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variant< I, S > & | detail::cidata (common_iterator< I, S > &) |
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variant< I, S > const & | detail::cidata (common_iterator< I, S > const &) |
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auto | iter_move (const common_iterator &i) noexcept(noexcept(decltype(ranges::iter_move(ranges::get< 0 >(detail::cidata(i))))(ranges::iter_move(ranges::get< 0 >(detail::cidata(i)))))) -> decltype(ranges::iter_move(ranges::get< 0 >(detail::cidata(i)))) |
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template<typename I2 , typename S2 , requires = (IndirectlySwappable<I2, I>())> |
auto | iter_swap (const common_iterator &x, common_iterator< I2, S2 > const &y) noexcept(noexcept(decltype(ranges::iter_swap(ranges::get< 0 >(detail::cidata(x)), ranges::get< 0 >(detail::cidata(y))))(ranges::iter_swap(ranges::get< 0 >(detail::cidata(x)), ranges::get< 0 >(detail::cidata(y)))))) -> decltype(ranges::iter_swap(ranges::get< 0 >(detail::cidata(x)), ranges::get< 0 >(detail::cidata(y)))) |
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| common_iterator (I i) |
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| common_iterator (S s) |
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template<typename I2 , typename S2 , requires = (ConvertibleTo<I2, I>() && ConvertibleTo<S2, S>())> |
| common_iterator (common_iterator< I2, S2 > const &that) |
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reference_t< I > | operator* () noexcept(noexcept(decltype(*ranges::get< 0 >(data_))(*ranges::get< 0 >(data_)))) |
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template<typename I2 = I, requires = (Readable<I2 const>())> |
reference_t< I > | operator* () const noexcept(noexcept(decltype(*static_cast< I2 const &>(ranges::get< 0 >(data_)))(*static_cast< I2 const &>(ranges::get< 0 >(data_))))) |
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common_iterator & | operator++ () |
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auto | operator++ (int) noexcept(noexcept(decltype(ranges::get< 0 >(data_)++)(ranges::get< 0 >(data_)++))) -> decltype(ranges::get< 0 >(data_)++) |
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common_iterator | operator++ (int) |
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template<typename J = I, requires = (Readable<J>())> |
auto | operator-> () const noexcept(noexcept(decltype(common_iterator::operator_arrow_((J const &) ranges::get< 0 >(data_), 42))(common_iterator::operator_arrow_((J const &) ranges::get< 0 >(data_), 42)))) -> decltype(common_iterator::operator_arrow_((J const &) ranges::get< 0 >(data_), 42)) |
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template<typename I2 , typename S2 , requires = (ConvertibleTo<I2, I>() && ConvertibleTo<S2, S>())> |
common_iterator & | operator= (common_iterator< I2, S2 > const &that) |
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