P99: Generic identification of families of types or values

Collaboration diagram for Generic identification of families of types or values:

Modules
	Generic macros that classify expressions

Macros
#define	P99_DECLARE_INLINE_EXPRESSION(EXT, BASE, EXP, ...)
	Declare an inline function of basename BASE for expression EXP, applied to the builtin type EXT. More...

#define	P99_DECLARE_INLINE_EXPRESSIONS(NEPL, ...)
	Declare a whole bunch of `inline` functions of basename `BASE` for expression `EXP`, applied to the builtin types as given in the argument list. More...

#define	P99_GEN_ABS(A) P99_GEN_EXPR(abs, ((A) >= 0) ? (A) : -(A), P99_STD_REAL_EXTS)(A)

#define	P99_GEN_EXPR(BASE, EXPR, ...)
	Produce a type generic expression that can be used as if it were an `inline` function. More...

#define	P99_GEN_MAX(A, B)

#define	P99_GEN_MIN(A, B)

#define	P99_GEN_SIN(A) P99_GEN_EXPR(sin, (A), P99_STD_FLOATING_EXTS)(A)
	Type generic macro to compute the sine of A. More...

#define	P99_SIZE_CHOICE(UI, YES, NO, ...)
	Classify expression UI according to its value and return YES if the value is in the list and NO, otherwise. More...

#define	P99_SIZE_INDICATOR(UI, ...)
	Classify expression UI according to its value and return `1` if the value is in the list and `0`, otherwise. More...

#define	P99_TYPE_CHOICE(EXP, YES, NO, ...)
	Classify expression EXP according to its type and return YES if the type is in the list and NO, otherwise. More...

Modules