allocator [--debug] [--dir DIRECTION] {--algorithm ALLOCATOR } [--mode MODE] [--mem MEMORY] [--disks DISKS] [--disk-template TEMPLATE] [--nics NICS] [--os-type OS] [--vcpus VCPUS] [--tags TAGS] {instance}
Executes a test run of the iallocator framework.
The command will build input for a given iallocator script
(named with the --algorithm
option), and
either show this input data (if
DIRECTION is
in) or run the iallocator script and show
its output (if DIRECTION is
out).
If the MODE is allocate, then an instance definition is built from the other arguments and sent to the script, otherwise (MODE is relocate) an existing instance name must be passed as the first argument.
This build of Ganeti will look for iallocator scripts in the following directories: @CUSTOM_IALLOCATOR_SEARCH_PATH@; for more details about this framework, see the HTML or PDF documentation.
delay [--debug] [--no-master] [-n NODE...] {duration}
Run a test opcode (a sleep) on the master and on selected nodes (via an RPC call). This serves no other purpose but to execute a test operation.
The -n
option can be given multiple times to
select the nodes for the RPC call. By default, the delay will
also be executed on the master, unless the
--no-master
option is passed.
The delay argument will be interpreted as a floating point number.
submit-job [--verbose] [--timing-stats] [--job-repeat N
] [--op-repeat N
] {opcodes_file...}
This command builds a list of opcodes from files in JSON format and submits a job per file to the master daemon. It can be used to test options that are not available via command line.
The verbose
option will additionally display
the corresponding job IDs and the progress in waiting for the
jobs; the timing-stats
option will show some
overall statistics inluding the number of total opcodes, jobs
submitted and time spent in each stage (submit, exec, total).
The job-repeat
and op-repeat
options allow to submit multiple copies of the passed arguments;
job-repeat will cause N copies of each job (input file) to be
submitted (equivalent to passing the arguments N times) while
op-repeat will cause N copies of each of the opcodes in the file
to be executed (equivalent to each file containing N copies of
the opcodes).
test-jobqueue
Executes a few tests on the job queue. This command might generate failed jobs deliberately.
locks [--no-headers] [--separator=SEPARATOR]
[-o [+]FIELD,...] [--interval=SECONDS]
Shows a list of locks in the master daemon.
The --no-headers
option will skip the initial
header line. The --separator
option takes an
argument which denotes what will be used between the output
fields. Both these options are to help scripting.
The -o
option takes a comma-separated list of
output fields. The available fields and their meaning are:
Lock name
Mode in which the lock is currently acquired (exclusive or shared)
Current lock owner(s)
Threads waiting for the lock
If the value of the option starts with the character
+
, the new fields will be added to the default
list. This allows to quickly see the default list plus a few other
fields, instead of retyping the entire list of fields.
Use --interval
to repeat the listing. A delay
specified by the option value in seconds is inserted.
Report bugs to http://code.google.com/p/ganeti/ or contact the developers using the Ganeti mailing list <ganeti@googlegroups.com>.
Ganeti overview and specifications: ganeti(7) (general overview), ganeti-os-interface(7) (guest OS definitions).
Ganeti commands: gnt-cluster(8) (cluster-wide commands), gnt-job(8) (job-related commands), gnt-node(8) (node-related commands), gnt-instance(8) (instance commands), gnt-os(8) (guest OS commands), gnt-backup(8) (instance import/export commands), gnt-debug(8) (debug commands).
Ganeti daemons: ganeti-watcher(8) (automatic instance restarter), ganeti-cleaner(8) (job queue cleaner), ganeti-noded(8) (node daemon), ganeti-masterd(8) (master daemon), ganeti-rapi(8) (remote API daemon).
Copyright (C) 2006, 2007, 2008, 2009, 2010 Google Inc. Permission is granted to copy, distribute and/or modify under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version.
On Debian systems, the complete text of the GNU General Public License can be found in /usr/share/common-licenses/GPL.