string_heap_data.h

#pragma once
 
 
 
 
 
 
template < typename STRING >
inline STRING & string_concatenate(STRING & strResult, const typename STRING::CHARACTER_TYPE * psz1, character_count nLength1, const typename STRING::CHARACTER_TYPE * psz2, character_count nLength2);
 
//template < typename CHARACTER_TYPE >
//class string_buffer;
#include "acme/prototype/prototype/natural_pointer.h"
 
 
// template < prototype_character CHARACTER >
// class string_heap_data :
//    public heap_data < CHARACTER >
// {
// public:
//
//
//    typedef string_heap_data < CHARACTER > STRING_HEAP_DATA;
//
//
//    using heap_data < CHARACTER >::heap_data;
//
//
//    /// in bytes, without meta, with null(s)
//    inline ::memsize storage_size() const { return (::memsize) this->m_sizeStorageInBytes; }
//    /// storage_size expressed in number of characters
//    inline ::character_count storage_character_count() const;
//
//
//    ///// always ::i8 count (before first [and possibly final, but not necessarily final] null terminator)
//    //inline ::character_count character_count() const { return (::character_count) this->m_countData; }
//    //inline ::memsize character_count_in_bytes() const;
//    //inline ::memsize null_terminated_character_count_in_bytes() const;
//    //
//
//    //inline void raw_set_character_count(::character_count character_count);
//    //inline void set_character_count(::character_count character_count);
//
//
//    operator const CHARACTER * () const noexcept { return this->c_data(); }
//
//
//    operator CHARACTER * () noexcept { return this->data(); }
//
//
//    const CHARACTER * c_str() const noexcept { return this->c_data(); }
//
//
// };
 
 
// template < >
// CLASS_DECL_ACME base_data < string_heap_data < ::ansi_character > > * __nil < base_data < string_heap_data < ::ansi_character > > >();
//
// template < >
// CLASS_DECL_ACME base_data < string_heap_data < ::wd16_character > > * __nil < base_data < string_heap_data < ::wd16_character > > >();
//
// template < >
// CLASS_DECL_ACME base_data < string_heap_data < ::wd32_character > > * __nil < base_data < string_heap_data < ::wd32_character > > >();
 
 
 
 
 
enum e_char_count
{
 
   char_count,
};
 
enum e_byte_count
{
 
   byte_count,
};
 
 
//#include "acme/memory/string_memory_allocator.h"