//Copyright (c) 1996 A. Michael Berman. All Rights Reserved.  
//This code is from "Data Structures via C++: Objects by Evolution", to be 
//published by Oxford University Press USA.  Permission is hearby granted to 
//use this code for any educational, non-commercial purpose, provided this
//notice remains intact.  
//A. Michael Berman, Rowan College of New Jersey, berman@rowan.edu

// compid.h: Compiler Compatibility File
// from: Data Structures via C++: Objects by Evolution

// The purpose of this file is to determine which compiler is being used,
// and set various flags for conditional compilation based on the information
// determined.

// You can add your own compiler by either identifying a macro definition
// that is predefined by your compiler, or by "hand defining" a macro, using
// a Make file or whatever mechanism you use to compile

// The following compilers are supported in this file as distributed:
//     Borland Turbo C++ 3.0
//     Borland C++ 4.0.x
//     Borland C++ 4.5.x

// Set the following flag if the compiler requires the source of templates
// in order to instantiate them.

#ifdef __TURBOC__
#define __MB_TEMPLATES_NEED_SRC__
#endif

// Set the following flag if the compiler does not support nested class
// definitions

#if __TURBOC__ < 0x410
#define __MB_NO_NESTED_CLASS__
#endif

// Set the following flag if you want the header file to declare inline
// functions to simulate Borland-style random numbers

#ifdef __UNIX__
#define __MB_SIMULATE_BORLAND_RANDOM__
#endif

#if __GNUC__ == 2
#define __MB_COMPILER_DEFINES_BOOL__
#define __MB_SIMULATE_BORLAND_RANDOM__
#endif

#if __TURBOC__ >= 0x500
#define __MB_COMPILER_DEFINES_BOOL__
#endif