struct __LFRange
{
	LFIndex location;
	LFIndex length;
};

#ifndef LF_TARGET_LITEC
typedef struct LFRange __LFRange;
#endif


#ifdef LF_INLINE
LF_INLINE LFRange LFRangeMake(LFIndex loc, LFIndex len) 
{
    LFRange range;
    range.location = loc;
    range.length = len;
	
    return range;
}
#else
	#ifdef LF_TARGET_LITEC
		typedef struct __LFRange *LFRange;
	
		#define LF_TEMPRANGECOUNT 10
		LFIndex __LFTempRangesIndex = 0;
		struct __LFRange *__LFTempRanges[LF_TEMPRANGECOUNT];

		#define LFRangeMake(loc, len) __LFTempRanges[__LFRangeMake(loc, len)]
	#else
		#define LFRangeMake(loc, len) __LFRangeMake(loc, len)
	#endif
#endif

#ifdef LF_TARGET_LITEC
short __LFTempRangesInitialized = 0;

LFIndex __LFRangeMake(LFIndex loc, LFIndex len) 
{
	if(!__LFTempRangesInitialized)
	{
		int i;
		for(i=0; i<LF_TEMPRANGECOUNT; i++)
			__LFTempRanges[i] = (struct __LFRange *)malloc(sizeof(struct __LFRange));
		
		__LFTempRangesInitialized = 1;	
	}
	
	__LFTempRangesIndex ++;
	if(__LFTempRangesIndex >= LF_TEMPRANGECOUNT)
		__LFTempRangesIndex = 0;
	
	(__LFTempRanges[__LFTempRangesIndex]).location = loc;
	(__LFTempRanges[__LFTempRangesIndex]).length = len;
	
	return __LFTempRangesIndex;
}
#else
LFRange __LFRangeMake(LFIndex loc, LFIndex len) 
    LFRange range;
    range.location = loc;
    range.length = len;
	
    return range;
}
#endif