simstr 1.2.4
Yet another strings library
 
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Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 123]
 Csimstr::chunked_string_builder< K >For constructing long dynamic strings by concatenating small pieces
 Csimstr::empty_expr< K >An "empty" string expression
 Csimstr::expr_choice< A, B >Conditional selection string expression
 Csimstr::expr_choice_one_lit< A, N, Compare >Conditional selection string expression
 Csimstr::expr_choice_two_lit< K, N, M >Conditional selection string expression
 Csimstr::expr_if< A >Conditional selection string expression
 Csimstr::expr_pad< K >A type of string expression that returns N specified characters
 Csimstr::expr_replace_symbols< K, UseVectorForReplace >A type for a string expression that generates a string in which the given characters are replaced by the given strings
 Csimstr::expr_replaced< K >A string expression that generates a string replacing all occurrences of the given substring
 Csimstr::expr_spaces< K, N, S >A type of string expression that returns N specified characters
 Csimstr::expr_stdstr< K, T >A type for using std::string and std::string_view as sources in string expressions
 Csimstr::expr_utf< From, To >String expression to convert strings to different UTF types
 Cstd::formatter< simstr::lstring< K, N, S, A >, K >Formatter to use in std::format for values ​​of type lstring
 Cstd::formatter< simstr::simple_str< K >, K >Formatter to use in std::format for values ​​of type simple_str
 Cstd::formatter< simstr::simple_str_nt< K >, K >Formatter to use in std::format for values ​​of type simple_str_nt
 Cstd::formatter< simstr::sstring< K >, K >Formatter to use in std::format for values ​​of type string
 Csimstr::from_utf_convertable< K, Impl >Base class for strings that can be converted from another character type
 Csimstr::from_utf_convertable< K, lstring< K, N, false, allocator_string > >
 Csimstr::from_utf_convertable< K, sstring< K, allocator_string > >
 Csimstr::hashStrMap< K, T, H, E >Container for more efficient searching by string keys
 Csimstr::hashStrMap< K, T, H, E >
 Csimstr::hashStrMap< u16s, T, strhash< u16s >, streql< u16s > >
 Csimstr::hashStrMap< u16s, T, strhashia< u16s >, streqlia< u16s > >
 Csimstr::hashStrMap< u16s, T, strhashiu< u16s >, streqliu< u16s > >
 Csimstr::hashStrMap< u32s, T, strhash< u32s >, streql< u32s > >
 Csimstr::hashStrMap< u32s, T, strhashia< u32s >, streqlia< u32s > >
 Csimstr::hashStrMap< u32s, T, strhashiu< u32s >, streqliu< u32s > >
 Csimstr::hashStrMap< u8s, T, strhash< u8s >, streql< u8s > >
 Csimstr::hashStrMap< u8s, T, strhashia< u8s >, streqlia< u8s > >
 Csimstr::hashStrMap< u8s, T, strhashiu< u8s >, streqliu< u8s > >
 Csimstr::hashStrMap< wchar_t, T, strhash< wchar_t >, streql< wchar_t > >
 Csimstr::hashStrMap< wchar_t, T, strhashia< wchar_t >, streqlia< wchar_t > >
 Csimstr::hashStrMap< wchar_t, T, strhashiu< wchar_t >, streqliu< wchar_t > >
 Csimstr::chunked_string_builder< K >::portion_storeAn object that allows you to sequentially copy content into a buffer of a given size
 Csimstr::Splitter< K >Class for sequentially obtaining substrings by a given delimiter
 Csimstr::str_algs< K, StrRef, Impl, Mutable >A class with basic constant string algorithms
 Csimstr::str_algs< From, simple_str< From >, simple_str< From >, false >
 Csimstr::str_algs< K, simple_str< K >, lstring< K, N, false, allocator_string >, true >
 Csimstr::str_algs< K, simple_str< K >, my_type, false >
 Csimstr::str_algs< K, simple_str< K >, my_type, true >
 Csimstr::str_algs< K, simple_str< K >, simple_str< K >, false >
 Csimstr::str_algs< K, simple_str< K >, sstring< K, allocator_string >, false >
 Csimstr::str_mutable< K, Impl >Base class for working with mutable strings
 Csimstr::str_mutable< K, lstring< K, N, false, allocator_string > >
 Csimstr::str_storable< K, Impl, Allocator >The base for the objects that own the string
 Csimstr::str_storable< K, lstring< K, N, false, allocator_string >, allocator_string >
 Csimstr::str_storable< K, my_type, Allocator >
 Csimstr::str_storable< K, sstring< K, allocator_string >, allocator_string >
 Csimstr::strexprjoin< A, B >Template class for concatenating two string expressions into one using operator +
 Csimstr::strexprjoin_c< A, B, last >Concatenation of a reference to a string expression and the value of the string expression