def save_clue(clue, p, setter, editor, publisher, puzzle, ptype):
if clue.dir == "across":
dir = 1
else:
dir = 2
try:
cl = Clue.objects.get(puzzle__title=p.title, num=clue.num, dir=dir)
cl.answer = clue.ans
try:
ans = Answer.objects.get(answer=cl.answer)
ans.count += 1
ans.save()
except ObjectDoesNotExist:
ans = Answer(answer=cl.answer, count=1)
ans.save()
cl.text = smart_str(clue.clue)
cl.type = ptype
cl.save()
except ObjectDoesNotExist:
cl = Clue(
setter=setter,
puzzle=puzzle,
row=clue.row,
col=clue.col,
num=clue.num,
answer=clue.ans,
dir=dir,
text=clue.clue,
type=ptype,
)
try:
cl.save()
except Exception:
t = ""
for i in range(len(clue.clue)):
if ord(clue.clue[i : i + 1]) < 0x80:
t += clue.clue[i : i + 1]
cl.text = t
cl.save()
except MultipleObjectsReturned:
print "multiple clues found for %s %s %s" % (clue.ans, clue.clue, p.title)
except Exception:
t = ""
for i in range(len(clue.clue)):
if ord(clue.clue[i : i + 1]) < 0x80:
t += clue.clue[i : i + 1]
cl.text = t
cl.save()
puzzle.save()
for clue in p.across:
if clue.dir == "across":
dir = 1
else:
dir = 2
try:
cl = Clue.objects.get(puzzle__title=p.title, num=clue.num, dir=dir)
cl.answer=clue.ans
cl.text=clue.clue
cl.type=ptype
cl.save()
except ObjectDoesNotExist:
cl = Clue(setter=setter, puzzle=puzzle, row=clue.row, col=clue.col, num=clue.num, answer=clue.ans, dir=dir, text=clue.clue, type=ptype)
cl.save()
except MultipleObjectsReturned:
print "multiple clues found for %s %s %s" % (clue.ans, clue.clue, p.title)
for clue in p.down:
if clue.dir == "across":
dir = 1
else:
dir = 2
try:
cl = Clue.objects.get(puzzle__title=p.title, num=clue.num, dir=dir)
cl.answer=clue.ans
cl.text=clue.clue
cl.type=ptype
