nmdef.h

 
#ifndef __NMDEF_H
#define __NMDEF_H
 
#ifdef __NM__
    #ifndef NMDEF
        #define NMDEF
    #endif
#endif
 
#ifdef NM6403
    #ifndef NMDEF
        #define NMDEF
    #endif
#endif
 
 
#ifndef NULL
    #define NULL 0
#endif
/*
#ifndef ADDR
    #ifdef __NM__
        #define ADDR(base,disp)  \
        (   sizeof(*(base)) == 1 ? nmppsAddr_((base),(disp)):   \
            ((base)+(disp))                             \
        )
    #else  
        #define ADDR(base,disp) ((base)+(disp))
    #endif //NMDEF
#endif //ADDR
*/
#ifndef MIN
#define MIN(a,b)  ((a) > (b) ? (b) : (a))
#endif
 
#ifndef MAX
#define MAX(a,b)  ((a) < (b) ? (b) : (a))
#endif
 
#ifndef ABS
#define ABS(a)    ((a) < (0) ? -(a): (a))
#endif
 
#ifndef ROUND2INT
#define ROUND2INT(a)  ((a) >= 0 ? (int((a)+0.5)) : (int((a)-0.5)))
#endif
 
#ifdef __NM__
#define GET_CHAR(pArray,Index,val)          (nmppsGetVal_((pArray),(Index),(val)))
#define GET_SHORT(pArray,Index,val)         (nmppsGetVal_((pArray),(Index),(val)))
#define SET_CHAR(pArray,Index,Char)     (nmppsPut_((pArray),(Index),(Char)))
#define SET_SHORT(pArray,Index,Short)   (nmppsPut_((pArray),(Index),(Short)))
#else
#define GET_CHAR(pArray,Index,val)          ((val)=(pArray)[(Index)])
#define GET_SHORT(pArray,Index,val)         ((val)=(pArray)[(Index)])
#define SET_CHAR(pArray,Index,Char)     ((pArray)[(Index)]=(Char))
#define SET_SHORT(pArray,Index,Short)   ((pArray)[(Index)]=(Short))
#endif
 
#define LONG2INT(size)      ((size)<<1)
 
#define long2INT(size)      ((size)<<1)
#define int2INT(size)       ((size))
#define short2INT(size)     ((size)>>1)
#define char2INT(size)      ((size)>>2)
 
 
#define LONG2long(size)     ((size))
#define LONG2int(size)      ((size)<<1)
#define LONG2short(size)    ((size)<<2)
#define LONG2char(size)     ((size)<<3)
 
#define long2long(size)     ((size))
#define long2int(size)      ((size)<<1)
#define long2short(size)    ((size)<<2)
#define long2char(size)     ((size)<<3)
 
#define int2long(size)      ((size)>>1)
#define int2int(size)       ((size))
#define int2short(size)     ((size)<<1)
#define int2char(size)      ((size)<<2)
 
#define short2long(size)    ((size)>>2)
#define short2int(size)     ((size)>>1)
#define short2short(size)   ((size))
#define short2char(size)    ((size)<<1)
 
#define char2long(size)     ((size)>>3)
#define char2int(size)      ((size)>>2)
#define char2short(size)    ((size)>>1)
#define char2char(size)     ((size))
 
 
#endif