Configuration of the Base API

Configuration macros for platform, compiler, etc. More...

Namespaces
	std

Macros
#define	MI_BASE_JOIN(X, Y)   MI_BASE_DO_JOIN( X, Y )
	Creates an identifier from concatenating the values of X and Y, possibly expanding macros in X and Y. More...
#define	MI_BASE_STRINGIZE(X)   MI_BASE_DO_STRINGIZE( X )
	Creates a string from the value of X, possibly expanding macros in X. More...
#define	MI_PREVENT_MACRO_EXPAND
	Empty macro that can be used after function names to prevent macro expansion that happen to have the same name, for example, min or max functions. More...
#define	MI_FORCE_INLINE   inline
	The compiler-specific, strong inline keyword. More...

Detailed Description

Configuration macros for platform, compiler, etc.

Include File:

#include <mi/base/base.h>

Macro Definition Documentation

#define MI_BASE_JOIN	(		X,
			Y
	)		MI_BASE_DO_JOIN( X, Y )

Creates an identifier from concatenating the values of X and Y, possibly expanding macros in X and Y.

#define MI_BASE_STRINGIZE

(

X)

MI_BASE_DO_STRINGIZE( X )

Creates a string from the value of X, possibly expanding macros in X.

#define MI_FORCE_INLINE   inline

The compiler-specific, strong inline keyword.

The C++ language keyword inline is a recommendation to the compiler. Whether an inline function is actually inlined or not depends on the optimizer. In some cases, the developer knows better than the optimizer. This is why many compilers offer a separate, stronger inline statement. This define gives portable access to the compiler-specific keyword.

Pre-define MI_FORCE_INLINE to override the setting in this file.

#define MI_PREVENT_MACRO_EXPAND

Empty macro that can be used after function names to prevent macro expansion that happen to have the same name, for example, min or max functions.