#define DDOFF(f) bitize(offsetof(xfs_dqblk_t, dd_ ## f))
#define DDSZC(f) szcount(xfs_dqblk_t, dd_ ## f)
const field_t dqblk_flds[] = {
{ "diskdq", FLDT_DISK_DQUOT, OI(DDOFF(diskdq)), C1, 0, TYP_NONE },
{ "fill", FLDT_CHARS, OI(DDOFF(fill)), CI(DDSZC(fill)), FLD_SKIPALL,
TYP_NONE },
{ "crc", FLDT_CRC, OI(DDOFF(crc)), C1, 0, TYP_NONE },
{ "lsn", FLDT_UINT64X, OI(DDOFF(lsn)), C1, 0, TYP_NONE },
{ "uuid", FLDT_UUID, OI(DDOFF(uuid)), C1, 0, TYP_NONE },
{ NULL }
};
#define DOFF(f) bitize(offsetof(xfs_disk_dquot_t, d_ ## f))
const field_t disk_dquot_flds[] = {
{ "magic", FLDT_UINT16X, OI(DOFF(magic)), C1, 0, TYP_NONE },
{ "version", FLDT_UINT8X, OI(DOFF(version)), C1, 0, TYP_NONE },
{ "flags", FLDT_UINT8X, OI(DOFF(flags)), C1, 0, TYP_NONE },
{ "id", FLDT_DQID, OI(DOFF(id)), C1, 0, TYP_NONE },
{ "blk_hardlimit", FLDT_QCNT, OI(DOFF(blk_hardlimit)), C1, 0,
TYP_NONE },
{ "blk_softlimit", FLDT_QCNT, OI(DOFF(blk_softlimit)), C1, 0,
TYP_NONE },
{ "ino_hardlimit", FLDT_QCNT, OI(DOFF(ino_hardlimit)), C1, 0,
TYP_NONE },
{ "ino_softlimit", FLDT_QCNT, OI(DOFF(ino_softlimit)), C1, 0,
TYP_NONE },
{ "bcount", FLDT_QCNT, OI(DOFF(bcount)), C1, 0, TYP_NONE },
{ "icount", FLDT_QCNT, OI(DOFF(icount)), C1, 0, TYP_NONE },
{ "itimer", FLDT_INT32D, OI(DOFF(itimer)), C1, 0, TYP_NONE },
{ "btimer", FLDT_INT32D, OI(DOFF(btimer)), C1, 0, TYP_NONE },
static void handle_hit( Blob **blobs,
int nblobs,
struct object *res,
int docid,
double *field_c[65],
double *prox_c[8],
double mc, double mp,
int cutoff )
{
int i, j, k, end = 0;
Hit *hits = calloc( nblobs, sizeof(Hit) );
unsigned char *nhits = malloc( nblobs );
unsigned char *pos = malloc( nblobs );
int matrix[65][8];
memset(matrix, 0, sizeof(matrix) );
for( i = 0; i<nblobs; i++ )
nhits[i] = wf_blob_nhits( blobs[i] );
for( i = 0; i<nblobs; i++ )
{
memset( pos, 0, nblobs );
for( j = 0; j<nhits[i]; j++ )
{
hits[i] = wf_blob_hit( blobs[i], j );
matrix[MOFF(hits[i])][3]++;
/* forward the other positions */
for( k = 0; k<nblobs; k++ )
if( k != i && pos[ k ] < nhits[ k ] )
{
while( (hits[k].raw < hits[i].raw) && (pos[ k ] < nhits[ k ]))
hits[k] = wf_blob_hit( blobs[k], pos[k]++ );
if( (pos[ k ] < nhits[ k ]) && hits[k].type == hits[i].type )
matrix[MOFF(hits[i])][DOFF(OFFSET(hits[k])-OFFSET(hits[i]))]+=4;
}
}
}
free( pos );
free( nhits );
free( hits );
/* Now we have our nice matrix. Time to do some multiplication */
{
double accum = 0.0, fc, pc;
int accum_i;
for( i = 0; i<65; i++ )
if( (fc = (*field_c)[i]) != 0.0 )
for( j = 0; j<8; j++ )
if( (pc = (*prox_c)[j]) != 0.0 )
accum += (MINIMUM(matrix[i][j],cutoff)*fc*pc) / (mc*mp);
/* Limit */
if( accum > 32000.0 )
accum = 32000.0;
accum_i = (int)(accum *100 ) + 1;
if( accum > 0.0 )
wf_resultset_add( res, docid, accum_i );
}
}
