root / plugins / router / mikrotik_system @ 74b7eb2a
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#!/bin/bash |
|---|---|
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#%# family=auto |
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|
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: << EOF |
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=head1 NAME |
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mikrotik_system - This plugin fetches multiple Values from a mikrotik device. |
| 7 |
|
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=head1 CONFIGURATION |
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tested with a RB493G, RB750GR3, RB5009 and CRS309. |
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Dependencies: |
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- sshpass |
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|
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A User is needed for this plugin to work: |
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/user add name=munin group=read password=hallowelt address=<munin-server-ip> |
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|
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plugin config: |
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[mt_system_<name>] |
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user root |
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env.ssh_user munin |
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env.ssh_password hallowelt |
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env.ssh_host 192.168.2.1 |
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|
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=head1 AUTHOR |
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=over 4 |
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=item * Michael Grote |
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=back |
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|
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=head1 LICENSE |
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GPLv3 or later |
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|
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SPDX-License-Identifier: GPL-3.0-or-later |
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|
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=head1 MAGIC MARKERS |
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=begin comment |
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These magic markers are used by munin-node-configure when installing |
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munin-node. |
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=end comment |
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#%# family=auto |
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=cut |
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EOF |
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|
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# setze Variablen mit default-Werten |
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ssh_user=${ssh_user:-user}
|
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ssh_password=${ssh_password:-password}
|
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ssh_host=${ssh_host:-192.168.2.1}
|
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c=0 # zähler; wird für verschiedene Schleifen benötigt |
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|
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# Function to get stderr from command |
| 49 |
# USAGE: catch STDOUT STDERR cmd args.. |
| 50 |
# Source: https://stackoverflow.com/a/41069638 |
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catch() |
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{
|
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eval "$({
|
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__2="$( |
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{ __1="$("${@:3}")"; } 2>&1;
|
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ret=$?; |
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printf '%q=%q\n' "$1" "$__1" >&2; |
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exit $ret |
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)"; |
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ret="$?"; |
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printf '%s=%q\n' "$2" "$__2" >&2; |
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printf '( exit %q )' "$ret" >&2; |
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} 2>&1 )"; |
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} |
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|
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# Funktionen |
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function get_name {
|
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while read -r line; do |
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if echo "$line" | grep -q 'name:'; then |
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name="$(echo "$line" | grep -E '\s+name:' | cut -f2 -d: | sed 's/^ *//g' | sed 's/[^A-Za-z0-9]/_/')" |
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fi |
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done <<< "$data" |
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} |
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function get_ros_version {
|
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while read -r line; do |
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if echo "$line" | grep -q 'version:'; then |
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if echo "$line" | cut -f2 -d" " | grep --quiet "^7\."; then |
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ros_version="7" |
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else |
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ros_version="6" |
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fi |
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fi |
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done <<< "$data" |
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} |
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function get_cpu_count {
|
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while read -r line; do |
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if echo "$line" | grep -q 'cpu-count'; then |
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anzahl_cpu=$(echo "$line" | grep cpu-count: | sed -r 's/(cpu-count: )([0-9]+)/\2/g' | tr -dc '0-9') |
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fi |
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done <<< "$data" |
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} |
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function get_data {
|
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# hole daten per ssh |
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catch data stderr sshpass -p "$ssh_password" ssh -o UserKnownHostsFile=/dev/null -o StrictHostKeyChecking=no "$ssh_user"@"$ssh_host" ':delay 6s; /system health print; /system resource print; /system resource cpu print; /system identity print' |
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data_ret=$? |
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} |
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function validate_data {
|
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if [ $data_ret -ne 0 ]; then |
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echo "SSH returned errorcode = $data_ret:" |
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echo "$stderr" |
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exit $data_ret |
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fi |
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} |
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function get_mem_total {
|
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mem_total=$( |
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while read -r line; do |
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echo "$line" | awk '/total-memory:/{ gsub(/MiB/,"",$2); print $2 }' | tr -dc '0-9.'
|
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done <<< "$data") |
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} |
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function get_mem_free {
|
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mem_free=$( |
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while read -r line; do |
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echo "$line" | awk '/free-memory:/{ gsub(/MiB/,"",$2); print $2 }' | tr -dc '0-9.'
|
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done <<< "$data") |
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} |
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|
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function get_voltage_label {
|
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while read -r line; do # für jede zeile in... ; siehe "done" |
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# gebe die zeile aus |
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# suche mit awk nach "voltage:" |
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# wenn gefunden: |
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# gebe jede zeile per print text aus |
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# externe/bash-variablen mit "'"<var>"'" |
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echo "$line" | awk '/voltage:/{
|
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print "multigraph voltage_graph_""'"$name"'"; |
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print "graph_title voltage " "'"$name"'"; |
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print "graph_vlabel volt"; |
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print "graph_category mikrotik"; |
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print "graph_args -l 0"; |
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print "voltage.label voltage"; |
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print "graph_info Input Voltage." |
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}' |
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done <<< "$data" # der variable data |
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} |
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function get_voltage_value {
|
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while read -r line; do |
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# funktion wie bei den "label"-funktionen |
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# gib überschrift aus wenn dirtyconfig nicht gesetzt ist |
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# weil aufruf dann nicht in "config" erfolgt |
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# wenn dirtyconfig nicht gesetzt ist oder =0, gebe überschrift aus |
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if [ "$MUNIN_CAP_DIRTYCONFIG" = "0" ] || [ -z "$MUNIN_CAP_DIRTYCONFIG" ]; then |
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echo "$line" | awk '/voltage:/{
|
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print "multigraph voltage_graph_""'"$name"'"; |
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}' |
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fi |
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# entferne mit gsub das zeichen % in wert $2 |
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# gebe $2 aus |
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echo "$line" | awk '/voltage:/{
|
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gsub(/V/,"",$2); |
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print "voltage.value " $2 |
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}' |
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done <<< "$data" |
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} |
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|
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function get_bad_blocks_label {
|
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while read -r line; do |
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echo "$line" | awk '/bad-blocks:/{
|
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print "multigraph bad_blocks_graph_""'"$name"'"; |
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print "graph_title bad blocks " "'"$name"'"; |
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print "graph_vlabel %"; |
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print "graph_category mikrotik"; |
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print "graph_args -l 0 --upper-limit 5"; |
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print "bad_blocks.label bad_blocks"; |
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print "bad_blocks.warning 3; |
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print "bad_blocks.critical 4"; |
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print "graph_info Percentage of Bad Blocks." |
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}' |
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done <<< "$data" |
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} |
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function get_bad_blocks_value {
|
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while read -r line; do |
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if [ "$MUNIN_CAP_DIRTYCONFIG" = "0" ] || [ -z "$MUNIN_CAP_DIRTYCONFIG" ]; then |
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echo "$line" | awk '/bad-blocks:/{
|
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print "multigraph bad_blocks_graph_""'"$name"'"; |
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}' |
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fi |
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echo "$line" | awk '/bad-blocks:/{
|
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gsub(/%/,"",$2); |
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print "bad_blocks.value " $2 |
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}' |
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done <<< "$data" |
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} |
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|
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function get_write_sect_total_label {
|
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while read -r line; do |
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echo "$line" | awk '/write-sect-total:/{
|
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print "multigraph write_sect_total_graph_""'"$name"'"; |
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print "graph_title Total sector writes " "'"$name"'"; |
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print "graph_vlabel count"; |
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print "graph_category mikrotik"; |
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print "graph_args -l 0"; |
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print "write_sect_total.label write_sect_total"; |
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print "graph_info Total sector writes." |
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}' |
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done <<< "$data" |
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} |
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function get_write_sect_total_value {
|
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while read -r line; do |
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if [ "$MUNIN_CAP_DIRTYCONFIG" = "0" ] || [ -z "$MUNIN_CAP_DIRTYCONFIG" ]; then |
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echo "$line" | awk '/write-sect-total:/{
|
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print "multigraph write_sect_total_graph_'"$name"'"; |
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}' |
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fi |
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echo "$line" | awk '/write-sect-total:/{
|
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print "write_sect_total.value " $2 |
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}' |
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done <<< "$data" |
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} |
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|
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function get_write_sect_since_reboot_label {
|
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while read -r line; do |
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echo "$line" | awk '/write-sect-since-reboot:/{
|
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print "multigraph write_sect_since_reboot_graph_'"$name"'"; |
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print "graph_title Sector writes since reboot " "'"$name"'"; |
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print "graph_vlabel count"; |
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print "graph_category mikrotik"; |
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print "graph_args -l 0"; |
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print "write_sect_since_reboot.label write_sect_since_reboot"; |
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print "graph_info Total Sector writes since last reboot." |
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}' |
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done <<< "$data" |
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} |
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function get_write_sect_since_reboot_value {
|
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while read -r line; do |
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if [ "$MUNIN_CAP_DIRTYCONFIG" = "0" ] || [ -z "$MUNIN_CAP_DIRTYCONFIG" ]; then |
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echo "$line" | awk '/write-sect-since-reboot:/{
|
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print "multigraph write_sect_since_reboot_graph_""'"$name"'"; |
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}' |
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fi |
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echo "$line" | awk '/write-sect-since-reboot:/{
|
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print "write_sect_since_reboot.value " $2 |
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}' |
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done <<< "$data" |
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} |
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|
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function get_temperature_label {
|
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while read -r line; do |
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echo "$line" | awk '/temperature/{
|
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print "multigraph temperature_graph_""'"$name"'"; |
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print "graph_title temperature " "'"$name"'"; |
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print "graph_vlabel °C"; |
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print "graph_category mikrotik"; |
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print "graph_args -l 0"; |
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print "temperature.label cpu temperature"; |
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print "temperature.warning 75"; |
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print "temperature.critical 90" |
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}' |
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done <<< "$data" |
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} |
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function get_temperature_value {
|
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get_ros_version |
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while read -r line; do |
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if [ "$MUNIN_CAP_DIRTYCONFIG" = "0" ] || [ -z "$MUNIN_CAP_DIRTYCONFIG" ]; then |
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echo "$line" | awk '/temperature/{
|
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print "multigraph temperature_graph_""'"$name"'"; |
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}' |
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fi |
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if [ "$ros_version" == "6" ]; then |
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echo "$line" | awk '/temperature:/{
|
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gsub(/C/,"",$2); |
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print "temperature.value " $2 |
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}' |
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fi |
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if [ "$ros_version" == "7" ]; then |
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echo "$line" | awk '/cpu-temperature/{
|
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print "temperature.value " $3 |
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}' |
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fi |
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done <<< "$data" |
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} |
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|
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function get_cpu_label {
|
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echo multigraph cpu_load_graph_"$name" |
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echo graph_title cpu load "$name" |
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echo graph_vlabel % |
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echo graph_category mikrotik |
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echo graph_args -l 0 --upper-limit 100 |
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echo cpu_total.label total load |
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echo cpu_total.warning 75 |
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echo cpu_total.critical 90 |
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echo graph_info Total CPU Load and Load, IRQ and Disk per Core. |
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|
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while [ "$c" -lt "$anzahl_cpu" ]; do |
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while read -r line; do |
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echo "$line" | grep cpu$c | awk '{
|
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print "cpu"'"$c"'"_load.label " "cpu" "'"$c"'" " load" |
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print "cpu"'"$c"'"_irq.label " "cpu" "'"$c"'" " irq" |
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print "cpu"'"$c"'"_disk.label " "cpu" "'"$c"'" " disk" |
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}' |
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done <<< "$data" |
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c=$(( c + 1 )) |
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done |
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} |
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function get_cpu_value {
|
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if [ "$MUNIN_CAP_DIRTYCONFIG" = "0" ] || [ -z "$MUNIN_CAP_DIRTYCONFIG" ]; then |
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echo multigraph cpu_load_graph_"$name" |
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fi |
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while read -r line; do |
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echo "$line" | awk '/cpu-load:/{
|
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gsub(/%/,"",$2); |
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print "cpu_total.value " $2 |
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}' |
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done <<< "$data" |
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c=0 |
| 305 |
while [ "$c" -lt "$anzahl_cpu" ]; do |
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while read -r line; do |
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echo "$line" | grep cpu$c | awk '{
|
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gsub(/%/,"",$3); |
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gsub(/%/,"",$4); |
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gsub(/%/,"",$5); |
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print "cpu"'"$c"'"_load.value " $3 |
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print "cpu"'"$c"'"_irq.value " $4 |
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print "cpu"'"$c"'"_disk.value " $5 |
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}' |
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done <<< "$data" |
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c=$(( c + 1 )) |
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done |
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} |
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|
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function get_memory_label {
|
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get_mem_total |
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get_mem_free |
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while read -r line; do |
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echo "$line" | awk -v name=$name '/free-memory:/{
|
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printf "multigraph memory_graph_%s\n", name; |
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printf "graph_title memory %s\n", name; |
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print "graph_vlabel MiB"; |
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print "graph_category mikrotik"; |
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print "graph_args -l 0"; |
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print "total_memory.label total memory"; |
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print "used_memory.label used memory"; |
| 332 |
print "free_memory.label free memory"; |
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print "graph_info Total, Used & free RAM."; |
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gsub(/MiB/,"",$2); |
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printf "used_memory.critical %.0f\n", $2*0.9; |
| 336 |
printf "used_memory.warning %.0f\n", $2*0.7 }' |
| 337 |
done <<< "$data" |
| 338 |
} |
| 339 |
function get_memory_value {
|
| 340 |
get_mem_total |
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get_mem_free |
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if [ "$MUNIN_CAP_DIRTYCONFIG" = "0" ] || [ -z "$MUNIN_CAP_DIRTYCONFIG" ]; then |
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echo multigraph memory_graph_"$name" |
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fi |
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while read -r line; do |
| 346 |
echo "$line" | awk '/total-memory:/{
|
| 347 |
gsub(/MiB/,"",$2); |
| 348 |
printf "total_memory.value %.0f\n", $2 |
| 349 |
}' |
| 350 |
done <<< "$data" |
| 351 |
while read -r line; do |
| 352 |
echo "$line" | awk '/free-memory:/{
|
| 353 |
gsub(/MiB/,"",$2); |
| 354 |
printf "free_memory.value %.0f\n", $2 |
| 355 |
}' |
| 356 |
done <<< "$data" |
| 357 |
# berechne used-memory |
| 358 |
# gesamt + frei = benutzt |
| 359 |
printf "used_memory.value %.0f\n" "$(echo $mem_total $mem_free | awk '{print ($1 - $2)}')"
|
| 360 |
} |
| 361 |
|
| 362 |
function get_disk_label {
|
| 363 |
while read -r line; do |
| 364 |
echo "$line" | awk -v name=$name '/free-hdd-space:/{
|
| 365 |
printf "multigraph disk_graph_%s\n", name; |
| 366 |
printf "graph_title disk %s\n", name; |
| 367 |
print "graph_vlabel Bytes"; |
| 368 |
print "graph_category mikrotik"; |
| 369 |
print "graph_args -l 0"; |
| 370 |
print "total_disk.label total disk space"; |
| 371 |
print "free_disk.label free disk space"; |
| 372 |
print "graph_info Total & free disk space."}' |
| 373 |
done <<< "$data" |
| 374 |
} |
| 375 |
function get_disk_value {
|
| 376 |
if [ "$MUNIN_CAP_DIRTYCONFIG" = "0" ] || [ -z "$MUNIN_CAP_DIRTYCONFIG" ]; then |
| 377 |
echo multigraph disk_graph_"$name" |
| 378 |
fi |
| 379 |
while read -r line; do |
| 380 |
echo "$line" | grep KiB | awk '/free-hdd-space:/ {
|
| 381 |
gsub(/KiB/,"",$2) |
| 382 |
printf "free_disk.value %d\n", $2*1024 }' |
| 383 |
echo "$line" | grep MiB | awk '/free-hdd-space:/ {
|
| 384 |
gsub(/MiB/,"",$2) |
| 385 |
printf "free_disk.value %d\n", $2*1048576}' |
| 386 |
echo "$line" | grep KiB | awk '/total-hdd-space:/ {
|
| 387 |
gsub(/KiB/,"",$2) |
| 388 |
printf "total_disk.value %d\n", $2*1024 }' |
| 389 |
echo "$line" | grep MiB | awk '/total-hdd-space:/ {
|
| 390 |
gsub(/MiB/,"",$2) |
| 391 |
printf "total_disk.value %d\n", $2*1048576 }' |
| 392 |
done <<< "$data" |
| 393 |
} |
| 394 |
|
| 395 |
# rufe funktionen auf, reihenfolge ist wichtig |
| 396 |
get_data |
| 397 |
validate_data |
| 398 |
get_name |
| 399 |
get_cpu_count |
| 400 |
# munin-Logik |
| 401 |
# wenn $1 = X; dann |
| 402 |
if [ "$1" = "autoconf" ]; then |
| 403 |
if ! command -v sshpass &> /dev/null; then |
| 404 |
echo "[ERROR] sshpass could not be found!" |
| 405 |
else |
| 406 |
echo "yes" |
| 407 |
fi |
| 408 |
exit 0 |
| 409 |
fi |
| 410 |
if [ "$1" = "config" ]; then |
| 411 |
# gebe label aus |
| 412 |
# wenn dirtyconfig gesetzt rufe value funktion auf |
| 413 |
get_voltage_label |
| 414 |
if [ "$MUNIN_CAP_DIRTYCONFIG" = "1" ]; then |
| 415 |
get_voltage_value |
| 416 |
fi |
| 417 |
get_bad_blocks_label |
| 418 |
if [ "$MUNIN_CAP_DIRTYCONFIG" = "1" ]; then |
| 419 |
get_bad_blocks_value |
| 420 |
fi |
| 421 |
get_write_sect_total_label |
| 422 |
if [ "$MUNIN_CAP_DIRTYCONFIG" = "1" ]; then |
| 423 |
get_write_sect_total_value |
| 424 |
fi |
| 425 |
get_write_sect_since_reboot_label |
| 426 |
if [ "$MUNIN_CAP_DIRTYCONFIG" = "1" ]; then |
| 427 |
get_write_sect_since_reboot_value |
| 428 |
fi |
| 429 |
get_temperature_label |
| 430 |
if [ "$MUNIN_CAP_DIRTYCONFIG" = "1" ]; then |
| 431 |
get_temperature_value |
| 432 |
fi |
| 433 |
get_cpu_label |
| 434 |
if [ "$MUNIN_CAP_DIRTYCONFIG" = "1" ]; then |
| 435 |
get_cpu_value |
| 436 |
fi |
| 437 |
get_memory_label |
| 438 |
if [ "$MUNIN_CAP_DIRTYCONFIG" = "1" ]; then |
| 439 |
get_memory_value |
| 440 |
fi |
| 441 |
get_disk_label |
| 442 |
if [ "$MUNIN_CAP_DIRTYCONFIG" = "1" ]; then |
| 443 |
get_disk_value |
| 444 |
fi |
| 445 |
exit 0 |
| 446 |
fi |
| 447 |
# wird nie aufgerufen wenn dirtyconfig gesetzt ist |
| 448 |
# dann wird nur config aufgerufen und dabei werden zusätzlich die values ausgegeben |
| 449 |
get_voltage_value |
| 450 |
get_bad_blocks_value |
| 451 |
get_write_sect_total_value |
| 452 |
get_write_sect_since_reboot_value |
| 453 |
get_temperature_value |
| 454 |
get_cpu_value |
| 455 |
get_memory_value |
| 456 |
get_disk_value |
| 457 |
exit 0 |
| 458 |
|
| 459 |
# Beispieloutput ROS 6.4* |
| 460 |
# voltage: 24.5V |
| 461 |
# cpu-temperature: 31C |
| 462 |
# uptime: 4w3d21h28m58s |
| 463 |
# version: 6.48.4 (stable) |
| 464 |
# build-time: Aug/18/2021 06:43:27 |
| 465 |
# factory-software: 6.44.6 |
| 466 |
# free-memory: 475.8MiB |
| 467 |
# total-memory: 512.0MiB |
| 468 |
# cpu: ARMv7 |
| 469 |
# cpu-count: 2 |
| 470 |
# cpu-frequency: 800MHz |
| 471 |
# cpu-load: 9% |
| 472 |
# free-hdd-space: 2124.0KiB |
| 473 |
# total-hdd-space: 15.9MiB |
| 474 |
# write-sect-since-reboot: 339810 |
| 475 |
# write-sect-total: 350544 |
| 476 |
# bad-blocks: 0% |
| 477 |
# architecture-name: arm |
| 478 |
# board-name: CRS309-1G-8S+ |
| 479 |
# platform: MikroTik |
| 480 |
# # CPU LOAD IRQ DISK |
| 481 |
# 0 cpu0 0% 0% 0% |
| 482 |
# 1 cpu1 19% 0% 0% |
| 483 |
# name: crs309 |
| 484 |
|
| 485 |
# Beispieloutput ROS 7* |
| 486 |
# Columns: NAME, VALUE, TYPE |
| 487 |
# # NAME VA T |
| 488 |
# 0 cpu-temperature 44 C |
| 489 |
# uptime: 3d1h30m |
| 490 |
# version: 7.0.5 (stable) |
| 491 |
# build-time: Aug/06/2021 11:33:39 |
| 492 |
# factory-software: 7.0.4 |
| 493 |
# free-memory: 818.8MiB |
| 494 |
# total-memory: 1024.0MiB |
| 495 |
# cpu-count: 4 |
| 496 |
# cpu-frequency: 1400MHz |
| 497 |
# cpu-load: 0% |
| 498 |
# free-hdd-space: 993.8MiB |
| 499 |
# total-hdd-space: 1025.0MiB |
| 500 |
# write-sect-since-reboot: 4802 |
| 501 |
# write-sect-total: 4802 |
| 502 |
# bad-blocks: 0% |
| 503 |
# architecture-name: arm64 |
| 504 |
# board-name: RB5009UG+S+ |
| 505 |
# platform: MikroTik |
| 506 |
# Columns: CPU, LOAD, IRQ, DISK |
| 507 |
# # CPU LO IR DI |
| 508 |
# 0 cpu0 0% 0% 0% |
| 509 |
# 1 cpu1 0% 0% 0% |
| 510 |
# 2 cpu2 0% 0% 0% |
| 511 |
# 3 cpu3 0% 0% 0% |
| 512 |
# name: rb5009 |
| 513 |
# |