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This fixes a bug in 116ce19b, where we didn't clear the pid cache in
become_daemon() and thus the /var/run/smbd.pid didn't match the actual
pid of the parent process.
Currently S4 will clear the pid cache on fork but doesn't yet take
advantage of the pid cache by using sys_pid() instead of the direct
get_pid().
Implements a custom backend for onefs that exclusively uses the wbclient
interface for all passdb calls.
It lacks some features of a standard passdb.
In particular it's a read only interface and doesn't implement privileges.
This new backend is custom tailored to onefs' unique requirements:
1) No fallback logic
2) Does not validate the domain of the user
3) Handles unencrypted passwords
The OneFS Samba implementation of change notify is modeled after the
usage of Linux's inotify kernel subsystem. A single call is made
into the onefs.so VFS module to initialize kernel tracking of certain
file change events. When these events occur a kernel notification is
sent to smbd and the notification event is translated and given to the
general Samba Change Notify layer through a callback function.
The most difficult aspect is converting an SMB CompletionFilter to
a matching ifs_event mask, and then back to an appropriate change
notify action. Currently, not all possible cases are handled by the
this module, but the most prevalent ones, which are tested by
smbtorture, are implemented.
* Much of the beginning should look familiar, as I re-used the OneFS oplock
callback record concept. This was necessary to keep our own state around - it
really only consists of a lock state, per asynchronous lock that is currently
unsatisfied. The onefs_cbrl_callback_records map to BLRs by the id.
* There are 4 states an async lock can be in. NONE means there is no async
currently out for the lock, as opposed to ASYNC. DONE means we've locked
*every* lock (keep in mind a request can ask for multiple locks at a time.)
ERROR is an error.
* onefs_cbrl_async_success: The lock_num is incremented, and the state changed,
so that when process_blocking_lock_queue is run, we will try the *next* lock,
rather than the same one again.
* onefs_brl_lock_windows() has some complicated logic:
* We do a no-op if we're passed a BLR and the matching state is ASYNC --
this means Samba is trying to get the same lock twice, and we just need
to wait longer, so we return an error.
* PENDING lock calls happen when the lock is being queued on the BLQ -- we
do async in this case.
* We also do async in the case that we're passed a BLR, but the lock is not
pending. This is an async lock being probed by process_blocking_lock_queue.
* We do a sync lock for any normal first request of a lock.
* Failure is returned, but it doesn't go to the client unless the lock has
actually timed out.
OneFS provides the bulk directory enumeration syscall readdirplus(). This
syscall has the same semantics as the NFSv3 READDIRPLUS command, returning
a batch of directory entries with prefetched stat information via one
syscall.
This commit wraps the readdirplus() call in the existing POSIX
readdir/seekdir VFS interface. By default a batch of 128 directory entries
are optimistically read from the kernel into a global cache, and fed to
iterative calls of VFS_OP_READDIR.
The global buffers could be avoided in the future by hanging connection
specific buffers off the conn struct.
Added new parameter "onefs:use readdirplus" which toggles usage of this
code on or off.
A few functions in oplocks_onefs.c need to be accessed from the onefs
vfs module. It would be ideal if oplocks were implemented at the vfs
layer, but since they aren't yet, a new header is added to
source3/include to make these functions available to the onefs vfs
module. oplocks_onefs.o doesn't need to be linked into the onefs vfs
module explicitly, since it is already linked into smbd by default.
This changelist allows for the addition of custom performance
monitoring modules through smb.conf. Entrypoints in the main message
processing code have been added to capture the command, subop, ioctl,
identity and message size statistics.
The idea of this is that all client utils like smbpasswd and also for example
"net join" do not access our internal databases like passdb and secrets.tdb
directly anymore but pass everything throught the well-established RPC
interfaces.
The way you use this is the following: With rpc_cli_smbd_conn_init() or its
async variant you initialize a "struct rpc_cli_smbd_conn". This structure is
the link to a freshly forked smbd, ready to be used for RPC services. You
should only ever have one such structure in your program. More don't hurt, but
are plainly unnecessary.
If you want to use the SAMR pipe to change a passwort, you connect to that pipe
with rpc_pipe_open_local. Do you normal rpccli_samr calls on that and your
locally forked smbd will connect to passdb for you.
GD, this might make the distinction between the _l and _r calls in libnetapi
mostly unnecessary. At least it is intended to do so... :-)
