Struct ExecutorCallback 

pub struct ExecutorCallback<E, C> { /* private fields */ }

Implementations

impl<E, C> ExecutorCallback<E, C>

pub fn new(executor: E, consumer: C) -> Self

Trait Implementations

impl<'a, E, T1, C, I, R> IndexedProducerCallback<'a, I> for ExecutorCallback<E, C>

where E: Executor<'a, T1>, T1: Send + 'a, C: Consumer<I, Result = T1, Reducer = R> + 'a, R: Reducer<T1> + Send + 'a,

type Output = <E as Executor<'a, T1>>::Result

The type of value returned by this callback. Analogous to Output from the FnOnce trait.

fn callback<P>(self, producer: P) -> Self::Output

where P: IndexedProducer<Item = I> + 'a,

Invokes the callback with the given producer as argument. The key point of this trait is that this method is generic over P, and hence implementors must be defined for any producer.

impl<'a, E, T1, C, I, R> ProducerCallback<'a, I> for ExecutorCallback<E, C>

where E: Executor<'a, T1>, T1: Send + 'a, C: Consumer<I, Result = T1, Reducer = R> + 'a, R: Reducer<T1> + Send + 'a,

type Output = <E as Executor<'a, T1>>::Result

The type of value returned by this callback. Analogous to Output from the FnOnce trait.

fn callback<P>(self, producer: P) -> Self::Output

where P: Producer<Item = I> + 'a,

Invokes the callback with the given producer as argument. The key point of this trait is that this method is generic over P, and hence implementors must be defined for any producer.