tracer.h

// Created by Camilo on 2021-10-04 12:06 BRT <3ThomasBorregaardSorensen!!
#pragma once
 
//
//#include "acme/filesystem/file/text_stream.h"
//
//
//
#include "acme/filesystem/file/print_formatting.h"
 
 
namespace platform
{
   class logger;
 
 
   class CLASS_DECL_ACME tracer :
      public print_formatting
   {
   public:
 
 
      //::platform::context *           m_papplication;
      ::pointer < ::platform::logger >          m_plogger;
 
 
      tracer();
      virtual ~tracer();
 
 
      virtual ::string trace_prefix() const;
 
 
      //void format_output_arguments(const_char_pointer psz, va_list & arguments)
      //{
 
      //   string str;
 
      //   str.formatf_arguments(scopedstr, arguments);
 
      //   operator << (str);
 
      //}
 
 
      //tracer & format_output(const_char_pointer psz, ...)
      //{
 
      //   va_list arguments;
 
      //   va_start(arguments, psz);
 
      //   string str;
 
      //   str.formatf_arguments(scopedstr, arguments);
 
      //   operator << (str);
 
      //   va_end(arguments);
 
      //   return *this;
 
      //}
 
 
      //template < typename STRINGABLE >
      //tracer & operator <<(const STRINGABLE & stringable)
      //{
 
      //   string str;
 
      //   ::copy(str, stringable);
 
      //   m_str += str;
 
      //   return *this;
 
      //   //return operator << (str);
 
      //}
 
      //tracer & operator << (const exception & exception);
      //tracer & operator << (const e_status & estatus);
      //tracer & operator << (const enum_status& estatus);
      //tracer & operator << (const ansi_string & str);
      //tracer & operator << (const_char_pointer psz);
      //   tracer & operator << (enum_flush);
      //   tracer & operator << (const integral_byte & memsize);
      //
      //   tracer & operator << (const integral_nanosecond & time) { return format(time); }
      //   tracer & operator << (const integral_microsecond & time) { return format(time); }
      //   tracer & operator << (const integral_millisecond & time) { return format(time); }
      //   tracer & operator << (const integral_second & time) { return format(time); }
      //   tracer & operator << (const integral_minute & time) { return format(time); }
      //   tracer & operator << (const integral_hour & time) { return format(time); }
      //   tracer & operator << (const integral_day & time) { return format(time); }
      //
      //
      //   template < prototype_integral INTEGRAL >
      //   tracer & operator << (const INTEGRAL integral) { return operator << (::as_string(integral)); }
      //
      //
      virtual void flush(trace_statement & tracestatement);
 
 
   };
 
 
   //CLASS_DECL_ACME void trace_log_information() << const_char_pointer psz, ...;
   //CLASS_DECL_ACME void trace_log_warning() << const_char_pointer psz, ...;
   //CLASS_DECL_ACME void trace_log_error() << const_char_pointer psz, ...;
   //CLASS_DECL_ACME void trace_log_fatal() << const_char_pointer psz, ...;
 
   //
   //CLASS_DECL_ACME ::trace_statement log_statement();
   //
   //
   //
} // namespace platform