# Generic configuration ### Global Defaults # to get bits instead of bytes and graphs growing to the right Options[_]: growright, bits WorkDir: /usr/local/www/default/mrtg Forks: 16 # Cache some symbolic names LoadMIBs: /usr/local/share/snmp/mibs/UCD-SNMP-MIB.txt # RRDtool, used instead of rateup LogFormat: rrdtool PathAdd: /usr/local/bin/ # Most snmpd's I use don't support it. pity. EnableIPv6: no ################################################################ # /dev/hd{g,h} temperature for atlantis Title[atlantis.hddtemp]: HDD Sensors on atlantis Target[atlantis.hddtemp]: `echo 'ht,/dev/hdg,/dev/hdh'|/usr/bin/nc atlantis.prolixium.com 249` MaxBytes[atlantis.hddtemp]: 100 Options[atlantis.hddtemp]: gauge, nopercent, growright YLegend[atlantis.hddtemp]: Degrees Celsius Legend1[atlantis.hddtemp]:  /dev/hdg Temperature in Celsius Legend2[atlantis.hddtemp]:  /dev/hdh Temperature in Celsius LegendI[atlantis.hddtemp]:  /dev/hdg: LegendO[atlantis.hddtemp]:  /dev/hdh: PageTop[atlantis.hddtemp]:

HDD Sensors on atlantis

This page shows the temperature of /dev/hdg (ST3400832A, grey) and /dev/hdh (WDC WD2500BB-55GUA0, red) in atlantis.

ShortLegend[atlantis.hddtemp]: °C Colours[atlantis.hddtemp]: GREY#808080,RED#ff0000,DARK DKGREY#404040,DKRED#800000 ################################################################ # CPUn Temperature for atlantis Title[atlantis.sensors]: Sensors Data for atlantis Target[atlantis.sensors]: `echo 'ls,w83781d-isa-0290,temp1,w83781d-isa-0290,temp2'|/usr/bin/nc atlantis.prolixium.com 249` MaxBytes[atlantis.sensors]: 100 Options[atlantis.sensors]: gauge, nopercent, growright YLegend[atlantis.sensors]: Degrees Celsius Legend1[atlantis.sensors]:  CPU0 Temperature in Celsius Legend2[atlantis.sensors]:  CPU1 Temperature in Celsius LegendI[atlantis.sensors]:  CPU0: LegendO[atlantis.sensors]:  CPU1: PageTop[atlantis.sensors]:

Sensors Data for atlantis

This summary page shows the primary processor (green) and secondary processor (blue) temperatures of atlantis.

ShortLegend[atlantis.sensors]: °C # atlantis apcupsd percent Title[atlantis.apcpercent]: UPS Load/Charge % on atlantis Target[atlantis.apcpercent]: `echo 'apcpercent'|/usr/bin/nc atlantis.prolixium.com 249` MaxBytes[atlantis.apcpercent]: 100 Unscaled[atlantis.apcpercent]: ymwd ShortLegend[atlantis.apcpercent]: % YLegend[atlantis.apcpercent]: Load/Charge % Legend1[atlantis.apcpercent]: Load % Legend2[atlantis.apcpercent]: Charge % Legend3[atlantis.apcpercent]: Legend4[atlantis.apcpercent]: LegendI[atlantis.apcpercent]: Load LegendO[atlantis.apcpercent]: Charge Options[atlantis.apcpercent]: growright,nopercent,gauge PageTop[atlantis.apcpercent]:

UPS Load/Charge % on atlantis

This page shows the load percentage (dark red) and the battery charge (blue) of the APC Back-UPS XS 1000 attached to atlantis.

Colours[atlantis.apcpercent]: DKRED#ff4d4c,BLUE#1000ff,DARK DKRED#580031,VIOLET#ff00ff # nonce /dev/hda sectors read/written Title[nonce.sectors.hda]: Sectors Read/Written on /dev/hda, for nonce Target[nonce.sectors.hda]: `echo 'ds,hda'|/usr/bin/nc nonce.prolixium.com 249` # more than a million sectors written in 5min? dunno MaxBytes[nonce.sectors.hda]: 1000000 ShortLegend[nonce.sectors.hda]: Sectors YLegend[nonce.sectors.hda]: Sectors R/W Legend1[nonce.sectors.hda]: Sectors read from /dev/hda Legend2[nonce.sectors.hda]: Sectors written to /dev/hda Legend3[nonce.sectors.hda]: Legend4[nonce.sectors.hda]: LegendI[nonce.sectors.hda]: Read LegendO[nonce.sectors.hda]: Written Options[nonce.sectors.hda]: growright,nopercent PageTop[nonce.sectors.hda]:

Sectors Read/Written on /dev/hda, for nonce

We're monitoring the amount of sectors read and written on /dev/hda, connected to nonce.

Colours[nonce.sectors.hda]: YEL#ced425,BLUE#1000ff,DARK DKRED#580031,VIOLET#ff00ff # eclipse acpi sensors (single core) Title[eclipse.acpi]: ACPI Thermal Zone on eclipse Target[eclipse.acpi]: `echo 'at'|/usr/bin/nc eclipse 249` MaxBytes[eclipse.acpi]: 100 Options[eclipse.acpi]: gauge, nopercent, growright YLegend[eclipse.acpi]: Degrees Celsius Legend1[eclipse.acpi]:  CPU0 Temperature in Celsius Legend2[eclipse.acpi]:  CPU0 Temperature in Celsius LegendI[eclipse.acpi]:  CPU0: LegendO[eclipse.acpi]: PageTop[eclipse.acpi]:

Thermal Zone on eclipse

You're watching the CPU die temperature of the Intel Pentium M processor in eclipse.prolixium.com.

ShortLegend[eclipse.acpi]: °C Colours[eclipse.acpi]: HOTPINK#ff00a4,BLUE#1000ff,DARK HOTPINK#91005d,GREEN#488352 # Core 0/1 temperatures for dax Title[dax.sensors]: Sensors Data for dax Target[dax.sensors]: `echo 'ct,0,1'|/usr/bin/nc dax 249` MaxBytes[dax.sensors]: 100 Options[dax.sensors]: gauge, nopercent, growright YLegend[dax.sensors]: Degrees Celsius Legend1[dax.sensors]:  Core 0 Temperature in Celsius Legend2[dax.sensors]:  Core 1 Temperature in Celsius LegendI[dax.sensors]:  Core 0: LegendO[dax.sensors]:  Core 1: PageTop[dax.sensors]:

Sensors Data for dax

This page shows the primary (green) and secondary core (blue) temperatures of the Intel Core 2 Duo E4300 processor in dax.

ShortLegend[dax.sensors]: °C # Cisco AP bitrate: wiithernet Title[orthogonality.bitrate.wiithernet]: Bitrate for wiithernet on orthogonality Target[orthogonality.bitrate.wiithernet]: `/usr/local/bin/mrtg-lcl localhost 'wap,orthogonality,ieW5ooz5,00:17:ab:dd:ba:be'` MaxBytes[orthogonality.bitrate.wiithernet]: 1024 Options[orthogonality.bitrate.wiithernet]: gauge, growright, nopercent, noo YLegend[orthogonality.bitrate.wiithernet]: Bitrate in Mbit/s Legend1[orthogonality.bitrate.wiithernet]:  Bitrate for wiithernet (Nintendo Wii) in Mbit/s LegendI[orthogonality.bitrate.wiithernet]:  Bitrate PageTop[orthogonality.bitrate.wiithernet]:

bitrate for wiithernet on orthogonality

This page shows the bitrate of wiithernet (Nintendo Wii) on orthogonality, a Cisco Aironet AIR-AP1232AG-A-K9 access point.  These numbers have been incremented by 100.

ShortLegend[orthogonality.bitrate.wiithernet]: Mbit/s Colours[orthogonality.bitrate.wiithernet]: RED#ff0000,BLUE#1000ff,DARK GREEN#006600,VIOLET#ff00ff