CXXIter iterator source that mutably borrows the input item source, and passes mutable references to the items of the source through the iterator. More...

#include <ContainerSources.h>

Inheritance diagram for CXXIter::SrcRef< TContainer >:

Collaboration diagram for CXXIter::SrcRef< TContainer >:

Public Member Functions
	SrcRef (TContainer &container)

Public Member Functions inherited from CXXIter::IterApi< SrcRef< TContainer > >
iterator	begin ()
	begin() method, part of C++'s iterator interface More...

iterator	end ()
	end() method, part of C++'s iterator interface More...

constexpr SizeHint	sizeHint () const
	Get the bounds on the remaining length of this iterator, estimated from the source and all of the chained iterations on it. More...

constexpr size_t	size () const
	Get this iterator's exact size. More...

constexpr IterValue< Item >	next ()
	Get the next element from this iterator (if any), wrapped in a CXXIter::IterValue<>. More...

constexpr void	advanceBy (size_t n)
	Advance the iterator by n elements. More...

constexpr IterValue< Item >	nextBack ()
	Get the next element from the back of this iterator (if any), wrapped in a CXXIter::IterValue<>. More...

constexpr void	forEach (TUseFn useFn)
	Consumer that calls the given function `useFn` for each of the elements in this iterator. More...

constexpr auto	collect ()
	Consumer that collects all elements from this iterator in a new container of type `TTargetContainer`. More...

constexpr TTargetContainer	collect ()
	Consumer that collects all elements from this iterator in a new container of type `TTargetContainer`. More...

constexpr void	collectInto (TTargetContainer &container)
	Consumer that collects all elements from this iterator into the given `container`. More...

constexpr TResult	fold (TResult startValue, FoldFn foldFn)
	Consumer that executes the given `foldFn` for each item in this iterator, to apply to a working value, which is passed on and passed as second argument to the next call to `foldFn`. More...

constexpr bool	all (TPredicateFn predicateFn)
	Tests if all elements of this iterator match the given `predicateFn`. More...

constexpr bool	all ()
	Tests if all elements of this iterator yield the value `true` when casted to `bool`. More...

constexpr bool	any (TPredicateFn predicateFn)
	Tests if any of the elements of this iterator match the given `predicateFn`. More...

constexpr bool	any ()
	Tests if any of the elements of this iterator yield the value `true` when casted to `bool`. More...

constexpr std::optional< size_t >	findIdx (const ItemOwned &searchItem)
	Search for the given `searchItem` within the items of this iterator, and return the index of the first item from the iterator that is equal to the given `searchItem`. More...

constexpr std::optional< size_t >	findIdx (TFindFn findFn)
	Search for the iterator with the given `findFn`, and return the index of the element from this iterator, for which the `findFn` returned `true` the first time. More...

constexpr IterValue< Item >	find (TFindFn findFn)
	Searches for an element of this iterator, that satisfies the given `findFn` predicate. More...

constexpr size_t	count ()
	Consumer that counts the elements in this iterator. More...

constexpr size_t	count (TPredicateFn predicateFn)
	Consumer that counts the elements in this iterator, for which the given `predicateFn` returns `true`. More...

constexpr size_t	count (const ItemOwned &countItem)
	Consumer that counts the occurences of `countItem` within this iterator. More...

constexpr TResult	sum (TResult startValue=TResult())
	Consumer that calculates the sum of all elements from this iterator. More...

std::string	stringJoin (const std::string &separator)
	Consumer that concatenates the elements of this iterator to a large `std::string` , where each element is separated by the specified `separator`. More...

constexpr std::optional< TResult >	mean (TResult sumStart=TResult())
	Consumer that calculates the mean of all elements of this iterator. More...

constexpr std::optional< TResult >	variance ()
	Consumer that calculates the variance of all elements of this iterator. More...

constexpr std::optional< TResult >	stddev ()
	Consumer that calculates the standard deviation of all elements of this iterator. More...

constexpr IterValue< Item >	min ()
	Consumer that yields the smallest element from this iterator. More...

constexpr std::optional< size_t >	minIdx ()
	Consumer that yields the index of the smallest element within this iterator. More...

constexpr IterValue< Item >	max ()
	Consumer that yields the largest element from this iterator. More...

constexpr std::optional< size_t >	maxIdx ()
	Consumer that yields the index of the largest element within this iterator. More...

constexpr IterValue< Item >	minBy (TCompValueExtractFn compValueExtractFn)
	Consumer that yields the smallest element from this iterator. Comparison of items is done using the comparison values returned by invoking the given `compValueExtractFn` on each element. More...

constexpr std::optional< size_t >	minIdxBy (TCompValueExtractFn compValueExtractFn)
	Consumer that yields the index of the smallest element from this iterator. Comparison of items is done using the comparison values returned by invoking the given `compValueExtractFn` on each element. More...

constexpr IterValue< Item >	maxBy (TMaxValueExtractFn compValueExtractFn)
	Consumer that yields the largest element from this iterator. Comparison of items is done using the comparison values returned by invoking the given `compValueExtractFn` on each element. More...

constexpr std::optional< size_t >	maxIdxBy (TMaxValueExtractFn compValueExtractFn)
	Consumer that yields the index of the largest element from this iterator. Comparison of items is done using the comparison values returned by invoking the given `TCompValueExtractFn` on each element. More...

constexpr IterValue< Item >	last ()
	Consumer that yields the last element of this iterator. More...

constexpr IterValue< Item >	nth (size_t n)
	Return the {n}-th element from this iterator (if available). More...

constexpr op::Caster< TSelf, TItemOutput >	cast ()
	Constructs a new iterator that casts the elements of this iterator to the type requested by `TItemOutput`. More...

constexpr auto	copied ()
	Constructs a new iterator that copies the elements of this iterator. More...

constexpr auto	indexed ()
	Constructs a new iterator that tags each element of this iterator with the corresponding index, stored in a `std::pair`. More...

constexpr op::FlagLast< TSelf >	flagLast ()
	Constructs a new iterator that tags each element with a boolean value specifying whether the element is the last one in the iterator. Boolean and actual iterator element are stored in a `std::pair`. More...

constexpr op::Filter< TSelf, TFilterFn >	filter (TFilterFn filterFn)
	Constructs a new iterator that only contains the elements from this iterator, for which the given `filterFn` returned `true`. More...

constexpr op::Unique< TSelf, TMapFn >	unique (TMapFn mapFn)
	Constructs a new iterator that only contains every element of the input iterator only once. More...

constexpr auto	unique ()
	Constructs a new iterator that only contains every element of the input iterator only once. More...

constexpr op::Reverse< TSelf >	reverse ()
	Constructs a new iterator that provides the elements of this iterator in reverse order. More...

constexpr op::Chunked< TSelf, CHUNK_SIZE >	chunked ()
	Create new iterator that collects elements from this iterator in chunks of size up to `CHUNK_SIZE`, which then constitue the elements of the new iterator. More...

constexpr op::ChunkedExact< TSelf, CHUNK_SIZE, STEP_SIZE >	chunkedExact ()
	Create new iterator that collects elements from this iterator in exact-sized chunks of `CHUNK_SIZE`, which then constitue the elements of the new iterator. More...

constexpr auto	map (TMapFn mapFn)
	Creates an iterator that uses the given `mapFn` to map each element from this iterator to elements of the new iterator. More...

constexpr auto	flatMap (TFlatMapFn mapFn)
	Creates an iterator that works like map(), but flattens nested containers. More...

constexpr auto	flatMap ()
	Creates an iterator that flattens the iterable elements of this iterator. More...

constexpr auto	generateFrom (TGeneratorFn generatorFn)
	Creates a new iterator containing the items that the given generator produces for each element in this iterator. More...

constexpr op::InplaceModifier< TSelf, TModifierFn >	modify (TModifierFn modifierFn)
	Allows to inspect and modify each item in-place, that passes through this iterator. More...

constexpr auto	filterMap (TFilterMapFn filterMapFn)
	Creates a new iterator that filters and maps items from this iterator. More...

constexpr op::SkipN< TSelf >	skip (size_t cnt)
	Creates an iterator that skips the first `cnt` elements from this iterator, before it yields the remaining items. More...

constexpr op::SkipWhile< TSelf, TSkipPredicate >	skipWhile (TSkipPredicate skipPredicate)
	Creates an iterator that skips the first elements of this iterator, for which the given `skipPredicate` returns `true`. More...

constexpr op::TakeN< TSelf >	take (size_t cnt)
	Creates an iterator that yields at most the first `cnt` elements from this iterator. More...

constexpr auto	takeWhile (TTakePredicate takePredicate)
	Creates an iterator that yields the first elements of this iterator, for which the given `takePredicate` returns `true`. More...

constexpr auto	stepBy (size_t stepWidth)
	Creates an iterator with the requested `stepWidth` from this iterator. More...

constexpr op::Zipper< TSelf, std::pair, TOtherIterator >	zip (TOtherIterator &&otherIterator)
	"Zips up" two CXXIter iterators into a single iterator over pairs from both iterators. More...

constexpr op::Zipper< TSelf, std::tuple, TOtherIterators... >	zipTuple (TOtherIterators &&... otherIterators)
	"Zips up" an arbitrary amount of CXXIter iterators into a single iterator over `std::tuple<>` from both iterators. More...

constexpr op::Chainer< TSelf, TOtherIterator >	chain (TOtherIterator &&otherIterator)
	Chains this iterator with the given `otherIterator`, resulting in a new iterator that first yields the elements of this iterator, and then the ones from the `otherIterator`. More...

constexpr op::Alternater< TSelf, TOtherIterators... >	alternate (TOtherIterators &&... otherIterators)
	Alternating the elements of this iterator with the ones from the other given iterator(s). More...

constexpr op::Intersperser< TSelf, TOtherIterator >	intersperse (TOtherIterator &&otherIterator)
	Draw elements from the given `otherIterator` and use the returned elements as separators between the elements of this iterator. More...

constexpr auto	groupBy (TGroupIdentifierFn groupIdentFn)
	Groups the elements of this iterator according to the values returned by the given `groupidentFn`. More...

constexpr auto	sort (TCompareFn compareFn)
	Creates a new iterator that takes the items from this iterator, and passes them on sorted, using the supplied `compareFn`. More...

constexpr auto	sort ()
	Creates a new iterator that takes the items from this iterator, and passes them on sorted. More...

constexpr auto	sortBy (TSortValueExtractFn sortValueExtractFn)
	Creates a new iterator that takes the items from this iterator, and passes them on sorted. More...

Friends
struct	trait::Iterator< SrcRef< TContainer > >

struct	trait::DoubleEndedIterator< SrcRef< TContainer > >

struct	trait::ExactSizeIterator< SrcRef< TContainer > >

struct	trait::ContiguousMemoryIterator< SrcRef< TContainer > >

Additional Inherited Members
Public Types inherited from CXXIter::IterApi< SrcRef< TContainer > >
using	Iterator = trait::Iterator< TSelf >
	Type of the trait::Iterator implemenation for this. More...

using	Item = typename Iterator::Item
	Type of the elements of this iterator. (Can be references) More...

using	ItemOwned = std::remove_cvref_t< Item >
	Owned Type of the elements of this iterator. (References removed). More...

Detailed Description

template<typename TContainer>
requires concepts::SourceContainer<std::remove_cvref_t<TContainer>>
class CXXIter::SrcRef< TContainer >

CXXIter iterator source that mutably borrows the input item source, and passes mutable references to the items of the source through the iterator.

This allows the iterator to modify the items while leaving them in the original item source.

Definition at line 92 of file ContainerSources.h.