[gelöst] Synology Systeminformationen auslesen und auf VIS darstellen

Negalein

Hallo

Habe soeben diesen Thread entdeckt.

Meine Frage ist jetzt, was ist besser?

Mit Script wie in diesem Thread, oder mit SNMP?

Derzeit lese ich die Daten (Disk-Temp, Syno-Temp, Disk-Status, Syno-Status) meiner Synologys mit SNMP aus.

objects - ioBroker (1).png

Fuga

HI,

kurze Frage: Ich habe das Script am Laufen und bis auf die CPU Temperatur wird mir alles angezeigt. Weiss jemand ob die 918+ einen Sensor hat? Muss ich am Script etwas anpassen?

Fuga

@schonwiederich hast du hier schon etwas gefunden?

Fuga

So bei der 918+ findet man die CPU Temperatur unter: /sys/bus/platform/devices/coretemp.0/hwmon/hwmon0/temp1_input

Fuga

So ich habe das mal für meine 918+ angepasst. Zusätzlich erstellt er jetzt für 3 Volumes die Daten (Speicherplatz, Nutzung usw) Wer vier hat muss das dann einfach kopieren und anpassen.

#/bin/bash

# Scriptname: sysinfo_iobroker.sh - Ermitteln von Systemwerten der Sysnology DS1515+ und übergeben an ioBroker

# Version 1.0 - 05.08.2016

#

##### JavaScript für ioBroker zum Anlegen der States #####

#

#// Anlegen der States für Synology-Script

#

#function CreateSynologyStates(){

#    createState("javascript.0.synology.CPUTemp1", {name: "CPU-Temp Core 1", unit: "°C"});

#    createState("javascript.0.synology.CPUTemp2", {name: "CPU-Temp Core 2", unit: "°C"});

#    createState("javascript.0.synology.CPUTemp3", {name: "CPU-Temp Core 3", unit: "°C"});

#    createState("javascript.0.synology.CPUTemp4", {name: "CPU-Temp Core 4", unit: "°C"});

#    createState("javascript.0.synology.CPUTempMax", {name: "CPU-Temp Max Core 1-4", unit: "°C"});

#    createState("javascript.0.synology.CPUUsage", {name: "CPU-Usage", unit: "%"});

#    createState("javascript.0.synology.CPULoad", {name: "CPU-Load Average (1,5,15 Minuten)"});

#    createState("javascript.0.synology.MemTotalGB", {name: "Memory Total", unit: "GB"});

#    createState("javascript.0.synology.MemFreeGB", {name: "Memory Free", unit: "GB"});

#    createState("javascript.0.synology.MemUsedGB", {name: "Memory Used", unit: "GB"});

#    createState("javascript.0.synology.MemFreePercent", {name: "Memory Free", unit: "%"});

#    createState("javascript.0.synology.MemUsedPercent", {name: "Memory Used", unit: "%"});

#    createState("javascript.0.synology.HDDTemp1", {name: "HDD-Temp 1", unit: "°C"});

#    createState("javascript.0.synology.HDDTemp2", {name: "HDD-Temp 2", unit: "°C"});

#    createState("javascript.0.synology.HDDTemp3", {name: "HDD-Temp 3", unit: "°C"});

#    createState("javascript.0.synology.HDDTemp4", {name: "HDD-Temp 4", unit: "°C"});

#    createState("javascript.0.synology.HDDTemp5", {name: "HDD-Temp 5", unit: "°C"});

#    createState("javascript.0.synology.StorageTotalTB", {name: "Storage Total", unit: "TB"});

#    createState("javascript.0.synology.StorageFreeTB", {name: "Storage Free", unit: "TB"});

#    createState("javascript.0.synology.StorageUsedTB", {name: "Storage Used", unit: "TB"});

#    createState("javascript.0.synology.StorageFreePercent", {name: "Storage Free", unit: "%"});

#    createState("javascript.0.synology.StorageUsedPercent", {name: "Storage Used", unit: "%"});

#    createState("javascript.0.synology.UptimeDays", {name: "Uptime Days", unit: "Tage"});

#    createState("javascript.0.synology.UptimeHours", {name: "Uptime Hours", unit: "Stunden"});

#    createState("javascript.0.synology.UptimeMinutes", {name: "Storage Minutes", unit: "Minuten"});

#    createState("javascript.0.synology.DSMVersion", {name: "DSM Version"});

#    createState("javascript.0.synology.Timestamp", {name: "Timestamp Data Update"});

# 	createState("javascript.0.synology.StorageTotalTB1", {name: "Storage Total", unit: "TB"});

#   createState("javascript.0.synology.StorageFreeTB1", {name: "Storage Free", unit: "TB"});

#   createState("javascript.0.synology.StorageUsedTB1", {name: "Storage Used", unit: "TB"});

#   createState("javascript.0.synology.StorageFreePercent1", {name: "Storage Free", unit: "%"});

#   createState("javascript.0.synology.StorageUsedPercent1", {name: "Storage Used", unit: "%"});

#   createState("javascript.0.synology.StorageTotalTB2", {name: "Storage Total", unit: "TB"});

#   createState("javascript.0.synology.StorageFreeTB2", {name: "Storage Free", unit: "TB"});

#   createState("javascript.0.synology.StorageUsedTB2", {name: "Storage Used", unit: "TB"});

#   createState("javascript.0.synology.StorageFreePercent2", {name: "Storage Free", unit: "%"});

#   createState("javascript.0.synology.StorageUsedPercent2", {name: "Storage Used", unit: "%"});

#   createState("javascript.0.synology.StorageTotalTB3", {name: "Storage Total", unit: "TB"});

#   createState("javascript.0.synology.StorageFreeTB3", {name: "Storage Free", unit: "TB"});

#   createState("javascript.0.synology.StorageUsedTB3", {name: "Storage Used", unit: "TB"});

#   createState("javascript.0.synology.StorageFreePercent3", {name: "Storage Free", unit: "%"});

#   createState("javascript.0.synology.StorageUsedPercent3", {name: "Storage Used", unit: "%"});

#}

#

#CreateSynologyStates();

#

##### JavaScritp ENDE #####

##### Lokale Variablen anlegen #####

ioBrokerSetURL="http://[eure IP]:[euer Port]/set/javascript.0.synology."		# URL zum Setzen der Werte in ioBroker

URL_set_CPUTemp1="${ioBrokerSetURL}CPUTemp1?value="

URL_set_CPUTemp2="${ioBrokerSetURL}CPUTemp2?value="

URL_set_CPUTemp3="${ioBrokerSetURL}CPUTemp3?value="

URL_set_CPUTemp4="${ioBrokerSetURL}CPUTemp4?value="

URL_set_CPUTempMax="${ioBrokerSetURL}CPUTempMax?value="			# Bisher fehlt mir die Möglichkeit zur Ermittlung der Max-Temp im Shell Script, daher aktuelle durch JavaScript ermittelt

URL_set_CPUUsage="${ioBrokerSetURL}CPUUsage?value="

URL_set_CPULoad="${ioBrokerSetURL}CPULoad?value="

URL_set_MemTotalGB="${ioBrokerSetURL}MemTotalGB?value="

URL_set_MemFreeGB="${ioBrokerSetURL}MemFreeGB?value="

URL_set_MemUsedGB="${ioBrokerSetURL}MemUsedGB?value="

URL_set_MemFreePercent="${ioBrokerSetURL}MemFreePercent?value="

URL_set_MemUsedPercent="${ioBrokerSetURL}MemUsedPercent?value="

URL_set_HDDTemp1="${ioBrokerSetURL}HDDTemp1?value="

URL_set_HDDTemp2="${ioBrokerSetURL}HDDTemp2?value="

URL_set_HDDTemp3="${ioBrokerSetURL}HDDTemp3?value="

URL_set_HDDTemp4="${ioBrokerSetURL}HDDTemp4?value="

URL_set_HDDTemp5="${ioBrokerSetURL}HDDTemp5?value="

URL_set_StorageTotalTB="${ioBrokerSetURL}StorageTotalTB?value="

URL_set_StorageFreeTB="${ioBrokerSetURL}StorageFreeTB?value="

URL_set_StorageUsedTB="${ioBrokerSetURL}StorageUsedTB?value="

URL_set_StorageFreePercent="${ioBrokerSetURL}StorageFreePercent?value="

URL_set_StorageUsedPercent="${ioBrokerSetURL}StorageUsedPercent?value="

URL_set_StorageTotalTB1="${ioBrokerSetURL}StorageTotalTB1?value="

URL_set_StorageFreeTB1="${ioBrokerSetURL}StorageFreeTB1?value="

URL_set_StorageUsedTB1="${ioBrokerSetURL}StorageUsedTB1?value="

URL_set_StorageFreePercent1="${ioBrokerSetURL}StorageFreePercent1?value="

URL_set_StorageUsedPercent1="${ioBrokerSetURL}StorageUsedPercent1?value="

URL_set_StorageTotalTB2="${ioBrokerSetURL}StorageTotalTB2?value="

URL_set_StorageFreeTB2="${ioBrokerSetURL}StorageFreeTB2?value="

URL_set_StorageUsedTB2="${ioBrokerSetURL}StorageUsedTB2?value="

URL_set_StorageFreePercent2="${ioBrokerSetURL}StorageFreePercent2?value="

URL_set_StorageUsedPercent2="${ioBrokerSetURL}StorageUsedPercent2?value="

URL_set_UptimeDays="${ioBrokerSetURL}UptimeDays?value="

URL_set_UptimeHours="${ioBrokerSetURL}UptimeHours?value="

URL_set_UptimeMinutes="${ioBrokerSetURL}UptimeMinutes?value="

URL_set_DSMVersion="${ioBrokerSetURL}DSMVersion?value="

URL_set_Timestamp="${ioBrokerSetURL}Timestamp?value="

##### Ermitteln und Setzen der Werte #####

# CPU-Temperatur

CPUTemp1=$(cat /sys/bus/platform/devices/coretemp.0/hwmon/hwmon0/temp1_input | awk '{print $1/1000}')

CPUTemp2=$(cat /sys/bus/platform/devices/coretemp.0/hwmon/hwmon0/temp2_input | awk '{print $1/1000}')

CPUTemp3=$(cat /sys/bus/platform/devices/coretemp.0/hwmon/hwmon0/temp3_input | awk '{print $1/1000}')

CPUTemp4=$(cat /sys/bus/platform/devices/coretemp.0/hwmon/hwmon0/temp4_input | awk '{print $1/1000}')

url_CPUTemp1=$URL_set_CPUTemp1$CPUTemp1

echo "$url_CPUTemp1"

curl -s $url_CPUTemp1 > /dev/null 2>&1

url_CPUTemp2=$URL_set_CPUTemp2$CPUTemp2

echo "$url_CPUTemp2"

curl -s $url_CPUTemp2 > /dev/null 2>&1

url_CPUTemp3=$URL_set_CPUTemp3$CPUTemp3

echo "$url_CPUTemp3"

curl -s $url_CPUTemp3 > /dev/null 2>&1

url_CPUTemp4=$URL_set_CPUTemp4$CPUTemp4

echo "$url_CPUTemp4"

curl -s $url_CPUTemp4 > /dev/null 2>&1

# CPU-Usage

CPUUsage=$(top -b -n15 -p 1 | fgrep "Cpu(s)" | tail -1 | awk -F'id,' -v prefix="$prefix" '{ split($1, vs, ","); v=vs[length(vs)]; sub("%", "", v); printf "%s%.1f\n", prefix, 100 - v }')

url_CPUUsage=$URL_set_CPUUsage$CPUUsage

echo "$url_CPUUsage"

curl -s $url_CPUUsage > /dev/null 2>&1

# CPU-Load-Average

CPULoad=$(uptime | awk -F'[a-z]:' '{ print $2}' | sed 's/ /%20/g')

url_CPULoad=$URL_set_CPULoad$CPULoad

echo "$url_CPULoad"

curl -s $url_CPULoad > /dev/null 2>&1

# Memory Total in Gigabyte

MemTotalGB=$(free | grep Mem | awk '{printf "%.1f\n", $2/1024/1024}')

url_MemTotalGB=$URL_set_MemTotalGB$MemTotalGB

echo "$url_MemTotalGB"

curl -s $url_MemTotalGB > /dev/null 2>&1

# Memory Free in Gigabyte

MemFreeGB=$(free | grep Mem | awk '{printf "%.1f\n", ($4+$6)/1024/1024}')

url_MemFreeGB=$URL_set_MemFreeGB$MemFreeGB

echo "$url_MemFreeGB"

curl -s $url_MemFreeGB > /dev/null 2>&1

# Memory Used in Gigabyte

MemUsedGB=$(free | grep Mem | awk '{printf "%.1f\n", $3/1024/1024}')

url_MemUsedGB=$URL_set_MemUsedGB$MemUsedGB

echo "$url_MemUsedGB"

curl -s $url_MemUsedGB > /dev/null 2>&1

# Memory Free in Prozent

MemFreePercent=$(free | grep Mem | awk '{printf "%.1f\n", ($4+$6)/$2 * 100.0}')

url_MemFreePercent=$URL_set_MemFreePercent$MemFreePercent

echo "$url_MemFreePercent"

curl -s $url_MemFreePercent > /dev/null 2>&1

# Memory Used in Prozent

MemUsedPercent=$(free | grep Mem | awk '{printf "%.1f\n", $3/$2 * 100.0}')

url_MemUsedPercent=$URL_set_MemUsedPercent$MemUsedPercent

echo "$url_MemUsedPercent"

curl -s $url_MemUsedPercent > /dev/null 2>&1

# HDD-Temperaturen in Celsius

HDDTemp1=$(smartctl -A /dev/sda -d ata | grep Temperature_Celsius | awk '{print $10}')

url_HDDTemp1=$URL_set_HDDTemp1$HDDTemp1

echo "$url_HDDTemp1"

curl -s $url_HDDTemp1 > /dev/null 2>&1

HDDTemp2=$(smartctl -A /dev/sdb -d ata | grep Temperature_Celsius | awk '{print $10}')

url_HDDTemp2=$URL_set_HDDTemp2$HDDTemp2

echo "$url_HDDTemp2"

curl -s $url_HDDTemp2 > /dev/null 2>&1

HDDTemp3=$(smartctl -A /dev/sdc -d ata | grep Temperature_Celsius | awk '{print $10}')

url_HDDTemp3=$URL_set_HDDTemp3$HDDTemp3

echo "$url_HDDTemp3"

curl -s $url_HDDTemp3 > /dev/null 2>&1

HDDTemp4=$(smartctl -A /dev/sdd -d ata | grep Temperature_Celsius | awk '{print $10}')

url_HDDTemp4=$URL_set_HDDTemp4$HDDTemp4

echo "$url_HDDTemp4"

curl -s $url_HDDTemp4 > /dev/null 2>&1

HDDTemp5=$(smartctl -A /dev/sda -d ata | grep Temperature_Celsius | awk '{print $10}')

url_HDDTemp5=$URL_set_HDDTemp5$HDDTemp5

echo "$url_HDDTemp5"

curl -s $url_HDDTemp5 > /dev/null 2>&1

# Storage-Total Volume 1 in TB

StorageTotalTB=$(df|awk '/volume1$/{printf "%.2f\n", ($2/1024/1024/1024)}')

url_StorageTotalTB=$URL_set_StorageTotalTB$StorageTotalTB

echo "$url_StorageTotalTB"

curl -s $url_StorageTotalTB > /dev/null 2>&1

# Storage-Free Volume 1 in TB

StorageFreeTB=$(df|awk '/volume1$/{printf "%.2f\n", ($4/1024/1024/1024)}')

url_StorageFreeTB=$URL_set_StorageFreeTB$StorageFreeTB

echo "$url_StorageFreeTB"

curl -s $url_StorageFreeTB > /dev/null 2>&1

# Storage-Used Volume 1 in TB

StorageUsedTB=$(df|awk '/volume1$/{printf "%.2f\n", ($3/1024/1024/1024)}')

url_StorageUsedTB=$URL_set_StorageUsedTB$StorageUsedTB

echo "$url_StorageUsedTB"

curl -s $url_StorageUsedTB > /dev/null 2>&1

# Storage-Free Volume 1 in Prozent

StorageFreePercent=$(df|awk '/volume1$/{printf "%.1f\n", ($4/$2*100)}')

url_StorageFreePercent=$URL_set_StorageFreePercent$StorageFreePercent

echo "$url_StorageFreePercent"

curl -s $url_StorageFreePercent > /dev/null 2>&1

# Storage-Used Volume 1 in Prozent

StorageUsedPercent=$(df|awk '/volume1$/{printf "%.1f\n", ($3/$2*100)}')

url_StorageUsedPercent=$URL_set_StorageUsedPercent$StorageUsedPercent

echo "$url_StorageUsedPercent"

curl -s $url_StorageUsedPercent > /dev/null 2>&1

# Storage-Total Volume 2 in TB

StorageTotalTB1=$(df|awk '/volume2$/{printf "%.2f\n", ($2/1024/1024/1024)}')

url_StorageTotalTB1=$URL_set_StorageTotalTB1$StorageTotalTB1

echo "$url_StorageTotalTB1"

curl -s $url_StorageTotalTB1 > /dev/null 2>&1

# Storage-Free Volume 2 in TB

StorageFreeTB1=$(df|awk '/volume2$/{printf "%.2f\n", ($4/1024/1024/1024)}')

url_StorageFreeTB1=$URL_set_StorageFreeTB1$StorageFreeTB1

echo "$url_StorageFreeTB1"

curl -s $url_StorageFreeTB1 > /dev/null 2>&1

# Storage-Used Volume 2 in TB

StorageUsedTB1=$(df|awk '/volume2$/{printf "%.2f\n", ($3/1024/1024/1024)}')

url_StorageUsedTB1=$URL_set_StorageUsedTB1$StorageUsedTB1

echo "$url_StorageUsedTB1"

curl -s $url_StorageUsedTB1 > /dev/null 2>&1

# Storage-Free Volume 2 in Prozent

StorageFreePercent1=$(df|awk '/volume2$/{printf "%.1f\n", ($4/$2*100)}')

url_StorageFreePercent1=$URL_set_StorageFreePercent1$StorageFreePercent1

echo "$url_StorageFreePercent1"

curl -s $url_StorageFreePercent1 > /dev/null 2>&1

# Storage-Used Volume 2 in Prozent

StorageUsedPercent1=$(df|awk '/volume2$/{printf "%.1f\n", ($3/$2*100)}')

url_StorageUsedPercent1=$URL_set_StorageUsedPercent1$StorageUsedPercent1

echo "$url_StorageUsedPercent1"

curl -s $url_StorageUsedPercent1 > /dev/null 2>&1

# Storage-Total Volume 3 in TB

StorageTotalTB2=$(df|awk '/volume3$/{printf "%.2f\n", ($2/1024/1024/1024)}')

url_StorageTotalTB2=$URL_set_StorageTotalTB2$StorageTotalTB2

echo "$url_StorageTotalTB2"

curl -s $url_StorageTotalTB2 > /dev/null 2>&1

# Storage-Free Volume 3 in TB

StorageFreeTB2=$(df|awk '/volume3$/{printf "%.2f\n", ($4/1024/1024/1024)}')

url_StorageFreeTB2=$URL_set_StorageFreeTB2$StorageFreeTB2

echo "$url_StorageFreeTB2"

curl -s $url_StorageFreeTB2 > /dev/null 2>&1

# Storage-Used Volume 3 in TB

StorageUsedTB2=$(df|awk '/volume3$/{printf "%.2f\n", ($3/1024/1024/1024)}')

url_StorageUsedTB2=$URL_set_StorageUsedTB2$StorageUsedTB2

echo "$url_StorageUsedTB2"

curl -s $url_StorageUsedTB2 > /dev/null 2>&1

# Storage-Free Volume 3 in Prozent

StorageFreePercent2=$(df|awk '/volume3$/{printf "%.1f\n", ($4/$2*100)}')

url_StorageFreePercent2=$URL_set_StorageFreePercent2$StorageFreePercent2

echo "$url_StorageFreePercent2"

curl -s $url_StorageFreePercent2 > /dev/null 2>&1

# Storage-Used Volume 3 in Prozent

StorageUsedPercent2=$(df|awk '/volume3$/{printf "%.1f\n", ($3/$2*100)}')

url_StorageUsedPercent2=$URL_set_StorageUsedPercent2$StorageUsedPercent2

echo "$url_StorageUsedPercent2"

curl -s $url_StorageUsedPercent2 > /dev/null 2>&1

# Uptime unterteilt in "volle Tage und Stunden"

UptimeSecs=$(cat /proc/uptime | awk '{printf"%.0f\n", $1}')

UptimeDays=$(($UptimeSecs/86400))

UptimeHours=$((($UptimeSecs/3600)-($UptimeDays*24)))

UptimeMinutes=$((($UptimeSecs/60)-($UptimeDays*24*60)-($UptimeHours*60)))

url_UptimeDays=$URL_set_UptimeDays$UptimeDays

echo "$url_UptimeDays"

curl -s $url_UptimeDays > /dev/null 2>&1

url_UptimeHours=$URL_set_UptimeHours$UptimeHours

echo "$url_UptimeHours"

curl -s $url_UptimeHours > /dev/null 2>&1

url_UptimeMinutes=$URL_set_UptimeMinutes$UptimeMinutes

echo "$url_UptimeMinutes"

curl -s $url_UptimeMinutes > /dev/null 2>&1

# DSM-Version

Version=$(more /etc.defaults/VERSION | grep productversion | awk -F '=' '{print $2}' | sed 's/"//g')

BuildNumber=$(more /etc.defaults/VERSION | grep buildnumber | awk -F '=' '{print $2}' | sed 's/"//g')

FixNumber=$(more /etc.defaults/VERSION | grep smallfixnumber | awk -F '=' '{print $2}' | sed 's/"//g')

DSMVersion=$Version"-"$BuildNumber"%20Update%20"$FixNumber

url_DSMVersion=$URL_set_DSMVersion$DSMVersion

echo "$url_DSMVersion"

curl -s $url_DSMVersion > /dev/null 2>&1

# Timestamp für letztes Update der Werte

TimestampDay=$(date +%Y-%m-%d)

TimestampTime=$(date +%H:%M:%S)

Timestamp=$TimestampDay"%20"$TimestampTime

url_Timestamp=$URL_set_Timestamp$Timestamp

echo "$url_Timestamp"

curl -s $url_Timestamp > /dev/null 2>&1

exit 0

RK62

@Negalein Habe da heute etwas mit den Mem-Werten rum experimentiert:

SNMP benötigt kein Script / bash-Kenntnisse und ist damit einfacher umzusetzen. Und die Werte ändern sich langsam: Habe die CPU kurzzeitig belastet, in SNMP sinkt der Wert langsam über 5 Minuten (wie eine Tankanzeige), mit bash Script ist der momentane Wert. Geschmackssache mir ist der Trägheitsmoment lieber.

Gruß, Ralf

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