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etc: add device file for HPE Cray EX Chassis
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Add device file for a HPE Cray Supercomputing EX Chassis.

Fixes chaos#128
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@chu11
chu11 committed Mar 26, 2024
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1 change: 1 addition & 0 deletions etc/Makefile.am
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Expand Up @@ -59,6 +59,7 @@ pkgsysconf_DATA = \
devices/redfishpower-cray-r272z30.dev \
devices/redfishpower-supermicro.dev \
devices/redfishpower-cray-windom.dev \
devices/redfishpower-hpe-cray-supercomputing-ex-chassis.dev \
devices/phantom.dev \
devices/plmpower.dev \
devices/powerman.dev \
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302 changes: 302 additions & 0 deletions etc/devices/redfishpower-hpe-cray-supercomputing-ex-chassis.dev
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# Support for Redfish Rest Interface
#
# How blades and switches in a HPE Cray Supercomputing EX Chassis
# (abbreviated CrayEX) are populated has a large effect on
# configuration. Tweaks to this device file may be needed. See the
# section "UPDATING REDFISHPOWER DEVICE FILES" in redfishpower(8) for
# additional tips.
#
# - Set your system's username/password in the login section of
# each specification below.
#
# General Configuration with "CrayEX" specification
#
# - assuming all blades populated with nodes, all switches populated.
# Take special notice to the order of hosts listed with `-h` as the
# order matters (plugnames are mapped to hosts via indices). cmm
# should be listed first with the 16 nodes second.
#
# include "/etc/powerman/redfishpower-hpe-cray-supercomputing-ex-chassis.dev"
# device "redfishpower" "CrayEX" "/usr/sbin/redfishpower -h -h cmm0,pmynode[0-15] |&"
# node "cmm0,myperif[0-7],myblade[0-7],mynode[0-15]" "redfishpower" "Enclosure,Perif[0-7],Blade[0-7],Node[0-15]"
#
# - If your chassis is not fully populated, put placeholder hosts in
# the redfishpower hosts configuration. Adjust plugs when
# configuring specific targets. For example, let's say perif[4-7]
# and blades[4-7] are not populated (thus nodes[8-15] also do not exist).
#
# device "redfishpower" "redfishpower-CrayEX" "/usr/sbin/redfishpower -h cmm0,pnode[0-7],unused[0-7] |&"
# node "cmm0,myperif[0-3],myblade[0-3],mynode[0-7]" "redfishpower" "Enclosure,Perif[0-3],Blade[0-3],Node[0-7]"
#
# Rabbit Configuration with "CrayEX-rabbit-s4s7" specification
#
# - assuming all blades populated, switches 0-3 populated, rabbit in
# switch 4 & 7, rabbit drive in switch 4, rabbit blade in switch 7.
# Take special notice to the order of hosts listed with `-h` as the
# order matters (plugnames are mapped to hosts via indices). cmm
# should be listed first, the 16 nodes second, and the rabbit last.
# Take note that the plugname "Node16" is used for the rabbit.
#
# include "/etc/powerman/redfishpower-hpe-cray-supercomputing-ex-chassis.dev"
# device "redfishpower" "CrayEX-rabbit-s4s7" "/usr/sbin/redfishpower -h -h cmm0,pmynode[0-15],pmyrabbit0 |&"
# node "cmm0,myperif[0-4,7],myblade[0-7],mynode[0-15],myrabbit0" "redfishpower" "Enclosure,Perif[0-4,7],Blade[0-7],Node[0-16]"
#
# - If your chassis is not fully populated, again put placeholder
# hosts in the redfishpower hosts configuration and adjust plugs
# when configuring specific targets. Let's say blades[4-7] (and
# thus nodes[8-15]) are not populated.
#
# device "redfishpower" "redfishpower-CrayEX-rabbit-s4s7" "/usr/sbin/redfishpower -h cmm0,pmynode[0-7],unused[0-7],pmyrabbit0 |&"
# node "cmm0,myperif[0-4,7],myblade[0-3],mynode[0-7],myrabbit0" "redfishpower" "Enclosure,Perif[0-4,7],Blade[0-3],Node[0-7,16]"
#
specification "redfishpower-CrayEX" {
timeout 100

plug name {
"Enclosure"
"Perif0"
"Perif1"
"Perif2"
"Perif3"
"Perif4"
"Perif5"
"Perif6"
"Perif7"
"Blade0"
"Blade1"
"Blade2"
"Blade3"
"Blade4"
"Blade5"
"Blade6"
"Blade7"
"Node0"
"Node1"
"Node2"
"Node3"
"Node4"
"Node5"
"Node6"
"Node7"
"Node8"
"Node9"
"Node10"
"Node11"
"Node12"
"Node13"
"Node14"
"Node15"
}

script login {
expect "redfishpower> "
send "auth USER:PASS\n"
expect "redfishpower> "
send "setheader Content-Type:application/json\n"
expect "redfishpower> "
send "setplugs Enclosure 0\n"
expect "redfishpower> "
send "setplugs Perif[0-7],Blade[0-7] 0 Enclosure\n"
expect "redfishpower> "
send "setplugs Node[0-1] [1-2] Blade0\n"
expect "redfishpower> "
send "setplugs Node[2-3] [3-4] Blade1\n"
expect "redfishpower> "
send "setplugs Node[4-5] [5-6] Blade2\n"
expect "redfishpower> "
send "setplugs Node[6-7] [7-8] Blade3\n"
expect "redfishpower> "
send "setplugs Node[8-9] [9-10] Blade4\n"
expect "redfishpower> "
send "setplugs Node[10-11] [11-12] Blade5\n"
expect "redfishpower> "
send "setplugs Node[12-13] [13-14] Blade6\n"
expect "redfishpower> "
send "setplugs Node[14-15] [15-16] Blade7\n"
expect "redfishpower> "
send "setpath Enclosure,Perif[0-7],Blade[0-7] stat redfish/v1/Chassis/{{plug}}\n"
expect "redfishpower> "
send "setpath Enclosure,Perif[0-7],Blade[0-7] on redfish/v1/Chassis/{{plug}}/Actions/Chassis.Reset {\"ResetType\":\"On\"}\n"
expect "redfishpower> "
send "setpath Enclosure,Perif[0-7],Blade[0-7] off redfish/v1/Chassis/{{plug}}/Actions/Chassis.Reset {\"ResetType\":\"ForceOff\"}\n"
expect "redfishpower> "
send "setpath Node[0-15] stat redfish/v1/Systems/Node0\n"
expect "redfishpower> "
send "setpath Node[0-15] on redfish/v1/Systems/Node0/Actions/ComputerSystem.Reset {\"ResetType\":\"On\"}\n"
expect "redfishpower> "
send "setpath Node[0-15] off redfish/v1/Systems/Node0/Actions/ComputerSystem.Reset {\"ResetType\":\"ForceOff\"}\n"
expect "redfishpower> "
send "settimeout 60\n"
expect "redfishpower> "
}
script logout {
send "quit\n"
}
# status script used if not targeting all plugs
# - needed if chassis is not fully populated
script status {
send "stat %s\n"
expect "([^\n:]+): ([^\n]+\n)"
setplugstate $1 $2 on="^on\n" off="^off\n"
expect "redfishpower> "
}
script status_all {
send "stat\n"
foreachnode {
expect "([^\n:]+): ([^\n]+\n)"
setplugstate $1 $2 on="^on\n" off="^off\n"
}
expect "redfishpower> "
}
script on_ranged {
send "on %s\n"
foreachnode {
expect "([^\n:]+): ([^\n]+\n)"
setresult $1 $2 success="^ok\n"
}
expect "redfishpower> "
}
script off_ranged {
send "off %s\n"
foreachnode {
expect "([^\n:]+): ([^\n]+\n)"
setresult $1 $2 success="^ok\n"
}
expect "redfishpower> "
}
script cycle_ranged {
send "off %s\n"
expect "redfishpower> "
delay 2
send "on %s\n"
expect "redfishpower> "
}
}

# Rabbit takes up 4 switch slots but is powered by 4 & 7. 4 powers
# the drives, 7 powers the node, thus 7 parent of rabbit.

specification "redfishpower-CrayEX-rabbit-s4s7" {
timeout 100

plug name {
"Enclosure"
"Perif0"
"Perif1"
"Perif2"
"Perif3"
"Perif4"
"Perif7"
"Blade0"
"Blade1"
"Blade2"
"Blade3"
"Blade4"
"Blade5"
"Blade6"
"Blade7"
"Node0"
"Node1"
"Node2"
"Node3"
"Node4"
"Node5"
"Node6"
"Node7"
"Node8"
"Node9"
"Node10"
"Node11"
"Node12"
"Node13"
"Node14"
"Node15"
"Node16"
}

script login {
expect "redfishpower> "
send "auth USER:PASS\n"
expect "redfishpower> "
send "setheader Content-Type:application/json\n"
expect "redfishpower> "
send "setplugs Enclosure 0\n"
expect "redfishpower> "
send "setplugs Perif[0-4,7],Blade[0-7] 0 Enclosure\n"
expect "redfishpower> "
send "setplugs Node[0-1] [1-2] Blade0\n"
expect "redfishpower> "
send "setplugs Node[2-3] [3-4] Blade1\n"
expect "redfishpower> "
send "setplugs Node[4-5] [5-6] Blade2\n"
expect "redfishpower> "
send "setplugs Node[6-7] [7-8] Blade3\n"
expect "redfishpower> "
send "setplugs Node[8-9] [9-10] Blade4\n"
expect "redfishpower> "
send "setplugs Node[10-11] [11-12] Blade5\n"
expect "redfishpower> "
send "setplugs Node[12-13] [13-14] Blade6\n"
expect "redfishpower> "
send "setplugs Node[14-15] [15-16] Blade7\n"
expect "redfishpower> "
send "setplugs Node16 17 Perif7\n"
expect "redfishpower> "
send "setpath Enclosure,Perif[0-4,7],Blade[0-7] stat redfish/v1/Chassis/{{plug}}\n"
expect "redfishpower> "
send "setpath Enclosure,Perif[0-4,7],Blade[0-7] on redfish/v1/Chassis/{{plug}}/Actions/Chassis.Reset {\"ResetType\":\"On\"}\n"
expect "redfishpower> "
send "setpath Enclosure,Perif[0-4,7],Blade[0-7] off redfish/v1/Chassis/{{plug}}/Actions/Chassis.Reset {\"ResetType\":\"ForceOff\"}\n"
expect "redfishpower> "
send "setpath Node[0-16] stat redfish/v1/Systems/Node0\n"
expect "redfishpower> "
send "setpath Node[0-16] on redfish/v1/Systems/Node0/Actions/ComputerSystem.Reset {\"ResetType\":\"On\"}\n"
expect "redfishpower> "
send "setpath Node[0-16] off redfish/v1/Systems/Node0/Actions/ComputerSystem.Reset {\"ResetType\":\"ForceOff\"}\n"
expect "redfishpower> "
send "settimeout 60\n"
expect "redfishpower> "
}
script logout {
send "quit\n"
}
# status script used if not targeting all plugs
# - needed if chassis is not fully populated
script status {
send "stat %s\n"
expect "([^\n:]+): ([^\n]+\n)"
setplugstate $1 $2 on="^on\n" off="^off\n"
expect "redfishpower> "
}
script status_all {
send "stat\n"
foreachnode {
expect "([^\n:]+): ([^\n]+\n)"
setplugstate $1 $2 on="^on\n" off="^off\n"
}
expect "redfishpower> "
}
script on_ranged {
send "on %s\n"
foreachnode {
expect "([^\n:]+): ([^\n]+\n)"
setresult $1 $2 success="^ok\n"
}
expect "redfishpower> "
}
script off_ranged {
send "off %s\n"
foreachnode {
expect "([^\n:]+): ([^\n]+\n)"
setresult $1 $2 success="^ok\n"
}
expect "redfishpower> "
}
script cycle_ranged {
send "off %s\n"
expect "redfishpower> "
delay 2
send "on %s\n"
expect "redfishpower> "
}
}

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