upsmon.sh

#!/bin/bash

#This script pulls ups information from both of the
#Cyberpower UPS' connected to 7xESXi01 and 7xESXi02.


#The time we are going to sleep between readings
#Also used to calculate the current usage on the interface
#30 seconds seems to be ideal, any more frequent and the data
#gets really spikey.  Since we are calculating on total octets
#you will never loose data by setting this to a larger value.
sleeptime=5

get_ups_info_7xesxi01 () {
    #-- Cyber Power Panel - 7xESXi01 --

    #Pull data from the Cyber Power Panel.  Replace with your own IP.
    cpp_7xesxi01_json_data=$(curl http://10.0.1.61:3052/agent/ppbe.js/init_status.js)

    #input voltage
#    cpp_7xesxi01_involts=$(echo $cpp_7xesxi01_json_data | grep -oP '(?<="voltage":")[^."]*' | head -1)

    #battery voltage
    cpp_7xesxi01_battvolts=$(echo $cpp_7xesxi01_json_data | grep -oP '(?<="voltage":")[^."]*' | tail -1)

    #Load(Watts)
    cpp_7xesxi01_loadwatt=$(echo $cpp_7xesxi01_json_data | grep -oP '(?<="watt":)[^,]*' | head -1)

    #Capacity %
    cpp_7xesxi01_capacity=$(echo $cpp_7xesxi01_json_data | grep -oP '(?<="capacity":)[^,]*' | head -1)

    #Runtime
    runtimeHour=$(echo $cpp_7xesxi01_json_data | grep -oP '(?<="runtimeHour":)[^,]*' | head -1)
    runtimeMinute=$(echo $cpp_7xesxi01_json_data | grep -oP '(?<="runtimeMinute":)[^,]*' | head -1)
    cpp_7xesxi01_runtime=$(($runtimeHour*60*60+$runtimeMinute*60))

    #Load %
    cpp_7xesxi01_loadpercent=$(echo $cpp_7xesxi01_json_data | grep -oP '(?<="load":)[^,]*' | head -1)

    #Battery Status
    cpp_7xesxi01_status=$(echo $cpp_7xesxi01_json_data | grep -oP '(?<="battery":{"state":")[a-zA-Z, ]*' | head -1)

    cpp_7xesxi01_status2="\"$cpp_7xesxi01_status\""
}

get_ups_info_7xesxi02() {
    #-- Cyber Power Panel - 7xesxi02 --

    #Pull data from the Cyber Power Panel.  Replace with your own IP.
    cpp_7xesxi02_json_data=$(curl http://10.0.1.62:3052/agent/ppbe.js/init_status.js)

    #input voltage
#    cpp_7xesxi02_involts=$(echo $cpp_7xesxi02_json_data | grep -oP '(?<="voltage":")[^."]*' | head -1)

    #battery voltage
    cpp_7xesxi02_battvolts=$(echo $cpp_7xesxi02_json_data | grep -oP '(?<="voltage":")[^."]*' | tail -1)

    #Load(Watts)
    cpp_7xesxi02_loadwatt=$(echo $cpp_7xesxi02_json_data | grep -oP '(?<="watt":)[^,]*' | head -1)

    #Capacity %
    cpp_7xesxi02_capacity=$(echo $cpp_7xesxi02_json_data | grep -oP '(?<="capacity":)[^,]*' | head -1)

    #Runtime
    runtimeHour=$(echo $cpp_7xesxi02_json_data | grep -oP '(?<="runtimeHour":)[^,]*' | head -1)
    runtimeMinute=$(echo $cpp_7xesxi02_json_data | grep -oP '(?<="runtimeMinute":)[^,]*' | head -1)
    cpp_7xesxi02_runtime=$(($runtimeHour*60*60+$runtimeMinute*60))

    #Load %
    cpp_7xesxi02_loadpercent=$(echo $cpp_7xesxi02_json_data | grep -oP '(?<="load":)[^,]*' | head -1)

    #Battery Status
    cpp_7xesxi02_status=$(echo $cpp_7xesxi02_json_data | grep -oP '(?<="battery":{"state":")[a-zA-Z, ]*' | head -1)

    cpp_7xesxi02_status2="\"$cpp_7xesxi02_status\""
}

print_data_7xesxi01 () {
    echo "7xESXi01 UPS Battery Voltage: $cpp_7xesxi01_battvolts"
    echo "7xESXi01 UPS Battery Charge: $cpp_7xesxi01_capacity"
    echo "7xESXi01 UPS Load: $cpp_7xesxi01_loadpercent"
    echo "7xESXi01 UPS Load(Watts): $cpp_7xesxi01_loadwatt"
#    echo "7xESXi01 UPS Input Voltage: $cpp_7xesxi01_involts"
    echo "7xESXi01 UPS Runtime: $cpp_7xesxi01_runtime"
    echo "7xESXi01 UPS Battery Status: $cpp_7xesxi01_status2"
}

print_data_7xesxi02() {
    echo "7xESXi02 UPS Battery Voltage: $cpp_7xesxi02_battvolts"
    echo "7xESXi02 UPS Battery Charge: $cpp_7xesxi02_capacity"
    echo "7xESXi02 UPS Load: $cpp_7xesxi02_loadpercent"
    echo "7xESXi02 UPS Load(Watts): $cpp_7xesxi02_loadwatt"
#    echo "7xESXi02 UPS Input Voltage: $cpp_7xesxi02_involts"
    echo "7xESXi02 UPS Runtime: $cpp_7xesxi02_runtime"
    echo "7xESXi02 UPS Battery Status: $cpp_7xesxi02_status2"
}

write_data_7xesxi01 () {
    #Write the data to the database
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi01,sensor=battvoltage denhost1.value=$cpp_7xesxi01_battvolts"
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi01,sensor=battcharge denhost1.value=$cpp_7xesxi01_capacity"
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi01,sensor=battload denhost1.value=$cpp_7xesxi01_loadpercent"
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi01,sensor=battloadwatt denhost1.value=$cpp_7xesxi01_loadwatt"
 #   curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi01,sensor=inputvoltage denhost1.value=$cpp_7xesxi01_involts"
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi01,sensor=runtime denhost1.value=$cpp_7xesxi01_runtime"
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi01,sensor=status value=$cpp_7xesxi01_status2"
}

write_data_7xesxi02() {
        #Finally we can write it to the database
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi02,sensor=battvoltage denhost1.value=$cpp_7xesxi02_battvolts"
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi02,sensor=battcharge denhost1.value=$cpp_7xesxi02_capacity"
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi02,sensor=battload denhost1.value=$cpp_7xesxi02_loadpercent"
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi02,sensor=battloadwatt denhost1.value=$cpp_7xesxi02_loadwatt"
 #   curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi02,sensor=inputvoltage denhost1.value=$cpp_7xesxi02_involts"
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi02,sensor=runtime denhost1.value=$cpp_7xesxi02_runtime"
    curl -i -XPOST 'http://localhost:8086/write?db=upsmon' --data-binary "ups_data,host=7xesxi02,sensor=status value=$cpp_7xesxi02_status2"
}

#Prepare to start the loop and warn the user
echo "Press [CTRL+C] to stop..."
while :
do

    get_ups_info_7xesxi01
    get_ups_info_7xesxi02

    if [[ $cpp_7xesxi01_capacity -le 0 || $cpp_7xesxi01_battvolts -le 0 || $cpp_7xesxi01_loadpercent -le 0 || $cpp_7xesxi01_runtime -le 0 || $cpp_7xesxi01_status2 -le 0 ]];
        then
            echo "Skip this datapoint - something went wrong with the read"

        else
            #Output console data for future reference
            print_data_7xesxi01
            write_data_7xesxi01
    fi

    if [[ $cpp_7xesxi02_capacity -le 0 || $cpp_7xesxi02_battvolts -le 0 || $cpp_7xesxi02_loadpercent -le 0 || $cpp_7xesxi02_runtime -le 0 || $cpp_7xesxi02_status2 -le 0 ]];
        then
            echo "Skip this datapoint - something went wrong with the read"
        else
            #Output console data for future reference
            print_data_7xesxi02
            write_data_7xesxi02
    fi

    #Sleep between readings
    sleep "$sleeptime"

done