def move_random_piece(self):
piece_id = choice(self.movable_pieces)
x = randint(0, self.table_width - 100)
y = randint(0, self.table_height - 100)
piece_token = self.user_session.get_data(
"/puzzle/{puzzle_id}/piece/{piece_id}/token/?mark={mark}".format(
puzzle_id=self.puzzle_id,
piece_id=piece_id,
mark=self.puzzle_pieces["mark"],
))
if piece_token and piece_token.get("token"):
puzzle_pieces_move = self.user_session.patch_data(
"/puzzle/{puzzle_id}/piece/{piece_id}/move/".format(
puzzle_id=self.puzzle_id, piece_id=piece_id),
payload={
"x": x,
"y": y
},
headers={"Token": piece_token["token"]},
)
if puzzle_pieces_move:
if puzzle_pieces_move.get("msg") == "boing":
raise Exception("boing")
# Reset karma:puzzle:ip redis key when it gets low
if puzzle_pieces_move["karma"] < 2:
print("resetting karma for {ip}".format(
ip=self.user_session.ip))
karma_key = init_karma_key(redis_connection, self.puzzle,
self.user_session.ip)
redis_connection.delete(karma_key)
def __init__(self, user_sessions, puzzle, puzzle_id, table_width,
table_height):
self.user_sessions = user_sessions
self.puzzle = puzzle
self.puzzle_id = puzzle_id
for user_session in self.user_sessions:
karma_key = init_karma_key(redis_connection, self.puzzle,
user_session.ip, current_app.config)
redis_connection.delete(karma_key)
self.puzzle_pieces = self.user_sessions[0].get_data(
"/puzzle-pieces/{0}/".format(self.puzzle_id), "api")
self.mark = uuid4().hex[:10]
self.table_width = table_width
self.table_height = table_height
self.movable_pieces = [
x["id"] for x in self.puzzle_pieces["positions"] if x["s"] != "1"
]
def patch(self, puzzle_id, piece):
"""
args:
x
y
r
"""
def _blockplayer():
timeouts = current_app.config["BLOCKEDPLAYER_EXPIRE_TIMEOUTS"]
blocked_count_ip_key = f"blocked:{ip}"
expire_index = max(0,
redis_connection.incr(blocked_count_ip_key) - 1)
redis_connection.expire(blocked_count_ip_key, timeouts[-1])
timeout = timeouts[min(expire_index, len(timeouts) - 1)]
expires = now + timeout
blockedplayers_for_puzzle_key = "blockedplayers:{puzzle}".format(
puzzle=puzzle)
# Add the player to the blocked players list for the puzzle and
# extend the expiration of the key.
redis_connection.zadd(blockedplayers_for_puzzle_key,
{user: expires})
redis_connection.expire(blockedplayers_for_puzzle_key,
timeouts[-1])
err_msg = get_blockedplayers_err_msg(expires, expires - now)
sse.publish(
"{user}:{piece}:{karma}:{karma_change}".format(
user=user,
piece=piece,
karma=karma + recent_points,
karma_change=karma_change,
),
type="karma",
channel="puzzle:{puzzle_id}".format(
puzzle_id=puzzle_data["puzzle_id"]),
)
return make_response(json.jsonify(err_msg), 429)
ip = request.headers.get("X-Real-IP")
validate_token = (len({"all", "valid_token"}.intersection(
current_app.config["PUZZLE_RULES"])) > 0)
user = None
now = int(time.time())
# validate the args and headers
args = {}
xhr_data = request.get_json()
if xhr_data:
args.update(xhr_data)
if request.form:
args.update(request.form.to_dict(flat=True))
if len(list(args.keys())) == 0:
err_msg = {
"msg": "invalid args",
"type": "invalid",
"expires": now + 5,
"timeout": 5,
}
return make_response(json.jsonify(err_msg), 400)
# check if args are only in acceptable set
if len(self.ACCEPTABLE_ARGS.intersection(set(args.keys()))) != len(
list(args.keys())):
err_msg = {
"msg": "invalid args",
"type": "invalid",
"expires": now + 5,
"timeout": 5,
}
return make_response(json.jsonify(err_msg), 400)
# validate that all values are int
for key, value in list(args.items()):
if not isinstance(value, int):
try:
args[key] = int(value)
except ValueError:
err_msg = {
"msg": "invalid args",
"type": "invalid",
"expires": now + 5,
"timeout": 5,
}
return make_response(json.jsonify(err_msg), 400)
x = args.get("x")
y = args.get("y")
r = args.get("r")
snapshot_id = request.headers.get("Snap")
# Token is to make sure puzzle is still in sync.
# validate the token
token = request.headers.get("Token")
if not token:
err_msg = {
"msg": "Missing token",
"type": "missing",
"expires": now + 5,
"timeout": 5,
}
return make_response(json.jsonify(err_msg), 400)
mark = request.headers.get("Mark")
if not mark:
err_msg = {
"msg": "Missing mark",
"type": "missing",
"expires": now + 5,
"timeout": 5,
}
return make_response(json.jsonify(err_msg), 400)
# start = time.perf_counter()
existing_token = redis_connection.get(f"t:{mark}")
if validate_token and existing_token:
(m_puzzle, m_piece, m_user) = existing_token.split(":")
user = int(m_user)
else:
user = current_app.secure_cookie.get("user") or user_id_from_ip(
ip, validate_shared_user=False)
if user is None:
err_msg = {
"msg": "Please reload the page.",
"reason": "The player login was not found.",
"type": "puzzlereload",
"timeout": 300,
}
return make_response(json.jsonify(err_msg), 400)
user = int(user)
pzq_key = "pzq:{puzzle_id}".format(puzzle_id=puzzle_id)
pzq_fields = [
"puzzle",
"table_width",
"table_height",
"permission",
"pieces",
]
puzzle_data = dict(
zip(pzq_fields, redis_connection.hmget(pzq_key, pzq_fields)))
puzzle = puzzle_data.get("puzzle")
if puzzle is None:
req = requests.get(
"http://{HOSTAPI}:{PORTAPI}/internal/puzzle/{puzzle_id}/details/"
.format(
HOSTAPI=current_app.config["HOSTAPI"],
PORTAPI=current_app.config["PORTAPI"],
puzzle_id=puzzle_id,
), )
if req.status_code >= 400:
err_msg = {"msg": "puzzle not available", "type": "missing"}
return make_response(json.jsonify(err_msg), req.status_code)
try:
result = req.json()
except ValueError as err:
err_msg = {"msg": "puzzle not available", "type": "missing"}
return make_response(json.jsonify(err_msg), 500)
if result.get("status") not in (ACTIVE, BUGGY_UNLISTED):
err_msg = {"msg": "puzzle not available", "type": "missing"}
return make_response(json.jsonify(err_msg), 404)
puzzle_data = result
puzzle_data["puzzle"] = result["id"]
redis_connection.hmset(
pzq_key,
{
"puzzle": puzzle_data["puzzle"],
"table_width": puzzle_data["table_width"],
"table_height": puzzle_data["table_height"],
"permission": puzzle_data["permission"],
"pieces": puzzle_data["pieces"],
},
)
redis_connection.expire(pzq_key, 300)
else:
puzzle_data["puzzle"] = int(puzzle_data["puzzle"])
puzzle_data["table_width"] = int(puzzle_data["table_width"])
puzzle_data["table_height"] = int(puzzle_data["table_height"])
puzzle_data["permission"] = int(puzzle_data["permission"])
puzzle_data["pieces"] = int(puzzle_data["pieces"])
puzzle = int(puzzle_data["puzzle"])
puzzle_data["puzzle_id"] = puzzle_id
puzzle_piece_token_key = get_puzzle_piece_token_key(puzzle, piece)
validate_token = (len({"all", "valid_token"}.intersection(
current_app.config["PUZZLE_RULES"])) > 0)
if validate_token:
token_and_mark = redis_connection.get(puzzle_piece_token_key)
if token_and_mark:
(valid_token, other_mark) = token_and_mark.split(":")
# other_user = int(other_user)
if token != valid_token:
err_msg = increase_ban_time(user,
TOKEN_INVALID_BAN_TIME_INCR)
err_msg["reason"] = "Token is invalid"
return make_response(json.jsonify(err_msg), 409)
if mark != other_mark:
err_msg = increase_ban_time(user,
TOKEN_INVALID_BAN_TIME_INCR)
err_msg["reason"] = "Player is invalid"
return make_response(json.jsonify(err_msg), 409)
else:
err_msg = {
"msg": "Token has expired",
"type": "expiredtoken",
"reason": "",
}
return make_response(json.jsonify(err_msg), 409)
# Expire the token since it shouldn't be used again
if validate_token:
redis_connection.delete(puzzle_piece_token_key)
redis_connection.delete(f"t:{mark}")
if (len({"all", "piece_translate_rate"}.intersection(
current_app.config["PUZZLE_RULES"])) > 0):
err_msg = bump_count(user)
if err_msg.get("type") == "bannedusers":
return make_response(json.jsonify(err_msg), 429)
# Check if piece will be moved to within boundaries
if x and (x < 0 or x > puzzle_data["table_width"]):
err_msg = {
"msg": "Piece movement out of bounds",
"type": "invalidpiecemove",
"expires": now + 5,
"timeout": 5,
}
return make_response(json.jsonify(err_msg), 400)
if y and (y < 0 or y > puzzle_data["table_height"]):
err_msg = {
"msg": "Piece movement out of bounds",
"type": "invalidpiecemove",
"expires": now + 5,
"timeout": 5,
}
return make_response(json.jsonify(err_msg), 400)
# Check again if piece can be moved and hasn't changed since getting token
has_y = redis_connection.hget(
"pc:{puzzle}:{piece}".format(puzzle=puzzle, piece=piece), "y")
if has_y is None:
err_msg = {"msg": "piece not available", "type": "missing"}
return make_response(json.jsonify(err_msg), 404)
if redis_connection.sismember(f"pcfixed:{puzzle}", piece) == 1:
# immovable
err_msg = {
"msg": "piece can't be moved",
"type": "immovable",
"expires": now + 5,
"timeout": 5,
}
return make_response(json.jsonify(err_msg), 400)
(_, _, _, origin_x, origin_y, _) = unpack_token(token)
redis_connection.publish(
f"enforcer_piece_translate:{puzzle}",
f"{user}:{piece}:{origin_x}:{origin_y}:{x}:{y}",
)
points_key = "points:{user}".format(user=user)
recent_points = int(redis_connection.get(points_key) or "0")
karma_key = init_karma_key(redis_connection, puzzle, ip,
current_app.config)
karma = int(redis_connection.get(karma_key))
karma_change = 0
current_app.logger.debug(
f"user: {user} ip: {ip} karma: {karma} recent_points {recent_points}"
)
if (len({"all", "puzzle_open_rate"}.intersection(
current_app.config["PUZZLE_RULES"])) > 0):
# Decrease recent points if this is a new puzzle that user hasn't moved pieces on yet in the last hour
pzrate_key = "pzrate:{user}:{today}".format(
user=user, today=datetime.date.today().isoformat())
if redis_connection.sadd(pzrate_key, puzzle) == 1:
# New puzzle that player hasn't moved a piece on in the last hour.
redis_connection.expire(pzrate_key, HOUR)
if recent_points > 0:
redis_connection.decr(points_key)
if (len({"all", "piece_move_rate"}.intersection(
current_app.config["PUZZLE_RULES"])) > 0):
# Decrease karma if piece movement rate has passed threshold
pcrate_key = f"pcrate:{puzzle}:{user}"
moves = redis_connection.incr(pcrate_key)
redis_connection.expire(pcrate_key, PIECE_MOVEMENT_RATE_TIMEOUT)
if moves > PIECE_MOVEMENT_RATE_LIMIT:
if karma > 0:
karma = redis_connection.decr(karma_key)
karma_change -= 1
if (len({"all", "hot_piece"}.intersection(
current_app.config["PUZZLE_RULES"])) > 0):
# Decrease karma when moving the same piece multiple times within
# a minute.
hotpc_key = f"hotpc:{puzzle}:{user}:{piece}"
recent_move_count = redis_connection.incr(hotpc_key)
redis_connection.expire(hotpc_key, HOT_PIECE_MOVEMENT_RATE_TIMEOUT)
if recent_move_count > MOVES_BEFORE_PENALTY:
if karma > 0:
karma = redis_connection.decr(karma_key)
karma_change -= 1
if (len({"all", "hot_spot"}.intersection(
current_app.config["PUZZLE_RULES"])) > 0):
# Decrease the karma for the player if the piece is in a hotspot.
hotspot_piece_key = f"hotspot:{puzzle}:{user}:{piece}"
hotspot_count = int(redis_connection.get(hotspot_piece_key) or "0")
if hotspot_count > HOTSPOT_LIMIT:
if karma > 0:
karma = redis_connection.decr(karma_key)
karma_change -= 1
if karma_change < 0:
# Decrease recent points for a piece move that decreased karma
if recent_points > 0 and karma_change < 0:
recent_points = redis_connection.decr(points_key)
if karma + recent_points <= 0:
return _blockplayer()
piece_move_timeout = current_app.config["PIECE_MOVE_TIMEOUT"]
# Use a custom built and managed queue to prevent multiple processes
# from running the attempt_piece_movement concurrently on the same
# puzzle.
pzq_current_key = "pzq_current:{puzzle}".format(puzzle=puzzle)
pzq_next_key = "pzq_next:{puzzle}".format(puzzle=puzzle)
# The attempt_piece_movement bumps the pzq_current by 1
pzq_next = redis_connection.incr(pzq_next_key, amount=1)
# Set the expire in case it fails to reach expire in attempt_piece_movement.
redis_connection.expire(pzq_current_key, piece_move_timeout + 2)
redis_connection.expire(pzq_next_key, piece_move_timeout + 2)
attempt_count = 0
attempt_timestamp = time.time()
timeout = attempt_timestamp + piece_move_timeout
while attempt_timestamp < timeout:
pzq_current = int(redis_connection.get(pzq_current_key) or "0")
if pzq_current == pzq_next - 1:
try:
snapshot_msg = None
snapshot_karma_change = False
if snapshot_id:
snapshot_key = f"snap:{snapshot_id}"
snapshot = redis_connection.get(snapshot_key)
if snapshot:
snapshot_list = snapshot.split(":")
snapshot_pzq = int(snapshot_list.pop(0))
if snapshot_pzq != pzq_current:
# Check if any adjacent pieces are within range of x, y, r
# Within that list check if any have moved
# With the first one that has moved that was within range attempt piece movement on that by using adjusted x, y, r
snaps = list(
map(lambda x: x.split("_"), snapshot_list))
adjacent_piece_ids = list(
map(lambda x: int(x[0]), snaps))
adjacent_piece_props_snaps = list(
map(lambda x: x[1:], snaps))
property_list = [
"x",
"y",
"r",
# "g"
]
results = []
with redis_connection.pipeline(
transaction=True) as pipe:
for adjacent_piece_id in adjacent_piece_ids:
pc_puzzle_adjacent_piece_key = (
f"pc:{puzzle}:{adjacent_piece_id}")
pipe.hmget(
pc_puzzle_adjacent_piece_key,
property_list,
)
results = pipe.execute()
for (
a_id,
snapshot_adjacent,
updated_adjacent,
) in zip(
adjacent_piece_ids,
adjacent_piece_props_snaps,
results,
):
updated_adjacent = list(
map(
lambda x: x
if isinstance(x, str) else "",
updated_adjacent,
))
adjacent_offset = snapshot_adjacent.pop()
if (snapshot_adjacent != updated_adjacent
) and adjacent_offset:
(a_offset_x, a_offset_y) = map(
int, adjacent_offset.split(","))
(a_snap_x, a_snap_y) = map(
int, snapshot_adjacent[:2])
# Check if the x,y is within range of the adjacent piece that has moved
piece_join_tolerance = current_app.config[
"PIECE_JOIN_TOLERANCE"]
if (abs((a_snap_x + a_offset_x) - x) <=
piece_join_tolerance and
abs((a_snap_y + a_offset_y) -
y) <=
piece_join_tolerance):
(a_moved_x, a_moved_y) = map(
int, updated_adjacent[:2])
# Decrease pzq_current since it is moving an extra piece out of turn
redis_connection.decr(
pzq_current_key, amount=1)
(
snapshot_msg,
snapshot_karma_change,
) = attempt_piece_movement(
ip,
user,
puzzle_data,
piece,
a_moved_x + a_offset_x,
a_moved_y + a_offset_y,
r,
karma_change,
karma,
)
break
except:
pzq_current = int(
redis_connection.get(pzq_current_key) or "0")
if pzq_current == pzq_next - 1:
# skip this piece move attempt
redis_connection.incr(pzq_current_key, amount=1)
current_app.logger.warning(
"results123 other error {}".format(sys.exc_info()[0]))
raise
(msg, karma_change) = attempt_piece_movement(
ip,
user,
puzzle_data,
piece,
x,
y,
r,
karma_change or snapshot_karma_change,
karma,
)
if isinstance(snapshot_msg, str) and isinstance(msg, str):
msg = snapshot_msg + msg
break
current_app.logger.debug(f"pzq_current is {pzq_current}")
attempt_timestamp = time.time()
attempt_count = attempt_count + 1
# TODO: The sleep time should be set based on an average time it
# takes to process piece movements.
time.sleep(0.02)
# Decrease karma here to potentially block a player that
# continually tries to move pieces when a puzzle is too active.
if (len({"all", "too_active"}.intersection(
current_app.config["PUZZLE_RULES"])) > 0) and karma > 0:
karma = redis_connection.decr(karma_key)
karma_change -= 1
current_app.logger.debug(
f"Puzzle ({puzzle}) piece move attempts: {attempt_count}")
if attempt_timestamp >= timeout:
current_app.logger.warn(
f"Puzzle {puzzle} is too active. Attempt piece move timed out after trying {attempt_count} times."
)
err_msg = {
"msg": "Piece movement timed out.",
"type": "error",
"reason": "Puzzle is too active",
"timeout": piece_move_timeout,
}
return make_response(
json.jsonify(err_msg),
503,
)
# Check msg for error or if piece can't be moved
if not isinstance(msg, str):
if isinstance(msg, dict):
return make_response(json.jsonify(msg), 400)
else:
current_app.logger.warning("Unknown error: {}".format(msg))
return make_response(
json.jsonify({
"msg": msg,
"type": "error",
"timeout": 3
}), 500)
# publish just the bit movement so it matches what this player did
bitmsg = formatBitMovementString(user, x, y)
sse.publish(
bitmsg,
type="move",
channel="puzzle:{puzzle_id}".format(puzzle_id=puzzle_id),
)
if karma_change < 0:
if karma + recent_points <= 0:
return _blockplayer()
# end = time.perf_counter()
# current_app.logger.debug("PuzzlePiecesMovePublishView {}".format(end - start))
return make_response("", 204)
def move_random_piece(self, user_session):
piece_id = choice(self.movable_pieces)
x = randint(0, self.table_width - 100)
y = randint(0, self.table_height - 100)
start = time.perf_counter()
piece_token = None
try:
piece_token = user_session.get_data(
"/puzzle/{puzzle_id}/piece/{piece_id}/token/?mark={mark}".
format(
puzzle_id=self.puzzle_id,
piece_id=piece_id,
mark=self.mark,
),
"publish",
)
except Exception as err:
# ("resetting karma for {ip}".format(ip=user_session.ip))
karma_key = init_karma_key(redis_connection, self.puzzle,
user_session.ip, current_app.config)
redis_connection.delete(karma_key)
redis_connection.zrem("bannedusers", user_session.shareduser)
# current_app.logger.debug(f"get token error: {err}")
if str(err) == "blockedplayer":
blockedplayers_for_puzzle_key = "blockedplayers:{puzzle}".format(
puzzle=self.puzzle)
# current_app.logger.debug("clear out {}".format(blockedplayers_for_puzzle_key))
redis_connection.delete(blockedplayers_for_puzzle_key)
return
if piece_token and piece_token.get("token"):
puzzle_pieces_move = None
try:
puzzle_pieces_move = user_session.patch_data(
"/puzzle/{puzzle_id}/piece/{piece_id}/move/".format(
puzzle_id=self.puzzle_id, piece_id=piece_id),
"publish",
payload={
"x": x,
"y": y,
"r": 0
},
headers={
"Token": piece_token["token"],
"Mark": self.mark
},
)
except Exception as err:
if str(err) == "too_active":
redis_connection.incr("testdata:too_active")
time.sleep(30)
else:
# current_app.logger.debug('move exception {}'.format(err))
# current_app.logger.debug("resetting karma for {ip}".format(ip=user_session.ip))
karma_key = init_karma_key(
redis_connection,
self.puzzle,
user_session.ip,
current_app.config,
)
redis_connection.delete(karma_key)
redis_connection.zrem("bannedusers",
user_session.shareduser)
return
if puzzle_pieces_move:
if puzzle_pieces_move.get("msg") == "boing":
raise Exception("boing")
# Reset karma:puzzle:ip redis key when it gets low
if puzzle_pieces_move["karma"] < 2:
# print("resetting karma for {ip}".format(ip=user_session.ip))
karma_key = init_karma_key(
redis_connection,
self.puzzle,
user_session.ip,
current_app.config,
)
redis_connection.delete(karma_key)
else:
# empty response (204) means success
end = time.perf_counter()
duration = end - start
redis_connection.rpush("testdata:pa", duration)
def translate(ip,
user,
puzzleData,
piece,
x,
y,
r,
karma_change,
db_file=None):
def publishMessage(msg, karma_change, points=0, complete=False):
# print(topic)
# print(msg)
sse.publish(
msg,
type="move",
channel="puzzle:{puzzle_id}".format(
puzzle_id=puzzleData["puzzle_id"]),
)
now = int(time.time())
redis_connection.zadd("pcupdates", {puzzle: now})
# TODO:
# return (topic, msg)
# bump the m_date for this player on the puzzle and timeline
redis_connection.zadd("timeline:{puzzle}".format(puzzle=puzzle),
{user: now})
redis_connection.zadd("timeline", {user: now})
# Update player points
if points != 0 and user != None:
redis_connection.zincrby("score:{puzzle}".format(puzzle=puzzle),
amount=1,
value=user)
redis_connection.sadd("batchuser", user)
redis_connection.sadd("batchpuzzle", puzzle)
redis_connection.incr("batchscore:{user}".format(user=user),
amount=1)
redis_connection.incr(
"batchpoints:{puzzle}:{user}".format(puzzle=puzzle, user=user),
amount=points,
)
redis_connection.zincrby("rank", amount=1, value=user)
points_key = "points:{user}".format(user=user)
pieces = int(puzzleData["pieces"])
# Skip increasing dots if puzzle is private
earns = get_earned_points(pieces,
permission=puzzleData.get("permission"))
karma = int(redis_connection.get(karma_key))
## Max out recent points
# if earns != 0:
# recent_points = int(redis_connection.get(points_key) or 0)
# if karma + 1 + recent_points + earns < MAX_KARMA:
# redis_connection.incr(points_key, amount=earns)
# Doing small puzzles doesn't increase recent points, just extends points expiration.
redis_connection.expire(points_key, RECENT_POINTS_EXPIRE)
karma_change += 1
# Extend the karma points expiration since it has increased
redis_connection.expire(karma_key, KARMA_POINTS_EXPIRE)
# Max out karma
if karma < MAX_KARMA:
redis_connection.incr(karma_key)
else:
# Max out points
if earns != 0:
recent_points = int(redis_connection.get(points_key) or 0)
if recent_points + earns <= MAX_RECENT_POINTS:
redis_connection.incr(points_key, amount=earns)
redis_connection.incr("batchpoints:{user}".format(user=user),
amount=earns)
# TODO: Optimize by using redis for puzzle status
if complete:
current_app.logger.info("puzzle {puzzle_id} is complete".format(
puzzle_id=puzzleData["puzzle_id"]))
cur = db.cursor()
cur.execute(
fetch_query_string("update_puzzle_status_for_puzzle.sql"),
{
"puzzle": puzzle,
"status": COMPLETED
},
)
cur.execute(
fetch_query_string("update_puzzle_m_date_to_now.sql"),
{
"puzzle": puzzle,
"modified": now
},
)
cur.execute(
fetch_query_string("update_puzzle_queue_for_puzzle.sql"),
{
"puzzle": puzzle,
"queue": QUEUE_END_OF_LINE
},
)
db.commit()
sse.publish(
"status:{}".format(COMPLETED),
channel="puzzle:{puzzle_id}".format(
puzzle_id=puzzleData["puzzle_id"]),
)
job = current_app.cleanupqueue.enqueue_call(
func="api.jobs.convertPiecesToDB.transfer",
args=(puzzle, ),
result_ttl=0)
purge_route_from_nginx_cache(
"/chill/site/front/{puzzle_id}/".format(
puzzle_id=puzzleData["puzzle_id"]),
current_app.config.get("PURGEURLLIST"),
)
db.commit()
cur.close()
# return topic and msg mostly for testing
return (msg, karma_change)
p = ""
points = 0
puzzle = puzzleData["puzzle"]
karma_key = init_karma_key(redis_connection, puzzle, ip)
karma = int(redis_connection.get(karma_key))
# Restrict piece to within table boundaries
if x < 0:
x = 0
if x > puzzleData["table_width"]:
x = puzzleData["table_width"]
if y < 0:
y = 0
if y > puzzleData["table_height"]:
y = puzzleData["table_height"]
pc_puzzle_piece_key = "pc:{puzzle}:{piece}".format(puzzle=puzzle,
piece=piece)
# Get the puzzle piece origin position
# TODO: Handle the potential error if the hmget here gets a None value for x and y.
(originX, originY) = list(
map(
int,
redis_connection.hmget(pc_puzzle_piece_key, ["x", "y"]),
))
piece_mutate_process = PieceMutateProcess(
redis_connection,
puzzle,
piece,
x,
y,
r,
piece_count=puzzleData.get("pieces"))
(msg, status) = piece_mutate_process.start()
if status == "stacked":
# Decrease karma since stacking
if karma > MIN_KARMA:
redis_connection.decr(karma_key)
karma_change -= 1
return publishMessage(
msg,
karma_change,
)
elif status == "moved":
if (len(piece_mutate_process.all_other_pieces_in_piece_group) >
PIECE_GROUP_MOVE_MAX_BEFORE_PENALTY):
if karma > MIN_KARMA:
redis_connection.decr(karma_key)
karma_change -= 1
return publishMessage(
msg,
karma_change,
)
elif status == "joined":
return publishMessage(
msg,
karma_change,
points=4,
complete=False,
)
elif status == "completed":
return publishMessage(
msg,
karma_change,
points=4,
complete=True,
)
else:
pass
# TODO: handle failed status
return publishMessage(
msg,
karma_change,
)