llstatus - Query machine status Purpose Returns status information about machines in the LoadLeveler cluster. It does not provide status on any NQS machine. Syntax llstatus [-?] [-H] [-v] [-R] [-F] [-M] [-l] [-a] [-C] [-b] [-B {base_partition_list | all}] [-P {partition_list | all}] [-X {cluster_list | all}] [-f category_list] [-r category_list] [-h hostlist | hostlist] Flags -? Provides a short usage message. -H Provides extended help information. -v Displays the name of the command, release number, service level, service level date, and lowest level of the operating system to run this release. -R Lists the machine consumable resources associated with each machine for which status is requested. This option should not be used with any other option. -F Lists all of the floating consumable resources associated with the LoadLeveler cluster. This option should not be used with any other option. -M Lists the Multiple Chip Modules (MCMs) available on a machine, where: Available CPUs Are the CPU IDs of the CPUs available for LoadLeveler on this MCM. Used CPUs Are the CPU IDs of the CPUs used by LoadLeveler jobs on this MCM. Adapters Are the switch adapters connected to this MCM of the form: [used windows/available windows, used memory/available memory] where: used windows Is the total number of windows used. available windows Is the total number of available windows. used adapter window memory For High Performance Switch adapters, it is the number of rCxt blocks used. For information on the units used to report window memory, see the description of the "Adapter" field in the long listing. available adapter window memory For High Performance Switch adapters, it is the number of rCxt blocks used. For information on the units used to report window memory, see the description of the "Adapter" field in the long listing. Total Tasks Is the total number of tasks that are running using CPUs of this MCM. Note that the < > notation will be used to list individual CPU IDs instead of the CPU count ( ) notation when the RSET_SUPPORT configuration file keyword is set to RSET_CONSUMABLE_CPUS or RSET_MCM_AFFINITY. -l Specifies that a long listing be generated for each machine for which status is requested. If -l is not specified, the standard list is generated. -a Displays information for each virtual adapter followed by information for each physical adapter it manages. -C Displays cluster stanza information defined in the administration file. Only fields that contain data are displayed. If -C is specified without the -X flag, cluster stanza information will be reported from one outbound local schedd. If the -X and -C flags are specified, cluster stanza information will be reported from an inbound schedd in each available remote cluster specified with the -X flag. If the -h flag is specified, cluster stanza information will only be reported from the specified hosts. -b Displays Blue Gene system information. It is valid only when specified as a single option or in combination with the -l flag. When used as single option, llstatus displays a short listing of information on the Blue Gene system. When used the -l flag, llstatus displays a detailed listing of the components of the Blue Gene system. -P {partition_list | all} Displays Blue Gene partition information. It is valid only when specified as a single option. When this flag is specified, llstatus displays information on all Blue Gene partitions in the partition_list. partition_list Is a blank-delimited list of Blue Gene partitions. all Is the reserved word indicating that the command is to return information for all partitions. -B {base_partition_list | all} Displays Blue Gene base partition information. It is valid only when specified as a single option. When this flag is specified, llstatus displays information on all Blue Gene base partitions in the base_partition_list. base_partition_list Is a blank-delimited list of Blue Gene base partitions. all Is the reserved word indicating that the command is to return information for all base partitions. -X {cluster_list | all} Indicates that you can specify the -X flag with either: cluster_list Specifies a blank-delimited list of clusters for which status is requested. all Is a reserved word which specifies that status is requested for all accessible clusters. -f category_list Is a blank-delimited list of categories you want to query. Each category you specify must be preceded by a percent sign. The category_list cannot contain duplicate entries. This flag allows you to create a customized version of the standard llstatus listing. The output fields produced by this flag all have a fixed length. The output is displayed in the order in which you specify the categories. category_list can be one or more of the following: %a Hardware architecture %act Number of job steps dispatched by the schedd daemon on this machine %cm Custom Metric value %cpu Number of CPUs on this machine %d Available disk space in the LoadLeveler execute directory %i Number of seconds since last keyboard or mouse activity %inq Number of job steps in the job queue of this schedd machine %l Berkeley one-minute load average %m Physical memory on this machine %mt Maximum number of initiators that can be used simultaneously on this machine %n Machine name %o Operating system on this machine %r Number of initiators used by the startd daemon on this machine %sca Availability of the schedd daemon %scs State of the schedd daemon %sta Availability of the startd daemon %sts State of the startd daemon %v Available swap space (free paging space) of this machine %X Local cluster name -r category_list Is a blank-delimited list of categories you want to query. Each category you specify must be preceded by a percent sign. The category_list cannot contain duplicate entries. This flag allows you to create a customized version of the standard llstatus listing. The output produced by this flag is considered raw, in that the fields can be variable in length. The output is displayed in the order in which you specify the formats. Output fields are separated by an exclamation point (!). category_list can be one or more of the categories listed under the -f flag. -h hostlist Is a blank-delimited list of machines for which status is requested. If the -X flag is specified in combination with a hostlist, the -h flag must be specified. For example: llstatus -X my_cluster1 my_cluster2 -h c94n13 c94n14 Description If you have more than a few machines configured for LoadLeveler, consider redirecting the output to a file when using the -l flag. Each machine periodically updates the central manager with a snapshot of its situation. Since the information returned by using llstatus is a collection of such snapshots, all taken at varying times, the total picture may not be completely consistent. In most cases, if a hostlist is not specified, all machines are queried. However, if the -X and -C flags are specified without a hostlist, the command will run on one inbound schedd in the remote cluster. Certain resources such as remote direct-memory access (RDMA) have their available value always calculated by startd. Available ConsumableCpus resources are calculated by startd if the value is specified as all in the administration file. When the value of a resource is calculated by startd, the llstatus command appends a plus (+) sign to the resource name in the output reports. Resources that are automatically created, such as RDMA, have a less than (<) sign appended to them. Examples 1. This example generates the standard listing where there are two nodes in the cluster. The standard listing is generated when you do not specify the -l option with the llstatus command. llstatus You should receive output similar to the following: Name Schedd InQ Act Startd Run LdAvg Idle Arch OpSys k10n09.ppd.pok.ibm.com Avail 3 1 Run 1 2.72 0 R6000 AIX53 k10n12.ppd.pok.ibm.com Avail 0 0 Idle 0 0.00 365 R6000 AIX53 R6000/AIX53 2 machines 3 jobs 1 running Total Machines 2 machines 3 jobs 1 running The Central Manager is defined on k10n09.ppd.pok.ibm.com The BACKFILL scheduler is in use Cluster name is cluster2 All machines on the machine_list are present. The standard listing includes the following fields: Act Number of job steps dispatched by the schedd daemon on this machine. Arch The hardware architecture of the machine as listed in the configuration file. Idle The number of seconds since keyboard or mouse activity in a login session was detected. Highest number displayed is 9999. InQ Number of job steps in the job queue of this schedd machine. LdAvg Berkeley one-minute load average on this machine. Name Hostname of the machine. OpSys The operating system on this machine. Run The number of initiators used by the startd daemon to run LoadLeveler jobs on this machine. One initiator is used for each serial job step and one initiator is used for each task of a parallel job step. Schedd State of the schedd daemon, which can be one of the following: * Down * Drned (Drained) * Drning (Draining) * Avail (Available) For more information, see the description of the schedd daemon in LoadLeveler: Using and Administering. Startd State of the startd daemon, which can be: * Busy * Down * Drned (Drained) * Drning (Draining) * Flush * Idle * None * Run (Running) * Suspnd (Suspend) For more information, see the description of the startd daemon in LoadLeveler: Using and Administering. Total Machines The standard listing includes the following summary fields: jobs The number of job steps in LoadLeveler job queues. machines The number of machines in the cluster that have made a status report to the Central Manager. running The number of initiators used by all the startd daemons in the LoadLeveler cluster. One initiator is used for each serial job step. One initiator is used for each task of a parallel job step. The standard listing also contains summary information for the cluster such as the type of scheduler and the cluster name. 2. This example generates the long listing. The long listing is generated when you specify the -l flag with the llstatus command. See "Appendix B. Sample command output" for sample output of long listings in LoadLeveler: Using and Administering. llstatus -l c271f2rp02 The long listing includes the following fields: Adapter Network adapter information associated with this machine. * For a switch adapter, the information format is: adapter_name(network_type, interface_name, interface_address, multilink_address, switch_node_number or adapter_logical_id, available_adapter_windows/total_adapter_windows, available_device_memory/total_device_memory, adapter_fabric_connectivity, adapter_state) For example: Adapter = networks(striped,c60f1rp01ml0.ppd.pok.ibm.com, \ 10.10.10.1,,-1,32/32,1596/1596 rCxt Blks,1,READY) \ en0(ethernet,c60f1rp01.ppd.pok.ibm.com,9.114.88.65,) \ network1(aggregate,,,10.10.10.1,-1,32/32,1596/1596 \ rCxt Blks,1,READY)ml0(multilink,c60f1rp01ml0.ppd.pok. \ ibm.com,10.10.10.1,) Note: The available_device_memory and total_device_memory fields (also referred to as available window memory and total window memory) may be reported in megabytes (as indicated by M in the previous example) or rCxt blocks, depending on the type of switch adapter that is present. The following adapters report adapter window memory in MBs: * SP Switch2 Adapter * SP Switch2 PCI Attachment Adapter * SP Switch2 MX2 Adapter * SP Switch2 PCI-X Attachment Adapter The following adapter reports adapter window memory in rCxt Blocks: * Switch Network Interface for the High Performance Switch Possible values for adapter_state are: READY The adapter can be used for communication. NOT_READY The adapter is not ready to be used for communication. -1 The state of the adapter cannot be determined because the machine that it is on cannot be contacted. * For non-switch adapters, the format is: adapter_name(network_type, interface_name, interface_address, multilink_address) Arch Hardware architecture of this machine. AvailableClasses List of available classes and the associated number of available initiators on this machine. Completed The number of job steps in this state on this schedd machine. Config Time Stamp Date and time of last configuration or reconfiguration. ConfiguredClasses List of configured classes and the associated number of configured initiators on this machine. ConsumableResources List of consumable resources associated with this machine. Each element of this list has the format: resource_name(available, total). Note: The individual CPU ID < > notation will be used to list individual CPU IDs instead of the CPU count ( ) notation for machines where the RSET_SUPPORT configuration file keyword is set to RSET_MCM_AFFINITY or RSET_CONSUMABLE_CPUS. The CPU count ( ) notation will be used when the RSET_SUPPORT configuration file keyword is set to RSET_USER_DEFINED or RSET_NONE, or if this keyword is not specified in the configuration file. CONTINUE The expression, defined following C conventions in the configuration file, that evaluates to true or false (T or F). This determines whether suspended jobs are continued on this machine. Cpus Number of CPUs on this machine. CustomMetric This value can be the number assigned to the CUSTOM_METRIC keyword or the exit code of the executable associated with the CUSTOM_METRIC_COMMAND keyword or the default value of 1. Disk Available space, in kilobytes (less 512KB) in LoadLeveler's execute directory on this machine. DrainedClasses List of classes which have been drained. If a job step is in a class named on this list, that job step will not start on this machine. DrainingClasses List of classes which are currently being drained on this machine. If a job step is in a class named on this list, that job step will not start on this machine. Entered Current State Date and time when machine state was set. FabricConnectivity Represents the current state of connectivity between the machine and the switch through the switch adapters. The format of the field is: network_id: connectivity, network_id: connectivity... where connectivity is either 1 or 0. A value of 1 indicates an active connection from the machine to a given network_id through one of the switch adapters. If a machine does not have switch adapters, the FabricConnectivity field has no meaning and should be ignored by the user. Feature Set of all features on this machine. FreeLargePageMemory Free Large Page memory. In LoadLeveler for Linux, the FreeLargePageMemory field has no meaning and should be ignored by the user. FreeRealMemory Free real memory, in megabytes, on this machine. This value should track closely with the "fre" value of the vmstat command and the "free" value of the svmon -G command whose units are 4KB blocks. Held The number of job steps in this state on this schedd machine. Idle The number of job steps in this state on this schedd machine. Keyboard Idle Number of seconds since last keyboard or mouse activity. KILL The expression, defined following C conventions in the configuration file, that evaluates to true or false (T or F). This determines whether jobs running on this machine should be sent the SIGKILL signal. LargePageMemory Configured Large Page physical memory. In LoadLeveler for Linux, the LargePageMemory field has no meaning and should be ignored by the user. LargePageSize The size of a Large Page memory block. In LoadLeveler for Linux, the LargePageSize field has no meaning and should be ignored by the user. LoadAvg Berkely one-minute load average on machine. Machine Fully qualified name of the machine. Machine Mode The type of job this machine can run. This can be: batch, interactive, or general. MACHPRIO Actual expression that determines machine priority, defined in the configuration file. MasterMachPriority The machine priority for the parallel master node. Max_Starters Maximum number of initiators that can be used simultaneously on this machine. Mcms The MCMs information associated with this machine has the format: mcm_info ... mcm_info The format of mcm_info is: MCMnumber Available Cpus: < cpulist > (Total Cpus) Used Cpus: < cpulist > (Total Cpus) Adapters: adapater_info .... adapter_info Total Tasks: (Tasks) where: Available Cpus Are the CPUs available for LoadLeveler on this MCM. Used Cpus Are the CPUs used by LoadLeveler jobs from this MCM. Adapters Are the switch adapters connected to this MCM. Total tasks Is the total number of tasks that are running using CPUs of this MCM. where number is the MCM sequence number: cpulist Is a blank-delimited list of individual CPU IDs or CPU ranges, or a combination of both CPU IDs and CPU ranges associated with the MCM. adapter_info Has the format: [used windows/available windows, used memory/available memory] where: used windows Is the total number of windows used. available windows Is the total number of available windows. used memory Is the total memory used. It is the number of rCxt blocks for the High Performance Switch adapter. available memory Is the total available memory. It is the number of rCxt blocks for the High Performance Switch adapter. Tasks Is the total number of tasks that are running using the CPUs of this MCM. Memory Regular physical memory, in megabytes, on this machine. Name Hostname of the machine. OpSys Operating system on this machine. PagesFreed Pages freed per second. This value corresponds to the "fr" value of the vmstat command output. In LoadLeveler for Linux, the PagesFreed field has no meaning and should be ignored by the user. PagesPaged In Pages paged in from paging space per second. This value corresponds to the "pi" value of the vmstat command output. In LoadLeveler for Linux, the PagesPagedIn field has no meaning and should be ignored by the user. PagesPagedOut Pages paged out to paging space per second. This value corresponds to the "po" value of the vmstat command output. In LoadLeveler for Linux, the PagesPagedOut field has no meaning and should be ignored by the user. PagesScanned Pages scanned by the page-replacement algorithm per second. This value corresponds to the "sr" value of the vmstat command output. In LoadLeveler for Linux, the PagesScanned field has no meaning and should be ignored by the user. Pending The number of job steps in this state on this schedd machine. Pool The identifier of the pool where this startd machine is located. Prestarted_Starters The maximum number of Prestarted Starters that can be started on this machine at any time. Remove Pending The number of job steps in this state on this schedd machine. ReservationPermitted Indicates whether or not the node can be reserved. It is displayed as T or F (true or false). Reservations The IDs of reservations that will use the node now or in the future. RSetSupportType Indicates the type of RSet support set up on a machine. Possible values are: RSET_CONSUMABLE_CPUS Creates and attaches RSets for tasks with the number of CPUs derived from ConsumableCPUs. RSET_MCM_AFFINITY Creates and attaches RSets for tasks to satisfy memory and affinity requests. RSET_NONE Indicates that LoadLeveler RSet support is not available. RSET_USER_DEFINED Attaches user-created RSets to Tasks. Running The number of initiators used by the startd daemon to run LoadLeveler jobs. One initiator is used for each serial job step. One initiator is used for each task of a parallel job step. Running steps The list of job steps currently running on this machine. ScheddAvail Flag indicating if machine is running a schedd daemon (0=no, 1=yes). ScheddRunning The number of job steps submitted to this machine that are running somewhere in the LoadLeveler cluster. ScheddState The state of the schedd daemon on this machine, which can be one of the following: * Down * Drned (Drained) * Drning (Draining) * Avail (Available) Speed Speed associated with the machine. START The expression, defined following C conventions in the configuration file, that evaluates to true or false (T or F). This determines whether jobs can be started on this machine. StartdAvail Flag indicating if machine is running a startd daemon (0=no, 1=yes). Starting The number of job steps in this state on this schedd machine. State State of the startd daemon, which can be: * Busy * Down * Drained * Draining * Flush * Idle * None * Running * Suspend For more information, see the description of the startd daemon in LoadLeveler: Using and Administering. Subnet The TCP/IP subnet that this machine resides on. SUSPEND The expression, defined following C conventions in the configuration file, that evaluates to true or false (T or F). This determines whether running jobs should be suspended on this machine. SYSPRIO Actual expression that determines overall system priority of a job step. Defined in the configuration file. TimeStamp The date and time the central manager last received a status update from this schedd machine. Tmp Available space, in kilobytes (less than 512 KB) in the /tmp directory on this machine. Total Jobs The number of total job steps submitted to this schedd machine. TotalMemory The sum of configured regular and Large Page memory. Unexpanded The number of job steps in this state on this schedd machine. VACATE The expression, defined following C conventions in the configuration file, that evaluates to true or false (T or F). This determines whether suspended jobs are vacated on this machine. Virtual Memory Available swap space (free paging space) in kilobytes, on this machine. 3. This example generates a listing of cluster information defined in the administration file for cluster2. Only fields with data are displayed. llstatus -X cluster2 -C The output representing a cluster is delineated with a cluster header similar to the following: =================== Cluster cluster2 ================================ llstatus: Sending request to Schedd "c188f2n08.ppd.pok.ibm.com" in cluster "cluster2" cluster2: type = cluster Local = True inbound_schedd_port = 9605 secure_schedd_port = 9607 multicluster_security = NOT_SET ssl_cipher_list = ALL:eNULL:!aNULL inbound_hosts = c188f2n08.ppd.pok.ibm.com outbound_hosts = c188f2n08.ppd.pok.ibm.com exclude_classes = badtesters(cluster3) OKtesters(cluster1) cluster1: type = cluster Local = False inbound_schedd_port = 9605 secure_schedd_port = 9607 multicluster_security = NOT_SET ssl_cipher_list = ALL:eNULL:!aNULL inbound_hosts = c188f2n02.ppd.pok.ibm.com outbound_hosts = c188f2n02.ppd.pok.ibm.com exclude_users = loadl(cluster2) exclude_groups = april(cluster3) include_classes = No_Class cluster3: type = cluster Local = False inbound_schedd_port = 1966 secure_schedd_port = 9607 multicluster_security = NOT_SET ssl_cipher_list = ALL:eNULL:!aNULL inbound_hosts = c94n02.ppd.pok.ibm.com outbound_hosts = c94n02.ppd.pok.ibm.com(cluster1) c94n06.ppd.pok.ibm.com(cluster2) 4. This example generates a listing of all of the consumable resources associated with all of the machines in the LoadLeveler cluster. llstatus -R You should receive output similar to the following: Machine Consumable Resource(Available, Total) ------------------------- ------------------------------------- c209f1n01.ppd.pok.ibm.com ConsumableCpus(4,4)+ ConsumableMemory \ (1.000 gb,1.000 gb) n01_res(123,500) c209f1n02.ppd.pok.ibm.com ConsumableCpus< 0 1 2 3 4>< 0 1 2 3 4 > \ n02_res(123,500) Frame5(10,10) c209f1n05.ppd.pok.ibm.com ConsumableCpus(4,4)+ ConsumableMemory \ (1.000 gb,1.000 gb) spice2g6(250,360) Resources with "+" appended to their names have the Total value reported from Startd. Note: The individual CPU ID < > notation will be used to list individual CPU IDs instead of the CPU count ( ) notation for machines where the RSET_SUPPORT configuration file keyword is set to RSET_MCM_AFFINITY or RSET_CONSUMABLE_CPUS. The CPU count ( ) notation will be used when the RSET_SUPPORT configuration file keyword is set to RSET_USER_DEFINED or RSET_NONE, or if this keyword is not specified in the configuration file. 5. This example generates a listing of information related to MCMs of machines in the LoadLeveler cluster. llstatus -M You should receive output similar to the following: Machine MCM details --------------------- ------------------------------------------------- c61f2sq01.ppd.pok.ibm.com MCM0 Available Cpus :< 0-15 >(16) Used Cpus :< >(0) Adapters : Total Tasks :(0) MCM1 Available Cpus :< 16-29 >(14) Used Cpus :< 16-27 >(12) Adapters :sn1[16/16,798/798 rCxt Blks] sn0[12/16,790/798 rCxt Blks] Total Tasks :(4) c61f2sq02.ppd.pok.ibm.com MCM0 Available Cpus :< 0-1 >(2) Used Cpus :< >(0) Adapters : Total Tasks :(0) MCM1 Available Cpus :< 2-3 >(2) Used Cpus :< >(0) Adapters : Total Tasks :(0) Note: The -M option will list the MCM information only when the RSET_SUPPORT configuration file keyword is set to RSET_MCM_AFFINITY. 6. This example generates a listing of all of the floating consumable resources associated with all of the machines in the LoadLeveler cluster. This option should not be specified with any other option. llstatus -F You should receive output similar to the following: Floating Resource Available Total ------------------------------ ------------- --------------- EDA_licenses 20 29 Frame5 15 20 WorkBench6 5 7 XYZ_software 6 6 7. This example generates a customized and formatted standard listing. llstatus -f %n %scs %inq %m %v %sts %l %o You should receive output similar to the following: Name Schedd InQ Memory FreeVMemory Startd LdAvg OpSys ll5.pok.ibm.com Avail 0 128 22708 Run 0.23 AIX53 ll6.pok.ibm.com Avail 3 224 16732 Run 0.51 AIX53 R6000/AIX53 2 machines 3 jobs 3 running Total Machines 2 machines 3 jobs 3 running The Central Manager is defined on ll5.pok.ibm.com The BACKFILL scheduler is in use All machines on the machine_list are present. 8. This example generates a customized and unformatted (raw) standard listing. Customized, Unformatted Standard Listing: A customized Output fields are separated by an exclamation point (!). llstatus -r %n %scs %inq %m %v %sts %l %o You should receive output similar to the following: ll5.pok.ibm.com!Avail!0!128!22688!Running!0.14!AIX53 ll6.pok.ibm.com!Avail!3!224!16668!Running!0.37!AIX53 9. This example generates a listing containing information about the status of adapters associated with all of the machines in the LoadLeveler cluster: llstatus -a You should receive output similar to the following: c271f2rp02.ppd.pok.ibm.com ml0(multilink,c271f2san02.ppd.pok.ibm.com,10.10.10.6,) networks(striped,c271f2san02.ppd.pok.ibm.com,10.10.10.6,,-1, \ 500/512,500M/512M,1,READY) network1(aggregate,,,10.10.10.6,-1,500/512,500M/512M,1,READY) sn0(switch,c271f2s0n02.ppd.pok.ibm.com,192.168.0.6,10.10.10.6,2, \ 250/256,250M/256M,1,READY,MCM0) sn1(switch,c271f2s1n02.ppd.pok.ibm.com,192.168.1.6,10.10.10.6,0, \ 250/256,250M/256M,1,READY,MCM0) en0(ethernet,c271f2rp02.ppd.pok.ibm.com,9.114.175.82,) * For a switch adapter, the information format is: adapter_name(network_type, interface_name, interface_address, multilink_address, switch_node_number or adapter_logical_id, available_adapter_windows/total_adapter_windows, available_device_memory/total_device_memory, adapter_fabric_connectivity, adapter_state[,adapter mcm id]) * For non-switch adapters, the format is: adapter_name(network_type, interface_name, interface_address, multilink_address) Note: The adapter MCM ID will be printed only for High Performance Switch adapters and only when the RSET_SUPPORT configuration file keyword is set to RSET_MCM_AFFINITY. A value of MCM-1 for this field means that none of the CPUs from the physical MCM, where that adapter is connected to, is part of the machine's partition. 10. This example generates a listing containing information about the status of the Blue Gene system in the LoadLeveler cluster. llstatus -b You should receive output similar to the following: Name Base Partitions c-nodes InQ Run BGL 1x2x4 8x16x32 4 1 11. This example generates information for base partitions R000 and R020: llstatus -B R000 R020 You should receive output similar to the following: Base Partition Id: R000 Base Partition State: UP Location: (0,0,0) Sub Divided Busy: False PartitionState=READY Partition=DD1_R000 Base Partition Id: R020 Base Partition State: UP Location: (0,1,0) Sub Divided Busy: True Node Card List: NodeCardId=J102 NodeCardState=UP Quarter=Q1 \ PartitionState=NONE Partition=R020_J102_128 NodeCardId=J104 NodeCardState=UP Quarter=Q1 \ PartitionState=NONE Partition=R020_J102_128 NodeCardId=J106 NodeCardState=UP Quarter=Q1 \ PartitionState=NONE Partition=R020_J102_128 NodeCardId=J108 NodeCardState=UP Quarter=Q1 \ PartitionState=NONE Partition=R020_J102_128 NodeCardId=J111 NodeCardState=UP Quarter=Q2 \ PartitionState=NONE Partition=R020_J111_128 NodeCardId=J113 NodeCardState=UP Quarter=Q2 \ PartitionState=NONE Partition=R020_J111_128 NodeCardId=J115 NodeCardState=UP Quarter=Q2 \ PartitionState=NONE Partition=R020_J111_128 NodeCardId=J117 NodeCardState=UP Quarter=Q2 \ PartitionState=NONE Partition=R020_J111_128 NodeCardId=J203 NodeCardState=UP Quarter=Q3 \ PartitionState=NONE Partition=R020_J203_128 NodeCardId=J205 NodeCardState=UP Quarter=Q3 \ PartitionState=NONE Partition=R020_J203_128 NodeCardId=J207 NodeCardState=UP Quarter=Q3 \ PartitionState=NONE Partition=R020_J203_128 NodeCardId=J209 NodeCardState=UP Quarter=Q3 \ PartitionState=NONE Partition=R020_J203_128 NodeCardId=J210 NodeCardState=UP Quarter=Q4 \ PartitionState=NONE Partition=R020_J210_128 NodeCardId=J212 NodeCardState=UP Quarter=Q4 \ PartitionState=NONE Partition=R020_J210_128 NodeCardId=J214 NodeCardState=UP Quarter=Q4 \ PartitionState=NONE Partition=R020_J210_128 NodeCardId=J216 NodeCardState=UP Quarter=Q4 \ PartitionState=NONE Partition=R020_J210_128 12. This example generates information for partitions DD1_R000 and R020_J214_32: llstatus -P DD1_R000 R020_J214_32 You should receive output similar to the following: Partition Id: DD1_R000 Partition State: READY Description: Generated via genBlock Owner: archerc Connection: TORUS Mode: COPROCESSOR MloaderImage: /bgl/BlueLight/dd1driver/bglsys/bin/mmcs-mloader.rts BlrtsImage: /bgl/BlueLight/dd1driver/bglsys/bin/rts_hw.rts LinuxImage: /bgl/BlueLight/dd1driver/bglsys/bin/zImage.elf RamDiskImage: /bgl/BlueLight/dd1driver/bglsys/bin/ramdisk.elf Small Partitions: False Base Partition List: R000 Switch ID: X_R000 Switch State: UP Base Partition: R000 Switch Dimension: X Switch Connections: FromPort=PORT_S0 ToPort=PORT_S1 PartitionState=READY \ Partition=DD1_R000 Switch ID: Y_R000 Switch State: UP Base Partition: R000 Switch Dimension: Y Switch Connections: FromPort=PORT_S0 ToPort=PORT_S1 PartitionState=READY \ Partition=DD1_R000 Switch ID: Z_R000 Switch State: UP Base Partition: R000 Switch Dimension: Z Switch Connections: FromPort=PORT_S0 ToPort=PORT_S1 PartitionState=READY \ Partition=DD1_R000 Partition Id: R020_J214_32 Partition State: READY Description: Generated via genSmallBlock Owner: liuycdl Connection: MESH Mode: COPROCESSOR MloaderImage: /bgl/BlueLight/dd1driver/bglsys/bin/mmcs-mloader.rts BlrtsImage: /bgl/BlueLight/dd1driver/bglsys/bin/rts_hw.rts LinuxImage: /bgl/BlueLight/dd1driver/bglsys/bin/zImage.elf RamDiskImage: /bgl/BlueLight/dd1driver/bglsys/bin/ramdisk.elf Small Partitions: True Base Partition List: R020 Node Card List: J214 Security LoadLeveler administrators and users can issue this command.