Trac3r-rust/doc/rayon/iter/sidebar-items.js

initSidebarItems({"enum":[["Either","The enum `Either` with variants `Left` and `Right` is a general purpose sum type with two cases."]],"fn":[["empty","Creates a parallel iterator that produces nothing."],["once","Creates a parallel iterator that produces an element exactly once."],["repeat","Creates a parallel iterator that endlessly repeats `elt` (by cloning it). Note that this iterator has \"infinite\" length, so typically you would want to use `zip` or `take` or some other means to shorten it, or consider using the `repeatn()` function instead."],["repeatn","Creates a parallel iterator that produces `n` repeats of `elt` (by cloning it)."],["split","The `split` function takes arbitrary data and a closure that knows how to split it, and turns this into a `ParallelIterator`."]],"mod":[["plumbing","Traits and functions used to implement parallel iteration.  These are low-level details -- users of parallel iterators should not need to interact with them directly.  See [the `plumbing` README][r] for a high-level overview."]],"struct":[["Chain","`Chain` is an iterator that joins `b` after `a` in one continuous iterator. This struct is created by the [`chain()`] method on [`ParallelIterator`]"],["Chunks","`Chunks` is an iterator that groups elements of an underlying iterator."],["Cloned","`Cloned` is an iterator that clones the elements of an underlying iterator."],["Empty","Iterator adaptor for the `empty()` function."],["Enumerate","`Enumerate` is an iterator that returns the current count along with the element. This struct is created by the [`enumerate()`] method on [`IndexedParallelIterator`]"],["Filter","`Filter` takes a predicate `filter_op` and filters out elements that match. This struct is created by the [`filter()`] method on [`ParallelIterator`]"],["FilterMap","`FilterMap` creates an iterator that uses `filter_op` to both filter and map elements. This struct is created by the [`filter_map()`] method on [`ParallelIterator`]."],["FlatMap","`FlatMap` maps each element to an iterator, then flattens these iterators together. This struct is created by the [`flat_map()`] method on [`ParallelIterator`]"],["Flatten","`Flatten` turns each element to an iterator, then flattens these iterators together. This struct is created by the [`flatten()`] method on [`ParallelIterator`]."],["Fold","`Fold` is an iterator that applies a function over an iterator producing a single value. This struct is created by the [`fold()`] method on [`ParallelIterator`]"],["FoldWith","`FoldWith` is an iterator that applies a function over an iterator producing a single value. This struct is created by the [`fold_with()`] method on [`ParallelIterator`]"],["Inspect","`Inspect` is an iterator that calls a function with a reference to each element before yielding it."],["Interleave","`Interleave` is an iterator that interleaves elements of iterators `i` and `j` in one continuous iterator. This struct is created by the [`interleave()`] method on [`IndexedParallelIterator`]"],["InterleaveShortest","`InterleaveShortest` is an iterator that works similarly to `Interleave`, but this version stops returning elements once one of the iterators run out."],["Intersperse","`Intersperse` is an iterator that inserts a particular item between each item of the adapted iterator.  This struct is created by the [`intersperse()`] method on [`ParallelIterator`]"],["IterBridge","`IterBridge` is a parallel iterator that wraps a sequential iterator."],["Map","`Map` is an iterator that transforms the elements of an underlying iterator."],["MapInit","`MapInit` is an iterator that transforms the elements of an underlying iterator."],["MapWith","`MapWith` is an iterator that transforms the elements of an underlying iterator."],["MaxLen","`MaxLen` is an iterator that imposes a maximum length on iterator splits. This struct is created by the [`max_len()`] method on [`IndexedParallelIterator`]"],["MinLen","`MinLen` is an iterator that imposes a minimum length on iterator splits. This struct is created by the [`min_len()`] method on [`IndexedParallelIterator`]"],["Once","Iterator adaptor for the `once()` function."],["PanicFuse","`PanicFuse` is an adaptor that wraps an iterator with a fuse in case of panics, to halt all threads as soon as possible."],["Repeat","Iterator adaptor for the `repeat()` function."],["RepeatN","Iterator adaptor for the `repeatn()` function."],["Rev","`Rev` is an iterator that produces elements in reverse order. This struct is created by the [`rev()`] method on [`IndexedParallelIterator`]"],["Skip","`Skip` is an iterator that skips over the first `n` elements. This struct is created by the [`skip()`] method on [`IndexedParallelIterator`]"],["Split","`Split` is a parallel iterator using arbitrary data and a splitting function. This struct is created by the [`split()`] function."],["Take","`Take` is an iterator that iterates over the first `n` elements. This struct is created by the [`take()`] method on [`IndexedParallelIterator`]"],["TryFold","`TryFold` is an iterator that applies a function over an iterator producing a single value. This struct is created by the [`try_fold()`] method on [`ParallelIterator`]"],["TryFoldWith","`TryFoldWith` is an iterator that applies a function over an iterator producing a single value. This struct is created by the [`try_fold_with()`] method on [`ParallelIterator`]"],["Update","`Update` is an iterator that mutates the elements of an underlying iterator before they are yielded."],["WhileSome","`WhileSome` is an iterator that yields the `Some` elements of an iterator, halting as soon as any `None` is produced."],["Zip","`Zip` is an iterator that zips up `a` and `b` into a single iterator of pairs. This struct is created by the [`zip()`] method on [`IndexedParallelIterator`]"],["ZipEq","An [`IndexedParallelIterator`] that iterates over two parallel iterators of equal length simultaneously."]],"trait":[["FromParallelIterator","`FromParallelIterator` implements the creation of a collection from a [`ParallelIterator`]. By implementing `FromParallelIterator` for a given type, you define how it will be created from an iterator."],["IndexedParallelIterator","An iterator that supports \"random access\" to its data, meaning that you can split it at arbitrary indices and draw data from those points."],["IntoParallelIterator","`IntoParallelIterator` implements the conversion to a [`ParallelIterator`]."],["IntoParallelRefIterator","`IntoParallelRefIterator` implements the conversion to a [`ParallelIterator`], providing shared references to the data."],["IntoParallelRefMutIterator","`IntoParallelRefMutIterator` implements the conversion to a [`ParallelIterator`], providing mutable references to the data."],["ParallelBridge","Conversion trait to convert an `Iterator` to a `ParallelIterator`."],["ParallelExtend","`ParallelExtend` extends an existing collection with items from a [`ParallelIterator`]."],["ParallelIterator","Parallel version of the standard iterator trait."]]});