return low4bits;
}
-static void copy_cell(void *dst, int dest_i, void *src, int src_i)
-{
- struct bucket_item *dstv = (struct bucket_item *)dst;
- struct bucket_item *srcv = (struct bucket_item *)src;
- dstv[dest_i] = srcv[src_i];
-}
-
/*
* Use 4 bits as radix base
* Use 16 u32 counters for calculating new possition in buf array
* @array_buf - buffer array to store sorting results
* must be equal in size to @array
* @num - array size
- * @copy_cell - function to copy data from array to array_buf and vice versa
* @get4bits - function to get 4 bits from number at specified offset
*/
static void radix_sort(struct bucket_item *array, struct bucket_item *array_buf,
int num,
- void (*copy_cell)(void *dest, int dest_i,
- void* src, int src_i),
u8 (*get4bits)(u64 num, int shift))
{
u64 max_num;
addr = get4bits(buf_num, shift);
counters[addr]--;
new_addr = counters[addr];
- copy_cell(array_buf, new_addr, array, i);
+ array_buf[new_addr] = array[i];
}
shift += RADIX_BASE;
addr = get4bits(buf_num, shift);
counters[addr]--;
new_addr = counters[addr];
- copy_cell(array, new_addr, array_buf, i);
+ array[new_addr] = array_buf[i];
}
shift += RADIX_BASE;
struct bucket_item *bucket = ws->bucket;
/* Sort in reverse order */
- radix_sort(ws->bucket, ws->bucket_b, BUCKET_SIZE, copy_cell,
- get4bits);
+ radix_sort(ws->bucket, ws->bucket_b, BUCKET_SIZE, get4bits);
for (i = 0; i < BYTE_CORE_SET_LOW; i++)
coreset_sum += bucket[i].count;