def receive_and_parse( self, sock ):
try:
# Received something on a client socket
logging.debug( 'reciving from %s' % repr( sock ) )
try:
str = unicode(sock.recv(4096), self.charset)
except:
logging.debug('recive from client error %s %s' % (trace(), repr(sock)))
self.skipme.remove( sock )
return
# Check to see if the peer socket closed
if str == '':
host,port = sock.getpeername()
addr = '%s:%s' % (host, port)
logging.debug ('disconnecting: %s..' % addr)
self.emit('onDisconnected',addr)
self.drop_user_by_addr(addr)
else:
# -- Recive up to 10 x 4096 from socket. If it still not empty - ignore it.
i=10
while str[-1]!="|" and i>0:
try:
str=str+unicode(sock.recv(4096),self.charset)
except:
logging.debug('recive from client error %s' % trace())
self.skipme.remove( sock )
return
i-=1
# --
logging.debug( 'parsing' )
host,port = sock.getpeername()
addr = '%s:%s' % (host, port)
logging.debug ('recived: %s from %s' % (str, addr))
if str[-1]=="|":
if self.emit('onRecivedSomething',addr):
logging.debug('Recived: %s' % str)
if len(str)>0:
msgarr=str.split('|')
for i in msgarr:
if i=="":
pass
elif i[0]=="$":
self.parse_protocol_cmd(i,addr)
else:
self.parse_chat_msg(i,addr)
else:
logging.warning ( 'Too big or wrong message recived from %s: %s' % (addr,s) )
self.skipme.remove( sock )
except:
self.drop_user_by_sock(sock)
logging.debug('User Lost: %s' % trace())
def send_to_nick(self,nick,msg):
if nick in self.nicks:
if not (len(msg)>0 and msg[-1]=="|"):
msg=msg+"|"
try:
logging.debug('senging %s to %s' % (msg, nick))
self.nicks[nick].descr.send(msg.encode(self.charset))
except:
logging.debug('Error while sending %s to %s. Dropping. %s' % (msg,nick,trace()))
self.drop_user_by_nick(nick)
logging.debug('socket error %s. user lost!' % trace() )
else:
logging.debug('send to unknown nick: %s' % nick)
def UnloadPlugin(self,addr,params=[]):
# Params should be: 'plugin'
logging.debug('unloading plugin')
if len(params)==1:
try:
if params[0] in self.plugs:
plug=self.plugs.pop(params[0])
plug.unload()
for key in plug.commands.keys():
self.commands.pop(key,None)
for key in plug.usercommands.keys():
self.usercommands.pop(key,None)
for key, value in plug.slots.iteritems():
if key in self.slots:
if value in self.slots[key]:
self.slots[key].remove(value)
self.Gen_UC()
self.send_usercommands_to_all()
return self._('Success')
else:
return self._('Plugin not loaded')
except:
return self._('Plugin unload error: %s' % trace())
else:
return self._('Params error')
def AddForbid(self,addr,params=[]):
#params ['regexp\nsource' 'action']
''' add forbid element into list'''
full=' '.join(params)
full=full.split('\n',1)
if len(full)!=2:
return self.hub._('Params error')
params=[]
params.append(full[0])
params.extend(full[1].split(' '))
# params ['regexp' 'source' '...]
if len(params)>=3:
if params[1] in ['mc', 'pm', 'all']:
action=' '.join(params[2:])
action=self.hub.unmasksyms(action)
params[0]=self.hub.unmasksyms(params[0])
# -- checking regexp
try:
re.compile(params[0])
except:
return self.hub._('Error %s' % trace())
self.regexps[params[0]]={'source':params[1],'action':action}
self.recompile()
else:
return self.hub._('Params error: %s should be %s recived %s') % ('source', 'mc/pm/all', repr(params))
else:
return self.hub._('Params error')
return 'Success'
def clientserv(self, part):
''' listen for client sockets in descriptors[part]'''
logging.debug('clientserv %s started!' % part)
while self.work:
try:
if len(self.descriptors[part])>0:
(sread, swrite, sexc) = select.select( self.descriptors[part], [], [], 1 )
else:
time.sleep(1)
sread=[]
for sock in sread:
if sock == None:
continue
#logging.debug( 'activity in socket %s' % repr( sock ) )
if sock not in self.skipme:
# logging.debug( 'accepting activity' )
self.skipme.append( sock ) #Temporary remove socket, it will be served in separate thread
parser=threading.Thread(None, self.receive_and_parse, 'Recive/Parse', (sock,))
parser.start()
except:
logging.debug( 'clientserv error %s' % trace() )
print('clientserv %s stopped!' % part)
return
def run( self ):
logging.info ('Hub started!')
try:
try:
self.work=True
self.pingthread=threading.Thread(None,self.pinger,'pinger',(120,))
self.autosaver=threading.Thread(None,self.settings_autosaver,'saver',(self.settings['core']['autosave'],))
self.pingthread.setDaemon(True)
self.autosaver.setDaemon(True)
self.pingthread.start()
self.autosaver.start()
while self.work:
(sread, swrite, sexc) = select.select( self.srvsock, [], [], 1 )
for sock in sread:
# Start new thread to avoid hub lock when user connecting
newsock, (host, port) = sock.accept()
connhandler=threading.Thread(None,self.accept_new_connection,'newConnection: %s %s' %(str(host), str(port)),(newsock, host, port))
connhandler.setDaemon(True)
connhandler.start()
#self.accept_new_connection()
except:
logging.error(trace())
self.on_exit()
finally:
# Save settings before exiting
self.on_exit()
def parse_cmd(self,cmd,addr):
logging.debug('command recived %s' % cmd)
#cmd=self.decode(cmd)
acmd=cmd.split(' ')
ncmd=acmd[0]
for j in self.commands:
if acmd[0].lower() == j.lower():
ncmd=j
if self.check_rights(self.addrs[addr],acmd[0]):
if ncmd in self.commands:
try:
if (len(acmd[1:]))>0:
result=self.commands[ncmd](addr,acmd[1:])
else:
result=self.commands[ncmd](addr)
if result!='':
self.send_to_addr(addr,self._('<HUB> %s|') % result)
except SystemExit:
raise SystemExit
except:
self.send_to_addr(addr,self._('<HUB> Error while proccessing command %s|') % trace())
else:
self.send_to_addr(addr,self._('<HUB> No such command'))
else:
self.send_to_addr(addr,self._('<HUB> Premission denied'))
return
def queue_worker(self, ping_timer):
if ping_timer > 0:
ping_timer -= self.delay
result = ''
if not self.queue_lock:
self.queue_lock = True
msgs = self.queue
self.queue = []
self.queue_lock = False
if len(msgs)>0:
for msg in msgs:
logging.debug('sending to all %s' % msg)
if not (len(msg)>0 and msg[-1]=="|"):
msg += "|"
result += msg
if not result and ping_timer <= 0:
# We should probably "ping" all connections if no messages to send
ping_timer += self.ping_time
logging.debug('pinging')
result = '|'
if result:
logging.debug('senging "%s" to all' % result)
for transport in self.transports:
try:
transport.write(result.encode(self.charset))
except:
logging.debug('transport layer error %s' % trace())
reactor.callLater(0, self.drop_user_by_transport, transport)
reactor.callLater(self.delay, self.queue_worker, ping_timer)
def _get_html(path: str) -> str:
try:
logging.info('getting html code')
settings = ChromeOptions()
settings.add_argument(f'user-data-dir={abspath("../cache")}')
browser = Chrome('../resource/lib/chrome_driver.exe', options=settings)
del settings
browser.set_window_size(1920, 1080)
browser.get(path)
sleep(10)
html = str(browser.page_source)
browser.close()
del browser
logging.info('browser closed')
return html
except WebDriverException:
trace(limit=1, file=stdout)
def error(ex):
# return 500 with stack trace
return {
'statusCode': 500,
'body': trace(),
'headers': {
'Content-Type': 'text/plain; charset=utf-8'
}
}
def get_permission_content(player, permnode, default_value = None):
try:
perms = player.getEffectivePermissions()
for perm in perms:
if str(perm.getPermission()).startswith(permnode):
return str(perm.getPermission())[len(permnode):]
return default_value
except:
error(trace())
def load_settings(self):
logging.debug('reading settigs')
try:
for i in os.listdir(self.path_to_settings):
if self.recp['.yaml'].search(i)!=None:
mod=self.recp['before.yaml'].search(i).group(0)
logging.debug('loading settings for %s' % mod)
try:
f=codecs.open(self.path_to_settings+'/'+ i,'r','utf-8')
text=f.read()
dct=yaml.load(text)
if dct!=None:
self.settings[mod]=dct
except:
logging.error('fail to load settings for module %s. cause:' % mod)
logging.error('%s' % trace())
except:
logging.error('error while loading settings: %s', trace())
def __exit__(self, exc_type, exc_inst, exc_tb):
if exc_type is None:
try:
self.conn.commit()
self.curs.close()
self.conn.close()
except:
print(trace())
else:
print(exc_tb)
def send_to_addr(self,addr,msg):
if addr in self.addrs:
if not (len(msg)>0 and msg[-1]=="|"):
msg=msg+"|"
try:
self.addrs[addr].descr.send(msg.encode(self.charset))
except:
logging.debug('socket error %s' % trace())
else:
logging.warning('uknown addres: %s' % addr)
def get_aviable_plugins( self ):
ans = []
try:
for i in os.listdir(self.path_to_plugins):
if self.recp['.py'].search(i)!=None and i!="__init__.py" and i!="plugin.py":
mod=self.recp['before.py'].search(i).group(0)
ans.append( mod )
return ans
except:
logging.error('error while listing plugins: %s', trace())
return ans
def Set(self,addr,params=[]): # Setting param for core or plugin
# Params should be: 'core/plugin name' 'parameter' 'value'
# Cause 'value' can contain spaces - join params[2:]
if len(params)<2:
return self._('Params error')
try:
value=yaml.load(" ".join(params[2:]))
self.settings[params[0]][params[1]]=value
return self._('Settings for %s - %s setted for %s') % (params[0], params[1], value)
except:
return self._('Error: %s') % trace()
def send_to_all(self, msg, omitSock=None):
logging.debug('sending to all %s' % msg)
if not (len(msg)>0 and msg[-1]=="|"):
msg=msg+"|"
for part in self.descriptors:
for sock in part:
if sock!=self.srvsock and sock!=omitSock:
try:
sock.send(msg.encode(self.charset))
except:
logging.debug('socket error %s' % trace())
self.drop_user_by_sock( sock )
def emit(self,signal,*args):
#logging.debug('emitting %s' % signal)
#logging.debug('emit map %s' % repr(self.slots))
for slot in self.slots.get(signal,[]):
logging.debug( 'Emitting: %s, for %s slot' % ( signal, repr( slot )) )
try:
if not slot(*args):
logging.debug( 'Emit %s: FALSE' % signal )
return False
except:
logging.error('PLUGIN ERROR: %s' % trace())
logging.debug( 'Emit %s: True' % signal )
return True
def drop_user(self, addr, nick, transport):
logging.debug('dropping %s %s' % (addr, nick))
try:
if transport in self.transports:
self.transports.remove(transport)
self.addrs.pop(addr,'')
self.nicks.pop(nick,'')
if transport in self.hello:
self.hello.remove(transport)
transport.loseConnection()
except:
logging.debug('something wrong while dropping client %s' % trace())
self.send_to_all('$Quit %s|' % nick)
self.emit('onUserLeft',addr,nick)
def drop_user(self,addr,nick,sock):
logging.debug('dropping %s %s %s' % (addr, nick, sock))
try:
for i in self.descriptors:
if sock in i: i.remove(sock)
self.addrs.pop(addr,'')
self.nicks.pop(nick,'')
if sock in self.hello: self.hello.remove(sock)
sock.close()
except:
logging.debug('something wrong while dropping client %s' % trace())
logging.debug ('Quit %s' % nick)
self.send_to_all('$Quit %s|' % nick)
self.emit('onUserLeft',addr,nick)
def print_list(sender, closed):
try: # new thread, anything can happen.
targeted_reports = dict(enumerate(reports))
for i in list(targeted_reports):
report = targeted_reports[i]
if report["closed"] != closed:
targeted_reports.pop(i)
msg(sender, "&a%s %s reports:" % (len(targeted_reports), "closed" if closed else "open"))
for i in targeted_reports:
report = targeted_reports[i]
name = retrieve_player(report["uuid"]).getName()
msg(sender, "&8[&e%s &c%s&8] &3%s&f: &a%s" % (i, report["time"], name, report["msg"]))
except:
warn("Failed to complete report's print_list() thread")
error(trace())
def save_settings(self):
logging.debug('saving settigs')
try:
for mod, sett in self.settings.items():
try:
logging.info('saving settings for %s' % mod)
f=open(self.path_to_settings+'/'+mod+'.yaml','wb')
f.write(yaml.safe_dump(sett,default_flow_style=False,allow_unicode=True))
except:
logging.error('failed to load settings for module %s. cause:' % mod)
logging.error('%s' % trace())
return False
except:
logging.error('!!! SETTINGS NOT SAVED !!!')
return False
return True
def AddPlugin(self,addr,params=[]):
ans=[]
try:
for i in os.listdir(self.hub.path_to_plugins):
if self.hub.recp['.py'].search(i)!=None and i!="__init__.py" and i!="plugin.py":
mod=self.hub.recp['before.py'].search(i).group(0)
ans.append(mod)
if params[0] in ans:
self.hub.core_settings['autoload'].append(params[0])
self.hub.Gen_UC()
self.hub.send_usercommands_to_all()
return self.hub._('Success')
else:
return self.hub._('No plugin')
except:
logging.error('error while listing plugins: %s', trace())
def LoadPlugin(self,addr,params=[]):
# Params should be: 'plugin'
if len(params)==1:
logging.debug('loading plugin %s' % params[0])
if params[0] not in self.plugs:
try:
if not '.' in sys.path:
sys.path.append('.')
if 'plugins.'+params[0] not in sys.modules:
plugins=__import__('plugins.'+params[0])
plugin=getattr(plugins,params[0])
else:
plugin=reload(sys.modules['plugins.'+params[0]])
logging.getLogger().setLevel(self.settings['core']['loglevel'])
logging.debug('loaded plugin file success')
cls=getattr(plugin,params[0]+'_plugin')
obj=cls(self)
self.plugs[params[0]]=obj
self.commands.update(obj.commands)
#self.usercommands.update(obj.usercommands)
logging.debug( 'Plugin %s slots: %s' % (params[0], repr( obj.slots ) ) )
for key,value in obj.slots.iteritems():
logging.debug( 'Activating Slot: %s, on plugin %s' % ( key, params[0] ) )
if key in self.slots:
self.slots[key].append(value)
else:
self.slots[key]=[value]
logging.debug( 'MessageMap: %s' % repr( self.slots ))
self.Gen_UC()
self.send_usercommands_to_all()
return self._('Success')
except:
e=trace()
logging.debug( 'Plugin load error: %s' % (e,) )
return self._( 'Plugin load error: %s' % (e,) )
else:
return self._('Plugin already loaded')
else:
return self._('Params error')
def print_list(sender, closed):
try: # new thread, anything can happen.
targeted_reports = dict(enumerate(reports))
for i in list(targeted_reports):
report = targeted_reports[i]
if report["closed"] != closed:
targeted_reports.pop(i)
msg(
sender, "&a%s %s reports:" %
(len(targeted_reports), "closed" if closed else "open"))
for i in targeted_reports:
report = targeted_reports[i]
name = retrieve_player(report["uuid"]).getName()
msg(
sender, "&8[&e%s &c%s&8] &3%s&f: &a%s" %
(i, report["time"], name, report["msg"]))
except:
warn("Failed to complete report's print_list() thread")
error(trace())
self.setTimeout(None)
def timeoutConnection(self):
"""
Called when the connection times out.
"""
logging.debug('timeout: %s' % self._addr)
self.write('<HUB> Login timeout!|')
self.transport.loseConnection()
def on_exit(self):
self.work=False
self.save_settings()
sys.exit()
#RUNNING HUB
#application = service.Application('DirectConnect Hub')
hub = DCHub()
hub.protocol = DCProtocol
for i in hub.core_settings['port']:
try:
#internet.TCPServer(i, hub).setServiceParent(application)
reactor.listenTCP(i, hub)
logging.debug('Started on port %d' % i)
except:
logging.error('---- A PROBLEM WHILE BINDING TO PORT: %s \n %s----' % (i, trace(),) )
reactor.run()
def accept_new_connection( self, newsock, host, port ):
if len( self.nicks ) >= self.core_settings['max_users']:
newsock.close()
logging.warning( 'MAX USERS REACHED!!!' )
return
try:
addr='%s:%s' % (host, port)
logging.debug ('connecting: %s' % addr)
if self.emit('onConnecting', addr):
newsock.send('$Lock %s|$HubName %s|<HUB> Hub is powered by ViperHive [ http://dc.hovel.ru http://code.google.com/p/viperhive/ ]|' % ( self.LOCK , self.core_settings['hubname'].encode(self.charset) ) )
(sock, sw, sx)=select.select([newsock],[],[],15)
logging.debug(repr(sock))
if sock!=[]:
newsock.settimeout(5.0)
s=unicode(newsock.recv(4096),self.charset)
supports=self.recp['Supports'].search(s)
if supports!=None:
supports=supports.group(0)
else:
supports=''
#clisup=[]
validated=True
logging.debug('Supports: %s' % supports)
#if supports!=None:
# #Normal clients should support this
# supports=supports.group(0)
# logging.debug('client supports: %s' % supports)
# if self.recp['NoGetINFO'].search(supports)!=None:
# clisup.append('NoGetINFO')
# if self.recp['NoHello'].search(supports)!=None:
# clisup.append('NoHello')
nick=self.recp['ValidateNick'].search(s)
#checking nick
# if nick == None => something like microdc2
if nick==None:
logging.debug('Old client: %s' %s)
newsock.send('$Supports %s|' % self.SUPPORTS)
(sock, sw, sx)=select.select([newsock],[],[],15)
if sock!=[]:
s+=unicode(newsock.recv(4096),self.charset)
nick=self.recp['ValidateNick'].search(s)
logging.debug('Old client full: %s' %s)
#checking nick
if nick!=None:
nick=nick.group(0)
logging.debug('validating: %s' % nick)
if nick in self.reglist:
# if user registred, and passwd is correct
# we should connect it even if it's already connected (drop & connect)
newsock.send('$GetPass|')
(sock, sw, sx)=select.select([newsock],[],[],15)
if sock!=[]:
s+=unicode(newsock.recv(4096),self.charset)
passw=self.recp['MyPass'].search(s)
if passw!=None:
passw=passw.group(0)
logging.debug('MyPass %s' % passw)
if passw!=self.reglist[nick]['passwd']:
logging.info('wrong pass')
newsock.send(('<HUB> %s|' % (self._('Password incorrect. Provided: %s') % str(passw),)).encode(self.charset))
newsock.send('$BadPass|')
validated=False
else:
if nick in self.nicks:
logging.debug('reconnecting identified user')
try:
self.nicks[nick].descr.send('<HUB> youre connecting from different machine. bye.|')
except:
pass
self.drop_user_by_nick(nick)
else:
validated=False
else:
validated=False
else:
# if nick in self.reglist
#nick is not registred
if nick in self.nicks:
newsock.send('ValidateDenie')
validated=False
else:
validated=True
else:
validated=False
if validated:
logging.debug ('validated %s' % nick)
newsock.send('$Hello %s|' % nick.encode(self.charset))
newsock.send('$Supports %s|' % self.SUPPORTS)
#for i in self.hello:
# i.send('$Hello %s|' % nick)
k=3
while (not 'MyINFO' in s) and (k>0):
(sock, sw, sx)=select.select([newsock],[],[],15)
if sock!=[]:
s+=unicode(newsock.recv(4096),self.charset)
k=k-1
info=self.recp['MyINFO'].search(s)
if info!=None:
tr=True
info=info.group(0)
try:
user=DCUser(info,newsock,addr)
except:
logging.warning( 'wrong myinfo from: %s addr: %s info: %s %s' % ( nick, addr, info, trace() ) )
tr=False
if tr:
if nick in self.reglist:
user.level=self.reglist[nick]['level']
else:
user.level='unreg'
self.nicks[nick]=user
self.addrs[addr]=user
try:
# --- APPLY LIMITS ---
if user.share < self.core_settings['min_share'] and user.level not in self.core_settings['pass_limits']:
newsock.send( (self._( '<HUB> Too low share. Min share is %s.|' ) % number_to_human_size( self.core_settings['min_share'] ) ).encode( self.charset ) )
logging.debug('not validated. dropping')
self.drop_user(addr, nick, newsock)
return
if user.sum_hubs > self.core_settings['max_hubs'] and user.level not in self.core_settings['pass_limits']:
newsock.send( (self._( '<HUB> Too many hubs open. Max hubs is %s.|' ) % self.core_settings['max_hubs']).encode( self.charset ) )
logging.debug('not validated. dropping')
self.drop_user(addr, nick, newsock)
return
if user.slots < self.core_settings['min_slots'] and user.level not in self.core_settings['pass_limits']:
newsock.send( (self._( '<HUB> Too few slots open. Min slots is %s.|' ) % self.core_settings['min_slots']).encode( self.charset ) )
logging.debug('not validated. dropping')
self.drop_user(addr, nick, newsock)
return
logging.debug('slots: %s, hubs: %s' % (user.slots, user.hubs) )
if self.emit('onConnected',user):
logging.debug('Validated. Appending.')
free=None # No free workers
for i, val in enumerate(self.descriptors): # Search for free worker
if len(val)<self.WORKER_MAX:
val.append(newsock)
free=i
break
if free==None:
#adding worker
logging.info('Many users. Appending worker')
self.descriptors.append([newsock])
try:
newthread=(threading.Thread(None,self.clientserv,'worker',(len(self.descriptors)-1,)))
logging.debug(newthread.getName())
newthread.setDaemon(True)
newthread.start()
except:
logging.error(trace())
self.clthreads.append(newthread)
if user.level in self.oplevels:
self.send_to_all(self.get_op_list())
if not 'NoHello' in supports:
self.hello.append(newsock)
if not 'NoGetINFO' in supports:
newsock.send(self.get_nick_list().encode( self.charset ))
#newsock.send(self.get_op_list().encode( self.charset ))
else:
for i in self.nicks.values():
newsock.send(i.MyINFO.encode(self.charset)+"|")
newsock.send(self.get_op_list().encode(self.charset))
self.send_to_all(info+"|")
uips=self.get_userip_acc_list()
if ('UserIP' in supports) or ('UserIP2' in supports):
self.send_to_nick(nick, '$UserIP %s %s$$|' %(nick, user.get_ip()))
if user.level in self.core_settings['userip']:
self.send_to_nick(nick, self.get_userip_list())
for unick in uips:
self.send_to_nick(unick, '$UserIP %s %s$$|' %(nick, user.get_ip()))
self.send_usercommands_to_nick(nick)
self.send_to_nick(nick, '$HubTopic %s|' % self.core_settings['topic'])
#logging.debug (repr(self.nicks))
#logging.debug (repr(self.addrs))
else:
logging.debug('not validated. dropping')
self.drop_user(addr, nick, newsock)
except:
logging.debug('error while connect: %s' % trace())
self.drop_user(addr, nick, newsock)
else:
logging.debug('no MyINFO recived\n recived: %s' % s)
newsock.close()
else:
logging.debug('not validated nick. dropping.')
newsock.close()
else:
logging.debug('timeout: %s' % addr)
newsock.send('login timeout')
newsock.close()
else:
logging.debug('Connectin not allowed by plugins')
logging.debug('handheld complite with %s' % nick)
except:
logging.debug('Unexpected error: %s' % trace())
return
def parse_protocol_cmd(self,cmd,addr):
acmd=cmd.split(' ')
if acmd[0]=='$GetINFO':
if len(acmd)==3:
if self.addrs[addr].nick==acmd[2] and self.nicks.has_key(acmd[1]):
if self.emit('onGetINFO',acmd[1],acmd[2]):
logging.debug('send myinfo %s' % self.nicks[acmd[1]].MyINFO)
self.send_to_nick(acmd[2],self.nicks[acmd[1]].MyINFO+"|")
elif acmd[0]=='$MyINFO':
if len(acmd)>=3:
if self.addrs[addr].nick==acmd[2]:
try:
self.nicks[acmd[2]].upInfo(cmd)
if self.emit('onMyINFO',cmd):
self.send_to_all(cmd+"|")
except:
logging.warning( 'Wrong MyINFO by: %s with addr %s: %s' ( acmd[2], addr, trace() ) )
self.drop_user_by_addr(addr)
elif acmd[0]=='$To:':
if len(acmd)>5:
if acmd[3]==self.addrs[addr].nick==acmd[4][2:-1]:
if acmd[1] in self.nicks:
tocmd=cmd.split(' ',5)
if self.emit('onPrivMsg',acmd[3],acmd[1],tocmd[5]):
self.send_to_nick(acmd[1],cmd+"|")
elif acmd[0]=='$ConnectToMe':
if len(acmd)==3:
if acmd[2].split(':')[0]==addr.split(':')[0]:
if self.emit('onConnectToMe',addr,acmd[1]):
self.send_to_nick(acmd[1],cmd+"|")
elif acmd[0]=='$RevConnectToMe':
if len(acmd)==3:
if acmd[1] in self.nicks:
if self.addrs[addr].nick==acmd[1]:
if self.emit('onRevConnectToMe',acmd[1],acmd[2]):
self.send_to_nick(acmd[2],cmd+"|")
elif acmd[0]=='$Search':
if len(acmd)>=3:
srcport=acmd[1].split(':')
if len(srcport)==2:
if srcport[0]=='Hub':
#Passive Search
if srcport[1]==self.addrs[addr].nick:
bcmd=cmd.split(' ',2)
if self.emit('onSearchHub',bcmd[1],bcmd[2]):
self.send_to_all(cmd+"|",self.addrs[addr].descr)
else:
#Active Search
if srcport[0]==self.addrs[addr].addr.split(':')[0]:
bcmd=cmd.split(' ',2)
if self.emit('onSearch',bcmd[1],bcmd[2]):
self.send_to_all(cmd+"|",self.addrs[addr].descr)
elif acmd[0]=='$SR':
fcmd=cmd.split(chr(5))
if len(fcmd)==4:
if len(acmd)>=3:
sender=acmd[1]
reciver=fcmd[3]
if self.addrs[addr].nick==sender:
if self.emit('onSearchResult',sender,reciver,cmd):
self.send_to_nick(reciver,cmd+"|")
elif acmd[0] == '$GetNickList':
self.send_to_addr( addr, self.get_nick_list() )
elif acmd[0]=='$HubINFO' or acmd[0]=='$BotINFO':
hubinfo='$HubINFO '
info=self.core_settings['hubinfo']
hubinfo+='%s$' % self.core_settings['hubname']
hubinfo+='%s:%s$' % ( info.get('address',''), self.core_settings['port'][0] )
hubinfo+='%s$' % info.get('description','')
hubinfo+='%s$' % self.core_settings.get('max_users','10000')
hubinfo+='%s$' % self.core_settings.get('min_share','0')
hubinfo+='%s$' % self.core_settings.get('min_slots','0')
hubinfo+='%s$' % self.core_settings.get('max_hubs','1000')
hubinfo+='%s$' % info.get('type','')
hubinfo+='%s$' % info.get('owner','')
hubinfo+='|'
self.send_to_addr( addr,hubinfo )
else:
logging.debug('Unknown protocol command: %s from: %s' % (cmd,addr))
return
def _get_test_html(path: str) -> str:
try:
with open(path, 'r', encoding='utf-8') as file:
return str(file.read())
except FileNotFoundError:
trace(limit=1, file=stdout)
def parseMsg(self, from_nick, message, source):
#if source=='mc':
# msg=' '.join(params[1:])
#else:
# msg=' '.join(params[2:])
if self.hub.nicks[from_nick].level in self.immune:
# user immuned
return True
logging.debug('parsing in forbid')
for i in self.res:
if i.search(message)!=None:
#GOTCHA!
logging.debug('forbid signal')
if self.regexps[i.pattern]['source']==source or self.regexps[i.pattern]['source']=='all':
action=self.regexps[i.pattern]['action']
logging.debug('trigger %s found %s in %s' % (i.pattern,i.search(message).group(0),message))
# -- specical actions!
if action=='ignore':
return False
action=action.replace('%[nick]',from_nick)
actions=action.split('|')
for i in actions:
acmd=i.split(' ')
try:
addr=self.hub.nicks[from_nick].addr
if (len(acmd[1:]))>0:
result=self.hub.commands[acmd[0]](addr,acmd[1:])
else:
result=self.hub.commands[acmd[0]](addr)
if result!='':
if from_nick in self.hub.nicks:
self.hub.send_to_addr(self.hub.nicks[from_nick].addr,self.hub._('<HUB> %s|') % result)
except:
logging.error('error in forbid module: %s' % trace())
return False
else:
#no, different channel
return True
return True
def __init__( self ):
# COMMANDS
self.commands={}
# SIGNAL-SLOT EVENT SUBSYSTEM
self.slots={}
# COMPILE REGEXPS
self.recp={}
self.recp['Key']=re.compile('(?<=\$Key )[^|]*(?=[|])')
self.recp['ValidateNick']=re.compile('(?<=\$ValidateNick )[^|]*(?=[|])')
self.recp['Supports']=re.compile('(?<=\$Supports )[^|]*(?=[|])')
self.recp['MyPass']=re.compile('(?<=\$MyPass )[^|]*(?=[|])')
self.recp['MyINFO']=re.compile('\$MyINFO [^|]*(?=[|])')
self.recp['NoGetINFO']=re.compile('NoGetINFO')
self.recp['NoHello']=re.compile('NoHello')
self.recp['.yaml']=re.compile('\.yaml$')
self.recp['before.yaml']=re.compile('.*(?=\.yaml)')
self.recp['.py']=re.compile('\.py$')
self.recp['before.py']=re.compile('.*(?=\.py)')
self.recp['tag']=re.compile('[<](.*)[>]$')
# SET PATHS
self.path_to_settings="./settings/"
self.path_to_plugins="./plugins/"
# ----- SETTINGS -----
self.settings={}
# LOADING SETTINGS
self.load_settings()
# SHORTCUTS
self.core_settings=self.settings.get('core',{})
self.reglist=self.settings.get('reglist',{})
self.privlist=self.settings.get('privlist',{})
# DEFAULTS
defcore_settings={}
defcore_settings['port']=[411]
defcore_settings['hubname']='Viperhive powered hub'
defcore_settings['topic']='Viperhive powered hub'
defcore_settings['cmdsymbol']='!'
defcore_settings['OpLevels']=['owner']
defcore_settings['Protected']=['owner', 'op']
defcore_settings['Lang']='ru.cp1251'
defcore_settings['autoload']=['ban', 'mute', 'forbid', 'say', 'motd', 'regme']
defcore_settings['loglevel']=10
defcore_settings['autosave']=120
defcore_settings['userip']=['owner', 'op']
# ---- LIMITS ----
defcore_settings['max_users'] = 10000
defcore_settings['min_share'] = 0
defcore_settings['max_hubs'] = 1000
defcore_settings['min_slots'] = 0
defcore_settings['pass_limits'] = ['owner', 'op', 'chatroom']
defcore_settings['hubinfo']={'address':'example.com','description':'Viperhive powered hub','type':'ViperHive Hub', 'hubowner':'owner'}
defreglist={'admin':{'level':'owner', 'passwd':'megapass'}}
defprivlist={'owner':['*']}
# If loaded core_settings miss some stuff - load defaults
if len(self.core_settings)==0:
self.settings['core']=self.core_settings={}
for i in defcore_settings.keys():
if not i in self.core_settings:
self.core_settings[i]=defcore_settings[i]
#------UPDATE SETTINGS FROM OLD VERSION:-------
# UPDATE PORT SETTINGS FOR VERSIONS <= svn r168
if not isinstance( self.core_settings['port'], list ):
self.core_settings['port'] = [ self.core_settings['port'] ]
if len(self.reglist)==0:
self.settings['reglist']=self.reglist=defreglist
if len(self.privlist)==0:
self.settings['privlist']=self.privlist=defprivlist
# MORE SHORTCUTS
self.oplevels=self.core_settings['OpLevels']
self.protected=self.core_settings['Protected']
self.KEY=lock2key(self.LOCK)
# ---- SOCKETS ----
self.srvsock = []
for i in self.core_settings['port']:
try:
sock = socket.socket( socket.AF_INET, socket.SOCK_STREAM )
sock.setsockopt( socket.SOL_SOCKET, socket.SO_REUSEADDR, 1 )
sock.bind( ("", i) )
sock.listen( 5 )
self.srvsock.append( sock )
except:
logging.error('---- A PROBLEM WHILE BINDING TO PORT: %s \n %s----' % (i, trace(),) )
#self.descriptors = [[self.srvsock]]
self.descriptors=[]
# User hashes
self.nicks={}
self.addrs={}
# Support for very, VERY old clients
self.hello=[]
self.getinfo=[]
self.clthreads=[]
# Reinitialize Logging
logging.debug('Set logging level to %s' % str(self.settings['core']['loglevel']))
reload(sys.modules['logging'])
logging.getLogger().setLevel(self.settings['core']['loglevel'])
# REGISTERING CORE COMMANDS
self.commands['Quit']=self.Quit #Usercommands +
self.commands['AddReg']=self.AddReg #Usercommands +
self.commands['DelReg']=self.DelReg #Usercommands +
self.commands['ListReg']=self.ListReg #Usercommands +
self.commands['Get']=self.Get #Usercommands +
self.commands['Set']=self.Set #Usercommands +
self.commands['SetLevel']=self.SetLevel #Usercommands +
self.commands['Help']=self.Help #Usercommands +
self.commands['ListPlugins']=self.ListPlugins #Usercommands +
self.commands['LoadPlugin']=self.LoadPlugin #Usercommands +
self.commands['UnloadPlugin']=self.UnloadPlugin #Usercommands +
self.commands['ActivePlugins']=self.ActivePlugins #Usercommands +
self.commands['Save']=self.Save #Usercommands +
self.commands['ReloadPlugin']=self.ReloadPlugin
self.commands['RP']=self.ReloadPlugin #Usercommands +
self.commands['Passwd']=self.Passwd
self.commands['PasswdTo']=self.PasswdTo #Usercommands +
self.commands['Kick']=self.Kick #Usercommands +
self.commands['UI']=self.UI #Usercoommands +
self.commands['SetTopic']=self.SetTopic #Usercommands +
self.commands['RegenMenu'] = self.RegenMenu #Usercommands +
self.commands['ReloadSettings'] = self.ReloadSettings #Usercommands +
# TRANSLATION SYSTEM
self.lang={} # Current language array
self.help={} # Help for current language
# -- LOADING LANGUAGE
lang=self.core_settings['Lang'].split('.')[0]
self.charset=cpage=self.core_settings['Lang'].split('.')[1]
try:
lpath='./languages/'+lang+'/'
lfiles=os.listdir(lpath)
for i in lfiles:
# LOAD MESSAGES FOR CURRENT LANGUAGE
if self.recp['.yaml'].search(i)!=None:
try:
arr=yaml.load(codecs.open(lpath+i,'r','utf-8').read())
#for key,value in arr.iteritems():
# arr[key]=value.encode(cpage)
self.lang.update(arr)
except:
logging.error('file %s in wrong format: %s' % ((lpath+i), trace()))
if 'help' in lfiles:
# LOAD HELP FOR CURRENT LANGUAGE
hpath=lpath+'help/'
hfiles=os.listdir(hpath)
for i in hfiles:
if self.recp['.yaml'].search(i)!=None:
try:
arr=yaml.load(codecs.open(hpath+i,'r','utf-8').read())
#for key,value in arr.iteritems():
# arr[key]=value.encode(cpage)
self.help.update(arr)
except:
logging.error('file %s in wrong format: %s' % ((lpath+i), trace()))
except:
logging.error('language directory not found %s' % (trace()))
logging.info('Language loaded: %s strings' % str(len(self.lang)))
logging.info('Help loaded: %s strings' % str(len(self.help)))
# PLUGINS
self.plugs={}
self.Gen_UC()
# AUTOLOAD PLUGINS
for i in self.core_settings['autoload']:
self.LoadPlugin(None,[i])
logging.info ('Hub ready to start on port %s...' % self.core_settings['port'])
self.skipme=[]
def wrap(*args, **kwargs):
try:
return func(*args, **kwargs)
except:
error(trace())
return None
def run( self, newparser=None ):
logging.debug( 'RUNNING PYDCPPBOT MESSAGE PARSER' )
self.work=True
self.sock=socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.sock.connect((self.HOST,self.PORT))
lock=self.sock.recv(1024)
lock_key=re.findall('\$Lock[\s](.*?)[\s]', lock)[0]
key =self._createKey(lock).encode("utf-8")
self.sock.send('$Key %s|$ValidateNick %s|'%(key,self.NICK.encode( self.charset )))
self.sock.recv(4096)
if self.PASS == None:
self.sock.send(('$Version 1,0091|$GetNickList|$MyINFO $ALL %s %s%s$ $0$$%s$|' % (self.NICK,self.DESCR,self.TAG,self.SHARE)).encode( self.charset ))
else:
self.sock.send( ('$Version 1,0091|$MyPass %s|$GetNickList|$MyINFO $ALL %s %s%s$ $0$$%s$|' %(self.PASS,self.NICK,self.DESCR,self.TAG,self.SHARE) ).encode( self.charset ))
if newparser != None:
logging.debug ( 'New paserr defined' )
self.parser=newparser
logging.debug( 'Bot parser: %s' % repr(self.parser) )
self.sock.settimeout(5)
self.sock.send( '$BotINFO|' )
while self.work:
try:
s = ''
(sr,sw,sx)=select.select([self.sock],[],[],1)
if sr==[]:
continue
try:
s = unicode(self.sock.recv(4096), self.charset)
except:
logging.error( '%s \nString recived: %s' % (trace(), s) )
continue
if s == '': # connection break
logging.error( 'pydcppbot: connection lost' )
break
# check if message too long?
k=5
while s[-1] != '|' and k > 0:
(sr,sw,sx)=select.select([self.sock],[],[],1)
if sr == []:
logging.error( 'pydcppbot eror: String recived: %s' % (s,) )
break
try:
s += unicode(self.sock.recv(4096), self.charset)
except:
logging.error( '%s \nString recived: %s' % (trace(), s) )
continue
if s[-1] != '|':
continue
logging.debug( 'pydcppbot - parsing: %s' % s )
self.parser( s )
except:
logging.error( trace() )
self.work = False
break
self.sock.send('$Quit|')
self.sock.close()
return
def parse_negotiate_cmd(self, cmd):
acmd = cmd.split(' ', 1)
if acmd[0] == '$MyINFO':
try:
user=DCUser(cmd, self.transport, self._addr)
except:
logging.warning( 'wrong myinfo from: %s addr: %s info: %s %s' % ( self._nick, self._addr, cmd, trace() ) )
else:
if self._nick in self.factory.reglist:
user.level=self.factory.reglist[self._nick]['level']
else:
user.level='unreg'
self.factory.nicks[self._nick] = user
self.factory.addrs[self._addr] = user
try:
# --- APPLY LIMITS ---
if user.share < self.factory.core_settings['min_share'] and user.level not in self.factory.core_settings['pass_limits']:
self.write( (self._( '<HUB> Too low share. Min share is %s.|' ) % number_to_human_size( self.factory.core_settings['min_share'] ) ).encode( self.factory.charset ) )
logging.debug('not validated. dropping')
self.factory.drop_user(self._addr, self._nick, self.transport)
return
if user.sum_hubs > self.factory.core_settings['max_hubs'] and user.level not in self.factory.core_settings['pass_limits']:
self.write( (self._( '<HUB> Too many hubs open. Max hubs is %s.|' ) % self.factory.core_settings['max_hubs']).encode( self.factory.charset ) )
logging.debug('not validated. dropping')
self.factory.drop_user(self._addr, self._nick, self.transport)
return
if user.slots < self.factory.core_settings['min_slots'] and user.level not in self.factory.core_settings['pass_limits']:
self.write( (self._( '<HUB> Too few slots open. Min slots is %s.|' ) % self.factory.core_settings['min_slots']).encode( self.factory.charset ) )
logging.debug('not validated. dropping')
self.factory.drop_user(self._addr, self._nick, self.transport)
return
logging.debug('slots: %s, hubs: %s' % (user.slots, user.hubs) )
if self.factory.emit('onConnected',user):
logging.debug('Validated. Appending.')
self.factory.transports.append(self.transport)
if user.level in self.factory.oplevels:
self.write('$LogedIn|')
self.factory.send_to_all(self.factory.get_op_list())
if not 'NoHello' in self._supports:
self.factory.hello.append(self.transport)
if not 'NoGetINFO' in self._supports:
self.write(self.factory.get_nick_list().encode( self.factory.charset ))
else:
for i in self.factory.nicks.values():
self.write(i.MyINFO.encode(self.factory.charset))
self.write(self.factory.get_op_list().encode(self.factory.charset))
self.factory.send_to_all(cmd)
uips=self.factory.get_userip_acc_list()
if ('UserIP' in self._supports) or ('UserIP2' in self._supports):
self.factory.send_to_nick(self._nick, '$UserIP %s %s$$' %(self._nick, user.get_ip()))
if user.level in self.factory.core_settings['userip']:
self.factory.send_to_nick(self._nick, self.factory.get_userip_list())
for unick in uips:
self.factory.send_to_nick(unick, '$UserIP %s %s$$' %(self._nick, user.get_ip()))
self.factory.send_usercommands_to_nick(self._nick)
self.factory.send_to_nick(self._nick, '$HubTopic %s' % self.factory.core_settings['topic'])
else:
logging.debug('not validated. dropping')
self.factory.drop_user(self._addr, self._nick, self.transport)
return
except:
logging.debug('error while connect: %s' % trace())
self.factory.drop_user(self._addr, self._nick, self.transport)
return
self._state = 'logedin'
self.setTimeout(None)
