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used for WREPL_REPL_INFORM* messsages
- make it possible to close the connection after a request was send
used for WREPL_ASSOCIATION_STOP
- fix the torture test that tests the assoc context handling
between connections, you can issue a request and get the reply
on another connection, I think we should not implement that in our server
code, as I think it's a security hole, you can cause a windows server
to send the replies to someone another client, that doesn't wait for data,
and as there're no massage_id in the protocol the client would be confused
by a replies that doesn't belong to a query
metze
queryinfopolicy. Idea is to get a consistency check between that and our
notion of the domain name and sid, and take the lsa pipe as the holder of the
central smbcli_tree that netlogon and samr use as well.
Volker
Tridge, if you have time, you might want to look at the segfault I was still
seeing. Now I store the handle to the netlogon pipe in the global winbind
state and free it on the next entry into check_machacc. The problem seems to
be that talloc_free()ing a pipe struct from within a callback function on that
pipe is not possible. I think I can live with that, but it has been not really
obvious. To reproduce the segfault you might want to look at putting a
talloc_free(state->getcreds->out.netlogon) into
wbsrv_samba3_check_machacc_receive_creds. This is called from a dcerpc
callback function.
In particular if the check failed it would be nice if I could delete the pipe
directly and not post a different event to some winbind queue.
I tried to delete the pipe from a timed event triggered immediately, but this
also fails because the inner loop seems to hit the same event again, calling
it twice.
Volker
domain and gets the DC's name via a mailslot call.
Metze, I renamed wbsrv_queue_reply to wbsrv_send_reply in accordance with
irpc_send_reply. Having _queue_ here and _send_ there is a bit confusing. And
as everything is async anyway, the semantics should not be too much of a
problem.
Volker
- remove the echo test stuff
- abstract out the used protocol
- we have a seperate handler for the samba3 protocol now
- the backend can easy do async replies
by setting WBSRV_CALL_FLAGS_REPLY_ASYNC in wbsrv_call
and then call wbsrv_queue_reply() later
metze
Currently uses the prefix "param" for all functions and structures; suggestions for better ones are welcome...
Remove old smb.conf-parsing code from libsamba3.
as it isn't needed
- parse some more DsAddEntry() errors
- add some more attid constands so that all attribute that are needed
for a DsAddEntry in the DC Domain Join are mapped
- add value() for __ndr_size, to more attribute container, so that the caller
doesn't need to fill them in, that was the reason for getting an NDR_FAULT
metze
what WinXP does when joining an AD domain, but in the meantime this
removes the excess unions, and uses the LSA pipe in same way XP does.
Andrew Bartlett
into LDB are actually quite easy.
This brings us the users, and sets basic domain information.
You are expected to have provisioned with the settings for the target
domain, and have joined the domain as a BDC. Then simply 'net
samsync'.
Now we just need to flesh out the delta types.
Andrew Bartlett
Work on the talloc memory tree, as I think talloc_reference and other
things were biting me.
Crush unions in the name of code reform. ;-)
Andrew Bartlett
- move to handmodified pull/push code for PAC_BUFFER
to get the _ndr_size field and the subcontext size right
- after looking closely to the sample w2k3 PAC in our torture test (and some more in my archive)
I found out that the first uint32 before the netr_SamInfo3 was also a pointer,
(and we passed a NULL pointer there before, so I think that was the reason why the windows clients doesn't want our PAC)
w2k3 uses this for unique pointers:
ptr = ndr->ptr_count * 4;
ptr |= 0x00020000;
ndr->ptr_count;
- do one more pull/push round with the sample PAC
metze
- this is an abstraction layer for print services,
like out NTVFS subsystem for file services
- all protocol specific details are still in rpc_server/spoolss/
- like the stupid in and out Buffer handling
- checking of the r->in.server_name
- ...
- this subsystem can have multiple implementation
selected by the "ntptr providor" global-section parameter
- I currently added a "simple_ldb" backend,
that stores Printers, Forms, Ports, Monitors, ...
in the spoolss.db, and does no real printing
this backend is basicly for testing, how the spoolss protocol
works
- the interface is just a prototype and will be changed a bit
the next days or weeks, till the simple_ldb backend can
handle all calls that are used by normal w2k3/xp clients
- I'll also make the api async, as the ntvfs api
this will make things like the RemoteFindFirstPrinterChangeNotifyEx(),
that opens a connection back to the client, easier to implement,
as we should not block the whole smbd for that
- the idea is to later implement a "unix" backend
that works like the current samba3 code
- and maybe some embedded print server vendors can write there own
backend that can directly talk to a printer without having cups or something like this
- the default settings are (it currently makes no sense to change them :-):
ntptr providor = simple_ldb
spoolss database = $private_dir/spoolss.db
metze
- hooked into events system, so requests can be truly async and won't
interfere with other processing happening at the same time
- uses NTSTATUS codes for errors (previously errors were mostly
ignored). In a similar fashion to the DOS error handling, I have
reserved a range of the NTSTATUS code 32 bit space for LDAP error
codes, so a function can return a LDAP error code in a NTSTATUS
- much cleaner packet handling
instead of a search expression. This allows our ldap server to pass
its ASN.1 parsed search expressions straight to ldb, instead of going
via strings.
- updated all the ldb modules code to handle the new interface
- got rid of the separate ldb_parse.h now that the ldb_parse
structures are exposed externally
- moved to C99 structure initialisation in ldb
- switched ldap server to using ldb_search_bytree()
This makes more clear where the functions belong to. Also
the rule will be that lowercased function names are not
part of "official" libnet API (though it doesn't mean one
absolutely cannot use them).
rafal
lpGet takes 4 forms
v = lpGet("type:parm"); gets a parametric variable
v = lpGet("share", "type:parm"); gets a parametric variable on a share
v = lpGet("parm"); gets a global variable
v = lpGet("share", "parm"); gets a share variable
in all cases a ejs object of the appropriate type for the variable is returned.
This commit also adds the function typeof() which returns the type of an object
This includes an embedded server side scripting system called 'esp'
(see http://www.appwebserver.org/products/esp/esp.html) and javascript
based scripting language called 'esj' (see
http://www.appwebserver.org/products/ejs/ejs.html)
The justification for including this scripting language is that it
should make it much easier to write a high quality web interface for
Samba4. The scripting language can call into any Samba4 library code
(so for example it will be able to make ldb and loadparm calls), plus
it provides easy support for forms, cookies, sessions etc.
There is still quite a bit more work to do on the web server, but
there is enough here now for people to look at and comment. I will be
committing some sample web pages that test esp functionality shortly.
