def process_presence_update(msg):
message_type = msg.delivery_info["routing_key"]
payload = json.loads(msg.body)
namespace = payload["namespace"]
if not namespace.startswith("/robin/"):
return
user_id36 = posixpath.basename(namespace)
room_namespace = posixpath.dirname(namespace)
room_id = posixpath.basename(room_namespace)
account = Account._byID36(user_id36, data=True, stale=True)
try:
room = RobinRoom._byID(room_id)
except tdb_cassandra.NotFoundException:
return
if not room.is_participant(account):
return
presence_type = "join" if message_type == "websocket.connect" else "part"
websockets.send_broadcast(
namespace=room_namespace,
type=presence_type,
payload={
"user": account.name,
},
)
if presence_type == "join":
ParticipantPresenceByRoom.mark_joined(room, account)
else:
ParticipantPresenceByRoom.mark_exited(room, account)
def update_activity():
event_ids = ActiveVisitorsByLiveUpdateEvent._cf.get_range(column_count=1, filter_empty=False)
for event_id, is_active in event_ids:
count = 0
if is_active:
try:
count = ActiveVisitorsByLiveUpdateEvent.get_count(event_id)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to fetch activity count for %r: %s", event_id, e)
return
try:
LiveUpdateEvent.update_activity(event_id, count)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to update event activity for %r: %s", event_id, e)
try:
LiveUpdateActivityHistoryByEvent.record_activity(event_id, count)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to update activity history for %r: %s", event_id, e)
is_fuzzed = False
if count < ACTIVITY_FUZZING_THRESHOLD:
count = utils.fuzz_activity(count)
is_fuzzed = True
websockets.send_broadcast("/live/" + event_id, type="activity", payload={"count": count, "fuzzed": is_fuzzed})
# ensure that all the amqp messages we've put on the worker's queue are
# sent before we allow this script to exit.
amqp.worker.join()
def POST_vote(self, form, jquery, room, vote):
if self._has_exceeded_ratelimit(form, room):
return
if not vote:
# TODO: error return?
return
g.stats.simple_event('robin.vote.%s' % vote)
room.set_vote(c.user, vote)
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="vote",
payload={
"from": c.user.name,
"vote": vote,
},
)
events.vote(
room=room,
vote=vote,
sent_dt=datetime.datetime.utcnow(),
context=c,
request=request,
)
def POST_vote(self, form, jquery, room, vote):
if self._has_exceeded_ratelimit(form, room):
return
if not vote:
# TODO: error return?
return
g.stats.simple_event('robin.vote.%s' % vote)
room.set_vote(c.user, vote)
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="vote",
payload={
"from": c.user.name,
"vote": vote,
},
)
events.vote(
room=room,
vote=vote,
sent_dt=datetime.datetime.utcnow(),
context=c,
request=request,
)
def _prompt_for_voting():
now = datetime.now(g.tz)
print "%s: prompting voting in rooms with less than %s remaining" % (
now, VOTING_PROMPT_TIME)
count = 0
for room in RobinRoom.generate_voting_rooms():
# Skip if we've already prompted
if room.has_prompted():
continue
# Skip this room if too much time still remains
alert_after = room.date + (LEVEL_TIMINGS[room.level] -
VOTING_PROMPT_TIME)
if now < alert_after:
continue
count += 1
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="please_vote",
payload={},
)
room.mark_prompted()
print "prompted %s" % room
print "%s: done prompting (%s rooms took %s)" % (datetime.now(
g.tz), count, datetime.now(g.tz) - now)
def process_presence_update(msg):
message_type = msg.delivery_info["routing_key"]
payload = json.loads(msg.body)
namespace = payload["namespace"]
if not namespace.startswith("/robin/"):
return
user_id36 = posixpath.basename(namespace)
room_namespace = posixpath.dirname(namespace)
room_id = posixpath.basename(room_namespace)
account = Account._byID36(user_id36, data=True, stale=True)
try:
room = RobinRoom._byID(room_id)
except tdb_cassandra.NotFoundException:
return
if not room.is_participant(account):
return
presence_type = "join" if message_type == "websocket.connect" else "part"
websockets.send_broadcast(
namespace=room_namespace,
type=presence_type,
payload={
"user": account.name,
},
)
if presence_type == "join":
ParticipantPresenceByRoom.mark_joined(room, account)
else:
ParticipantPresenceByRoom.mark_exited(room, account)
def update_activity():
events = {}
event_counts = collections.Counter()
query = (ev for ev in LiveUpdateEvent._all()
if ev.state == "live" and not ev.banned)
for chunk in utils.in_chunks(query, size=100):
context_ids = {ev._fullname: ev._id for ev in chunk}
view_countable = [ev._fullname for ev in chunk
if ev._date >= g.liveupdate_min_date_viewcounts]
view_counts_query = ViewCountsQuery.execute_async(view_countable)
try:
with c.activity_service.retrying(attempts=4) as svc:
infos = svc.count_activity_multi(context_ids.keys())
except TTransportException:
continue
view_counts = view_counts_query.result()
for context_id, info in infos.iteritems():
event_id = context_ids[context_id]
try:
LiveUpdateActivityHistoryByEvent.record_activity(
event_id, info.count)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to update activity history for %r: %s",
event_id, e)
try:
event = LiveUpdateEvent.update_activity(
event_id, info.count, info.is_fuzzed)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to update event activity for %r: %s",
event_id, e)
else:
events[event_id] = event
event_counts[event_id] = info.count
websockets.send_broadcast(
"/live/" + event_id,
type="activity",
payload={
"count": info.count,
"fuzzed": info.is_fuzzed,
"total_views": view_counts.get(context_id),
},
)
top_event_ids = [event_id for event_id, count in event_counts.most_common(1000)]
top_events = [events[event_id] for event_id in top_event_ids]
query_ttl = datetime.timedelta(days=3)
with CachedQueryMutator() as m:
m.replace(get_active_events(), top_events, ttl=query_ttl)
# ensure that all the amqp messages we've put on the worker's queue are
# sent before we allow this script to exit.
amqp.worker.join()
def _prompt_for_voting():
now = datetime.now(g.tz)
print "%s: prompting voting in rooms with less than %s remaining" % (
now, VOTING_PROMPT_TIME)
count = 0
for room in RobinRoom.generate_voting_rooms():
# Skip if we've already prompted
if room.has_prompted():
continue
# Skip this room if too much time still remains
alert_after = room.date + (LEVEL_TIMINGS[room.level] -
VOTING_PROMPT_TIME)
if now < alert_after:
continue
count += 1
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="please_vote",
payload={},
)
room.mark_prompted()
print "prompted %s" % room
print "%s: done prompting (%s rooms took %s)" % (
datetime.now(g.tz), count, datetime.now(g.tz) - now)
def alert_no_match(room):
print "no match for %s" % room
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="no_match",
payload={},
)
def alert_no_match(room):
print "no match for %s" % room
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="no_match",
payload={},
)
def update_activity():
events = {}
event_counts = collections.Counter()
event_ids = ActiveVisitorsByLiveUpdateEvent._cf.get_range(
column_count=1, filter_empty=False)
for event_id, is_active in event_ids:
count = 0
if is_active:
try:
count = ActiveVisitorsByLiveUpdateEvent.get_count(event_id)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to fetch activity count for %r: %s",
event_id, e)
return
try:
LiveUpdateActivityHistoryByEvent.record_activity(event_id, count)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to update activity history for %r: %s",
event_id, e)
is_fuzzed = False
if count < ACTIVITY_FUZZING_THRESHOLD:
count = utils.fuzz_activity(count)
is_fuzzed = True
try:
event = LiveUpdateEvent.update_activity(event_id, count, is_fuzzed)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to update event activity for %r: %s",
event_id, e)
else:
events[event_id] = event
event_counts[event_id] = count
websockets.send_broadcast(
"/live/" + event_id,
type="activity",
payload={
"count": count,
"fuzzed": is_fuzzed,
},
)
top_event_ids = [
event_id for event_id, count in event_counts.most_common(1000)
]
top_events = [events[event_id] for event_id in top_event_ids]
query_ttl = datetime.timedelta(days=3)
with CachedQueryMutator() as m:
m.replace(get_active_events(), top_events, ttl=query_ttl)
# ensure that all the amqp messages we've put on the worker's queue are
# sent before we allow this script to exit.
amqp.worker.join()
def update_activity():
events = {}
event_counts = collections.Counter()
query = (ev for ev in LiveUpdateEvent._all()
if ev.state == "live" and not ev.banned)
for chunk in utils.in_chunks(query, size=100):
context_ids = {"LiveUpdateEvent_" + ev._id: ev._id for ev in chunk}
try:
with c.activity_service.retrying(attempts=4) as svc:
infos = svc.count_activity_multi(context_ids.keys())
except TTransportException:
continue
for context_id, info in infos.iteritems():
event_id = context_ids[context_id]
try:
LiveUpdateActivityHistoryByEvent.record_activity(
event_id, info.count)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to update activity history for %r: %s",
event_id, e)
try:
event = LiveUpdateEvent.update_activity(
event_id, info.count, info.is_fuzzed)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to update event activity for %r: %s",
event_id, e)
else:
events[event_id] = event
event_counts[event_id] = info.count
websockets.send_broadcast(
"/live/" + event_id,
type="activity",
payload={
"count": info.count,
"fuzzed": info.is_fuzzed,
},
)
top_event_ids = [
event_id for event_id, count in event_counts.most_common(1000)
]
top_events = [events[event_id] for event_id in top_event_ids]
query_ttl = datetime.timedelta(days=3)
with CachedQueryMutator() as m:
m.replace(get_active_events(), top_events, ttl=query_ttl)
# ensure that all the amqp messages we've put on the worker's queue are
# sent before we allow this script to exit.
amqp.worker.join()
def update_activity():
events = {}
event_counts = collections.Counter()
event_ids = ActiveVisitorsByLiveUpdateEvent._cf.get_range(
column_count=1, filter_empty=False)
for event_id, is_active in event_ids:
count = 0
if is_active:
try:
count = ActiveVisitorsByLiveUpdateEvent.get_count(event_id)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to fetch activity count for %r: %s",
event_id, e)
return
try:
LiveUpdateActivityHistoryByEvent.record_activity(event_id, count)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to update activity history for %r: %s",
event_id, e)
is_fuzzed = False
if count < ACTIVITY_FUZZING_THRESHOLD:
count = utils.fuzz_activity(count)
is_fuzzed = True
try:
event = LiveUpdateEvent.update_activity(event_id, count, is_fuzzed)
except tdb_cassandra.TRANSIENT_EXCEPTIONS as e:
g.log.warning("Failed to update event activity for %r: %s",
event_id, e)
else:
events[event_id] = event
event_counts[event_id] = count
websockets.send_broadcast(
"/live/" + event_id,
type="activity",
payload={
"count": count,
"fuzzed": is_fuzzed,
},
)
top_event_ids = [event_id for event_id, count in event_counts.most_common(1000)]
top_events = [events[event_id] for event_id in top_event_ids]
query_ttl = datetime.timedelta(days=3)
with CachedQueryMutator() as m:
m.replace(get_active_events(), top_events, ttl=query_ttl)
# ensure that all the amqp messages we've put on the worker's queue are
# sent before we allow this script to exit.
amqp.worker.join()
def abandon_room(room):
print "abandoning %s" % room
room.abandon()
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="abandon",
payload={},
)
g.stats.simple_event('robin.reaper.abandon')
def remove_abandoners(room, users):
print "removing %s from %s" % (users, room)
room.remove_participants(users)
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="users_abandoned",
payload={
"users": [user.name for user in users],
},
)
def POST_admin_broadcast(self, form, jquery, message):
if form.has_errors("message", errors.NO_TEXT, errors.TOO_LONG):
return
websockets.send_broadcast(
namespace="/robin",
type="system_broadcast",
payload={
"body": message,
},
)
def POST_drawrect(self, responder, x, y, width, height):
if x is None:
# copy the error set by VNumber/VInt
c.errors.add(
error_name=errors.BAD_NUMBER,
field="x",
msg_params={
"range": _("%(min)d to %(max)d") % {
"min": 0,
"max": CANVAS_WIDTH,
},
},
)
if y is None:
# copy the error set by VNumber/VInt
c.errors.add(
error_name=errors.BAD_NUMBER,
field="y",
msg_params={
"range": _("%(min)d to %(max)d") % {
"min": 0,
"max": CANVAS_HEIGHT,
},
},
)
if (responder.has_errors("x", errors.BAD_NUMBER) or
responder.has_errors("y", errors.BAD_NUMBER)):
# TODO: return 400 with parsable error message?
return
# prevent drawing outside of the canvas
width = min(CANVAS_WIDTH - x, width)
height = min(CANVAS_HEIGHT - y, height)
batch_payload = []
for _x in xrange(x, x + width):
for _y in xrange(y, y + height):
pixel = Pixel.create(None, 0, _x, _y)
payload = {
"author": '',
"x": _x,
"y": _y,
"color": 0,
}
batch_payload.append(payload)
websockets.send_broadcast(
namespace="/place",
type="batch-place",
payload=batch_payload,
)
def abandon_room(room):
print "abandoning %s" % room
room.abandon()
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="abandon",
payload={},
)
g.stats.simple_event('robin.reaper.abandon')
def POST_admin_broadcast(self, form, jquery, message):
if form.has_errors("message", errors.NO_TEXT, errors.TOO_LONG):
return
websockets.send_broadcast(
namespace="/robin",
type="system_broadcast",
payload={
"body": message,
},
)
def remove_abandoners(room, users):
print "removing %s from %s" % (users, room)
room.remove_participants(users)
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="users_abandoned",
payload={
"users": [user.name for user in users],
},
)
def POST_leave_room(self, form, jquery):
room = RobinRoom.get_room_for_user(c.user)
if not room:
return
room.remove_participants([c.user])
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="users_abandoned",
payload={
"users": [c.user.name],
},
)
def _update_timer():
if not g.live_config['thebutton_is_active']:
print "%s: thebutton is inactive" % datetime.now(g.tz)
websockets.send_broadcast(namespace="/thebutton",
type="not_started",
payload={})
return
expiration_time = has_timer_expired()
if expiration_time:
seconds_elapsed = (datetime.now(g.tz) -
expiration_time).total_seconds()
print "%s: timer is expired %s ago" % (datetime.now(
g.tz), seconds_elapsed)
websockets.send_broadcast(namespace="/thebutton",
type="expired",
payload={"seconds_elapsed": seconds_elapsed})
return
if not has_timer_started():
print "%s: timer not started" % datetime.now(g.tz)
websockets.send_broadcast(namespace="/thebutton",
type="not_started",
payload={})
return
seconds_left = round(get_seconds_left())
if seconds_left < 0:
print "%s: timer just expired" % datetime.now(g.tz)
mark_timer_expired(datetime.now(g.tz))
websockets.send_broadcast(namespace="/thebutton",
type="just_expired",
payload={})
else:
now = datetime.now(g.tz)
now_str = datetime_to_str(now)
tick_mac = make_tick_mac(int(seconds_left), now_str)
print "%s: timer is ticking %s" % (datetime.now(g.tz), seconds_left)
websockets.send_broadcast(
namespace="/thebutton",
type="ticking",
payload={
"seconds_left":
seconds_left,
"now_str":
now_str,
"tick_mac":
tick_mac,
"participants_text":
format_number(get_num_participants(), locale='en'),
},
)
def POST_leave_room(self, form, jquery):
room = RobinRoom.get_room_for_user(c.user)
if not room:
return
room.remove_participants([c.user])
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="users_abandoned",
payload={
"users": [c.user.name],
},
)
def merge_rooms(room1, room2):
print "merging %s + %s" % (room1, room2)
new_room = RobinRoom.merge(room1, room2)
for room in (room1, room2):
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="merge",
payload={
"destination": new_room.id,
},
)
g.stats.simple_event('robin.reaper.merge')
def merge_rooms(room1, room2):
print "merging %s + %s" % (room1, room2)
new_room = RobinRoom.merge(room1, room2)
for room in (room1, room2):
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="merge",
payload={
"destination": new_room.id,
},
)
g.stats.simple_event('robin.reaper.merge')
def process_subreddit_maker(msg):
room_id = msg.body
try:
room = RobinRoom._byID(room_id)
except tdb_cassandra.NotFound:
try:
room = RobinRoomDead._byID(room_id)
except tdb_cassandra.NotFound:
print "can't find room %s, giving up" % room_id
print 'creating sr for room %s' % room
subreddit = room.create_sr()
print 'got %s from room.create_sr()' % subreddit
if subreddit:
g.stats.simple_event("robin.subreddit.created")
participant_ids = room.get_all_participants()
participants = [
Account._byID(participant_id)
for participant_id in participant_ids
]
moderators = participants[:5]
print 'adding moderators to %s' % subreddit
for moderator in moderators:
subreddit.add_moderator(moderator)
print 'adding contributors to %s' % subreddit
g.stats.simple_event(
"robin.subreddit.contributors_added",
delta=len(participants),
)
for participant in participants:
# To be replaced with UserRel hacking?
subreddit.add_contributor(participant)
send_sr_message(subreddit, participant)
payload = {
"body": subreddit.name,
}
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="continue",
payload=payload,
)
else:
g.stats.simple_event("robin.subreddit.creation_failed")
print 'subreddit creation failed for room %s' % room.id
def broadcast_activity():
try:
activity = get_activity_count()
websockets.send_broadcast(
namespace="/place",
type="activity",
payload={
"count": activity,
},
)
except ActivityError:
print "failed to fetch activity"
# ensure the message we put on the amqp worker queue is flushed before we
# exit.
amqp.worker.join()
def _update_timer():
if not g.live_config['thebutton_is_active']:
print "%s: thebutton is inactive" % datetime.now(g.tz)
websockets.send_broadcast(
namespace="/thebutton", type="not_started", payload={})
return
expiration_time = has_timer_expired()
if expiration_time:
seconds_elapsed = (datetime.now(g.tz) - expiration_time).total_seconds()
print "%s: timer is expired %s ago" % (datetime.now(g.tz), seconds_elapsed)
websockets.send_broadcast(
namespace="/thebutton", type="expired",
payload={"seconds_elapsed": seconds_elapsed})
return
if not has_timer_started():
print "%s: timer not started" % datetime.now(g.tz)
websockets.send_broadcast(
namespace="/thebutton", type="not_started", payload={})
return
seconds_left = round(get_seconds_left())
if seconds_left < 0:
print "%s: timer just expired" % datetime.now(g.tz)
mark_timer_expired(datetime.now(g.tz))
websockets.send_broadcast(
namespace="/thebutton", type="just_expired", payload={})
else:
now = datetime.now(g.tz)
now_str = datetime_to_str(now)
tick_mac = make_tick_mac(int(seconds_left), now_str)
print "%s: timer is ticking %s" % (datetime.now(g.tz), seconds_left)
websockets.send_broadcast(
namespace="/thebutton", type="ticking",
payload={
"seconds_left": seconds_left,
"now_str": now_str,
"tick_mac": tick_mac,
"participants_text": format_number(get_num_participants(), locale='en'),
},
)
def broadcast_update():
event_ids = ActiveVisitorsByLiveUpdateEvent._cf.get_range(
column_count=1, filter_empty=False)
for event_id, is_active in event_ids:
if is_active:
count, is_fuzzed = ActiveVisitorsByLiveUpdateEvent.get_count(
event_id, cached=False)
else:
count, is_fuzzed = 0, False
payload = {
"count": count,
"fuzzed": is_fuzzed,
}
websockets.send_broadcast(
"/live/" + event_id, type="activity", payload=payload)
amqp.worker.join()
def broadcast_update():
event_ids = ActiveVisitorsByLiveUpdateEvent._cf.get_range(
column_count=1, filter_empty=False)
for event_id, is_active in event_ids:
if is_active:
count, is_fuzzed = ActiveVisitorsByLiveUpdateEvent.get_count(
event_id, cached=False)
else:
count, is_fuzzed = 0, False
payload = {
"count": count,
"fuzzed": is_fuzzed,
}
websockets.send_broadcast(
"/live/" + event_id, type="activity", payload=payload)
# ensure that all the amqp messages we've put on the worker's queue are
# sent before we allow this script to exit.
amqp.worker.join()
def POST_message(self, form, jquery, room, message):
if self._has_exceeded_ratelimit(form, room):
return
if form.has_errors("message", errors.NO_TEXT, errors.TOO_LONG):
return
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="chat",
payload={
"from": c.user.name,
"body": message,
},
)
events.message(
room=room,
message=message,
sent_dt=datetime.datetime.utcnow(),
context=c,
request=request,
)
def POST_message(self, form, jquery, room, message):
if self._has_exceeded_ratelimit(form, room):
return
if form.has_errors("message", errors.NO_TEXT, errors.TOO_LONG):
return
websockets.send_broadcast(
namespace="/robin/" + room.id,
type="chat",
payload={
"from": c.user.name,
"body": message,
},
)
events.message(
room=room,
message=message,
sent_dt=datetime.datetime.utcnow(),
context=c,
request=request,
)
def process_waitinglist(msg):
user_id36 = msg.body
user = Account._byID36(user_id36, data=True, stale=True)
if RobinRoom.get_room_for_user(user):
print "%s already in room" % user.name
return
with g.make_lock("robin_room", "global"):
current_room_id = g.gencache.get("current_robin_room")
if not current_room_id:
current_room = make_new_room()
else:
try:
current_room = RobinRoom._byID(current_room_id)
except tdb_cassandra.NotFoundException:
current_room_id = None
current_room = make_new_room()
if not current_room.is_alive or current_room.is_continued:
current_room_id = None
current_room = make_new_room()
current_room.add_participants([user])
print "added %s to %s" % (user.name, current_room.id)
if current_room_id:
g.gencache.delete("current_robin_room")
current_room.persist_computed_name()
websockets.send_broadcast(
namespace="/robin/" + current_room.id,
type="updated_name",
payload={
"room_name": current_room.name,
},
)
else:
g.gencache.set("current_robin_room", current_room.id)
def process_waitinglist(msg):
user_id36 = msg.body
user = Account._byID36(user_id36, data=True, stale=True)
if RobinRoom.get_room_for_user(user):
print "%s already in room" % user.name
return
with g.make_lock("robin_room", "global"):
current_room_id = g.cache.get("current_robin_room")
if not current_room_id:
current_room = make_new_room()
else:
try:
current_room = RobinRoom._byID(current_room_id)
except tdb_cassandra.NotFoundException:
current_room_id = None
current_room = make_new_room()
if not current_room.is_alive or current_room.is_continued:
current_room_id = None
current_room = make_new_room()
current_room.add_participants([user])
print "added %s to %s" % (user.name, current_room.id)
if current_room_id:
g.cache.delete("current_robin_room")
current_room.persist_computed_name()
websockets.send_broadcast(
namespace="/robin/" + current_room.id,
type="updated_name",
payload={
"room_name": current_room.name,
},
)
else:
g.cache.set("current_robin_room", current_room.id)
def POST_draw(self, responder, x, y, color):
#if c.user._date >= ACCOUNT_CREATION_CUTOFF:
# self.abort403()
if PLACE_SUBREDDIT.is_banned(c.user):
self.abort403()
if x is None:
# copy the error set by VNumber/VInt
c.errors.add(
error_name=errors.BAD_NUMBER,
field="x",
msg_params={
"range": _("%(min)d to %(max)d") % {
"min": 0,
"max": CANVAS_WIDTH,
},
},
)
if y is None:
# copy the error set by VNumber/VInt
c.errors.add(
error_name=errors.BAD_NUMBER,
field="y",
msg_params={
"range": _("%(min)d to %(max)d") % {
"min": 0,
"max": CANVAS_HEIGHT,
},
},
)
if color is None:
c.errors.add(errors.BAD_COLOR, field="color")
if (responder.has_errors("x", errors.BAD_NUMBER) or
responder.has_errors("y", errors.BAD_NUMBER) or
responder.has_errors("color", errors.BAD_COLOR)):
# TODO: return 400 with parsable error message?
return
if c.user_is_admin:
wait_seconds = 0
else:
wait_seconds = get_wait_seconds(c.user)
if wait_seconds > 2:
response.status = 429
request.environ['extra_error_data'] = {
"error": 429,
"wait_seconds": wait_seconds,
}
return
Pixel.create(c.user, color, x, y)
c.user.set_flair(
subreddit=PLACE_SUBREDDIT,
text="({x},{y}) {time}".format(x=x, y=y, time=time.time()),
css_class="place-%s" % color,
)
websockets.send_broadcast(
namespace="/place",
type="place",
payload={
"author": c.user.name,
"x": x,
"y": y,
"color": color,
}
)
events.place_pixel(x, y, color)
cooldown = 0 if c.user_is_admin else PIXEL_COOLDOWN_SECONDS
return {
'wait_seconds': cooldown,
}
def send_websocket_broadcast(type, payload):
websockets.send_broadcast(namespace="/live/" + c.liveupdate_event._id,
type=type, payload=payload)
def send_event_broadcast(event_id, type, payload):
""" Send a liveupdate broadcast for a specific event. """
websockets.send_broadcast(namespace="/live/" + event_id,
type=type,
payload=payload)
