Trait rayon::par_iter::BoundedParallelIterator

pub trait BoundedParallelIterator: ParallelIterator {
    fn upper_bound(&mut self) -> usize;
}

A trait for parallel iterators items where the precise number of items is not known, but we can at least give an upper-bound. These sorts of iterators result from filtering.

Required Methods

fn upper_bound(&mut self) -> usize

Implementors

• impl<A, B> BoundedParallelIterator for ChainIter<A, B> where A: BoundedParallelIterator, B: BoundedParallelIterator<Item=A::Item>
• impl<M> BoundedParallelIterator for Enumerate<M> where M: IndexedParallelIterator
• impl<M, FILTER_OP> BoundedParallelIterator for Filter<M, FILTER_OP> where M: BoundedParallelIterator, FILTER_OP: Fn(&M::Item) -> bool + Sync
• impl<M, FILTER_OP, R> BoundedParallelIterator for FilterMap<M, FILTER_OP> where M: BoundedParallelIterator, FILTER_OP: Fn(M::Item) -> Option<R> + Sync, R: Send
• impl<'data, T: Sync + 'data> BoundedParallelIterator for SliceIter<'data, T>
• impl<'data, T: Sync + 'data> BoundedParallelIterator for ChunksIter<'data, T>
• impl<'data, T: Send + 'data> BoundedParallelIterator for SliceIterMut<'data, T>
• impl<'data, T: Send + 'data> BoundedParallelIterator for ChunksMutIter<'data, T>
• impl<M, MAP_OP> BoundedParallelIterator for Map<M, MAP_OP> where M: BoundedParallelIterator, MAP_OP: MapOp<M::Item>
• impl<M: BoundedParallelIterator> BoundedParallelIterator for Weight<M>
• impl<A, B> BoundedParallelIterator for ZipIter<A, B> where A: IndexedParallelIterator, B: IndexedParallelIterator
• impl BoundedParallelIterator for RangeIter<u8>
• impl BoundedParallelIterator for RangeIter<u16>
• impl BoundedParallelIterator for RangeIter<u32>
• impl BoundedParallelIterator for RangeIter<usize>
• impl BoundedParallelIterator for RangeIter<i8>
• impl BoundedParallelIterator for RangeIter<i16>
• impl BoundedParallelIterator for RangeIter<i32>
• impl BoundedParallelIterator for RangeIter<isize>
• impl<T: Send> BoundedParallelIterator for VecIter<T>
• impl<T: Send> BoundedParallelIterator for OptionIter<T>