def puzzle_navigator(request):
logging.info("XXX sess %s: %s" % (request.session.session_key, request.session.get("beaten_puzzle_ids")))
beaten_puzzle_ids = users_util.unique_puzzles_won(request.user, request.session.session_key)
puzzles = Puzzle.objects.filter(state="approved")
# flag for unlocking only the first puzzle they haven't yet beaten
unlock_next_unbeaten = True
for puzzle in puzzles:
if puzzle.id in beaten_puzzle_ids:
puzzle.player_state = "beaten"
# if they've beaten a level, unlock the first
# locked one after that. this means that if
# we insert new levels after they've already
# passed that point, they'll be able to either
# go back to the new ones or pick up from
# where they left off at the later levels.
unlock_next_unbeaten = True
else:
if unlock_next_unbeaten:
puzzle.player_state = "current"
# only unlock the first in a series
# of unbeaten levels
unlock_next_unbeaten = False
else:
puzzle.player_state = "locked"
return render_to_response("menus/puzzles.html", locals())
def cache_user_metrics(request):
for metrics in UserMetrics.objects.all():
beaten_puzzle_ids = users_util.unique_puzzles_won(metrics.user, metrics.anon_session_key)
if metrics.user:
begun = Match.objects.filter(player=metrics.user).filter(type="ai")
else:
begun = Match.objects.filter(session_key=request.session.session_key).filter(type="ai")
metrics.unique_puzzles_won = len(beaten_puzzle_ids)
metrics.total_ai_matches_begun = begun.count()
metrics.total_ai_matches_won = begun.filter(winner="friendly").count()
metrics.total_ai_matches_lost = begun.filter(winner="ai").count()
metrics.total_cards_earned = 0
metrics.save()
