this input. In the second case, the pointer will
automatically be bound to the containing instance.
- \param[in] handler Handler to call on throttle
+ \param[in] handle Handler to call on throttle
notifications. */
template <class Handler>
holds this input. In the second case, the pointer will
automatically be bound to the containing instance.
- \param[in] handler Handler to call on unthrottle
+ \param[in] handle Handler to call on unthrottle
notifications. */
PassiveConnector & peer();
exception is raised. */
operator unspecified_boolean_type (); ///< Check packet availability
/**< Using any input connector in a boolean context will
- check, wether an input request can be fulfilled. This
+ check, whether an input request can be fulfilled. This
is always possible if the queue is non-empty. If the
input is active, it also returns when the connected
passive output is not throttled so new packets can be
queue throttling state. This state is automatically managed by a queueing discipline. The
standard queueing discipline is ThresholdQueueing, which throttles the connection whenever
the queue length reaches the high threshold and unthrottles the connection when the queue
- reaches the low threshold. The default queueing discpiline is
+ reaches the low threshold. The default queueing discipline is
<tt>ThresholdQueueing(1,0)</tt> which will throttle the input whenever the queue is
non-empty.
*/
public:
PassiveOutput & peer();
- void request(); ///< request more packets without dequeing any packet
+ void request(); ///< request more packets without dequeuing any packet
};
/** \brief Combination of ActiveConnector and OutputConnector
// c-file-style: "senf"
// indent-tabs-mode: nil
// ispell-local-dictionary: "american"
+// compile-command: "scons -u test"
// End: