| Commit message (Collapse) | Author | Age | Files | Lines |
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#included by VFS modules without bringing in too much other junk.
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env patch.
Jeremy.
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Jeremy.
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Stop makeing function calls for every use of skip_multibyte_char. This function
is called several *million* times during a NetBench run :-).
Jeremy.
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Inline several commonly used functions as macros.
Jeremy.
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msrpc loop-back interface.
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changed it to "enum brl_type"
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the last piece was to use a smb timeout slightly larger than the
locking timeout in bloking locks to prevent a race
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Fixed locking bug found by Andrew.
Jeremy.
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as SMB_OFF_T, we need to do some autoconf changes to generate a 64 bit
int whenever possible (eg. long long on 32 bit i386)
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Jeremy.
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is *missing* from samba cvs main, therefore it is set to all zeros.
this will cause, amongst other things, administrator-changing-user-passwords,
and setting up new accounts, to fail, as the user's password can only be
decoded with the session key (in this case, the administrator's usr sess key).
it's never a perfect world, is it?
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that will make us match NT semantics exactly and do away with the
horrible fd multiplexing in smbd.
this is some diag stuff to get me started.
- added the ability to do read or write locks in clientgen.c
- added a LOCK4 test to smbtorture. This produces a report on the server
and its locking capabilities. For example, NT4 gives this:
the same process cannot set overlapping write locks
the same process can set overlapping read locks
a different connection cannot set overlapping write locks
a different connection can set overlapping read locks
a different pid cannot set overlapping write locks
a different pid can set overlapping read locks
the same process can set the same read lock twice
the same process cannot set the same write lock twice
the same process cannot override a read lock with a write lock
the same process can override a write lock with a read lock
a different pid cannot override a write lock with a read lock
the same process cannot coalesce read locks
this server does strict write locking
this server does strict read locking
whereas Samba currently gives this:
the same process can set overlapping write locks
the same process can set overlapping read locks
a different connection cannot set overlapping write locks
a different connection can set overlapping read locks
a different pid can set overlapping write locks
a different pid can set overlapping read locks
the same process can set the same read lock twice
the same process can set the same write lock twice
the same process can override a read lock with a write lock
the same process can override a write lock with a read lock
a different pid can override a write lock with a read lock
the same process can coalesce read locks
this server does strict write locking
this server does strict read locking
win95 gives this - I don't understand why!
the same process cannot set overlapping write locks
the same process cannot set overlapping read locks
a different connection cannot set overlapping write locks
a different connection cannot set overlapping read locks
a different pid cannot set overlapping write locks
a different pid cannot set overlapping read locks
the same process cannot set the same read lock twice
the same process cannot set the same write lock twice
the same process cannot override a read lock with a write lock
the same process cannot override a write lock with a read lock
a different pid cannot override a write lock with a read lock
the same process cannot coalesce read locks
this server does strict write locking
this server does strict read locking
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smbd/negprot.c: Tidyup of static initializers.
smbd/server.c: Fix -l option.
Jeremy.
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This fixes our netbios scope handling. We now have a 'netbios scope' option
in smb.conf and the scope option is removed from make_nmb_name()
this was prompted by a bug in our PDC finding code where it didn't append
the scope to the query of the '*' name.
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but was not in the code.
Jeremy.
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configure configure.in include/config.h.in: Added <sys/un.h> autoconf
code for Luke's UNIX domain sockets code.
Jeremy.
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lp_string() bug properly.
we still need to add lp_talloc_free() calls in all the main event
loops, I've only put it in smbd and nmbd thus far.
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to using internal msrpc code in smbd.
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I also fixed up the lookup_pdc_name() code so that it now works, even
with a NT server that insists on replying to udp/138.
The method I used to match packets was to use the mailslot string as a
datagram ID. The true dgm_id doesn't work as NT doesn't set it
correctly. uggh.
PS: Jeremy, I had to change your code quite a bit, are you sure this
worked with a Samba PDC?? The code looked broken, it got the offsets
wrong in the SMB portion of the packet and filled in the IP
incorrectly.
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yamd is much better, and doesn't require any source code changes
if you haven't seen yamd then take a look at
http://www3.hmc.edu/~neldredge/yamd/
its excellent!
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this means "nmblookup -S" now always works, even with broken servers
the database stores all unexpected replies and these can be accessed
by any client.
while doing this I cleaned up a couple of functions, and put in place
a better trn_id generator. in most places the code got quite a bit
simpler due to the addition of simple helper functions.
I haven't yet put the code in to take advantage of this for pdc
replies - that will be next. Jeremys pdc finding code will then work :)
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- added TDB_CLEAR_IF_FIRST flag to clear the database if this is the
first attached process. Useful for non-persistent databases like our
locking area (this will also make upgrades to new database layouts easier)
- use lock_path() in a couple of places
- leave connections database open while smbd running
- cleaned up some tdb code a little, using macros for constants
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Jeremy.
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Jeremy.
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Jeremy.
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lib/system.c: Trimmed down unicode directory entry to be POSIX complient.
lib/util_unistr.c: Added wstrdup().
Jeremy.
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Jeremy.
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unicode_to_unix()
unix_to_unicode()
unicode_to_dos()
dos_to_unicode()
wstrlen()
safe_wstrcpy()
safe_wstrcat()
wstrcmp()
wstrncmp()
wstrstr()
wstrchr()
wstrrchr()
wstrtok()
Jeremy.
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internal unicode conversion of Samba.
Jeremy.
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instead of either sysv or mmap shared memory or lock files.
this means we can now completely remove
locking_shm.c
locking_slow.c
shmem.c
shmem_sysv.c
and lots of other things also got simpler
locking.c got a bit larger, but is much better compartmentalised now
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SWAT status page and smbstatus. It made the code _much_ simpler, I
wish we'd done a database module a long time ago!
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suite and a very simple tool for manuipulating the databases.
the main code is in tdb/tdb.c and includes both mmap and file based
IO. All databases auto-expand and allow multiple simultaneous writers.
the next step is using this new capability in lots of places in Samba
where we have existing ad-hoc databases
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that were in the head branch but weren't in SAMBA_2_0
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clash with gnu readline library.
fixed issue with [homes] service not being there - call lp_add_home()
just before starting the msrpc processing.
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done a minimal amout of clean-up in the Makefile, removing unnecessary
modules from the link stage. this is not complete, yet, and will
involve some changes, for example to smbd, to remove dependencies on
the password database API that shouldn't be there. for example,
smbd should not ever call getsmbpwXXX() it should call the Samr or Lsa
API.
this first implementation has minor problems with not reinstantiating
the same services as the caller. the "homes" service is a good example.
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pdus, and then feeds them over either a "local" function call or a "remote"
function call to an msrpc service. the "remote" msrpc daemon, on the
other side of a unix socket, then calls the same "local" function that
smbd would, if the msrpc service were being run from inside smbd.
this allows a transition from local msrpc services (inside the same smbd
process) to remote (over a unix socket).
removed reference to pipes_struct in msrpc services. all msrpc processing
functions take rpcsrv_struct which is a structure containing state info
for the msrpc functions to decode and create pdus.
created become_vuser() which does everything not related to connection_struct
that become_user() does.
removed, as best i could, connection_struct dependencies from the nt spoolss
printing code.
todo: remove dcinfo from rpcsrv_struct because this stores NETLOGON-specific
info on a per-connection basis, and if the connection dies then so does
the info, and that's a fairly serious problem.
had to put pretty much everything that is in user_struct into parse_creds.c
to feed unix user info over to the msrpc daemons. why? because it's
expensive to do unix password/group database lookups, and it's definitely
expensive to do nt user profile lookups, not to mention pretty difficult
and if you did either of these it would introduce a complication /
unnecessary interdependency. so, send uid/gid/num_groups/gid_t* +
SID+num_rids+domain_group_rids* + unix username + nt username + nt domain
+ user session key etc. this is the MINIMUM info identified so far that's
actually implemented. missing bits include the called and calling
netbios names etc. (basically, anything that can be loaded into
standard_sub() and standard_sub_basic()...)
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arguments: get_any_dc_name() was being called with a server name
not a domain name. oops.
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at present, a unix password is missing from the unix credentials, but is
not _actually_ expected to be needed. weeelll... maybe :-)
this is used to transfer credentials between smbd and msrpc daemons, down
a unix socket, so that the unix and nt credentials can be inherited by
an msrpc daemon called up from smbd.
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damn, this one is bad.
started, at least two days ago, to add an authentication mechanism to
the smbd<->msrpc redirector/relay, such that sufficient unix / nt
information could be transferred across the unix socket to do a
become_user() on the other side of the socket.
it is necessary that the msrpc daemon inherit the same unix and nt
credentials as the smbd process from which it was spawned, until
such time as the msrpc daemon receives an authentication request
of its own, whereupon the msrpc daemon is responsible for authenticating
the new credentials and doing yet another become_user() etc sequence.
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