Manuals / Brands / Computer Equipment / Software / HP / Computer Equipment / Software

HP Insight Cluster Management Utility cmu_change_active_logical_group(8), /opt/cmu/bin/cmu_change_active_logical_group, /opt/cmu/bin/cmu_change_active_logical_group

1 191

Download 191 pages, 4.69 Mb

cmu_change_active_logical_group(8)

NAME

cmu_change_active_logical_group -- Change the active logical group for a node.

SYNOPSIS

#/opt/cmu/bin/cmu_change_active_logical_group <-h -t logical_group nodename1 [nodename2] [...]

#/opt/cmu/bin/cmu_change_active_logical_group < -t logical_group nodename -f nodenamefile >

DESCRIPTION

Change the active logical group for a node or a group of nodes.

OPTIONS

-h

show help

-t logical_group

add nodes to this logical group

-f nodenamefile

file containing the list of nodes to add to the logical group

EXAMPLES

To flag cn0001 active in logical group rh6u0_x86_64:

#/opt/cmu/bin/cmu_change_active_logical_group -t rh6u0_x86_64 cn0001

To flag a list of nodes as "active" in logical group sles11sp1_x86_64:

#/opt/cmu/bin/cmu_change_active_logical_groups -t sles11sp1_x86_64 -f nodenamefile

Where nodenamefile contains:

cn0001

cn0002

cn0003

cn0004

153

Contents

User Guide Abstract Page Contents Page Page 7.1.2 Configuring sudo support Page Page Figures Tables Examples 1 Overview 1.1.3Compute node administration 1.1.4System disk replication 2 Installing and upgrading HP Insight CMU 2.1.2 Planning for compute node installation Two IP addresses are required for each compute node •Determine the IP address for the NIC on the administration network 2.1.3 Disk space requirements 2.1.4 Firmware upgrade requirements 2.1.7 Configuring the BIOS 2.1.7.1DL3xx, DL5xx, DL7xx, Blades COM1 COM2 NIC 1 PXE boot or PXE enabled NIC 2 Disabled •16 addresses on the c7000 Enclosure •8 addresses on the c3000 Enclosure To configure the iLO cards: 1.Open a browser to the OA 2.In the right window, select Device Bays System Direct ◦DHCP Disabled Enabled Always 2.1.7.4 SL2x170z G6 and DL170h G6 Servers BIOS setting Last state Delayed BMC Shared 2.2Preparing for installation 2.2.1 HP Insight CMU kit delivery 2.2.2Preinstallation limitations 2.2.3 Operating system support 2.2.3.1 RHEL 6 support HP Smart Array warning with RHEL6 and future Linux releases /dev/sd /dev/cciss/c*d 2.2.5 HP Insight CMU installation checklist Preparing the management node: Preparing the compute nodes: Preparing the GUI client workstation: 2.2.6 Login privileges 2.3Installation procedures #chkconfig --addcmu Install HP Insight CMU on the GUI client workstation. For details, see “Installing HP Insight CMU on the GUI client workstation” (page 135) 2.4Installing HP Insight CMU with high availability “Defining a cluster with HP Insight CMU” (page 32) Page 2.4.1 HA hardware requirements The hardware requirements for HP Insight CMU under HA control are: •Two or more management servers •One shared storage accessed by both servers 2.4.2Software prerequisites 2.4.4 Configuring HA control of HP Insight CMU If HP Insight CMU is running, set audit mode before you stop HP Insight CMU: cmuadmin1# /etc/init.d/cmu set_audit cmuadmin1# /etc/init.d/cmu stop 5.Start cmuserver: Start # /etc/init.d/cmuserver start cmuadmin1# /etc/init.d/cmu start Correct possible errors and unset audit mode: cmu ha:cmu service needs (re)start 7.Run the appropriate command for your HA software to start HP Insight CMU 8.To verify that HP Insight CMU is still running correctly, review the /var/log/cmuservice_hostname.log file for errors file for errors 2.4.5 HP Insight CMU configuration considerations cmu_ha_postinstall “Configuring HA control of HP Insight CMU” (page 26) cmuconf0-xxxx.sav cmuconf1-yyyy.sav tftp cmugui.jar 3 Defining a cluster with HP Insight CMU Figure 4 (page 32) contains four main areas: •The top bar allows you to perform configuration commands •A filter allows you to show specific resources The central frame displays the global cluster view. In 3.2.2X server requirements 3.2.3 Administrator mode Click Options→Enter Admin Mode atime 3.2.4Quitting administrator mode 3.3 High-levelchecklist for building an HP Insight CMU cluster 3.4 Cluster administration 3.4.1 Node management 3.4.1.1 Scanning nodes Cluster Administration→Node Management→Scan Node Figure 8 Scan node dialog Figure 8 (page 36) To launch the scan node process: 3.4.1.2 Adding nodes 3.4.1.3 Modifying nodes NOTE: The node name cannot be changed 3.4.1.4 Importing nodes Cluster Administration→Node Management→Import Node All the imported nodes belong to the default logical group 3.4.2Network entity management 3.4.2.1 Adding network entities 3.4.2.2Deleting network entities 4 Provisioning a cluster with HP Insight CMU 4.1.1Modifying logical groups 4.1.2 Deleting logical groups 4.1.3 Renaming logical groups 4.2 Autoinstall •Adds support for SLES and Debian 4.2.1Autoinstall requirements Autoinstall Autoinstall template 4.2.4 Using autoinstall from GUI 4.2.4.1 Enabling autoinstall # /etc/init.d/cmu restart 4.2.4.2Creating an autoinstall logical group Figure 18 New autoinstall logical group •autoinst.tmpl.orig—Anexact copy of the autoinstall file •repository—Alogical link to the autoinstall repository For example: #ls -l /opt/cmu/image/rh5u5_autoinstall/ total 4.2.5 Using autoinstall from CLI 4.2.5.1 Registering an autoinstall logical group cmucli 4.2.5.2Adding nodes to autoinstall logical group cmu> add_to_logical_group node to logical_group_name 4.2.6 Customization cmuserver.conf autoinstall template files present, in autoinstall templates 4.2.7 Restrictions This implementation contains the following restrictions: •The repository must be on the local storage of the management node •The repository must be exported by NFS only. Do not use HTTP, Samba, or FTP •Updates must be applied through autoinstall post installation scripts /opt/cmu/image 4.4 Cloning Figure 23 Cloning status When cloning is complete, a popup window displays the results The cloning procedure has the following limitations: “Cloning mechanisms” (page 120) 4.4.1Preconfiguration pre_reconf.sh /opt/cmu/ etc/pre_reconf.sh /opt/cmu/image/myimage/pre_reconf.sh The default content of pre_reconf.sh is: 4.4.2 Reconfiguration /opt/cmu/etc/reconf.sh /opt/cmu/image/myimage/ reconf.sh The reconf.sh script expects the following parameters: CMU_RCFG_PATH 4.5 Node static info Figure 24 Node static info 4.6 Rescan MAC Figure 25 Rescan MAC 4.7 HP Insight CMU image editor 1.Use the cmu_image_open command to expand the image 2.Make changes 3.Use the cmu_image_commit command to save the image 4.7.1 Expanding an image 4.7.2 Modifying an image chroot chroot mount /proc chroot mount /sys mount 4.8.2 Operating systems supported On the management node Install the rpm file system-config-netboot-cmd-cmu-0.1.45.1_X-Y.noarch.rpm Install the rpm file python-xml 4.8.5Activating the diskless feature 1.Edit /opt/cmu/etc/cmuserver.conf to activate CMU_DISKLESS: Edit to activate 2.Restart the HP Insight CMU server: Page From the CLI 1.Start the HP Insight CMU CLI: # /opt/cmu/cmucli cmu> probe_kernel 4.8.9 Adding nodes into the logical group 1.Select nodes to add to the diskless image logical group 2.Click Add Figure 28 Adding nodes to logical groups Add the node into the logical group as follows: 4.8.12.1files.custom 4.8.12.2Using reconf-diskless-image.sh 4.8.12.3Using reconf-diskless-snapshot.sh The script is invoked with the following four input parameters: •CMU_RCFG_PATH—Thepath to the snapshot directory of the node. /opt/cmu/image/<imageName>/snapshot/<nodeName 4.8.13Best practices for diskless clusters •Do not update the /opt/cmu/image/<imageName>/root directory >/root Reasons for not updating this directory are: •You can make several diskless images 4.8.14Configuring additional NFS servers To build a large-scalediskless cluster with HP Insight CMU: •Not more than 256 nodes per NFS server •4GB of (non-SATA)storage per compute node on each NFS server On Red Hat On SLES # chkconfig nfsserver on RPCNFSDCOUNT /etc/sysconfig/nfs RPCNFSDCOUNT=8 4.8.15 Comments on High Availability (HA) 5 Monitoring a cluster with HP Insight CMU 5.3 Monitoring the cluster Launch the HP Insight CMU GUI Figure 31 Main window •By network entity •By logical group 5.3.1 Node and group status 5.3.2Selecting the central frame display 5.3.3Global cluster view in the central frame 5.3.4 Resource view in the central frame Monitoring values can be visualized by: •Global cluster •A specific logical group •A specific network entity 5.3.5 Gauge widget 5.3.6 Node view in the central frame 5.3.7Using time view 5.3.7.1 Getting started To launch HP Insight CMU with Time View: •From the web: Go to http: yourcluster 5.3.7.4 Bindings and options 5.3.7.4.3 Custom cameras •e – Set perspective view •z – Set history view •s – Set front view 5.3.7.4.4 Options 5.3.8 Archiving user groups 1.Delete a user group Answer Yes to Do you want to archive this User Group? See Figure 40 (page 76) Figure 40 Archiving deleted user groups 5.4 Stopping HP Insight CMU monitoring 5.5 Tuning HP Insight CMU monitoring 5.5.1 Action and alert files Sensors, alerts, and alert reactions are described in the /opt/cmu/etc ActionAndAlertsFile.txt file 5.5.2 Actions Each action contains the following fields: Name Description Time multiple 5.5.3 Alerts 5.5.4 Alert reactions Condition The reaction is performed under this condition CMU_ALERT_NAME The name of the alert that caused the reaction CMU_ALERT_LEVEL collectl 5.5.6.2Modifying the ActionAndAlerts.txt file #collectl –c1 -s+C --exportlexpr waiting for 1 second sample Create the monitoring lines by using these variables Native HP Insight CMU lines and collectl lines can be mixed in the ActionAndAlertFile.txt file colplot Import the common directory created on the administration server for #vi /etc/fstab X.X.X.X:/var/log/collectl /var/log/collectl nfs defaults 5.5.7 Monitoring GPUs and coprocessors 5.5.7.1 Monitoring NVIDIA GPUs Use the script /opt/cmu/contrib/install_nvidia.pl /opt/cmu/contrib/ install_nvidia.README /opt/cmu/bin/cmu_config_nvidia “Action and alert files” (page 77) 5.5.7.2 Monitoring AMD GPUs /opt/cmu/contrib/cmu_install_amd /opt/cmu/contrib/ cmu_install_amd.README 5.5.7.3 Monitoring Intel coprocessors a.# cd /tmp b.# tar xvzf driver-file.tgz c.# cd created-driver-directory #sudo yum install --nogpgcheck --noplugins --disablerepo=**.rpm 5.5.8 Monitoring HP Insight CMU alerts in HP Systems Insight Manager ActionAndAlertFile.txt “Alerts” (page 79) “Alert reactions” (page 79) Figure 44 (page 89) 5.5.9 Extended metric support ipmitool /opt/cmu/ contrib/cmu_IPMI_monitoring.README /opt/cmu/ contrib/cmu_IPMI_monitoring EXTENDED Page 6 Managing a cluster with HP Insight CMU To select a terminal emulator other than the default: 1.Edit /opt/cmu/etc/cmuserver.conf Six blocks of variable names begin with CMU_REMOTE_TERMINAL 6.4 Management card connection “SSH connection” (page 91) 6.5 Virtual serial port connection 6.6 Shutdown Figure 46 Halt dialog 6.8 Boot Figure 48 Boot dialog box 6.9 Reboot Figure 49 Reboot dialog box 6.10 Change UID LED status 6.11 Multiple windows broadcast Figure 50 Multiple windows broadcast command 6.12 Single window pdsh pdsh •cmudiff (default) 6.12.1cmudiff examples Page #vi /root/.ssh/config 6.13 Parallel distributed copy (pdcp) To copy the file: 1.Right-clickthe nodes you want to copy to 6.14User group management 6.14.1Adding user groups Figure 53 User group management 6.14.2Deleting user groups 1.In the User Group Management window, select the user group to delete 2.Click Delete 6.14.3Renaming user groups 1.In the User Group Management window, select the user group to rename 6.15.2Checking BIOS versions Vendor Version Release Date dsh_bak 6.16.1Saving user settings cmu_gui_local_settings 6.17 HP Insight CMU CLI 6.17.1 Starting a CLI interactive session #cmucli Help commands help cmu> help Getting help for a command To get detailed information and the exact syntax of a command: 6.17.3 Specifying nodes Using the HP Insight CMU CLI, you can execute a command on any number of nodes The nodes command: •Displays node information •Tests regular expressions for selecting nodes before executing a command Executing a command on a list of nodes To execute a command on multiple nodes, you must specify the names of nodes cmu> boot o185i222 o185i233 o185i243 active node list selected: o185i222 o185i233 o185i243 cmu Executing a command on a range of nodes 6.17.4 Administration and cloning commands Booting a set of nodes The boot modes are: •Normal mode boots nodes on the default device, generally the hard drive •Network mode fills the dhcpd.conf file to boot nodes over the network To broadcast on all nodes of the cluster: cmu> broadcast all Rebooting a set of nodes cmu> reboot delay "message" cmu_nodes_regular_expression reboot Please read /opt/cmu/log/PowerOff.log for errors. cmu Setting the locator LED on or off cmu> Locate on|off cmu_nodes_regular_expression Locate on|off cmu> locate on o185i192 Adding a new logical group add_logical_group cmu> add_logical_group image_name "device cmu> add_logical_group my_logical_group "cciss/c0d0 processing 1 logical group where: test_julien is the name of the logical group containing the node being backed up sda1,sda5,sda9 are the partitions on the hard drive Modifying a management card password Modifies the management card password in the HP Insight CMU database cmu> modify_password ILO|ILOCM|lo100i cmu> modify_password lo100i login> hp password> service 6.17.5 Administration utilities pdcp and pdsh HP Insight CMU includes the open source software pdcp and pdsh Usage example of pdcp: #/opt/cmu/bin/pdcp -wcn0001,cn0002 source /tmp/dest is a file on the management node 7 Advanced topics sudo Table 4 HP Insight CMU GUI features and their corresponding commands 7.1.3 Examples shutdown reboot ALL localhost 7.2.1 Build diskless image build_image -l <CMU diskless logical group name The name of the new logical group -g <"golden node 7.2.3 Configure diskless node The name of the diskless logical group -s <NFS server IP The IP address of the NFS server -n <nodename 7.2.6 Diskless check diskless_check unconfigure_node boot_node After these programs are created, tested, and installed in the /opt/cmu ILOCM The method for integration with HP Moonshot 1500 Chassis /opt/cmu/ hardware HW_TYPE /opt/cmu/hardware/ILO 7.4Customizing kernel arguments for the HP Insight CMU provisioning kernel default /opt/cmu/etc/bootopts /opt/cmu/etc/ bootopts/default /opt/cmu/etc/bootopts 7.5Support for ScaleMP CMU_vSMP_PREFIX=vSMP network boot For more details, see the ScaleMP documentation 7.6 Cloning mechanisms During cloning, secondary servers boot from the primary server Then, each compute node boots from its secondary server Page 8 Support and other resources •Installation and user guides for your specific operating system 8.3Typographic conventions This document uses the following typographical conventions: %, $, or # audit(5) (5) Page A Troubleshooting cmuserver •An incorrect MAC address in the HP Insight CMU database •The HP Insight CMU configuration on the management node is lost Troubleshooting switch issues 1.Verify that the management node pings the iLO and the nodes 2.Verify that broadcast is enabled and is redirected to the switch 3.Verify that the spanning tree is disabled on all ports connected to a node 4.Verify that « multicast IGMP snoop loop » is disabled on the switch A.4 Cloning issues A.5 Administration command problems A.6 GUI problems # /etc/init.d/cmu status 4.Verify that the HP Insight CMU rpm is properly installed on all nodes Figure 54 Certificate error The detailed Java exception is: Figure 55 Java control panel Page B Detailed installation instructions •On SLES: #chkconfig nfsserver on #/etc/init.d/nfsserver start B.4 Verifying the DHCPD listen interface #grep DHCPD_INTERFACE= /etc/sysconfig/dhcpd In the example, DHCPD listens to the interface eth2 #chkconfig dhcpd on B.5 Firewall configuration B.8 Installing HP Insight CMU licensing Copy the content of all Flexlm license key files to /opt/cmu/etc/cmu.lic B.9 Setting the Java PATH CMU_JAVA_BIN #CMU_JAVA_BIN="/usr/java/jre1.6.0_31/bin/java B.11 Starting HP Insight CMU starting cmu service cmu:core(standard) configured (audit mode) not running (audit mode) B.12 Configuring HP Insight CMU to start automatically B.13 Verifying the HP Insight CMU state B.14 Installing HP Insight CMU on the GUI client workstation B.14.1 Configuring the GUI client on Linux workstations Using an ssh tunnel # /etc/init.d/sshd restart # ssh x.x.x.x -lroot # echo $DISPLAY B.14.2 Activating the HP Insight CMU GUI •By copying the HP Insight CMU GUI Java file onto the client Launching the HP Insight CMU GUI using a web browser CMU_THTTPD_PORT To launch the HP Insight CMU GUI: Page HP Insight CMU manpages cmu_show_nodes(8) NAME SYNOPSIS /opt/cmu/bin/cmu_show_nodes DESCRIPTION EXAMPLES Default behavior: #/opt/cmu/bin/cmu_show_nodes cn0004 cn0005 cmu_show_logical_groups(8) #/opt/cmu/bin/cmu_show_logical_groups <-h | [logical_group_name] #/opt/cmu/bin/cmu_show_logical_groups #/opt/cmu/bin/cmu_show_logical_groups rhel6 cmu_show_network_entities(8) cmu_show_user_groups(8) cmu_show_archived_user_groups(8) cmu_show_archived_user_groups --Show archived user groups /opt/cmu/bin/cmu_show_archived_user_groups Show archived user groups pretty print (add blank lines for readability) cmu_add_node(8) cmu_add_node --Add node(s) to the HP Insight CMU database #/opt/cmu/bin/cmu_add_node <-h | -s | -i | -f filename #/opt/cmu/bin/cmu_add_node -H|--hostname hostname -I|--ip ipaddress [-M| Command-linemode: Interactive mode: In interactive mode, you are prompted for node parameters: #/opt/cmu/bin/cmu_add_node -i hostname> n10 hostname cmu_add_network_entity(8) #/opt/cmu/bin/cmu_add_network_entity <-f filename | -h #/opt/cmu/bin/cmu_add_network_entity rack1 rack2 #/opt/cmu/bin/cmu_add_network_entity -fnetwork_entity_list cmu_add_logical_group(8) #/opt/cmu/bin/cmu_add_logical_group <-n | -i | -f filename | -s #/opt/cmu/bin/cmu_add_logical_group <-n name -d devicename #/opt/cmu/bin/cmu_add_logical_group -ntest -dcciss/c0d0 #/opt/cmu/bin/cmu_add_logical_group -flogical_group_file cmu_add_to_logical_group_candidates(8) /opt/cmu/bin/cmu_add_to_logical_group_candidates #/opt/cmu/bin/cmu_add_to_logical_group_candidates -trh6u0_x86_64 node1 cmu_add_user_group(8) #/opt/cmu/bin/cmu_add_user_group <-f filename | -h #/opt/cmu/bin/cmu_add_user_group <user_group_name1, user_group_name2 #/opt/cmu/bin/cmu_add_user_group user1 user2 #/opt/cmu/bin/cmu_add_user_group -fuser_group_list cmu_add_to_user_group(8) #/opt/cmu/bin/cmu_add_to_user_group <-h | -t user_group nodename #/opt/cmu/bin/cmu_add_to_user_group <-t user_group nodename -f nodenamefile #/opt/cmu/bin/cmu_add_to_user_group -tgroup1 cn0003 #/opt/cmu/bin/cmu_add_to_user_group -tgroup1 -fnodenamefile cmu_change_active_logical_group(8) /opt/cmu/bin/cmu_change_active_logical_group #/opt/cmu/bin/cmu_change_active_logical_group -trh6u0_x86_64 cn0001 /opt/cmu/bin/cmu_change_active_logical_groups cmu_change_network_entity(8) #/opt/cmu/bin/cmu_change_network_entity <-h | -t network_entity nodename1 #/opt/cmu/bin/cmu_change_network_entity -track1 cn0001 #/opt/cmu/bin/cmu_change_network_entity -track2 -fnodenamefile cmu_del_from_logical_group_candidates(8) cmu_del_from_network_entity(8) #/opt/cmu/bin/cmu_del_from_network_entity <-h | -t network_entity nodename1 #/opt/cmu/bin/cmu_del_from_network_entity -track1 node1 #/opt/cmu/bin/cmu_del_from_network_entity -track2 -fnodenamefile cmu_del_archived_user_group(8) #/opt/cmu/bin/cmu_del_archived_user_group [-h]| [-v] [-ttimeout] [-d] #/opt/cmu/bin/cmu_del_archived_user_group -njob1, job2, job[12–145] cmu_del_from_user_group(8) #/opt/cmu/bin/cmu_del_from_user_group <-h | -t user_group nodename1 #/opt/cmu/bin/cmu_del_from_user_group <-t user_group nodename -f nodenamefile #/opt/cmu/bin/cmu_del_from_user_group -tuser1 node1 #/opt/cmu/bin/cmu_del_from_user_groups -tuser2 -fnodenamefile cmu_del_logical_group(8) #/opt/cmu/bin/cmu_del_logical_group <-f filename | -h #/opt/cmu/bin/cmu_del_logical_group rh5u5_x86_64 sles11sp1_x86_64 #/opt/cmu/bin/cmu_del_logical_group -flogical_group_list cmu_del_network_entity(8) #/opt/cmu/bin/cmu_del_network_entity <-f filename | -h #/opt/cmu/bin/cmu_del_network_entity rack1 rack2 #/opt/cmu/bin/cmu_del_network_entity -fnetwork_entity_list cmu_del_node(8) #/opt/cmu/bin/cmu_del_node <-f filename | -h #/opt/cmu/bin/cmu_del_node <node_name1, node_name2 #/opt/cmu/bin/cmu_del_node node1 node2 #/opt/cmu/bin/cmu_del_node -fnode_list cmu_del_snapshots(8) /opt/cmu/bin/cmu_del_snapshots cmu_del_user_group(8) #/opt/cmu/bin/cmu_del_user_group <-f filename | -h> [-a] [-m] #/opt/cmu/bin/cmu_del_user_group <user_group1, user_group2 #/opt/cmu/bin/cmu_del_user_group user1 user2 #/opt/cmu/bin/cmu_del_user_group -fuser_group_list cmu_console(8) cmu_console --Connect to compute node management ports #/opt/cmu/bin/cmu_console <compute_node_hostname cmu_power(8) cmu_power --Perform power actions on compute nodes -paction specifies the action to perform; valid actions are: OFF .cmu_power -pOFF -ncn0001 .cmu_power -pOFF -uuser1 .cmu_power -pBOOT -lrh6u0_x86_64 ./cmu_power -pUID_ON -uuser2 cmu_custom_run(8) #/opt/cmu/bin/cmu_custom_run <-h | -l | -t command_title [-f nodefile] #/opt/cmu/bin/cmu_custom_run -l # /opt/cmu/bin/cmu_custom_run -taudit|lspci cmu_clone(8) RETURN CODES cmu_backup(8) #/opt/cmu/bin/cmu_backup <-h>| <-l logical_group -n compute_nodename-p ./cmu_backup -lmyimage -nnode20 -p"cciss/c0d0p3,cciss/c0d0p1 ./cmu_backup -lmyimage -nnode20 -r3 -e /tmp/err.log cmu_scan_macs(8) OPTIONS (naming) -hhostname %xi %xL OPTIONS (general) -ifirst_ip_addr first_ip_addr -tBMC_type String specifying the BMC type. (e.g. ILO, ILOCM) Example Page cmu_rescan_mac(8) #/opt/cmu/tools/cmu_rescan_mac -nnodename [N NIC_num] [-h] #/opt/cmu/tools/cmu_rescan_mac -no184i116 cmu_mod_node(8) #/opt/cmu/bin/cmu_mod_node <-h | -s | -i | -f filename #/opt/cmu/bin/cmu_mod_node -H|--hostname hostname [-I|--ip ipaddress] /opt/cmu/bin/cmu_mod_node #/opt/cmu/bin/cmu_mod_node -i hostname> n10 Modifying multiple nodes using a file: #/opt/cmu/bin/cmu_mod_node -fnodes.txt cmu_monstat(8) NODE AND GROUP OPTIONS #/opt/cmu/bin/cmu_monstat --nodes=n0001,n0002,n00[01-11] #/opt/cmu/bin/cmu_monstat --all-sensors --all-nodes #/opt/cmu/bin/cmu_monstat --all-alerts --prefix --lg=sles11_x86_64 #/opt/cmu/bin/cmu_monstat --sensors=cpuload,memory_used --nodes=n[1-2] #/opt/cmu/bin/cmu_monstat --sensors=cpuload --alerts=login_alert cmu_image_open(8) #/opt/cmu/bin/cmu_image_open <-h | -i imagename #/opt/cmu/bin/cmu_image_open -irh5u5_x86_64 cmu_image_commit(8) #/opt/cmu/bin/cmu_image_commit <-h | -i imagename [-n new_image_name] #/opt/cmu/bin/cmu_image_commit -irh5u5_x86_64 # /opt/cmu/bin/cmu_image_commit -irh5u5_x86_64 -nrh5u5_x86_64_new cmu_config_nvidia(8) cmu_config_nvidia --Configure NVIDIA GPU monitoring /opt/cmu/ etc/ActionAndAlertsFile.txt print this help text replace earlier HP Insight CMU GPU monitoring with this monitoring cmu_config_amd(8) cmu_config_amd --Configure AMD GPU monitoring /opt/cmu/bin/cmu_config_amd cmu_config_intel(8) #/opt/cmu/bin/cmu_config_intel <-h | -r | -n cmu_mgt_config(8) MODE Page cmu_firmware_mgmt(8) #/opt/cmu/bin/cmu_firmware_mgmt [-h] [-d -f <nodefile #/opt/cmu/bin/cmu_firmware_mgmt –v –fnodes.txt #/opt/cmu/bin/cmu_firmware_mgmt –d –fnodes.txt #/opt/cmu/bin/cmu_firmware_mgmt –uCP019061.scexe –fnodes.txt Glossary Page Index