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This makes it possible to print the entire string again.
Andrew Bartlett
Autobuild-User: Andrew Bartlett <abartlet@samba.org>
Autobuild-Date: Wed May 9 06:07:06 CEST 2012 on sn-devel-104
This required that the lower level cache store a UID/GID and a type, and that
we operate on struct unixid rather than just uid/gid.
The ID_TYPE_BOTH is then handled as being a positive mapping for both
a UID and GID value. Wrapper functions are provided so that callers are not
changed in this patch.
Andrew Bartlett
Signed-off-by: Michael Adam <obnox@samba.org>
This safely allocates the task_id so that when we have multiple event
contexts, they can each have their own messaging context, particularly
for the imessaging subsystem under source4.
Andrew Bartlett
Only non-gcc compilers seem to notice this as an error.
Andrew Bartlett
Autobuild-User: Andrew Bartlett <abartlet@samba.org>
Autobuild-Date: Mon Apr 23 05:58:52 CEST 2012 on sn-devel-104
This simplifies the g_lock implementation. The new implementation tries to
acquire a lock. If that fails due to a lock conflict, wait for the g_lock
record to change. Upon change, just try again. The old logic had to cope with
pending records and an ugly hack into ctdb itself. As a bonus, we now get a
really clean async g_lock_lock_send/recv that can asynchronously wait for a
global lock. This would have been almost impossible to do without the
dbwrap_record_watch infrastructure.
In this case, the blob is already in memory, so it is easier to return the full
blob to the caller, and let the caller decide if some interface restriction
stops the full blob from being passed all the way up the stack.
This allows us to quickly write a python wrapper for this xattr storage
mechanism.
Andrew Bartlett
This will allow db_open_tdb() to be called from common code, which may
already have a loadparm context loaded.
It also slowly moves the lp_ctx up the stack, as required to remove
the library loop between smbconf and the registry.
Andrew Bartlett
This will help notify torture tests: A tevent barrier can be waited on with
tevent_barrier_wait_send/recv. The barrier is initialized with a number of
requests that it will accept waiting. When that number is reached, all those
requests will be released and their callback will be called. The barrier will
be free for re-use again.
This is a void* that represents a signal handler attached to some
custom tevent_context. This is necessary to make the tdb based
messaging infrastructure trigger its business when we are sitting in
tevent_loop_once for an event context that is not the main one in the
messaging context.
This is designed to spread the load on individual ctdb records to allow upper
layers to do backoff mechanisms. In the ctdb case, do not get the record if a
local lock is already taken. If we are not dmaster, do at most one migrate
attempt.
For the tdb case, this is a nonblocking fetch_locked. If someone else has the
lock, give up.
This is a caching layer for the notify database and potentially for the brlock
database. It caches the parse_record operation as long as the underlying seqnum
does not change.
