def main():
global calculated_time, elapsed_time
queue = Queue()
estimateT = threading.Thread(target=getestimate)
# elapsedT = threading.Thread(target=getelapsed)
estimateT.start()
# elapsedåT.start()
temppath = os.path.expanduser(os.path.join("~", "AppData", "Local", "Temp"))
lelap, lcalc = elapsed_time, calculated_time
json.dump({}, open(os.path.join(temppath, "toscript.json"), "w"))
while True:
if os.path.exists(os.path.join(temppath, "toscript.json")):
dataf = open(os.path.join(temppath, "toscript.json"))
datat = dataf.read()
try:
data = json.loads(datat)
if data and data["action"] != null:
print(data)
except:
if "action" in data and data["action"] != "null":
print(datat)
if data:
try:
comm.parseData(queue, data)
except: pass
json.dump(comm.generateData(queue, calculated_time, elapsed_time), open(os.path.join(temppath, "topage.json"), "w"))
json.dump({}, open(os.path.join(temppath, "toscript.json"), "w"), {})
if data["action"] != "null": print(queue.queue)
elif lelap != elapsed_time or lcalc != calculated_time:
json.dump(open(os.path.join(temppath, "topage.json"), "w"), comm.generateData(queue, calculated_time, elapsed_time))
def process(data):
global queue, shamed, sessions
if data:
try:
queue.metapriority()
x = comm.parseData(queue, sessions, data)
if "action" in data and data["action"] != "null":
sessions.update()
if args.backup:
json.dump(queue.queue, open("cache.json", "w"), indent=2)
sids.cache(sessions)
if x and type(x) is str:
if x == "uuddlrlrba":
if config["easter_eggs"]:
serveToAllConnections({"action":"rickroll"})
else:
cprint(bcolors.YELLOW + "This is a serious establishment, son. I'm dissapointed in you.")
elif x == "refresh":
if config["allow_force_refresh"]:
serveToAllConnections({"action":"refresh"})
else:
cprint(bcolors.YELLOW + "Force refresh isn't enabled. (config.json, allow_force_refresh)")
elif x == "sorry":
if data["sid"][:int(len(data["sid"])/2)] in shamed:
shamed.remove(data["sid"][:int(len(data["sid"])/2)])
else:
cprint(bcolors.YELLOW + x)
time.sleep(0.2)
else:
if x is False:
shamed.append(data["sid"][:int(len(data["sid"])/2)])
return comm.generateData(queue, sessions, shamed)
except Exception as e:
cprint(bcolors.YELLOW + str(e))
def process(data, ws):
"""
Process data from an incoming socket, and serve the result to everyone.
"""
global queue, sessions, socks, queuehash
if data:
# Parse the data through the socket command handler
x = comm.parseData(queue, ws, socks, sessions, data)
# Back up the queue
if args.backup:
json.dump(queue.queue,
open("cache.json", "w"),
indent=2,
sort_keys=True)
# If the socket handler had an error, report it to the socket
if x and type(x) is str:
serve_connection(
{
"action": "notification",
"title": "Failed to process data",
"text": x
}, ws)
color_print(x, color=ansi_colors.YELLOW)
# If the queue changed, serve it
if queuehash != hash(str(queue.queue)):
queuehash = hash(str(queue.queue))
serve_connections(comm.generateData(queue.serialize()), socks)
def upkeep():
"""
Thread to perform tasks asynchronously.
"""
global socks, queue, authed, sessions, queuehash, pluginUpkeeps
while True:
try:
# Keep everything in line
sessions.update()
# Deauth everyone who dropped from auth
newauths = sessions.allauth()
if authed != newauths:
deauthed = [i for i in authed if i not in newauths]
authed = sessions.allauth()
for i in deauthed:
ws = socks[i]
if ws:
serve_connection({"action": "deauthed"}, ws)
# Remove closed socks
for i in socks:
if not i.open:
sessions.sids.remove(sessions._get(get_sec_key(i)))
for module in pluginUpkeeps:
try:
module.upkeep(queue=queue,
sessions=sessions,
sockets=socks)
except:
color_print(format_traceback(
e,
format("Error while processing {plugin}.upkeep:",
plugin=module.__name__)),
color=ansi_colors.YELLOW)
pluginUpkeeps.remove(module)
# If the queue changed, serve it
queue.metapriority()
if queuehash != hash(str(queue.queue)):
queuehash = hash(str(queue.queue))
serve_connections(comm.generateData(queue.serialize()), socks)
time.sleep(config["refreshRate"] / 1000)
except Exception as e: # Error reporting
color_print(format_traceback(e, "Error in upkeep thread:"),
color=ansi_colors.YELLOW)
def server(websocket, path):
"""
The process that's spawned for each websocket connection.
"""
global queue, socks, sessions
# Allow all processes to serve to this
socks.append(websocket)
# Serve the latest queue to this socket
serve_connection(comm.generateData(queue.serialize()), websocket)
while True:
# Get the latest message
message = yield from websocket.recv()
# Kill off the connection if the socket is broken
if not message: break
try:
# Load the message
messagedata = json.loads(message)
# Only use messages if they have an action
if "action" in messagedata:
# Make a form of the message used only for display
displaymessage = message[:]
if "pass" in messagedata:
displaymessage = json.loads(displaymessage)
# Replace the password with asterisks
displaymessage["pass"] = "******" * len(displaymessage["pass"])
displaymessage = json.dumps(displaymessage, sort_keys=True)
authstate = sessions.check(get_sec_key(websocket))
color = ansi_colors.MAGENTA if authstate and args.loud else ""
color_print(displaymessage, color=color)
# Run the processing subroutine
process(messagedata, websocket)
except Exception as e: # Error reporting
color_print(format_traceback(e, "Error while serving WebSockets:"),
color=ansi_colors.YELLOW)
if config["send_notifications"]:
serve_connection(
{ # Tell the socket about it
"action": "notification",
"title": type(e).__name__,
"text": str(e)
},
websocket)
# Make sure processes don't serve to a dead socket
socks.remove(websocket)
def server(websocket, path):
"""
The process that's spawned for each websocket connection.
"""
global queue, socks, sessions
# Allow all processes to serve to this
socks.append(websocket)
# Serve the latest queue to this socket
serve_connection(comm.generateData(queue.serialize()), websocket)
while True:
# Get the latest message
message = yield from websocket.recv()
# Kill off the connection if the socket is broken
if not message: break
try:
# Load the message
messagedata = json.loads(message)
# Only use messages if they have an action
if "action" in messagedata:
# Make a form of the message used only for display
displaymessage = message[:]
if "pass" in messagedata:
displaymessage = json.loads(displaymessage)
# Replace the password with asterisks
displaymessage["pass"] = "******"*len(displaymessage["pass"])
displaymessage = json.dumps(displaymessage, sort_keys=True)
authstate = sessions.check(get_sec_key(websocket))
color = ansi_colors.MAGENTA if authstate and args.loud else ""
color_print(displaymessage, color=color)
# Run the processing subroutine
process(messagedata, websocket)
except Exception as e: # Error reporting
color_print(format_traceback(e, "Error while serving WebSockets:"), color=ansi_colors.YELLOW)
if config["send_notifications"]:
serve_connection({ # Tell the socket about it
"action": "notification",
"title": type(e).__name__,
"text": str(e)
}, websocket)
# Make sure processes don't serve to a dead socket
socks.remove(websocket)
def upkeep():
"""
Thread to perform tasks asynchronously.
"""
global socks, queue, authed, sessions, queuehash, pluginUpkeeps
while True:
try:
# Keep everything in line
sessions.update()
# Deauth everyone who dropped from auth
newauths = sessions.allauth()
if authed != newauths:
deauthed = [i for i in authed if i not in newauths]
authed = sessions.allauth()
for i in deauthed:
ws = socks[i]
if ws:
serve_connection({"action":"deauthed"}, ws)
# Remove closed socks
for i in socks:
if not i.open:
sessions.sids.remove(sessions._get(get_sec_key(i)))
for module in pluginUpkeeps:
try:
module.upkeep(queue=queue, sessions=sessions, sockets=socks)
except:
color_print(format_traceback(e, format("Error while processing {plugin}.upkeep:", plugin=module.__name__)), color=ansi_colors.YELLOW)
pluginUpkeeps.remove(module)
# If the queue changed, serve it
queue.metapriority()
if queuehash != hash(str(queue.queue)):
queuehash = hash(str(queue.queue))
serve_connections(comm.generateData(queue.serialize()), socks)
time.sleep(config["refreshRate"]/1000)
except Exception as e: # Error reporting
color_print(format_traceback(e, "Error in upkeep thread:"), color=ansi_colors.YELLOW)
def process(data, ws):
"""
Process data from an incoming socket, and serve the result to everyone.
"""
global queue, sessions, socks, queuehash
if data:
# Parse the data through the socket command handler
x = comm.parseData(queue, ws, socks, sessions, data)
# Back up the queue
if args.backup:
json.dump(queue.queue, open("cache.json", "w"), indent=2, sort_keys=True)
# If the socket handler had an error, report it to the socket
if x and type(x) is str:
serve_connection({
"action": "notification",
"title": "Failed to process data",
"text": x
}, ws)
color_print(x, color=ansi_colors.YELLOW)
# If the queue changed, serve it
if queuehash != hash(str(queue.queue)):
queuehash = hash(str(queue.queue))
serve_connections(comm.generateData(queue.serialize()), socks)
