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3.16 mdiag -n

3.16.1 Synopsis

mdiag -n [-t partitionid] [-A creds] [-w <CONSTRAINT>] [-v] [--format=xml] [nodeid]

3.16.2 Overview

The mdiag -n command provides detailed information about the state of nodes Moab is currently tracking. This command also performs a large number of sanity and state checks. The node configuration and status information as well as the results of the various checks are presented by this command.

3.16.3 Arguments

Flag Argument Description
[-A] {user|group|account|qos|class|job}:<OBJECTID> report if each node is accessible by requested job or credential
[-t] <partitionid> report only nodes from specified partition
[-v] --- show verbose output (do not truncate columns and add columns for additional node attributes)
[-w] nodestate=drained display only jobs associated with the specified constraint: nodestate (See DISPLAYFLAGS for more information.)

3.16.4 Output

This command presents detailed node information in whitespace-delineated fields.

The output of this command can be extensive and the values for a number of fields may be truncated. If truncated, the -v flag can be used to display full field content.

Column Format
Classes <CLASS NAME>
Network <NETWORK NAME>...
Features <NODE FEATURE>...

3.16.5 Examples

Example 3-15:  

> mdiag -n

compute node summary
Name                    State   Procs      Memory         Opsys
opt-001                  Busy    0:2      2048:2048        SUSE
opt-002                  Busy    0:2      2048:2048        SUSE
opt-003                  Busy    0:2      2048:2048        SUSE
opt-004                  Busy    0:2      2048:2048        SUSE
opt-005                  Busy    0:2      2048:2048        SUSE
opt-006                  Busy    0:2      2048:2048        SUSE
WARNING:   swap is low on node opt-006
opt-007                  Busy    0:2      2048:2048        SUSE
opt-008                  Busy    0:2      2048:2048        SUSE
opt-009                  Busy    0:2      2048:2048        SUSE
opt-010                  Busy    0:2      2048:2048        SUSE
opt-011                  Busy    0:2      2048:2048        SUSE
opt-012                  Busy    0:2      2048:2048        SUSE
opt-013                  Busy    0:2      2048:2048        SUSE
opt-014                  Busy    0:2      2048:2048        SUSE
opt-015                  Busy    0:2      2048:2048        SUSE
opt-016                  Busy    0:2      2048:2048        SUSE
x86-001                  Busy    0:1       512:512       Redhat
x86-002                  Busy    0:1       512:512       Redhat
x86-003                  Busy    0:1       512:512       Redhat
x86-004                  Busy    0:1       512:512       Redhat
x86-005                  Idle    1:1       512:512       Redhat
x86-006                  Idle    1:1       512:512       Redhat
x86-007                  Idle    1:1       512:512       Redhat
x86-008                  Busy    0:1       512:512       Redhat
x86-009                  Down    1:1       512:512       Redhat
x86-010                  Busy    0:1       512:512       Redhat
x86-011                  Busy    0:1       512:512       Redhat
x86-012                  Busy    0:1       512:512       Redhat
x86-013                  Busy    0:1       512:512       Redhat
x86-014                  Busy    0:1       512:512       Redhat
x86-015                  Busy    0:1       512:512       Redhat
x86-016                  Busy    0:1       512:512       Redhat
P690-001                 Busy    0:1     16384:16384        AIX
P690-002                 Busy    0:1     16384:16384        AIX
P690-003                 Busy    0:1     16384:16384        AIX
P690-004                 Busy    0:1     16384:16384        AIX
P690-005                 Busy    0:1     16384:16384        AIX
P690-006                 Busy    0:1     16384:16384        AIX
P690-007                 Idle    1:1     16384:16384        AIX
P690-008                 Idle    1:1     16384:16384        AIX
WARNING:   node P690-008 is missing ethernet adapter
P690-009                 Busy    0:1     16384:16384        AIX
P690-010                 Busy    0:1     16384:16384        AIX
P690-011                 Busy    0:1     16384:16384        AIX
P690-012                 Busy    0:1     16384:16384        AIX
P690-013                 Busy    0:1     16384:16384        AIX
P690-014                 Busy    0:1     16384:16384        AIX
P690-015                 Busy    0:1     16384:16384        AIX
P690-016                 Busy    0:1     16384:16384        AIX
-----                     ---    6:64   745472:745472     -----
Total Nodes: 36  (Active: 30  Idle: 5  Down: 1)

Warning messages are interspersed with the node configuration information with all warnings preceded by the keyword WARNING.

3.16.6 XML Output

If XML output is requested (via the --format=xml argument), XML based node information will be written to STDOUT in the following format:

mdiag -n --format=xml
  <node> <ATTR>="<VAL>" ... </node>

3.16.7 XML Attributes

Name Description
ACL Node Access Control List
AGRES Available generic resources
ALLOCRES Special allocated resources (like vlans)
ARCH The node's processor architecture.
AVLCLASS Classes available on the node.
AVLETIME Time when the node will no longer be available (used in Utility centers)
AVLSTIME Time when the node will be available (used in Utility centers)
CFGCLASS Classes configured on the node
ENABLEPROFILING If true, a node's state and usage is tracked over time.
FEATURES A list of comma-separated custom features describing a node.
GEVENT A user-defined event that allows Moab to perform some action.
GMETRIC A list of comma-separated consumable resources associated with a node.
GRES generic resources on the node
HOPCOUNT How many hops the node took to reach this Moab (used in hierarchical grids)
ISDELETED Node has been deleted
ISDYNAMIC Node is dynamic (used in Utility centers)
JOBLIST The list of jobs currently running on a node.
LOAD Current load as reported by the resource manager
LOADWEIGHT Load weight used when calculating node priority
MAXJOB See Node Policies for details.
MAXJOBPERUSER See Node Policies for details.
MAXLOAD See Node Policies for details.
MAXPROC See Node Policies for details.
MAXPROCPERUSER See Node Policies for details.
NETWORK The ability to specify which networks are available to a given node is limited to only a few resource managers. Using the NETWORK attribute, administrators can establish this node to network connection directly through the scheduler. The NODECFG parameter allows this list to be specified in a comma-delimited list.
NODEID The unique identifier for a node.
NODESTATE The state of a node.
OS A node's operating system.
OSLIST Operating systems the node can run
OSMODACTION URL for changing the operating system
OWNER Credential type and name of owner
PARTITION The partition a node belongs to. See Node Location for details.
POWER The state of the node's power. Either ON or OFF.
PRIORITY The fixed node priority relative to other nodes.
PROCSPEED A node's processor speed information specified in MHz.
RACK The rack associated with a node's physical location.
RADISK The total available disk on a node.
RAMEM The total available memory available on a node.
RAPROC The total number of processors available on a node.
RASWAP The total available swap on a node.
RCMEM The total configured memory on a node.
RCPROC The total configured processors on a node.
RCSWAP The total configured swap on a node.
RequestID Dynamic Node RequestID set by the RM
RESCOUNT Number of reservations on the node
RESOURCES Deprecated (use GRES)
RSVLIST List of reservations on the node
RMACCESSLIST A comma-separated list of resource managers who have access to a node.
SIZE The number of slots or size units consumed by the node.
SLOT The first slot in the rack associated with the node's physical location.
SPEED A node's relative speed.
SPEEDWEIGHT speed weight used to calculate node's priority
STATACTIVETIME Time node was active
STATMODIFYTIME Time node's state was modified
STATTOTALTIME Time node has been monitored
STATUPTIME Time node has been up
TASKCOUNT The number of tasks on a node.
TTL Dynamic Node Time To Live set by the RM (expiration date in epoch format)

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