public static <T> Callback<T> convertCallback(final Reactor reactor,
                                                  final io.advantageous.reakt.CallbackHandler<T> callback) {
    """
	Converts a Reakt callback into a QBit callback.
	<p>
	Reactor is used to manage timeouts and ensure callback happens on same thread as caller.
	
	@param reactor  QBit reactor
	@param callback reakt callback
	@param <T>      type of result
	@return QBit callback
    """
        return convertReaktCallbackToQBitCallback(callback, reactor.callbackBuilder());
    }
public static <T> Callback<T> convertCallback(final Reactor reactor,
                                                  final io.advantageous.reakt.CallbackHandler<T> callback) {
        return convertReaktCallbackToQBitCallback(callback, reactor.callbackBuilder());
    }
public static < T > Callback < T > convertCallback ( final Reactor reactor , final io . advantageous . reakt . CallbackHandler < T > callback ) { return convertReaktCallbackToQBitCallback ( callback , reactor . callbackBuilder ( ) ) ; }
Converts a Reakt callback into a QBit callback.
<p>
Reactor is used to manage timeouts and ensure callback happens on same thread as caller.

@param reactor  QBit reactor
@param callback reakt callback
@param <T>      type of result
@return QBit callback
Converts a Reakt callback into a QBit callback . <p > Reactor is used to manage timeouts and ensure callback happens on same thread as caller .