IF YOU WOULD LIKE TO GET AN ACCOUNT, please write an
email to Administrator. User accounts are meant only to access repo
and report issues and/or generate pull requests.
This is a purpose-specific Git hosting for
BaseALT
projects. Thank you for your understanding!
Только зарегистрированные пользователи имеют доступ к сервису!
Для получения аккаунта, обратитесь к администратору.
- 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.
Finally remove the distinction between 'krb5' and 'ms_krb5'. We now
don't do kerberos stuff twice on failure. The solution to this is
slightly more general than perhaps was really required (as this is a
special case), but it works, and I'm happy with the cleanup I achived
in the process. All modules have been updated to supply a
NULL-terminated list of OIDs.
In that process, SPNEGO code has been generalised, as I realised that
two of the functions should have been identical in behaviour.
Over in the actual modules, I have worked to remove the 'kinit' code
from gensec_krb5, and placed it in kerberos/kerberos_util.c.
The GSSAPI module has been extended to use this, so no longer requires
a manual kinit at the command line. It will soon loose the
requirement for a on-disk keytab too.
The general kerberos code has also been updated to move from
error_message() to our routine which gets the Heimdal error string
(which may be much more useful) when available.
Andrew Bartlett
This brings in a compatability layer for Samba3 in Samba4 - where we
will start to define file formats and similar details.
The 'net samdump' command uses 'password server = ' for now, and
performs a similar task to Samba3's 'net rpc samsync'.
Andrew Bartlett
We need to pass the 'secure channel type' to the NETLOGON layer, which
must match the account type.
(Yes, jelmer objects to this inclusion of the kitchen sink ;-)
Andrew Bartlett
- qfsinfo (query file system information)
- appendacl (append an ACL to existing file's security descriptor and get new
full ACL)
The second one also includes an improvement to security descriptor handling
which allows to copy security descriptor. Written by Peter Novodvorsky
<peter.novodvorsky@ru.ibm.com>
Both functions have corresponding torture tests added. Tested under valgrind and
work against Samba 4 and Windows XP.
ToDo: document composite call creation process in prog_guide.txt
a handle as parameter,
EnumPorts
EnumPrinterDrivers
EnumMonitors
EnumPrintProcessors
EnumPrinters
we now do cross checks between the different info levels
and sore the results in a global context,
so that we later can add cross checks between the different object types
- add idl for EnumMonitors and EnumPrintProcessors
metze
parameters, so callers don't need to deal directly with wins replication packet structures
- converted the NBT-WINSREPLICATION torture test to use the new APIs
- added a new IDL type "udlongr", which is like udlong, but with the
two uint32 halves reversed
- modified the winsrepl.idl to cope with a wider range of packets
decide to reinstate the mutex code for the threads process model, I'd
like to do it a little differently. At least this gets it out of
includes.h for now.
- change the iface_n_*() functions to return a "const char *" instead of a "struct ipv4_addr"
I think that in general we should move towards "const char *" for
all IP addresses, as this makes IPv6 much easier, and is also easier
to debug. Andrew, when you get a chance, could you fix some of the
auth code to use strings for IPs ?
- return a NTSTATUS error on bad name queries and node status instead
of using rcode. This makes the calling code simpler.
- added low level name release code in libcli/nbt/
- use a real IP in the register and wins nbt torture tests, as w2k3
WINS server silently rejects some operations that don't come from the
IP being used (eg. it says "yes" to a release, but does not in fact
release the name)
- fixed a bug in the send queue handling on timeouts
- added support for handling unexpected replies (replies to the wrong
port) at the nbtsocket layer
- added separate layer 2 code for wins refresh and wins registration
