HP Insight Cluster Management Utility - Manual (Page 176)

-e|--serial-port serial_port
node serial port
-E|--serial-port-speed serial_port_speed
node serial port speed
-V|--vendor-args vendor_args
node vendor args
-D|--cloning-block-device cloning_block_device
node cloning block device
-C|--cartridge num
(ILOCM only) cartridge number within chassis
-N|--node-number num
(ILOCM only) node number within the cartridge
EXAMPLES
Command-line mode:
# /opt/cmu/bin/cmu_add_node -H cn0006 -I 16.16.184.116 -M 255.255.254.0 -A 00-02-A5-52-EB-F8 -L default -G
192.168.0.1 -T ILO -R x86_64 -P generic
processing 1 node ...
Interactive mode:
In interactive mode, you are prompted for node parameters:
# /opt/cmu/bin/cmu_add_node -i
hostname> n10
ip address> 16.16.184.116
netmask> 255.255.248.0
mac address> 00-1C-C4-79-35-83
architecture [x86_64]>
platform [generic]>
serial port [default]>
serial port speed [default]>
vendor args [default]>
cloning block device [default]>
mgtcard> ILO
mgtcard ip address> 16.16.188.116
processing 1 node ...
Adding multiple nodes using a file:
The input file must have one line per node. Where one each line:
#1 is the hostname
#2 is the IP address
#3 is the netmask
#4 is the ethernet mac address
#5 is the active logical group (usually "default")
#6 is the management IP address or 0.0.0.0 if None
#7 is the management card type (e.g. ILO, lo100i, ILOCM, or None)
#8 is the architecture (ex. x86_64)
#9 is the cartridge number/metadata number (ILOCM and user-defined BMCs only)
#10 is the node number (ILOCM and user-defined BMCs only)
#11 is the platform (ex. generic)
# cat nodes.txt
cn0001 16.16.184.116 255.255.254.0 00-02-A5-52-EB-F8 default 192.168.0.1 ILO x86_64 -1 -1 generic
cn0002 16.16.184.117 255.255.254.0 00-02-A5-52-EB-F9 default 192.168.0.2 ILO x86_64 -1 -1 generic
cn0003 16.16.184.118 255.255.254.0 00-02-A5-52-EB-FA default 192.168.0.3 ILO x86_64 -1 -1 generic
cn0004 16.16.184.119 255.255.254.0 00-02-A5-52-EB-FB default 192.168.0.4 ILO x86_64 -1 -1 generic
# /opt/cmu/bin/cmu_add_node -f nodes.txt
processing 4 nodes...
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