ltohi
found = ltohi(part[bootPart].relsect) * bpsec;
found = ltohi(part[primaryPart].relsect) * bpsec;
nextseek = xstartsect = ltohi(part[extendedPart].relsect);
xnumsect = ltohi(part[extendedPart].numsect);
ltohi(part[i].relsect);
ltohi(part[extndDrives[driveIndex]].relsect) +
found = ltohi(part[extraDrives[driveIndex]].relsect) * bpsec;
#define PC_VOLID(a) (FSTYP_IS_32(h) ? ltohi((h)->bs32.f_volid[0]) : \
ltohi((h)->bs16.f_volid[0]))
h->bs.hiddensec = ltohi(h->bs.hiddensec);
h->bs.totalsec = ltohi(h->bs.totalsec);
h->bs32.f_fatlength = ltohi(h->bs32.f_fatlength);
h->bs32.f_rootcluster = ltohi(h->bs32.f_rootcluster);
next = ltohi(val);
usesize = ltohi(part[partno].numsect);
ltohi(part[partno].numsect), TotSize);
if ((*seekto = ltohi(part[bootPart].relsect)) == 0) {
if ((*seekto = ltohi(part[primaryPart].relsect)) == 0) {
nextseek = xstartsect = ltohi(part[extendedPart].relsect);
xnumsect = ltohi(part[extendedPart].numsect);
ltohi(part[i].relsect);
ltohi(part[extndDrives[driveIndex]].relsect) +
*seekto = ltohi(part[extraDrives[driveIndex]].relsect);
relsect = sec + ltohi(ipart[i].relsect);
sec = startsec + ltohi(ipart[i].relsect);
ltohi(ipart[i].numsect)) == WALK_TERMINATE) {
relsect = sec + ltohi(ipart[i].relsect);
sec = startsec + ltohi(ipart[i].relsect);
ltohi(ipart[i].numsect)) == WALK_TERMINATE) {
(ulong_t)ltohi(pcfsp->f_bpb.bs_siv)) -
cn = ltohi(*(pc_cluster32_t *)fp) & 0x0FFFFFFF;
ncn32 = ltohi(*(pc_cluster32_t *)fp) & 0xF0000000;
pcp->pc_size = ltohi(ep->pcd_size);