Software license status, Thu Mar 11 05:14:03 2010 Help

Schedulers (all signed on)

License usage

Software	Feature	Actual max.	Shadow pool		Being used by
			Max	Used
Compiler	compiler	5	5	0
Fuzzy_Toolbox	fuzzy_toolbox	5	5	0
Identification_Toolbox	identification_toolbox	5	5	0
Neural_Network_Toolbox	neural_network_toolbox	5	5	0
Optimization_Toolbox	optimization_toolbox	5	5	0
PDE_Toolbox	pde_toolbox	5	5	0
Signal_Toolbox	signal_toolbox	5	5	0
Statistics_Toolbox	statistics_toolbox	30	30	0
abaqus	abaqus	76	76	0
adf	adf	512	512	208	16 reserved by 480635.vu-pbs 16 reserved by 510900.xepbs 16 reserved by 510902.xepbs 16 reserved by 510887.xepbs 16 reserved by 510899.xepbs 16 reserved by 511161.xepbs 32 reserved by 511050.xepbs 16 reserved by 510881.xepbs 32 reserved by 511076.xepbs 32 reserved by 511042.xepbs
bandsolve	bandsolve	1	1	0
cae	cae	2	2	0
castep	ms_castep_mp	1	1	0
cfdpp	cfd++_solv_par	30	30	30	15 gxf549 x7 /dev/tty Thu Mar 11 03:35:00 2010 511707.xepbs 15 gxf549 x27 /dev/tty Thu Mar 11 05:03:00 2010 511708.xepbs
	cfd++_cr_par	30	30	30	15 gxf549 x7 /dev/tty Thu Mar 11 03:35:00 2010 511707.xepbs 15 gxf549 x27 /dev/tty Thu Mar 11 05:03:00 2010 511708.xepbs
	cfd++_cp_par	30	30	30	15 gxf549 x7 /dev/tty Thu Mar 11 03:35:00 2010 511707.xepbs 15 gxf549 x27 /dev/tty Thu Mar 11 05:03:00 2010 511708.xepbs
	cfd++_cp_ser	2	2	2	1 gxf549 x27 /dev/tty Thu Mar 11 05:03:00 2010 511708.xepbs 1 gxf549 x7 /dev/tty Thu Mar 11 03:35:00 2010 511707.xepbs
	cfd++_solv_ser	2	2	2	1 gxf549 x27 /dev/tty Thu Mar 11 05:03:00 2010 511708.xepbs 1 gxf549 x7 /dev/tty Thu Mar 11 03:35:00 2010 511707.xepbs
	cfd++_solv_ext	450	450	96	48 gxf549 x27 /dev/tty Thu Mar 11 05:03:00 2010 511708.xepbs 48 gxf549 x7 /dev/tty Thu Mar 11 03:35:00 2010 511707.xepbs
	cfd++_cr_ext	450	450	96	48 gxf549 x27 /dev/tty Thu Mar 11 05:03:00 2010 511708.xepbs 48 gxf549 x7 /dev/tty Thu Mar 11 03:35:00 2010 511707.xepbs
	cfd++_cr_ser	2	2	2	1 gxf549 x27 /dev/tty Thu Mar 11 05:03:00 2010 511708.xepbs 1 gxf549 x7 /dev/tty Thu Mar 11 03:35:00 2010 511707.xepbs
	cfd++_cp_ext	450	450	96	48 gxf549 x27 /dev/tty Thu Mar 11 05:03:00 2010 511708.xepbs 48 gxf549 x7 /dev/tty Thu Mar 11 03:35:00 2010 511707.xepbs
dmol3	ms_dmol	64	64	36	1 yxj564 x138 /dev/tty Wed Mar 10 17:37:00 2010 511275.xepbs 2 ibs575 x113 /dev/tty Thu Mar 11 01:59:00 2010 507148.xepbs 2 ibs575 x116 /dev/tty Wed Mar 10 03:48:00 2010 507146.xepbs 2 ibs575 x107 /dev/tty Thu Mar 11 02:23:00 2010 507149.xepbs 2 ibs575 x51 /dev/tty Tue Mar 9 18:28:00 2010 507144.xepbs 3 reserved by 511275.xepbs 6 reserved by 507149.xepbs 6 reserved by 507144.xepbs 6 reserved by 507146.xepbs 6 reserved by 507148.xepbs
	ms_dsolid	64	64	36	1 yxj564 x138 /dev/tty Wed Mar 10 17:37:00 2010 511275.xepbs 2 ibs575 x113 /dev/tty Thu Mar 11 01:59:00 2010 507148.xepbs 2 ibs575 x116 /dev/tty Wed Mar 10 03:48:00 2010 507146.xepbs 2 ibs575 x107 /dev/tty Thu Mar 11 02:23:00 2010 507149.xepbs 2 ibs575 x51 /dev/tty Tue Mar 9 18:28:00 2010 507144.xepbs 3 reserved by 511275.xepbs 6 reserved by 507149.xepbs 6 reserved by 507144.xepbs 6 reserved by 507146.xepbs 6 reserved by 507148.xepbs
fluent	aa_r_cfd	5	5	3	1 fex577 v384 v384 Wed Mar 10 20:54:00 2010 487057.vu-pbs 1 fex577 v377 v377 Thu Mar 11 01:14:00 2010 487058.vu-pbs 1 fex577 v103 v103 Wed Mar 10 20:40:00 2010 487042.vu-pbs
	aa_mcad	5	5	0
	aa_r_hpc	16	16	12	4 fex577 v103 v103 Wed Mar 10 20:40:00 2010 487042.vu-pbs 4 fex577 v384 v384 Wed Mar 10 20:55:00 2010 487057.vu-pbs 4 fex577 v377 v377 Thu Mar 11 01:14:00 2010 487058.vu-pbs
fullwave	fullwave	1	1	0
fwmpi	fwmpi	128	116	0	6*1 aem124 v12 tty-unknown None 486293.vu-pbs (dead) 1 aem124 v10 tty-unknown None 486293.vu-pbs (dead) 4*1 aem124 v9 tty-unknown None 486293.vu-pbs (dead) 1 aem124 v27 tty-unknown None 485502.vu-pbs (dead)
houdini-master	houdini-master	6	5	0	1 None brett.anu.edu.au tty-unknown Fri Feb 12 10:33:00 2010
houdini-render	render	230	230	0
intel-cc	i000000000000020000000000	30	30	1	1 reserved by 511818.xepbs
intel-fc	i000000000000080000000000	28	28	0
lsdyna	ls-dyna_970	150	150	0
	ls-dyna_971	150	150	0
	mppdyna_971	150	150	0
	mppdyna_970	150	150	0
	pc-dyna_970	150	150	0
	ls-opt	150	150	0
maple	maple12	5	5	0
mathematica	mathematica	6	6	0
	mathkernel	6	6	0
matlab	matlab	30	30	7	1 nmd594 x156 /dev/tty Thu Mar 11 00:43:00 2010 506821.xepbs 1 nmd594 x141 /dev/tty Sun Mar 7 10:38:00 2010 506820.xepbs 1 nmd594 x153 /dev/tty Wed Mar 10 08:32:00 2010 507161.xepbs 508884.xepbs 1 nmd594 x147 /dev/tty Tue Mar 9 23:00:00 2010 506822.xepbs 1 reserved by 507667.xepbs 1 reserved by 510133.xepbs
ms_discover	ms_discover_mp	2	2	0
totalview	totalview_team	512	512	0

About this page

This page describes the state of the License Shadowing Daemon (lsd). Lsd provides a mechanism for modelling the allocation of software licenses by jobs under a batch queuing system, and allows the batch scheduler to interact with this model when it is making scheduling decisions. For more information see man lsd.

Schedulers

This section lists the job schedulers that are currently signed on to lsd. Each scheduler occupies one slot, and when all the slots are filled, lsd considers that it has a quorum and can start informing the schedulers about license availability.

Requests and usage of known software

This table shows the status of all jobs that have requested known software and are either running, suspended or currently under consideration by the scheduler (i.e. may be about to start in a few minutes). Jobs flagged as Live are running or suspended. Jobs flagged as Res. are under consideration (have temporarily 'reserved' shadow licenses). state is either R (running), S (suspended) or Q (queued). Asked for is the software that the job submission has declared it is going to use, and ncpus is the number of CPUs the job has asked for. Seems to be using lists all the software that the job is currently using, as far as lsd can tell by making license server queries.

Requests for unknown software

Jobs sometimes declare their intent to use software that isn't controlled by a licensing mechanism, usually because the software has some runtime constraints and the scheduling system can use this information to run the job properly. This table summarises these cases.

License usage

This describes the license availability as lsd sees it, constructed from information fed to it by the job schedulers and license server queries.

Software

The name of the software, as used in the software declaration in the job submission.

Feature

Some software consists of separately licensed features.

Actual max.

The total number of licenses for each feature, as reported by the license server queries.

Shadow pool

This reflects lsd's model of the license consumption of running jobs, based on what the jobs have declared they are going to use. Max is the number of licenses that are available to jobs under the control of lsd. This will be less that Actual max. if there are interactive users or other external consumers of licenses. Used is a count of shadow licenses that lsd has computed for the jobs under its control, based on the software declarations in the job submission. Note that jobs that are using software licenses, but haven't declared this in the job submission (known as rogue jobs) also deplete the shadow pool max. count.

Being used by

Actual license consumption, as reported by license server queries. The number in bold is the number of licenses used. If lsd can match license use to a job, the job id is also shown in bold. Jobs that are highlighted like this are jobs that have exited but the licenses they were using are still allocated by the license manager. If lsd detects that the job is using licenses but hasn't declared its intent to do so in the job submission, the job id is shown like this.