void
filesrv::gotdds (bool ok)
{
if (!ok) {
(*cb) (false);
return;
}
u_int8_t key[sha1::hashsize];
privkey->get_privkey_hash (key, hostid);
fhkey.setkey (key, sizeof (key));
bzero (key, sizeof (key));
for (filesys *fsp = fstab.base (); fsp < fstab.lim (); fsp++) {
if (fsp == fsp->parent)
/* Make sure readdir returns unique fileid for /.., since an
* accessible copy of /.. may reside somewhere else in the file
* system and otherwise break pwd. */
fsp->inotab->insert (fsp->fileid_root_dd, 1);
else {
fsp->parent->inotab->insert (fsp->fileid_mntpt,
fsidino2ino (fsp->fsid, fsp->fileid_root));
fsp->inotab->insert (fsp->fileid_root_dd,
fsidino2ino (fsp->parent->fsid,
fsp->fileid_mntpt_dd));
}
}
#if 0
for (filesys *fsp = fstab.base (); fsp < fstab.lim (); fsp++) {
warnx << fsp->path_mntpt << ":\n";
warnx ("fsid 0x%qx, / 0x%qx, /.. 0x%qx, mp 0x%qx, mp/.. 0x%qx\n",
fsp->fsid, fsp->fileid_root, fsp->fileid_root_dd,
fsp->fileid_mntpt, fsp->fileid_mntpt_dd);
fsp->inotab->traverse (wrap (dumpsubst));
}
#endif
fh3trans fht (fh3trans::ENCODE, fhkey, 0);
fsinfo.set_prog (ex_NFS_PROGRAM);
fsinfo.nfs->set_vers (ex_NFS_V3);
fsinfo.nfs->v3->root = fstab[0].fh_root;
if (!rpc_traverse (fht, fsinfo.nfs->v3->root))
fatal ("filesrv::finish: nfs3_transres encode failed (err %d)\n", fht.err);
fsinfo.nfs->v3->subfs.setsize (fstab.size () - 1);
for (size_t i = 1; i < fstab.size (); i++) {
fsinfo.nfs->v3->subfs[i-1].path = fstab[i].path_mntpt;
fsinfo.nfs->v3->subfs[i-1].fh = fstab[i].fh_root;
fht.srvno = i;
if (!rpc_traverse (fht, fsinfo.nfs->v3->subfs[i-1].fh))
fatal ("filesrv::finish: nfs3_transres encode failed (err %d)\n",
fht.err);
}
cb_t c = cb;
cb = NULL;
(*c) (true);
}
bool
rpc_traverse (XDR *xdrs, dbrec_rev &obj)
{
if (!rpc_traverse (xdrs, implicit_cast<sfsauth_dbrec &> (obj)))
return false;
if (rpc_traverse (xdrs, obj.dbrev))
return true;
if (xdrs->x_op != XDR_DECODE)
return false;
obj.dbrev = 0;
return true;
}
BOOL
xdr_int (XDR *xdrs, void *objp)
{
u_int32_t val;
switch (xdrs->x_op) {
case XDR_ENCODE:
val = *static_cast<int *> (objp);
return rpc_traverse (xdrs, val);
case XDR_DECODE:
if (!rpc_traverse (xdrs, val))
return false;
*static_cast<int *> (objp) = val;
default:
return true;
}
}
bool
rpc_traverse (attrvec &av, link3wcc &obj)
{
rpc_traverse (av, obj.file_attributes);
attrinfo &x = av.push_back ();
x.fh = &reinterpret_cast<link3args *> (av[0].fh)->link.dir;
x.set_wcc (&obj.linkdir_wcc);
return true;
}
bool
rpc_traverse (attrvec &av, rename3wcc &obj)
{
rpc_traverse (av, obj.fromdir_wcc);
attrinfo &x = av.push_back ();
x.fh = &reinterpret_cast<rename3args *> (av[0].fh)->to.dir;
x.set_wcc (&obj.todir_wcc);
return true;
}
bool
nfs3_transarg (fh3trans &fht, void *objp, u_int32_t proc)
{
switch (proc) {
NFS_PROGRAM_3_APPLY_NONULL (transarg);
case NFSPROC_CLOSE:
if (rpc_traverse (fht, *static_cast<nfs_fh3 *>(objp)))
return true;
if (!fht.err)
fht.err = NFS3ERR_INVAL;
return false;
break;
default:
panic ("nfs3_transarg: bad proc %d\n", proc);
}
}
BOOL
xdr_string (XDR *xdrs, void *objp)
{
return rpc_traverse (xdrs, *static_cast<rpc_str<RPC_INFINITY> *> (objp));
}