DATA_OFF
pagep = __get_page(hashp, OADDR_TO_PAGE(DATA_OFF(pagep, ndx)), A_RAW);
next_pgno = OADDR_TO_PAGE(DATA_OFF(pagep, (cursorp->pgndx - 1)));
__get_page(hashp, OADDR_TO_PAGE(DATA_OFF(pagep, ndx)), A_RAW);
__get_page(hashp, OADDR_TO_PAGE(DATA_OFF(pagep, ndx)), A_RAW);
M_16_SWAP(DATA_OFF(pagep, i))
key->size = DATA_OFF(cursorp->pagep, i) -
DATA_OFF(cursorp->pagep, cursorp->pgndx);
item_info->data_off = DATA_OFF(cursorp->pagep, cursorp->pgndx);
DATA_OFF(pagep, n) = off;
delta = hashp->hdr.bsize - DATA_OFF(pagep, ndx);
DATA_OFF(pagep, check_ndx) - DATA_OFF(pagep, ndx);
len = DATA_OFF(pagep, ndx) - (OFFSET(pagep) + 1);
DATA_OFF(pagep, (check_ndx)) - len;
DATA_OFF(pagep, n) = DATA_OFF(pagep, (n + 1)) + delta;
DATA_OFF(pagep, n) = DATA_OFF(pagep, (n + 1));
DATA_OFF(temp_pagep, n));
DATA_OFF(temp_pagep, n));
val.size = off - DATA_OFF(temp_pagep, n);
off = DATA_OFF(temp_pagep, n);
DATA_OFF(pagep, NUM_ENT(pagep)) = big_pgno;
DATA_OFF(pagep, ndx) = (indx_t)ovfl_num;
M_16_SWAP(DATA_OFF(pagep, i));
#define DATA(P, N) (((PAGE8 *)(P)) + DATA_OFF((P), (N)))
#define BIGDATALEN(P) (DATA_OFF((P), 0))
DATA_OFF, /* w */
DATA_OFF, /* w */