Re: kern/46990: tmpfs_gro_genealogy() panic - rename/rmdir race condition not handled

To: kern-bug-people%netbsd.org@localhost,gnats-admin%netbsd.org@localhost,netbsd-bugs%netbsd.org@localhost,Wolfgang.Stukenbrock%nagler-company.com@localhost
Subject: Re: kern/46990: tmpfs_gro_genealogy() panic - rename/rmdir race condition not handled
From: Wolfgang Stukenbrock <wolfgang.stukenbrock%nagler-company.com@localhost>
Date: Fri, 21 Sep 2012 11:15:13 +0000 (UTC)
The following reply was made to PR kern/46990; it has been noted by GNATS.

From: Wolfgang Stukenbrock <wolfgang.stukenbrock%nagler-company.com@localhost>
To: Taylor R Campbell <riastradh%NetBSD.org@localhost>
Cc: gnats-bugs%NetBSD.org@localhost
Subject: Re: kern/46990: tmpfs_gro_genealogy() panic - rename/rmdir race 
condition not handled
Date: Fri, 21 Sep 2012 13:10:26 +0200

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 Hi, of cause you can have them.
 
 I've already ask if someone is interested in - see PR46955.
 
 The attached tar file contains all modified files.
 It is mainly the version from Head with some "missing" stuff copied in 
 from kernel_auth and genfs directly into the tmpfs-sources.
 I don't want to upgrade all of other parts too, because then I have to 
 change everything ...
 I don't expect to get the "best integration of the year"-award for this 
 work. I simply need a stable version for our productive systems running 
 5.1.x - and currently they lockup in tmpfs from time to time.
 (remark: as far as I remember, one kauth-change is not marked with "#if 
 0 // not in 5.1" in the lookup code - a diff against the version from 
 head will show it.)
 
 now to the problem itself.
 
 OK - you are right.
 tmpfs_gro_lock_directory will check the parent link - I've overlooked 
 that sorry.
 
 But I've added a printf() statement in my new error handling path when 
 dnode is NULL and I've got it!
 Also the analyses with DDB before shows, that dnode is NULL. The 
 (manualy) reconstructed call path (accedently mutex_enter is an 
 assembler stuff that does not have a frame pointer ...) say that 
 VOP_RENAME calls genfs_insane_rename, that calls tmpfs_sane_rename, that 
 calls genfs_sane_rename that calls the function from ops at offset 0x40 
 (this is tmpfs_gro_genealogy - not shown in the backtrace of ddb due to 
 the missing frame pointer in mutex_enter) and that crashes inside the 
 call mutex_enter(&dnode->tn_vlock).
 I cannot say if it is the first loop or the second one - I assumed the 
 first one in my report ... My fault.
 
 If we can exclude the first loop pass, than the "problem" must happen 
 while walking up the parent chain.
 We will vput(vp) after getting tn_vlock on the parent - so we have no 
 lock on any vnode anymore.
 The normal way is to get tn_vlock and than seaches for the vnode by 
 calling tmpfs_vnode_get(). There we have two different ways to handle 
 the locks:
 - If the vnode is present we get the v_interlock on it, release tn_vlock 
 and call vget().
 - If the vnode is missing, we allocate one, call vn_lock on it and than 
 release the tn_vlock.
 The second one is OK in any case, but not used in our case here - I think.
 If the vnode is "present", than another process may have locked that 
 vnode and is e.g. trying to get to "our" vnode. When we release it, this 
 process will get it. At this time we "only" hold the tn_vlock on the parent.
 I'm not shure if there is a possibility that other processes may kill 
 the old directory vnode and than kill the one where we have the tn_vlock 
 too.
 The only location where tn_parent gets killed is in tmpfs_dir_detach(). 
 and that one is called in tmpfs_gro_rename (nobody may come there - 
 rename-lock in vfs), tmpfs_gro_remove (not used for directories) and 
 tmpfs_rmdir.
 
 OK - it is always possible that somewhere else someone is throwing 
 bombs. I've "only" tested tmpfs with dirconc, so in case of bombs they 
 may be there but still not explode. but I don't think so.
 
 By the way:
 What will happen if I've a reference to a directory (e.g. current-dir) 
 and someone delete it and the parent of it too?
 When a directory is deleted, it is either realy deleted 
 (tmpfs_free_dirent) or set to WHITEOUT-state (tmpfs_dir_attach again).
 I've seen no code that will destroy the link between the vnode and the 
 node structure till now, but I assume it is present somewhere.
 As a second action all WHITEOUT children of the just removed directory 
 are simply deleted during directory delete operation. (calls to 
 tmpfs_dir_detach and tmpfs_free_dirent without any checks for vnode 
 references.)
 If there are still vnodes associated to the nodes in the dirents, is 
 this code save?
 I'm not shure, but I've no time to go deeper there.
 Perhaps the process is suspended so long, that the dirent-structure gets 
 reuses and removed (as WHITEOUT) before it continues ...
 (I'm running dirconc ....)
 
 The system where I've tested my patch is spare at the moment. So I can 
 do other tests if desired.
 I will enable KASSERT() and will try to get out more information.
 Accedently enabling all KASSERT in the kernel will change the timing 
 behaviour in a way, that the problem may not come up again.
 
 Just as information:
 The last problem I've fixed before was the sync with the cache after 
 rename occured.
 In Head the call to genfs_rename_cache_purge() was commented out in 
 tmpfs_gro_rename.
 5.1 seems to need it, because I've ended up with having the object in 
 the correct tmpfs-structure, but when accessing it in the cache it is 
 not found.
 Symtom: "ls <dir>" will show the name but "ls -l <dir>" say "file not 
 found".
 Either this is wrong in Head too or there are some changes in the 
 vnode-cache, that I've overlooked. Neverless it should be possible all 
 the time to kill some "random" entries from the cache. So adding removal 
 shouldn't do anything wrong - perhaps I loose some performance, but I 
 can live with that.
 But I don't think this is relavant for this problem.
 
 If you prefer that I try it in Head instead, let me know the location of 
 the source-tar-files on an ftp-server I should use for installation. I 
 can (cross-)compile them on another system and install the resulting 
 binaries via network.
 
 Best regards
 
 W. Stukenbrock
 
 Taylor R Campbell wrote:
 
 >    Date: Thu, 20 Sep 2012 14:50:01 +0000
 >    From: Wolfgang.Stukenbrock%nagler-company.com@localhost
 > 
 >    The comment in tmpfs_rename.c tmpfs_gro_genealogy() that dnode may
 >    not be NULL is simply not true. Need to check if dnode is NULL and
 >    return an error (e.g. ENOENT) instead.
 > 
 > I'm not sure this analysis is correct.  If tmpfs_rmdired_p(vp) is
 > false, then VP_TO_TMPFS_NODE(vp)->tn_spec.tn_dir.tn_parent is
 > guaranteed to be nonnull, provided that vp is locked.  Can you enable
 > DIAGNOSTIC and see what earlier kassert fires?  Also, have you
 > reproduced the problem in HEAD too?
 > 
 > I suspect that this not a rename locking issue in particular so much
 > as tmpfs locking issue in general -- if I recall correctly, after
 > netbsd-5, rmind rototilled the tmpfs locking some time before I
 > committed changes to fix tmpfs_rename last year.
 > 
 > Can we see your patches to back-port tmpfs_rename?
 > 
 > 
 
 
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 --------------030801010402050202010402--
Follow-Ups:
- Re: kern/46990: tmpfs_gro_genealogy() panic - rename/rmdir race condition not handled
  - From: Wolfgang Stukenbrock
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