CyberPower PowerPanel to Slack Webhook

slack.sh

#!/bin/bash

function q() {
	jq -r $1 <<-EOF
	{
		"color": {
			"OCCUR": "danger",
			"FINISH": "good"
		},
		"event": {
			"BATTERY_CRITICAL_LOW": {
				"message": "Battery capacity is critically low."
			},
			"ENTER_BYPASS": {
				"message": "Enters bypass mode."
			},
			"BATTERY_EXHAUSTED": {
				"message": "The battery has been exhausted."
			},
			"EMERGENCY_OFF": {
				"message": "EPO is active."
			},
			"BATTERY_FULL": {
				"message": "Battery is fully charged."
			},
			"SHUTDOWN": {
				"message": "Shutdown initiated."
			},
			"BYPASS_FAILURE": {
				"message": "Bypass power is failure."
			},
			"CAPACITY_INSUFFICIENT": {
				"message": "Inverter capacity is insufficient."
			},
			"LOSS_REDUNDANT": {
				"message": "Power redundancy is not enough."
			},
			"ABNORMAL": {
				"message": "UPS is abnormal.",
				"condition": {
					"NO_NEUTRAL":{
						"message": "Input is no neutral."
					},
					"WIRING_FAULT":{
						"message": "Site wiring fault."
					}
				}
			},
			"FATAL_ABNORMAL": {
				"message": "UPS is fatal abnormal.",
				"condition": {
					"OUTPUT_OVERLOAD": {
						"message": "Output is overloaded."
					},
					"BYPASS_OVERLOAD": {
						"message": "Bypass is overloaded."
					},
					"MODULE_OVERLOAD": {
						"message": "Module is overloaded."
					},
					"SHORT_CIRCUIT": {
						"message": "Output circuit-short."
					},
					"MODULE_RECTIFIER_OVERHEAT": {
						"message": "Module rectifier is overheated."
					},
					"MODULE_INVERTER_OVERHEAT": {
						"message": "Module inverter is overheated."
					},
					"MODULE_INVERTER_PROTECTED": {
						"message": "Module inverter is protected."
					},
					"BATTERY_REVERSED": {
						"message": "The polarity of battery is reversed."
					},
					"BYPASS_SEQUENCE_ERROR": {
						"message": "The phase sequence of bypass is wrong."
					}
				}
			},
			"COMMUNICATION_FAILURE": {
				"condition": {
					"LOST_IN_LOCAL": {
						"message": "Local communication lost."
					},
					"LOST_IN_NETWORK": {
						"message": "Network communication lost."
					}
				}
			},
			"FAULT": {
				"condition": {
					"GENERIC_FAULT": {
						"message": "UPS is faulty."
					},
					"BYPASS_FAN_FAULT": {
						"message": "Bypass fan is faulty."
					},
					"BYPASS_FAULT": {
						"message": "Bypass is faulty."
					},
					"MODULE_RECTIFIER_FAULT": {
						"message": "Module rectifier is faulty."
					},
					"MODULE_INVERTER_FAULT": {
						"message": "Module inverter is faulty."
					},
					"MODULE_FAN_FAULT": {
						"message": "Module fan is faulty."
					}
				}
			},
			"NO_BATTERY": {
				"message": "Battery is not present."
			},
			"RUNTIME_INSUFFICIENT": {
				"message": "Available runtime is insufficient."
			},
			"UTILITY_FAILURE": {
				"message": "Utility power failure."
			},
			"URGENT_COMMUNICATION_FAILURE": {
				"condition": {
					"LOST_IN_LOCAL": {
						"message": "Local communication lost in a power event."
					},
					"LOST_IN_NETWORK": {
						"message": "Network communication lost in a power event."
					}
				}
			},
			"RUNTIME_WILL_EXHAUST": {
				"message": "Remaining runtime will be exhausted."
			},
			"OUTPUT_WILL_STOP": {
				"message": "The output power is going to stop soon."
			},
			"INPUT_NEAR_OVERLOAD": {
				"message": "Input is near overload."
			},
			"INPUT_OVERLOAD": {
				"message": "Input is overload."
			},
			"SHUTDOWN_TIME_INSUFFICIENT": {
				"message": "Shutdown time is in insufficient."
			},
			"ATS_FAULT": {
				"message": "ATS is faulty."
			},
			"ALL_SOURCE_FAILURE": {
				"message": "Both input sources have power loss, ATS will not change input source."
			},
			"CURRENT_SOURCE_FAILURE": {
				"message": "ATS has automatically switched to redundant power source."
			},
			"REDUNDANT_SOURCE_FAILURE": {
				"message": "ATS redundant power source has experienced a power failure."
			},
			"ENV_SENSOR_LOST": {
				"message": "Environmental sensor is not responsive."
			},
			"ENV_SENSOR_OVERHEAT": {
				"message": "Temperature is over the high threshold."
			},
			"ENV_SENSOR_UNDERCOOL": {
				"message": "Temperature is under the low threshold."
			},
			"ENV_SENSOR_OVERWET": {
				"message": "Humidity is over the high threshold."
			},
			"ENV_SENSOR_OVERDRY": {
				"message": "Humidity is under the low threshold."
			},
			"POWER_LOST": {
				"message": "Power supply redundancy has been lost."
			},
			"MBO_OUTLET_OVERLOAD": {
				"message": "A PDU outlet is overloaded."
			},
			"MBO_OUTLET_NEAR_OVERLOAD": {
				"message": "A PDU outlet is near overload."
			}
		}
	}
	EOF
}

function m() {
	cat <<-EOF
	{
		"attachments":[
			{
				"fallback": "${message}",
				"pretext": "Here's some notice from UPS. <@pikatenor>",
				"color": "${color}",
				"title": "${EVENT}",
				"title_link": "http://ppbe.juno.dii/local/assets/helpManual/en/setting.html#advance",
				"text": "${message}",
				"fields": [
					{
						"title": "EVENT",
						"value": "${EVENT}",
						"short": true
					},
					{
						"title": "EVENT_CONDITION",
						"value": "${EVENT_CONDITION}",
						"short": true
					}
				],
				"footer": "CyberPower CPJ1200",
				"ts": "$(date +%s)"
			}
		]
	}
	EOF
}

SLACK_WEBHOOK=""

color=$(q ".color.$EVENT_STAGE")
if test -n "$EVENT_CONDITION"
then
	message=$(q ".event.$EVENT.condition.$EVENT_CONDITION.message")
else
	message=$(q ".event.$EVENT.message")
fi

curl -X POST --data-urlencode "payload=$(m)" $SLACK_WEBHOOK