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Normally, the config.tdb database would not exist, so we do not need
to spam syslog with a "config.tdb does not exist" message every time we start ctdb
(This used to be ctdb commit 5792809b72e534161c5ca9ef5c9897abcb3b899c)
since that will usually be /etc/ctdb/state and storing this under /etc is just
wrong.
Add a new variable CTDB_VARDIR that defaults to /var/ctdb and store the data there instead.
(This used to be ctdb commit 516423c25afa9861d9988096efa8a4a2b12b31b1)
This database can be used, as an option, to store
the public address assignment instead of editing the /etc/ctdb/public-addresses file manually.
This configuration is stored in one record per key, with a key-name of
public-addresses:node#<pnn>
where <pnn> is the node number.
The content of this record is the same syntax as the /etc/ctdb/public-addresses file.
When ctdbd starts, if this key exist and contains data. It is extracted from the database and compared with the normal file /etc/ctdb/public-addresses.
If the content differs, the config database "wins" and is used to overwrite/update the /etc/ctdb/public-addresses file, after which ctdbd is restarted.
The main benefit with this option is that it can be used to update the public address configuration for nodes that are offline/unreachable by updating their configuration in the persistent database.
Once the offline node is available again, it will resync its databases with the rest of the cluster, find out that the config has changed, apply the changes and restart ctdbd automatically.
The command to store the public address configuration for a node into the persistent database is :
ctdb pstore config.tdb public-addresses:node#<pnn> <filename>
where <pnn> is the node# we wish to update the config for, and <filename> is a file containing the new content for that nodes public address configuration.
(This used to be ctdb commit 292d7435a360efd7f15a7a99f658a605e07c0a81)
to control whether or not to check if we are swapping, and produce
useful output into the logfile if we are.
For production systems with dedicated nas-heads we should never swap.
But for developer/test systems we often use smaller nondedicated systems where
we can no longer guarantee that we will not be using swap.
(This used to be ctdb commit db87849bf3380914a63a626412bec209dbea7d20)
We should never enter swap; if we do, show the memory state of the machine and the process list. This will help us diagnose what caused the condition before it's too late and the box starts OOM-killing processes.
Signed-off-by: Rusty Russell <rusty@rustcorp.com.au>
(This used to be ctdb commit 627a6d67a0e9e61f8713e62695b3518c51909230)
This is needed because the "startup" event runs after the initial recovery,
but we need to do some actions before the initial recovery.
metze
(This used to be ctdb commit e953808449c102258abb6cba6f4abf486dda3b82)
The functions file no longer causes a side-effect by doing a shift.
It also doesn't set a convenience variable for $1.
All eventscripts now explicitly use "$1" in their case statement, as
does the initscript. The absence of a shift means that the
takeip/releaseip events now explicitly reference $2-$4 rather than
$1-$3.
New function ctdb_standard_event_handler handles the status and
setstatus events, and exits for either of those events. It is called
via a default case in each eventscript, replacing an explicit status
case where applicable.
Signed-off-by: Martin Schwenke <martin@meltin.net>
(This used to be ctdb commit 3d55408cbbb3bb71670b80f3dad5639ea0be5b5b)
Remove the explicit vacuum/repack commands from the 00.ctdb eventscript
and implement this in the ctdb daemon.
Combine vacuuming and repacking into one
cheap read traverse to enumerate all candidate records
and one write traverse that both repacks the database and also deletes the record locally where we are lmaster and where the records have already been deleted remotely.
this code also adds initial autotuning heuristics for the vacuum intervals and how many records to delete in each iteration.
minor stylish changes made by ronnie s
(This used to be ctdb commit 95a3ee551241aa164967991fe5efe078e1714bde)
by default ctdb does not monitor for OOM.
to enable this you need to uncomment the CTDB_MONITOR_FREE_MEMORY line in /etc/sysconfig/ctdb and specify the amount in MByte free that will trigger OOM and cause ctdb to shutdown the node
(This used to be ctdb commit 35627c7450a03f36a353c3dd7cce31ce3433a7ff)
specific script /etc/ctdb/events.d/00.ctdb
get rid of CTDB_EVENTS_SCRIPT and --event-script
(This used to be ctdb commit 81ccfaf838e5772d4a58eb6a70224b7b39aba9f3)
