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git-svn-id: https://svn.code.sf.net/p/xcat/code/xcat-core/trunk@13379 8638fb3e-16cb-4fca-ae20-7b5d299a9bcd |
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chain.csv | ||
hosts.csv | ||
ipmi.csv | ||
mp.csv | ||
nodehm.csv | ||
nodepos.csv | ||
noderes.csv | ||
nodetype.csv | ||
passwd.csv | ||
README | ||
switch.csv |
README for: /usr/share/xcat/templates/e1350 directory ----------------------------------------------------- The set of *.csv files in this directory are sample xCAT table values that you may wish to use as templates for defining your xCAT cluster. The data is based on defining a cluster using the address scheme given in: http://download.boulder.ibm.com/ibmdl/pub/systems/support/system_x_pdf/intelligent_cluster_factory_settings_05.24.12b.pdf. Additional information on using xCAT 2.0 can be found at http://sourceforge.net/apps/mediawiki/xcat/index.php?title=XCAT_iDataPlex_Cluster_Quick_Start. Check the 1350 default templates to see if they apply to your environment. If you decide to use some of these templates, modify them, or create your own, you can first edit the files and then load them into the database, or load the files first and then edit the database once they are loaded. To load a file, use the tabrestore command on each template to load the tables in the database. To load the database tables: for i in *.csv; do tabrestore $i; done To verify that a table has been correctly loaded, run "tabdump <tablename>". For example: tabdump nodetype You can add nodes to the database by using the nodeadd command. See the example below and details in http://sourceforge.net/apps/mediawiki/xcat/index.php?title=XCAT_iDataPlex_Cluster_Quick_Start. For example, to add 2048 IPMI rackmount nodes which happen to start at the first U of the first rack, with each rack having a 1U switch and 41 servers plugged into that switch, numbered 1-41 in order, with the nodes named node1-node2048, and members of groups named 41nodeperrack,41perswitch,ipmi,compute,all, run the following: nodeadd node1-node2048 groups=41nodeperrack,41perswitch,ipmi,compute,all After that, other tables will setup according to that scheme: nodels node1235 nodepos.u nodepos.rack switch.switch switch.port ipmi.bmc hosts.ip node1235: hosts.ip: 172.20.131.5 node1235: nodepos.u: 5 node1235: nodepos.rack: 31 node1235: switch.switch: switch31 node1235: switch.port: 5 node1235: ipmi.bmc: bmc1235 Note: the hosts table is only used if you use the makehosts command to setup /etc/hosts. An example with blades, 56 to a rack and padding out to four digits: nodeadd node0001-node2048 groups=blade,compute,all,56nodeperrack If wanting to use makehosts for non-server equipment, nodeadd can help for that as well with these templates: (Supplementing the previous rackmount example) nodeadd switch1-switch50 groups=switch nodeadd bmc1-bmc2048 groups=41bmcperrack makehosts switch,41bmcperrack (And to make hosts file entries for 147 AMMs for the 2048 blades above) nodeadd amm1-amm147 groups=amm makehosts amm