def __init__(self, value, num, boardchannel):
     self.value = value
     self.channel = stackless.channel()
     self.instchannel = stackless.channel()
     self.num = num
     self.boardchannel = boardchannel
     self.neighbors = []

	def __init__(self, f, t, p ):
		
		self.sock = _realsocket_old(f, t, p)
		
		self.read_buffer_len = c_ulong( 64 )
		self.read_buffer = create_string_buffer(self.read_buffer_len.value)
		self.write_buffer = create_string_buffer(self.read_buffer_len.value)
		
		self.read_ch = SL.channel()
		self.write_ch = SL.channel()
		self.is_server = False

		self.bind_addr=("",0)

		self.send_len = c_ulong()
		self.recv_len = c_ulong()
		
		self.readol = OVERLAPPED()
		self.writeol = OVERLAPPED()

		self.init_readol()
		self.init_writeol()

		self.connected = False
		self.wasConnected  = False

		self.server_addr = None
		
		self.recv_wsabuf = WSABUF()
		self.send_wsabuf = WSABUF()

    def test_nested_pipe(self):
        dprint('tnp ==== 1')
        def pipe(X, Y):
            dprint('tnp_P ==== 1')
            foo = X.receive()
            dprint('tnp_P ==== 2')
            Y.send(foo)
            dprint('tnp_P ==== 3')

        def nest(X, Y):
            X2, Y2 = stackless.channel(), stackless.channel()
            t = stackless.tasklet(pipe)(X2, Y2)
            dprint('tnp_N ==== 1')
            X_Val = X.receive()
            dprint('tnp_N ==== 2')
            X2.send(X_Val)
            dprint('tnp_N ==== 3')
            Y2_Val = Y2.receive() 
            dprint('tnp_N ==== 4')
            Y.send(Y2_Val)
            dprint('tnp_N ==== 5')

        X, Y = stackless.channel(), stackless.channel()
        t1 = stackless.tasklet(nest)(X, Y)
        X.send(13)
        dprint('tnp ==== 2')
        res = Y.receive() 
        dprint('tnp ==== 3')
        assert res == 13
        if SHOW_STRANGE:
            raise Exception('force prints')

 def Create(cls, *args, **kwargs):
     self = cls.__new__(cls, *args, **kwargs)
     self.__processingChannel = stackless.channel()
     self.__resultsChannel = stackless.channel()
     self.__tasklet = eg.Tasklet(self.ProcessingTask)(*args, **kwargs)
     self.__tasklet.run()
     return self

	def __init__(self, f=AF_INET, t=SOCK_STREAM, p=0, s=None ):
		
		
		#_socketobject_old.__init__(self,f, t, p, s)
		self._sock = _realsocket_old(f,t,p)
		
		om.create_object( self )
		self.recv_buffer =  create_string_buffer( 64 )
		self.send_buffer =  create_string_buffer( 64 )
		
		self.send_ch = SL.channel( )
		self.recv_ch = SL.channel( )

		self.is_server = False

		self.bind_addr=( "", 0 )

		self.send_len = c_ulong()
		self.recv_len = c_ulong()
		
		self.recvol = OVERLAPPED()
		self.sendol = OVERLAPPED()

		self.init_recvol()
		self.init_sendol()

		self.connected = False
		self.wasConnected  = False

		self.server_addr = None
		
		self.recv_wsabuf = WSABUF()
		self.send_wsabuf = WSABUF()

 def __init__(self):
     Abstract_actor.__init__(self)
     self.channel = stackless.channel()
     self.activate = stackless.channel()
     self.queue = deque([])
     self.channel.preference = -1
     self.callbacks = {}
     self.sync_parallel = []

	def __init__(self, sock, addr):
		self.socket = sock
		self.address = addr
		self.pid = sock.fileno()
		self._rbuf = self._wbuf = ''
		self.read_channel = channel()
		self.write_channel = channel()
		self.writing = self.reading = None
		socket_map[self.pid] = proxy(self)

 def __init__(self, lockName = ''):
     self.name = lockName
     self.rchan = stackless.channel()
     self.wchan = stackless.channel()
     self.rchan.preference = self.wchan.preference = 0
     self.state = 0
     self.tasklets = []
     self.lockedWhen = None
     locks.Register(self)

 def __init__(self):
     self.channel = stackless.channel()
     self.activate = stackless.channel()
     self.aref = ''
     self.ref = False
     self.group = None
     self.queue = deque([])
     self.channel.preference = -1
     self.running = False

    def test_simple_pipe(self):
        def pipe(X_in, X_out):
            foo = X_in.receive()
            X_out.send(foo)

        X, Y = stackless.channel(), stackless.channel()
        t = stackless.tasklet(pipe)(X, Y)
        stackless.run()
        X.send(42)
        assert Y.receive() == 42

 def __init__(self, lockName = 'noname'):
     self.name = lockName
     self.rchan = stackless.channel()
     self.wchan = stackless.channel()
     self.rchan.preference = self.wchan.preference = 1
     self.nWaiting = [0, 0]
     self.state = 0
     self.owning = []
     self.lockedWhen = None
     lockManager.Register(self)

def main():
    options, args = parser.parse_args()
    leftmost = stackless.channel()
    left, right = None, leftmost
    for i in xrange(options.num_tasklets):
        left, right = right, stackless.channel()
        stackless.tasklet(f)(left, right)
    right.send(0)
    x = leftmost.receive()
    print x

 def nest(X, Y):
     X2, Y2 = stackless.channel(), stackless.channel()
     t = stackless.tasklet(pipe)(X2, Y2)
     dprint('tnp_N ==== 1')
     X_Val = X.receive()
     dprint('tnp_N ==== 2')
     X2.send(X_Val)
     dprint('tnp_N ==== 3')
     Y2_Val = Y2.receive() 
     dprint('tnp_N ==== 4')
     Y.send(Y2_Val)
     dprint('tnp_N ==== 5')

 def __init__(self, sock):
     self.sock = sock
     self.accepting = False
     self.connected = False
     self.remote_addr = None
     self.fileobject = None
     self.read_channel = stackless.channel()
     self.write_channel = stackless.channel()
     self.accept_channel = None
     global sockets
     sockets[id(self)] = self
     runEventLoop()

	def __init__(self):
		self._rbuf = ''
		self.headers = {}
		self.environ = {}
		self.content = []
		self.headers_set = []
		self.working_channel = None
		self.read_channel  = channel()
		self.write_channel = channel()
		self.write = self.content.append
		self.eof   = self.overflow = False
		self.handle_read = self.read4cache

 def start(self):
     #errqueue = Queue()
     #statqueue = Queue()
     errlog = ErrLog('epoll_mp_srv')
     statlog = StatLog('epoll_mp_srv')
     errqueue = stackless.channel()
     statqueue = stackless.channel()
     stackless.tasklet(StackLessLog)(errqueue,errlog)
     stackless.tasklet(StackLessLog)(statqueue,statlog)
     stackless.run()
     handle_proc = MPConsumer(self.srvsocket,self.epoll,errqueue,statqueue)
     handle_proc.setDaemon(True)
     handle_proc.run()

 def __init__(self, chainSize):
     self.chainSize = chainSize
     self.instrChannel = stackless.channel()
     self.chainChannel = [stackless.channel() for i in range(chainSize)]
     self.chain = [None for i in range(chainSize)]
     for nodeID in range(chainSize):
         self.chain[nodeID] = \
                 stackless.tasklet(
                     self.nodeFunction)(nodeID,
                     self.instrChannel,
                     self.chainChannel[nodeID],
                     self.chainChannel[(nodeID -1) % self.chainSize],
                     self.chainChannel[(nodeID + 1) % self.chainSize])

    def __init__(self, sock):
        # This is worth doing.  I was passing in an invalid socket which was
        # an instance of dispatcher and it was causing tasklet death.
        if not isinstance(sock, stdsocket.socket):
            raise StandardError("Invalid socket passed to dispatcher")
    
        asyncore.dispatcher.__init__(self, sock)

        self.acceptChannel = stackless.channel()
        self.connectChannel = stackless.channel()
        self.readChannel = stackless.channel()

        self.readBuffer = ''
        self.outBuffer = ''

 def __init__(self, numberOfNodes):
     self.numberOfNodes = numberOfNodes
     meshState = [False for i in range(self.numberOfNodes)]
     
     self.instChannel = stackless.channel()
     self.meshChannel = [stackless.channel() for \
                             i in range(self.numberOfNodes)]
     
     self.meshNode = [None for i in range(numberOfNodes)]
     
     for node in range(len(self.meshNode)):
         self.meshNode[node] = \
             stackless.tasklet(self.nodeFunction)(node, \
                     self.instChannel, self.meshChannel)

 def close(self):
     if hasattr(self, "db"):
         if self.changed or self.deleted:
             e = channel()
             self.queue.put((e, self._close_and_sync, (), {}))
             errno, e = e.receive()
             if errno != 0:
                 raise e
         else:
             e = channel()
             self.queue.put((e, self._close, (), {}))
             errno, e = e.receive()
             if errno != 0:
                 raise e