Calls underlying_.parse(ctx) to parse format-spec in range-format-spec or, if the latter is not present, an empty format-spec. If range-type or the n option is present, the values of opening-bracket_, closing …

Formatter is a type that abstracts formatting operations for a given formatting argument type and character type. Specializations of std::formatter provided by the standard library are required to meet …

Otherwise, if ctx.scope() is the null reflection, then returns true. Otherwise, if r represents a direct base class relationship where the base class is B, returns true if the base class B of DESIGNATING_CLS …

Formatters for other pointers and pointers to members are disabled. Specializations such as std::formatter<wchar_t, char> and std::formatter<const char*, wchar_t> that would require encoding …

The template specialization of std::formatter for the container adaptor type std::stack allows users to convert the underlying container to its textual representation as a collection of elements using …

If r represents a direct base class relationship (i.e. an element of std::meta::bases_of(rc, ctx)), the result represents the derived class in the relationship.

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Returns a std::vector containing the reflections of the members of the class type or namespace represented by r, filtered by the access context ctx. Each reflection m in the result represents an …

Let C be the class type represented by std::meta::dealias (type). Each reflection value b in the result represents an accessible direct base class relationship between C and one of C 's base classes. …

namespace std { template<range_format K, ranges::input_range R, class CharT> requires (K == range_format::string || K == range_format::debug_string) struct __range_default_formatter<K, R, …