading(2, 'Solution')
with draw.crossword(puzzle.block) as grid:
for row in puzzle:
grid.add_row([(get_literal(cell.puzzle), cell.solution)
for cell in row])
draw.rights(puzzle.meta['rights'])
print('Done!')
for y, cols in enumerate(ip['puzzle']):
for x, cell in enumerate(cols):
if not isinstance(cell, dict):
continue
shapebg = cell.get('style', {}).get('shapebg')
if shapebg == 'circle':
np.markup().markup[y * np.width + x] = puz.GridMarkup.Circled
# np.preamble = ip['intro']
np.save(output_file)
def latin1ify(s):
for search, replace in LATIN1_SUBS.items():
s = s.replace(search, replace)
return s
# Start
with open(input_file) as x: idata = x.read()
try:
ip = ipuz.read(idata)
except ipuz.IPUZException:
print "Yuk."
if output_file.endswith(".puz"):
printBinary(ip)
elif output_file.endswith(".txt"):
printASCII(ip)
else:
print("output_file not puz or txt")
row_cellno=[]
col_cellno=[]
cellno=[]
pencil=[]
valid=[]
gext=[]
time=0
time_state=0
ifil = input('Enter a file name along with path: ')
ofile_txt=ifil
data_file = open(ifil,'r')
data = data_file.read()
data_file.close()
# puzzle description read from the ipuz file is stored in the 'puzzle' instance
try:
puzzle = ipuz.read(data)
except ipuz.IPUZException:
print("Sorry, File corrupted")
sys.exit(0)
if 'block' in puzzle:
block=puzzle['block']
else:
block="#"
if 'empty' in puzzle:
empty=puzzle['empty']
try:
empty=int(empty)
except ValueError:
pass
else:
empty=0
def parse_ipuz(contents, filename):
rebus_shorthands = list("⚷⚳♇♆⛢♄♃♂♁♀☿♹♸♷♶♵♴♳⅘⅗⅖⅕♚♛♜♝♞♟⚅⚄⚃⚂⚁⚀♣♦♥♠+&%$@?*zyxwvutsrqponmlkjihgfedcba0987654321")
# i need a .load to create the ipuz_dict, and then maybe i am home free
ipuz_dict = ipuz.read(contents.decode("utf-8"))
puzzle = crossword.from_ipuz(ipuz_dict)
grid_dict = dict(list(zip(string.ascii_uppercase, string.ascii_uppercase)))
xd = xdfile.xdfile('', filename)
xd.set_header("Author", puzzle.meta.creator)
xd.set_header("Editor", puzzle.meta.contributor)
xd.set_header("Copyright", puzzle.meta.rights)
dt = parse_date_from_filename(parse_pathname(filename).base)
if dt:
xd.set_header("Date", dt)
xd.set_header("Notes", puzzle.meta.description)
#xd.set_header("Postscript", "".join(x for x in puzobj.postscript if ord(x) >= ord(' ')))
#xd.set_header("Preamble", puzobj.preamble)
xd.set_header("Title", puzzle.meta.title)
for r, row in enumerate(puzzle):
rowstr = ""
for c, cell in enumerate(row):
if puzzle.block is None and cell.solution == '#':
rowstr += xdfile.BLOCK_CHAR
elif cell.solution == puzzle.block:
rowstr += xdfile.BLOCK_CHAR
elif cell.solution == ':':
rowstr += xdfile.OPEN_CHAR
elif cell == puzzle.empty:
rowstr += xdfile.UNKNOWN_CHAR
else:
n = r * puzzle.width + c
ch = cell.solution
if ch not in grid_dict:
if ch in rebus_shorthands:
cellch = ch
rebus_shorthands.remove(ch)
warn("%s: unknown grid character '%s', assuming rebus of itself" % (filename, ch))
else:
cellch = rebus_shorthands.pop()
warn("%s: unknown grid character '%s', assuming rebus (as '%s')" % (filename, ch, cellch))
xd.set_header("Rebus", xd.get_header("Rebus") + " %s=%s" % (cellch, ch))
grid_dict[ch] = cellch
rowstr += grid_dict[ch]
xd.grid.append(rowstr)
assert xd.size() == (puzzle.width, puzzle.height), "non-matching grid sizes"
# clues
answers = {}
for posdir, posnum, answer in xd.iteranswers():
answers[posdir[0] + str(posnum)] = answer
try:
for number, clue in puzzle.clues.across():
cluenum = "A" + str(number)
if cluenum not in answers:
raise xdfile.IncompletePuzzleParse(xd, "Clue number doesn't match grid: " + cluenum)
xd.clues.append((("A", number), decode(clue), answers.get(cluenum, "")))
# xd.append_clue_break()
for number, clue in puzzle.clues.down():
cluenum = "D" + str(number)
if cluenum not in answers:
raise xdfile.IncompletePuzzleParse(xd, "Clue doesn't match grid: " + cluenum)
xd.clues.append((("D", number), decode(clue), answers.get(cluenum, "")))
except KeyError as e:
raise xdfile.IncompletePuzzleParse(xd, "Clue doesn't match grid: " + str(e))
return xd
def test_read_detects_invalid_ipuz_data(self):
with self.assertRaises(ipuz.IPUZException) as cm:
ipuz.read("this is wrong")
self.assertEqual(str(cm.exception), "No valid JSON could be found")
def test_read_detects_non_string_input(self):
with self.assertRaises(ipuz.IPUZException) as cm:
ipuz.read(3)
self.assertEqual(str(cm.exception), "No valid JSON could be found")
def test_read_detects_valid_json_but_not_dict_json(self):
with self.assertRaises(ipuz.IPUZException) as cm:
ipuz.read('["version", "kind"]')
self.assertEqual(str(cm.exception), "No valid JSON could be found")
def validate_puzzle(self, json_data, expected_exception, **kwargs):
with self.assertRaises(ipuz.IPUZException) as cm:
ipuz.read(json.dumps(json_data), **kwargs)
self.assertEqual(str(cm.exception), expected_exception)
def read_ipuz(f):
data_file = open(f.loc,'r')
data = data_file.read()
data_file.close()
try:
puzzle = ipuz.read(data)
except ipuz.IPUZException:
master.withdraw()
messagebox.showinfo("Sorry!", "File corrupted")
sys.exit(0)
# 'block' represents the shaded cells in the grid
if 'block' in puzzle:
block=puzzle['block']
else:
block="#"
# 'empty' represents the unshaded cells in the grid that does not hold any value currently
if 'empty' in puzzle:
empty=puzzle['empty']
try:
empty=int(empty)
except ValueError:
pass
else:
empty=0
if 'title' in puzzle:
title=puzzle['title']
else:
title='title'
if 'author' in puzzle:
author=puzzle['author']
else:
author='author'
if 'copyright' in puzzle:
cpyrt=puzzle['copyright']
else:
cpyrt='copyright'
if 'notes' in puzzle:
notes=puzzle['notes']
else:
notes=''
# Across and Down cluelist
if 'Across' in puzzle['clues'] and 'Down' in puzzle['clues']:
for i in range(0,len(puzzle['clues']['Across'])):
l=puzzle['clues']['Across'][i]
if isinstance(l,dict):
across.append(l['clue'])
else:
across.append(l[1])
acc=len(across)
for i in range(0,len(puzzle['clues']['Down'])):
l=puzzle['clues']['Down'][i]
if isinstance(l,dict):
down.append(l['clue'])
else:
down.append(l[1])
dwn=len(down)
if isinstance(puzzle['dimensions']['height'],str):
height=int(puzzle['dimensions']['height'])
else:
height=puzzle['dimensions']['height']
if isinstance(puzzle['dimensions']['width'],str):
width=int(puzzle['dimensions']['width'])
else:
width=puzzle['dimensions']['width']
# solnblock represents the solution grid of the puzzle
for i in range(0,height):
solnblock.append([])
for j in range(0,width):
if isinstance(puzzle['puzzle'][i][j],dict):
solnblock[i].append(puzzle['puzzle'][i][j]['cell'])
else:
solnblock[i].append(puzzle['puzzle'][i][j])
if solnblock[i][j]==block or solnblock[i][j]=="null" or solnblock[i][j]==None:
solnblock[i][j]="."
else:
if 'solution' in puzzle:
if isinstance(puzzle['solution'][i][j],dict):
solnblock[i][j]=puzzle['solution'][i][j]['value'].upper()
else:
solnblock[i][j]=puzzle['solution'][i][j].upper()
else:
solnblock[i][j]="-"
f.title=title
f.author=author
f.cpyrt=cpyrt
f.notes=notes
f.width=width
f.height=height
f.solnblock=solnblock
f.across=across
f.down=down
return f