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# -*- mode: shell-script -*-
#
# Control a system via ipmipower, sending the seamicro specific hex codes
#
# Parameters
power_change={{power_change}}
power_address={{power_address}}
power_user={{power_user}}
power_pass={{power_pass}}
power_control={{power_control}}
system_id={{system_id}}
ipmitool={{ipmitool}}
# IPMI power mode
{{py: power_mode = 1 if power_change == 'on' else 6 }}
power_mode={{power_mode}}
# Control power using IPMI
issue_ipmi_command() {
${ipmitool} -I lanplus \
-H ${power_address} -U ${power_user}\
-P ${power_pass} raw 0x2E 1 0x00 0x7d 0xab \
${power_mode} 0 ${system_id}
}
# Control power using REST v0.9
issue_rest_v09_command() {
python - << END
from provisioningserver.custom_hardware.seamicro import power_control_seamicro15k_v09
power_control_seamicro15k_v09("${power_address}", "${power_user}", "${power_pass}", "${system_id}", "${power_change}")
END
}
# Control power using REST v2
issue_rest_v2_command() {
python - << END
from provisioningserver.custom_hardware.seamicro import power_control_seamicro15k_v2
power_control_seamicro15k_v2("${power_address}", "${power_user}", "${power_pass}", "${system_id}", "${power_change}")
END
}
if [ "${power_control}" = "ipmi" ]
then
issue_ipmi_command
elif [ "${power_control}" = "restapi" ]
then
issue_rest_v09_command
elif [ "${power_control}" = "restapi2" ]
then
issue_rest_v2_command
fi
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