def _callback_(handle, *data):
ec = core.get_ec()
resp = pop_handle(getattr(ec, uv_name), handle)
if len(data) > 0:
resp.data = data
resp.pending = False
if resp.greenlet is not None:
core.root_switch(ec, [resp.greenlet])
def _listen_callback_(handle, status):
status = int(status)
ec = core.get_ec()
if status < 0:
self = uv_callback.drop(ec.uv__connection, handle)
self.listen_status = status
else:
self = uv_callback.peek(ec.uv__connection, handle)
self.listen_count += 1
if self.accept_greenlet is not None:
greenlet, self.accept_greenlet = self.accept_greenlet, None
core.root_switch(ec, [greenlet])
def _read_callback_once_(stream, nread, buf):
ec = core.get_ec()
self = uv_callback.drop(ec.uv__read, stream)
for array in self.alloc_buffers:
if rffi.cast(rffi.CCHARP, array.uint8data) == buf.c_base:
break
else:
array = None
status = uv.read_stop(stream)
self.read_queue.append((array, nread, status))
if self.read_greenlet is not None:
greenlet, self.read_greenlet = self.read_greenlet, None
core.root_switch(ec, [greenlet])
def _udp_read_callback_once_(stream, nread, buf, addr, flags):
ec = core.get_ec()
self = uv_callback.drop(ec.uv__udp_recv, stream)
for array in self.alloc_buffers:
if rffi.cast(rffi.CCHARP, array.uint8data) == buf.c_base:
break
else:
array = None
status = uv.udp_recv_stop(stream)
if addr:
addr = copy_to_uint8array(rffi.cast(rffi.VOIDP, addr),
rffi.sizeof(uv.sockaddr_storage),
rffi.sizeof(uv.sockaddr_storage))
else:
addr = null
self.read_queue.append((array, nread, status, addr, flags))
if self.read_greenlet is not None:
greenlet, self.read_greenlet = self.read_greenlet, None
core.root_switch(ec, [greenlet])