showstate |
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showstate |
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Synopsis
showstate
Overview
This command provides a summary of the state of the system. It displays a list of all active jobs and a text-based map of the status of all nodes and the jobs they are servicing. Basic diagnostic tests are also performed and any problems found are reported.Access
By default, this command can be run by any Moab Administrator.Example 1
> showstate
cluster state summary for Wed Nov 23 12:00:21
JobID S User Group Procs Remaining StartTime
------------------ - --------- -------- ----- ----------- -------------------
(A) fr17n11.942.0 R johns staff 16 13:21:15 Nov 22 12:00:21
(B) fr17n12.942.0 S johns staff 32 13:07:11 Nov 22 12:00:21
(C) fr17n13.942.0 R johns staff 8 11:22:25 Nov 22 12:00:21
(D) fr17n14.942.0 S johns staff 8 10:43:43 Nov 22 12:01:21
(E) fr17n15.942.0 S johns staff 8 9:19:25 Nov 22 12:01:21
(F) fr17n16.942.0 R johns staff 8 9:01:16 Nov 22 12:01:21
(G) fr17n17.942.0 R johns staff 1 7:28:25 Nov 22 12:03:22
(H) fr17n18.942.0 R johns staff 1 3:05:17 Nov 22 12:04:22
(I) fr17n19.942.0 S johns staff 24 0:54:38 Nov 22 12:00:22
Usage Summary: 9 Active Jobs 106 Active Nodes
[0][0][0][0][0][0][0][0][0][1][1][1][1][1][1][1]
[1][2][3][4][5][6][7][8][9][0][1][2][3][4][5][6]
Frame 2: XXXXXXXXXXXXXXXXXXXXXXXX[ ][A][C][ ][A][C][C][A]
Frame 3: [ ][ ][ ][ ][ ][ ][A][ ][I][ ][I][ ][ ][ ][ ][ ]
Frame 4: [ ][I][ ][ ][ ][A][ ][I][ ][ ][ ][E][ ][I][ ][E]
Frame 5: [F][ ][E][ ][ ][ ][F][F][F][I][ ][ ][E][ ][E][E]
Frame 6: [ ][I][I][E][I][ ][I][I][ ][I][F][I][I][I][I][F]
Frame 7: [ ]XXX[ ]XXX[ ]XXX[ ]XXX[b]XXX[ ]XXX[ ]XXX[#]XXX
Frame 9: [ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][E][ ]
Frame 11: [ ][ ][ ][ ][ ][ ][I][F][@][ ][A][I][ ][F][ ][A]
Frame 12: [A][ ][ ][A][ ][ ][C][A][ ][C][A][A][ ][ ][ ][ ]
Frame 13: [D]XXX[I]XXX[ ]XXX[ ]XXX[ ]XXX[ ]XXX[I]XXX[I]XXX
Frame 14: [D]XXX[I]XXX[I]XXX[D]XXX[ ]XXX[H]XXX[I]XXX[ ]XXX
Frame 15: [b]XXX[b]XXX[b]XXX[b]XXX[D]XXX[b]XXX[b]XXX[b]XXX
Frame 16: [b]XXX[ ]XXX[b]XXX[ ]XXX[b]XXX[b]XXX[ ]XXX[b]XXX
Frame 17: [ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][ ][ ]
Frame 21: [ ]XXX[b]XXX[b]XXX[ ]XXX[b]XXX[b]XXX[b]XXX[b]XXX
Frame 22: [b]XXX[b]XXX[b]XXX[ ]XXX[b]XXX[ ]XXX[b]XXX[b]XXX
Frame 27: [b]XXX[b]XXX[ ]XXX[b]XXX[b]XXX[b]XXX[b]XXX[b]XXX
Frame 28: [G]XXX[ ]XXX[D]XXX[ ]XXX[D]XXX[D]XXX[D]XXX[ ]XXX
Frame 29: [A][C][A][A][C][ ][A][C]XXXXXXXXXXXXXXXXXXXXXXXX
Key: XXX:Unknown [*]:Down w/Job [#]:Down [']:Idle w/Job [ ]:Idle [@]:Busy w/No Job [!]:Drained
Key: [a]:(Any lower case letter indicates an idle node that is assigned to a job)
Check Memory on Node fr3n07
Check Memory on Node fr4n06
Check Memory on Node fr4n09
In this example, nine active jobs are running on the system. Each job listed in the top of the output is associated with a letter. For example, job fr17n11.942.0 is associated with the letter "A". This letter can now be used to determine where the job is currently running. By looking at the system "map," it can be found that job fr17n11.942.0 (job "A") is running on nodes fr2n10, fr2n13, fr2n16, fr3n07 ...
The key at the bottom of the system map can be used to determine unusual node states. For example, fr7n15 is currently in the state down.
After the key, a series of warning messages may be displayed indicating possible system problems. In this case, warning message indicate that there are memory problems on three nodes, fr3n07, fr4n06, and fr4n09. Also, warning messages indicate that job fr15n09.1097.0 is having difficulty starting. Node fr11n08 is in state BUSY but has no job assigned to it (it possibly has a runaway job running on it).
See Also
Copyright © 2012 Adaptive Computing Enterprises, Inc.®