void Quaternion_Matrix_Fourier_Transform_ExpLeft_Inv(Quaternion ** QMatrix,Quaternion *** pQMatrixFT,
Quaternion QMu,int intHeight,int intWidth)
{
int s,t,S,T;
Quaternion QExp,QSum;
double dblFactor,dblQuotient;
dblFactor = 2. * M_PI ;
dblQuotient = sqrt((double)intHeight*(double)intWidth);
// the frequency image coordinates will be describe
// by the S and T index.
// In the spatial image, the pixel will be pointed by the spatial
// coordinates s and t.
for (s=0;s<intHeight;s++)
for (t=0;t<intWidth;t++)
{
QSum = QInit(0.,0.,0.,0.);
//QDisp(QSum,stdout);
for(S=0;S<intHeight;S++)
{
for(T=0;T<intWidth;T++)
{
QExp = QInitExp(QMu,dblFactor*(S*s/((double)intHeight)+T*t/((double)intWidth)));
//QDisp(QExp,stdout);
QSum = QAdd(QSum,QMult(QExp,QMatrix[S][T]));
}
}
(*pQMatrixFT)[s][t].a = QSum.a/dblQuotient;
(*pQMatrixFT)[s][t].b = QSum.b/dblQuotient; // R(s,t)
(*pQMatrixFT)[s][t].c = QSum.c/dblQuotient; // G(s,t)
(*pQMatrixFT)[s][t].d = QSum.d/dblQuotient; // B(s,t)
}
}
/*!
* Bump given cell up to the front of the LRU queue.
* \param c Cell to set.
*/
static void
afs_UpdateCellLRU(struct cell *c)
{
ObtainWriteLock(&afs_xcell, 100);
QRemove(&c->lruq);
QAdd(&CellLRU, &c->lruq);
ReleaseWriteLock(&afs_xcell);
}
void
afs_QueueCallback(struct vcache *avc, unsigned int atime, struct volume *avp)
{
if (avp && (avp->expireTime < avc->cbExpires))
avp->expireTime = avc->cbExpires;
if (!(avc->callsort.next)) {
atime = (atime + base) % CBHTSIZE;
QAdd(&(cbHashT[atime].head), &(avc->callsort));
}
return;
} /* afs_QueueCallback */
/*!
* Create or update a cell entry.
* \param acellName Name of cell.
* \param acellHosts Array of hosts that this cell has.
* \param aflags Cell flags.
* \param linkedcname
* \param fsport File server port.
* \param vlport Volume server port.
* \param timeout Cell timeout value, 0 means static AFSDB entry.
* \return
*/
afs_int32
afs_NewCell(char *acellName, afs_int32 * acellHosts, int aflags,
char *linkedcname, u_short fsport, u_short vlport, int timeout)
{
struct cell *tc, *tcl = 0;
afs_int32 i, newc = 0, code = 0;
AFS_STATCNT(afs_NewCell);
ObtainWriteLock(&afs_xcell, 103);
tc = afs_FindCellByName_nl(acellName, READ_LOCK);
if (tc) {
aflags &= ~CNoSUID;
} else {
tc = afs_osi_Alloc(sizeof(struct cell));
osi_Assert(tc != NULL);
memset(tc, 0, sizeof(*tc));
tc->cellName = afs_strdup(acellName);
tc->fsport = AFS_FSPORT;
tc->vlport = AFS_VLPORT;
AFS_MD5_String(tc->cellHandle, tc->cellName, strlen(tc->cellName));
AFS_RWLOCK_INIT(&tc->lock, "cell lock");
newc = 1;
aflags |= CNoSUID;
}
ObtainWriteLock(&tc->lock, 688);
/* If the cell we've found has the correct name but no timeout,
* and we're called with a non-zero timeout, bail out: never
* override static configuration entries with AFSDB ones.
* One exception: if the original cell entry had no servers,
* it must get servers from AFSDB.
*/
if (timeout && !tc->timeout && tc->cellHosts[0]) {
code = EEXIST; /* This code is checked for in afs_LookupAFSDB */
goto bad;
}
/* we don't want to keep pinging old vlservers which were down,
* since they don't matter any more. It's easier to do this than
* to remove the server from its various hash tables. */
for (i = 0; i < AFS_MAXCELLHOSTS; i++) {
if (!tc->cellHosts[i])
break;
tc->cellHosts[i]->flags &= ~SRVR_ISDOWN;
tc->cellHosts[i]->flags |= SRVR_ISGONE;
}
if (fsport)
tc->fsport = fsport;
if (vlport)
tc->vlport = vlport;
if (aflags & CLinkedCell) {
if (!linkedcname) {
code = EINVAL;
goto bad;
}
tcl = afs_FindCellByName_nl(linkedcname, READ_LOCK);
if (!tcl) {
code = ENOENT;
goto bad;
}
if (tcl->lcellp) { /* XXX Overwriting if one existed before! XXX */
tcl->lcellp->lcellp = (struct cell *)0;
tcl->lcellp->states &= ~CLinkedCell;
}
tc->lcellp = tcl;
tcl->lcellp = tc;
}
tc->states |= aflags;
tc->timeout = timeout;
memset(tc->cellHosts, 0, sizeof(tc->cellHosts));
for (i = 0; i < AFS_MAXCELLHOSTS; i++) {
/* Get server for each host and link this cell in.*/
struct server *ts;
afs_uint32 temp = acellHosts[i];
if (!temp)
break;
ts = afs_GetServer(&temp, 1, 0, tc->vlport, WRITE_LOCK, NULL, 0);
ts->cell = tc;
ts->flags &= ~SRVR_ISGONE;
/* Set the server as a host of the new cell. */
tc->cellHosts[i] = ts;
afs_PutServer(ts, WRITE_LOCK);
}
afs_SortServers(tc->cellHosts, AFS_MAXCELLHOSTS); /* randomize servers */
/* New cell: Build and add to LRU cell queue. */
if (newc) {
struct cell_name *cn;
cn = afs_cellname_lookup_name(acellName);
if (!cn)
cn = afs_cellname_new(acellName, 0);
tc->cnamep = cn;
tc->cellNum = cn->cellnum;
tc->cellIndex = afs_cellindex++;
afs_stats_cmperf.numCellsVisible++;
QAdd(&CellLRU, &tc->lruq);
}
ReleaseWriteLock(&tc->lock);
ReleaseWriteLock(&afs_xcell);
afs_PutCell(tc, 0);
if (!(aflags & CHush))
afs_DynrootInvalidate();
return 0;
bad:
if (newc) {
afs_osi_FreeStr(tc->cellName);
afs_osi_Free(tc, sizeof(struct cell));
}
ReleaseWriteLock(&tc->lock);
ReleaseWriteLock(&afs_xcell);
return code;
}
/*!
* Handles all the reconnection details:
* - Get all the details about the vnode: name, fid, and parent dir fid.
* - Send data to server.
* - Handle errors.
* - Reorder vhash and dcaches in their hashes, using the newly acquired fid.
*/
int
afs_ProcessOpCreate(struct vcache *avc, struct vrequest *areq,
afs_ucred_t *acred)
{
char *tname = NULL, *ttargetName = NULL;
struct AFSStoreStatus InStatus;
struct AFSFetchStatus OutFidStatus, OutDirStatus;
struct VenusFid pdir_fid, newFid;
struct AFSCallBack CallBack;
struct AFSVolSync tsync;
struct vcache *tdp = NULL, *tvc = NULL;
struct dcache *tdc = NULL;
struct afs_conn *tc;
struct rx_connection *rxconn;
afs_int32 hash, new_hash, index;
afs_size_t tlen;
int code, op = 0;
XSTATS_DECLS;
tname = afs_osi_Alloc(AFSNAMEMAX);
if (!tname)
return ENOMEM;
code = afs_GetParentVCache(avc, 0, &pdir_fid, tname, &tdp);
if (code)
goto end;
/* This data may also be in linkData, but then we have to deal with
* the joy of terminating NULLs and . and file modes. So just get
* it from the dcache where it won't have been fiddled with.
*/
if (vType(avc) == VLNK) {
afs_size_t offset;
struct dcache *tdc;
struct osi_file *tfile;
tdc = afs_GetDCache(avc, 0, areq, &offset, &tlen, 0);
if (!tdc) {
code = ENOENT;
goto end;
}
if (tlen > 1024) {
afs_PutDCache(tdc);
code = EFAULT;
goto end;
}
tlen++; /* space for NULL */
ttargetName = afs_osi_Alloc(tlen);
if (!ttargetName) {
afs_PutDCache(tdc);
return ENOMEM;
}
ObtainReadLock(&tdc->lock);
tfile = afs_CFileOpen(&tdc->f.inode);
code = afs_CFileRead(tfile, 0, ttargetName, tlen);
ttargetName[tlen-1] = '\0';
afs_CFileClose(tfile);
ReleaseReadLock(&tdc->lock);
afs_PutDCache(tdc);
}
/* Set status. */
InStatus.Mask = AFS_SETMODTIME | AFS_SETMODE | AFS_SETGROUP;
InStatus.ClientModTime = avc->f.m.Date;
InStatus.Owner = avc->f.m.Owner;
InStatus.Group = (afs_int32) afs_cr_gid(acred);
/* Only care about protection bits. */
InStatus.UnixModeBits = avc->f.m.Mode & 0xffff;
do {
tc = afs_Conn(&tdp->f.fid, areq, SHARED_LOCK, &rxconn);
if (tc) {
switch (vType(avc)) {
case VREG:
/* Make file on server. */
op = AFS_STATS_FS_RPCIDX_CREATEFILE;
XSTATS_START_TIME(op);
RX_AFS_GUNLOCK();
code = RXAFS_CreateFile(tc->id,
(struct AFSFid *)&tdp->f.fid.Fid,
tname, &InStatus,
(struct AFSFid *) &newFid.Fid,
&OutFidStatus, &OutDirStatus,
&CallBack, &tsync);
RX_AFS_GLOCK();
XSTATS_END_TIME;
break;
case VDIR:
/* Make dir on server. */
op = AFS_STATS_FS_RPCIDX_MAKEDIR;
XSTATS_START_TIME(op);
RX_AFS_GUNLOCK();
code = RXAFS_MakeDir(rxconn, (struct AFSFid *) &tdp->f.fid.Fid,
tname, &InStatus,
(struct AFSFid *) &newFid.Fid,
&OutFidStatus, &OutDirStatus,
&CallBack, &tsync);
RX_AFS_GLOCK();
XSTATS_END_TIME;
break;
case VLNK:
/* Make symlink on server. */
op = AFS_STATS_FS_RPCIDX_SYMLINK;
XSTATS_START_TIME(op);
RX_AFS_GUNLOCK();
code = RXAFS_Symlink(rxconn,
(struct AFSFid *) &tdp->f.fid.Fid,
tname, ttargetName, &InStatus,
(struct AFSFid *) &newFid.Fid,
&OutFidStatus, &OutDirStatus, &tsync);
RX_AFS_GLOCK();
XSTATS_END_TIME;
break;
default:
op = AFS_STATS_FS_RPCIDX_CREATEFILE;
code = 1;
break;
}
} else
code = -1;
} while (afs_Analyze(tc, rxconn, code, &tdp->f.fid, areq, op, SHARED_LOCK, NULL));
/* TODO: Handle errors. */
if (code) {
/* printf("afs_ProcessOpCreate: error while creating vnode on server, code=%d .\n", code); */
goto end;
}
/* The rpc doesn't set the cell number. */
newFid.Cell = avc->f.fid.Cell;
/*
* Change the fid in the dir entry.
*/
/* Seek the dir's dcache. */
tdc = afs_FindDCacheByFid(&tdp->f.fid);
if (tdc) {
/* And now change the fid in the parent dir entry. */
afs_dir_ChangeFid(tdc, tname, &avc->f.fid.Fid.Vnode, &newFid.Fid.Vnode);
afs_PutDCache(tdc);
}
if (vType(avc) == VDIR) {
/* Change fid in the dir for the "." entry. ".." has alredy been
* handled by afs_FixChildrenFids when processing the parent dir.
*/
tdc = afs_FindDCacheByFid(&avc->f.fid);
if (tdc) {
afs_dir_ChangeFid(tdc, ".", &avc->f.fid.Fid.Vnode,
&newFid.Fid.Vnode);
if (avc->f.m.LinkCount >= 2)
/* For non empty dirs, fix children's parentVnode and
* parentUnique reference.
*/
afs_FixChildrenFids(&avc->f.fid, &newFid);
afs_PutDCache(tdc);
}
}
/* Recompute hash chain positions for vnode and dcaches.
* Then change to the new FID.
*/
/* The vcache goes first. */
ObtainWriteLock(&afs_xvcache, 735);
/* Old fid hash. */
hash = VCHash(&avc->f.fid);
/* New fid hash. */
new_hash = VCHash(&newFid);
/* Remove hash from old position. */
/* XXX: not checking array element contents. It shouldn't be empty.
* If it oopses, then something else might be wrong.
*/
if (afs_vhashT[hash] == avc) {
/* First in hash chain (might be the only one). */
afs_vhashT[hash] = avc->hnext;
} else {
/* More elements in hash chain. */
for (tvc = afs_vhashT[hash]; tvc; tvc = tvc->hnext) {
if (tvc->hnext == avc) {
tvc->hnext = avc->hnext;
break;
}
}
} /* if (!afs_vhashT[i]->hnext) */
QRemove(&avc->vhashq);
/* Insert hash in new position. */
avc->hnext = afs_vhashT[new_hash];
afs_vhashT[new_hash] = avc;
QAdd(&afs_vhashTV[VCHashV(&newFid)], &avc->vhashq);
ReleaseWriteLock(&afs_xvcache);
/* Do the same thing for all dcaches. */
hash = DVHash(&avc->f.fid);
ObtainWriteLock(&afs_xdcache, 743);
for (index = afs_dvhashTbl[hash]; index != NULLIDX; index = hash) {
hash = afs_dvnextTbl[index];
tdc = afs_GetValidDSlot(index);
ReleaseReadLock(&tdc->tlock);
if (afs_indexUnique[index] == avc->f.fid.Fid.Unique) {
if (!FidCmp(&tdc->f.fid, &avc->f.fid)) {
/* Safer but slower. */
afs_HashOutDCache(tdc, 0);
/* Put dcache in new positions in the dchash and dvhash. */
new_hash = DCHash(&newFid, tdc->f.chunk);
afs_dcnextTbl[tdc->index] = afs_dchashTbl[new_hash];
afs_dchashTbl[new_hash] = tdc->index;
new_hash = DVHash(&newFid);
afs_dvnextTbl[tdc->index] = afs_dvhashTbl[new_hash];
afs_dvhashTbl[new_hash] = tdc->index;
afs_indexUnique[tdc->index] = newFid.Fid.Unique;
memcpy(&tdc->f.fid, &newFid, sizeof(struct VenusFid));
} /* if fid match */
} /* if uniquifier match */
if (tdc)
afs_PutDCache(tdc);
} /* for all dcaches in this hash bucket */
ReleaseWriteLock(&afs_xdcache);
/* Now we can set the new fid. */
memcpy(&avc->f.fid, &newFid, sizeof(struct VenusFid));
end:
if (tdp)
afs_PutVCache(tdp);
afs_osi_Free(tname, AFSNAMEMAX);
if (ttargetName)
afs_osi_Free(ttargetName, tlen);
return code;
}
/*!
* All files that have been dirty before disconnection are going to
* be replayed back to the server.
*
* \param areq Request from the user.
* \param acred User credentials.
*
* \return If all files synchronized succesfully, return 0, otherwise
* return error code
*
* \note For now, it's the request from the PDiscon pioctl.
*
*/
int
afs_ResyncDisconFiles(struct vrequest *areq, afs_ucred_t *acred)
{
struct afs_conn *tc;
struct rx_connection *rxconn;
struct vcache *tvc;
struct AFSFetchStatus fstat;
struct AFSCallBack callback;
struct AFSVolSync tsync;
int code = 0;
afs_int32 start = 0;
XSTATS_DECLS;
/*AFS_STATCNT(afs_ResyncDisconFiles);*/
ObtainWriteLock(&afs_disconDirtyLock, 707);
while (!QEmpty(&afs_disconDirty)) {
tvc = QEntry(QPrev(&afs_disconDirty), struct vcache, dirtyq);
/* Can't lock tvc whilst holding the discon dirty lock */
ReleaseWriteLock(&afs_disconDirtyLock);
/* Get local write lock. */
ObtainWriteLock(&tvc->lock, 705);
if (tvc->f.ddirty_flags & VDisconRemove) {
/* Delete the file on the server and just move on
* to the next file. After all, it has been deleted
* we can't replay any other operation it.
*/
code = afs_ProcessOpRemove(tvc, areq);
goto next_file;
} else if (tvc->f.ddirty_flags & VDisconCreate) {
/* For newly created files, we don't need a server lock. */
code = afs_ProcessOpCreate(tvc, areq, acred);
if (code)
goto next_file;
tvc->f.ddirty_flags &= ~VDisconCreate;
tvc->f.ddirty_flags |= VDisconCreated;
}
#if 0
/* Get server write lock. */
do {
tc = afs_Conn(&tvc->f.fid, areq, SHARED_LOCK, &rxconn);
if (tc) {
XSTATS_START_TIME(AFS_STATS_FS_RPCIDX_SETLOCK);
RX_AFS_GUNLOCK();
code = RXAFS_SetLock(rxconn,
(struct AFSFid *)&tvc->f.fid.Fid,
LockWrite,
&tsync);
RX_AFS_GLOCK();
XSTATS_END_TIME;
} else
code = -1;
} while (afs_Analyze(tc,
rxconn,
code,
&tvc->f.fid,
areq,
AFS_STATS_FS_RPCIDX_SETLOCK,
SHARED_LOCK,
NULL));
if (code)
goto next_file;
#endif
if (tvc->f.ddirty_flags & VDisconRename) {
/* If we're renaming the file, do so now */
code = afs_ProcessOpRename(tvc, areq);
if (code)
goto unlock_srv_file;
}
/* Issue a FetchStatus to get info about DV and callbacks. */
do {
tc = afs_Conn(&tvc->f.fid, areq, SHARED_LOCK, &rxconn);
if (tc) {
tvc->callback = tc->srvr->server;
start = osi_Time();
XSTATS_START_TIME(AFS_STATS_FS_RPCIDX_FETCHSTATUS);
RX_AFS_GUNLOCK();
code = RXAFS_FetchStatus(rxconn,
(struct AFSFid *)&tvc->f.fid.Fid,
&fstat,
&callback,
&tsync);
RX_AFS_GLOCK();
XSTATS_END_TIME;
} else
code = -1;
} while (afs_Analyze(tc,
rxconn,
code,
&tvc->f.fid,
areq,
AFS_STATS_FS_RPCIDX_FETCHSTATUS,
SHARED_LOCK,
NULL));
if (code) {
goto unlock_srv_file;
}
if ((dv_match(tvc, fstat) && (tvc->f.m.Date == fstat.ServerModTime)) ||
(afs_ConflictPolicy == CLIENT_WINS) ||
(tvc->f.ddirty_flags & VDisconCreated)) {
/*
* Send changes to the server if there's data version match, or
* client wins policy has been selected or file has been created
* but doesn't have it's the contents on to the server yet.
*/
/*
* XXX: Checking server attr changes by timestamp might not the
* most elegant solution, but it's the most viable one that we could find.
*/
afs_UpdateStatus(tvc, &tvc->f.fid, areq, &fstat, &callback, start);
code = afs_SendChanges(tvc, areq);
} else if (afs_ConflictPolicy == SERVER_WINS) {
/* DV mismatch, apply collision resolution policy. */
/* Discard this files chunks and remove from current dir. */
afs_ResetVCache(tvc, acred, 0);
tvc->f.truncPos = AFS_NOTRUNC;
} else {
/* printf("afs_ResyncDisconFiles: no resolution policy selected.\n"); */
} /* if DV match or client wins policy */
unlock_srv_file:
/* Release server write lock. */
#if 0
do {
tc = afs_Conn(&tvc->f.fid, areq, SHARED_LOCK, &rxconn);
if (tc) {
XSTATS_START_TIME(AFS_STATS_FS_RPCIDX_RELEASELOCK);
RX_AFS_GUNLOCK();
ucode = RXAFS_ReleaseLock(rxconn,
(struct AFSFid *) &tvc->f.fid.Fid,
&tsync);
RX_AFS_GLOCK();
XSTATS_END_TIME;
} else
ucode = -1;
} while (afs_Analyze(tc,
rxconn,
ucode,
&tvc->f.fid,
areq,
AFS_STATS_FS_RPCIDX_RELEASELOCK,
SHARED_LOCK,
NULL));
#endif
next_file:
ObtainWriteLock(&afs_disconDirtyLock, 710);
if (code == 0) {
/* Replayed successfully - pull the vcache from the
* disconnected list */
tvc->f.ddirty_flags = 0;
QRemove(&tvc->dirtyq);
afs_PutVCache(tvc);
} else {
if (code == EAGAIN) {
/* Operation was deferred. Pull it from the current place in
* the list, and stick it at the end again */
QRemove(&tvc->dirtyq);
QAdd(&afs_disconDirty, &tvc->dirtyq);
} else {
/* Failed - keep state as is, and let the user know we died */
ReleaseWriteLock(&tvc->lock);
break;
}
}
/* Release local write lock. */
ReleaseWriteLock(&tvc->lock);
} /* while (tvc) */
if (code) {
ReleaseWriteLock(&afs_disconDirtyLock);
return code;
}
/* Dispose of all of the shadow directories */
afs_DisconDiscardAllShadows(0, acred);
ReleaseWriteLock(&afs_disconDirtyLock);
return code;
}
void
afs_CheckCallbacks(unsigned int secs)
{
struct vcache *tvc;
register struct afs_q *tq;
struct afs_q *uq;
afs_uint32 now;
struct volume *tvp;
register int safety;
ObtainWriteLock(&afs_xcbhash, 85); /* pretty likely I'm going to remove something */
now = osi_Time();
for (safety = 0, tq = cbHashT[base].head.prev;
(safety <= CBQ_LIMIT) && (tq != &(cbHashT[base].head));
tq = uq, safety++) {
uq = QPrev(tq);
tvc = CBQTOV(tq);
if (tvc->cbExpires < now + secs) { /* race #1 here */
/* Get the volume, and if its callback expiration time is more than secs
* seconds into the future, update this vcache entry and requeue it below
*/
if ((tvc->f.states & CRO)
&& (tvp = afs_FindVolume(&(tvc->f.fid), READ_LOCK))) {
if (tvp->expireTime > now + secs) {
tvc->cbExpires = tvp->expireTime; /* XXX race here */
} else {
int i;
for (i = 0; i < MAXHOSTS && tvp->serverHost[i]; i++) {
if (!(tvp->serverHost[i]->flags & SRVR_ISDOWN)) {
/* What about locking xvcache or vrefcount++ or
* write locking tvc? */
QRemove(tq);
tvc->f.states &= ~(CStatd | CMValid | CUnique);
if (!(tvc->f.states & (CVInit|CVFlushed)) &&
(tvc->f.fid.Fid.Vnode & 1 ||
(vType(tvc) == VDIR)))
osi_dnlc_purgedp(tvc);
tvc->dchint = NULL; /*invalidate em */
afs_ResetVolumeInfo(tvp);
break;
}
}
}
afs_PutVolume(tvp, READ_LOCK);
} else {
/* Do I need to worry about things like execsorwriters?
* What about locking xvcache or vrefcount++ or write locking tvc?
*/
QRemove(tq);
tvc->f.states &= ~(CStatd | CMValid | CUnique);
if (!(tvc->f.states & (CVInit|CVFlushed)) &&
(tvc->f.fid.Fid.Vnode & 1 || (vType(tvc) == VDIR)))
osi_dnlc_purgedp(tvc);
}
}
if ((tvc->cbExpires > basetime) && CBHash(tvc->cbExpires - basetime)) {
/* it's been renewed on us. Have to be careful not to put it back
* into this slot, or we may never get out of here.
*/
int slot;
slot = (CBHash(tvc->cbExpires - basetime) + base) % CBHTSIZE;
if (slot != base) {
if (QPrev(tq))
QRemove(&(tvc->callsort));
QAdd(&(cbHashT[slot].head), &(tvc->callsort));
/* XXX remember to update volume expiration time */
/* -- not needed for correctness, though */
}
}
}
if (safety > CBQ_LIMIT) {
afs_stats_cmperf.cbloops++;
if (afs_paniconwarn)
osi_Panic("CheckCallbacks");
afs_warn
("AFS Internal Error (minor): please contact AFS Product Support.\n");
ReleaseWriteLock(&afs_xcbhash);
afs_FlushCBs();
return;
} else
ReleaseWriteLock(&afs_xcbhash);
/* XXX future optimization:
if this item has been recently accessed, queue up a stat for it.
{
struct dcache * adc;
ObtainReadLock(&afs_xdcache);
if ((adc = tvc->quick.dc) && (adc->stamp == tvc->quick.stamp)
&& (afs_indexTimes[adc->index] > afs_indexCounter - 20)) {
queue up the stat request
}
ReleaseReadLock(&afs_xdcache);
}
*/
return;
} /* afs_CheckCallback */
