print.hpp

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#pragma once
#include "console.hpp"
 
namespace xtd {
  template<typename arg_t>
  void print(arg_t&& value) {xtd::console::write(xtd::string::format("{}",  value));}
  
  template<typename type_t>
  void print(std::initializer_list<type_t>&& il) {xtd::console::write(xtd::string::format("{}", il));}
  
  template<typename ... args_t>
  void print(const xtd::string& fmt, args_t&& ... values) {xtd::console::write(xtd::string::format(fmt, std::forward<args_t>(values)...));}
  
  template<typename ... args_t>
  void print(const char* fmt, args_t&& ... values) {xtd::console::write(xtd::string::format(xtd::string {fmt}, std::forward<args_t>(values)...));}
#if defined(__xtd__cpp_lib_char8_t)
  template<typename ... args_t>
  void print(const char8_t* fmt, args_t&& ... values) {xtd::console::write(xtd::string::format(xtd::string {fmt}, std::forward<args_t>(values)...));}
#endif
  template<typename ... args_t>
  void print(const char16_t* fmt, args_t&& ... values) {xtd::console::write(xtd::string::format(xtd::string {fmt}, std::forward<args_t>(values)...));}
  template<typename ... args_t>
  void print(const char32_t* fmt, args_t&& ... values) {xtd::console::write(xtd::string::format(xtd::string {fmt}, std::forward<args_t>(values)...));}
  template<typename ... args_t>
  void print(const wchar_t* fmt, args_t&& ... values) {xtd::console::write(xtd::string::format(xtd::string {fmt}, std::forward<args_t>(values)...));}
}