// Recv waits for the specific timeout in milliseconds to receive a beacon
func (b *Beacon) Recv(timeout int) [][]byte {
C.zsock_set_rcvtimeo(unsafe.Pointer(b.zactorT), C.int(timeout))
cAddrFrame := C.zframe_recv(unsafe.Pointer(b.zactorT))
defer C.zframe_destroy(&cAddrFrame)
if cAddrFrame == nil {
return nil
}
addr := C.GoBytes(unsafe.Pointer(C.zframe_data(cAddrFrame)), C.int(C.zframe_size(cAddrFrame)))
cBeaconFrame := C.zframe_recv(unsafe.Pointer(b.zactorT))
defer C.zframe_destroy(&cBeaconFrame)
if cBeaconFrame == nil {
return nil
}
beacon := C.GoBytes(unsafe.Pointer(C.zframe_data(cBeaconFrame)), C.int(C.zframe_size(cBeaconFrame)))
return [][]byte{addr, beacon}
}
// RecvFrame reads a frame from the socket and returns it
// as a byte array, along with a more flag and and error
// (if there is an error)
func (s *Sock) RecvFrame() ([]byte, int, error) {
frame := C.zframe_recv(unsafe.Pointer(s.zsockT))
if frame == nil {
return []byte{0}, 0, errors.New("failed")
}
dataSize := C.zframe_size(frame)
dataPtr := C.zframe_data(frame)
b := C.GoBytes(unsafe.Pointer(dataPtr), C.int(dataSize))
more := C.zframe_more(frame)
C.zframe_destroy(&frame)
return b, int(more), nil
}
// RecvFrame reads a frame from the socket and returns it
// as a byte array, along with a more flag and and error
// (if there is an error)
func (s *Sock) RecvFrame() ([]byte, int, error) {
if s.zsockT == nil {
return nil, -1, ErrRecvFrameAfterDestroy
}
frame := C.zframe_recv(unsafe.Pointer(s.zsockT))
if frame == nil {
return []byte{0}, 0, ErrRecvFrame
}
dataSize := C.zframe_size(frame)
dataPtr := C.zframe_data(frame)
b := C.GoBytes(unsafe.Pointer(dataPtr), C.int(dataSize))
more := C.zframe_more(frame)
C.zframe_destroy(&frame)
return b, int(more), nil
}