=================================================================== RCS file: /cvs/nagios/check_hw_sensors/index.html,v retrieving revision 1.1 retrieving revision 1.4 diff -u -r1.1 -r1.4 --- nagios/check_hw_sensors/index.html 2006/05/04 00:50:17 1.1 +++ nagios/check_hw_sensors/index.html 2006/10/26 00:30:23 1.4 @@ -2,9 +2,21 @@

Nagios Check - check_hw_sensors

check_hw_sensors plugin for Nagios monitors sysctl hw.sensors on OpenBSD

-

With the new sensor framework in OpenBSD 3.9, I wanted to be able to monitor the new hw.sensors from Nagios and this is what I have. It is currently a work in progress although it does seem to work just fine. The documentation is a bit thin and I don't know how reliable it is. I would be happy to accept patches. Send them to andrew+nagios@rraz.net. I know the docs aren't as good as I would like, so if there are places that need clarification, please let me know!

-

What I think is really kewl about this plugin is that it can use the same sensorsd.conf as sensorsd. That means that they can be easily kept in sync. But, since Nagios supports both warning and critical alerts, it turned out really handy that sensorsd ignores any additional capabilities in the file. The addtional capabilities check_hw_sensors supports are described below. If you have an /etc/sensorsd.conf with the checks you want, it can be run as simply as 'check_hw_sensors -f'.

-

Download the current version here

+

With the new sensor framework in OpenBSD 3.9, I wanted to be able to monitor the new hw.sensors from Nagios and this is what I have. The documentation is a bit thin and I don't know how reliable it is. I would be happy to accept patches. Send them to andrew+nagios@rraz.net. I know the docs aren't as good as I would like, so if there are places that need clarification, please let me know!

+

New in this release is the ability to check the sensors that report their status. Since many sensors support this, it can make the size of your sensorsd.conf much smaller. For example, check_hw_sensors will automatically check these two sensors: +

+ It will report the status listed to Nagios. For 76, it would be OK, for 77 it would be CRITICAL. You don't need to put anything in a config file to support those.

+

What I think is really kewl about this plugin is that it can use the same sensorsd.conf as sensorsd. That means that they can be easily kept in sync. But, since Nagios supports both warning and critical alerts, it turned out really handy that sensorsd ignores any additional capabilities in the file. The addtional capabilities check_hw_sensors supports are described below. If you have an /etc/sensorsd.conf with the checks you want, it can be run as simply as 'check_hw_sensors -f'. If you only want to check the sensors that report their status, you can ever run it as just 'check_hw_sensors'.

+

TODO: +

+

+

Download the current version here

Please be sure to support the OpenBSD project by purchasing @@ -17,9 +29,11 @@ for everyone to use and reuse as they see fit. 

-    check_hw_sensors (-f [<FILENAME>]|(-s <hw.sensors id> -w limit -c limit))
+    check_hw_sensors [-i] (-f [<FILENAME>]|(-s <hw.sensors id> [-w limit] [-c limit]))
 
 Usage:
+    -i, --ignore-status
+        Don't check the status of sensors that report it.
     -f, --filename=FILE
         FILE to load checks from (defaults to /etc/sensorsd.conf)
     -s, --sensor=ID
@@ -28,13 +42,12 @@
         Exit with WARNING status if outside of RANGE or if != ENTRY
     -c, --critical=RANGE or single ENTRY
         Exit with CRITICAL status if outside of RANGE or if != ENTRY
-
-    -h (--help)       usage help

FILE is in the same format as sensorsd.conf(5) plus some additional entries. These additional entries in the file are ignored by sensorsd(8).

check_hw_sensors understands the following entries:
- low, high, crit, warn, crit.low, crit.high, warn.low, warn.high

+ low, high, crit, warn, crit.low, crit.high, warn.low, warn.high, + ignore, status

An ENTRY depends on the type. The descriptions in sensorsd.conf(5) can be used when appropriate, or you can use the following: @@ -66,143 +79,189 @@ It can also be low: or :high with the other side left blank to only make the single check..

-

check_hw_sensors (nagios-plugins 1.4.2) 1.13
+

An entry marked "ignore" will cause that sensor to be skipped. + Generally used with status checking of all sensors to ignore sensors you + don't care about or that report incorrectly.

+ +

If you are using --ignore-status, you can still check the status of + individual sensors with a status entry.

+ +

check_hw_sensors (nagios-plugins 1.4.2) 1.17
The nagios plugins come with ABSOLUTELY NO WARRANTY. You may redistribute copies of the plugins under the terms of the GNU General Public License. For more information about these matters, see the file named COPYING.

-

Example Sensorsd.conf

+ +

Example sensorsd.conf

-# $OpenBSD: index.html,v 1.1 2006/05/03 23:50:17 andrew Exp $
-# $ RedRiver: sensorsd.conf,v 1.1 2006/05/03 21:48:42 andrew Exp $
+# hw.sensors.3=esm0, Ambient, OK, temp, 21.50 degC / 70.70 degF
+hw.sensors.3:high=28C:warn.high=25C
 
-#
-# Sample sensorsd.conf file. See sensorsd.conf(5) for details.
-# This one has examples for use with nagios check_hw_sensors
-# Actual sensors on a 2450 are below.
-#
-
-# hw.sensors.0=esm0, Motherboard, raw, 0
-# hw.sensors.1=esm0, CPU 1, OK, temp, 28.00 degC / 82.40 degF
-hw.sensors.1:high=50C:warn.high=40C
-
-# hw.sensors.2=esm0, CPU 2, OK, temp, 30.00 degC / 86.00 degF
-hw.sensors.2:high=50C:warn.high=40C
-
-# hw.sensors.3=esm0, Mainboard, OK, temp, 21.50 degC / 70.70 degF
-hw.sensors.3:high=40C:warn.high=30C
-
-# hw.sensors.4=esm0, CPU 1 Core, OK, volts_dc, 1.69 V
-hw.sensors.4:high=1.85V:warn.high=1.8V:low=1.60V:warn.low=1.65V
-
-# hw.sensors.5=esm0, CPU 2 Core, OK, volts_dc, 1.70 V
-hw.sensors.5:high=1.85V:warn.high=1.8V:low=1.60V:warn.low=1.65V
-
-# hw.sensors.6=esm0, Motherboard +5V, OK, volts_dc, 4.95 V
-hw.sensors.6:high=5.1V:warn.high=5.05V:low=4.90V:warn.low=4.85V
-
-# hw.sensors.7=esm0, Motherboard +12V, OK, volts_dc, 11.94 V
-hw.sensors.7:high=12.15V:warn.high=12.1V:low=11.8V:warn.low=11.85V
-
-# hw.sensors.8=esm0, Motherboard +3.3V, OK, volts_dc, 3.27 V
-hw.sensors.8:high=3.5V:warn.high=3.4V:low=3.15V:warn.low=3.2V
-
-# hw.sensors.9=esm0, Motherboard +2.5V, OK, volts_dc, 2.48 V
-hw.sensors.9:high=2.75V:warn.high=2.6V:low=2.25V:warn.low=2.4V
-
-# hw.sensors.10=esm0, Motherboard GTL Term, OK, volts_dc, 1.49 V
-hw.sensors.10:high=1.75V:warn.high=1.6V:low=1.25V:warn.low=1.4V
-
-# hw.sensors.11=esm0, Motherboard Battery, OK, volts_dc, 2.93 V
-hw.sensors.11:high=3.1V:warn.high=3.05V:low=2.75V:warn.low=2.8V
-
 # hw.sensors.12=esm0, Chassis Intrusion, indicator, Off
-hw.sensors.12:crit=Off:warn=Off
+hw.sensors.12:warn=Off
 
-# hw.sensors.13=esm0, Fan 1, OK, fanrpm, 3526 RPM
-hw.sensors.13:low=3000:warn.low=3250
+# hw.sensors.29=esm0, Drive 0, drive, online
+hw.sensors.29:crit=online
+# hw.sensors.30=esm0, Drive 1, drive, online
+hw.sensors.30:crit=online
+# hw.sensors.31=esm0, Drive 2, drive, unknown
+# hw.sensors.32=esm0, Drive 3, drive, unknown
+# hw.sensors.33=esm0, Drive 4, drive, online
+hw.sensors.33:crit=online
+# hw.sensors.34=esm0, Drive 5, drive, online
+hw.sensors.34:crit=online
+# hw.sensors.35=esm0, Drive 6, drive, unknown
+# hw.sensors.36=esm0, Drive 7, drive, unknown
 
-# hw.sensors.14=esm0, Fan 2, OK, fanrpm, 3569 RPM
-hw.sensors.14:low=3000:warn.low=3250
+# hw.sensors.70=esm0, Power Supply 1 AC, indicator, On
+hw.sensors.70:crit=On
+# hw.sensors.71=esm0, Power Supply 1 SW, indicator, On
+hw.sensors.71:crit=On
+# hw.sensors.72=esm0, Power Supply 1 OK, indicator, On
+hw.sensors.72:crit=On
+# hw.sensors.74=esm0, Power Supply 1 FFAN, indicator, Off
+hw.sensors.74:crit=Off
+# hw.sensors.75=esm0, Power Supply 1 OTMP, indicator, Off
+hw.sensors.75:crit=Off
 
-# hw.sensors.15=esm0, Fan 3, OK, fanrpm, 3563 RPM
-hw.sensors.15:low=3000:warn.low=3250
+# hw.sensors.76=esm0, Power Supply 2 AC, indicator, On
+hw.sensors.76:crit=On
+# hw.sensors.77=esm0, Power Supply 2 SW, indicator, On
+hw.sensors.77:crit=On
+# hw.sensors.78=esm0, Power Supply 2 OK, indicator, On
+hw.sensors.78:crit=On
+# hw.sensors.80=esm0, Power Supply 2 FFAN, indicator, Off
+hw.sensors.80:crit=Off
+# hw.sensors.81=esm0, Power Supply 2 OTMP, indicator, Off
+hw.sensors.81:crit=Off
 
-# hw.sensors.16=esm0, Backplane, raw, 0
-# hw.sensors.17=esm0, Backplane Top, OK, temp, 14.50 degC / 58.10 degF
-hw.sensors.17:high=35C:warn.high=25C
+# hw.sensors.82=esm0, Power Supply 3 AC, indicator, On
+hw.sensors.82:crit=On
+# hw.sensors.83=esm0, Power Supply 3 SW, indicator, On
+hw.sensors.83:crit=On
+# hw.sensors.84=esm0, Power Supply 3 OK, indicator, On
+hw.sensors.84:crit=On
+# hw.sensors.86=esm0, Power Supply 3 FFAN, indicator, Off
+hw.sensors.86:crit=Off
+# hw.sensors.87=esm0, Power Supply 3 OTMP, indicator, Off
+hw.sensors.87:crit=Off
 
-# hw.sensors.18=esm0, Backplane Bottom, OK, temp, 22.00 degC / 71.60 degF
-hw.sensors.18:high=40C:warn.high=30C
-
-# hw.sensors.19=esm0, Backplane +5V, OK, volts_dc, 4.97 V
-hw.sensors.19:high=5.1V:warn.high=5.05V:low=4.90V:warn.low=4.85V
-
-# hw.sensors.20=esm0, Backplane SCSI A Connected, indicator, On
-hw.sensors.20:crit=On:warn=On
-
-# hw.sensors.21=esm0, Backplane SCSI A External, OK, volts_dc, 4.70 V
-hw.sensors.21:high=5.1V:warn.high=5.05V:low=4.60V:warn.low=4.65V
-
-# hw.sensors.22=esm0, Backplane SCSI B Connected, indicator, Off
-hw.sensors.22:crit=Off:warn=Off
-
-# hw.sensors.23=esm0, Drive 0, drive, online
-hw.sensors.23:crit=online,empty:warn=online
-
-# hw.sensors.24=esm0, Drive 1, drive, online
-hw.sensors.24:crit=online,empty:warn=online
-
-# hw.sensors.25=esm0, Drive 2, drive, empty
-hw.sensors.25:crit=online,empty:warn=online,empty
-
-# hw.sensors.26=esm0, Drive 3, drive, empty
-hw.sensors.26:crit=online,empty:warn=online,empty
-
-# hw.sensors.27=esm0, Backplane Control 2, raw, 17
-# hw.sensors.28=esm0, Backplane +3.3V, OK, volts_dc, 3.28 V
-hw.sensors.28:high=3.5V:warn.high=3.4V:low=3.2V:warn.low=3.25V
-
-# hw.sensors.29=safte0, temp0, OK, temp, 14.44 degC / 58.00 degF
-hw.sensors.29:high=35C:warn.high=25C
-
-# hw.sensors.30=safte0, temp1, OK, temp, 22.22 degC / 72.00 degF
-hw.sensors.30:high=40C:warn.high=30C
+# hw.sensors.88=esm0, Fan 1, CRITICAL, fanrpm, 0 RPM
+hw.sensors.88:ignore
+# hw.sensors.89=esm0, Fan 2, CRITICAL, fanrpm, 0 RPM
+hw.sensors.89:ignore
+# hw.sensors.90=esm0, Fan 3, CRITICAL, fanrpm, 0 RPM
+hw.sensors.90:ignore
+# hw.sensors.91=esm0, Fan 4, CRITICAL, fanrpm, 0 RPM
+hw.sensors.91:ignore
+# hw.sensors.92=esm0, Fan 5, CRITICAL, fanrpm, 0 RPM
+hw.sensors.92:ignore
+# hw.sensors.93=esm0, Fan 6, CRITICAL, fanrpm, 0 RPM
+hw.sensors.93:ignore

Example output from sysctl hw.sensors from that box

-hw.sensors.0=esm0, Motherboard, raw, 0
-hw.sensors.1=esm0, CPU 1, OK, temp, 30.00 degC / 86.00 degF
-hw.sensors.2=esm0, CPU 2, OK, temp, 31.00 degC / 87.80 degF
-hw.sensors.3=esm0, Mainboard, OK, temp, 19.50 degC / 67.10 degF
-hw.sensors.4=esm0, CPU 1 Core, OK, volts_dc, 1.69 V
-hw.sensors.5=esm0, CPU 2 Core, OK, volts_dc, 1.70 V
-hw.sensors.6=esm0, Motherboard +5V, OK, volts_dc, 4.95 V
-hw.sensors.7=esm0, Motherboard +12V, OK, volts_dc, 11.93 V
-hw.sensors.8=esm0, Motherboard +3.3V, OK, volts_dc, 3.27 V
-hw.sensors.9=esm0, Motherboard +2.5V, OK, volts_dc, 2.48 V
-hw.sensors.10=esm0, Motherboard GTL Term, OK, volts_dc, 1.49 V
-hw.sensors.11=esm0, Motherboard Battery, OK, volts_dc, 2.94 V
+hw.sensors.0=esm0, CPU 1, OK, temp, 36.00 degC / 96.80 degF
+hw.sensors.1=esm0, CPU 2, OK, temp, 41.00 degC / 105.80 degF
+hw.sensors.2=esm0, Mainboard, OK, temp, 28.00 degC / 82.40 degF
+hw.sensors.3=esm0, Ambient, OK, temp, 21.50 degC / 70.70 degF
+hw.sensors.4=esm0, CPU 1 Core, OK, volts_dc, 1.65 V
+hw.sensors.5=esm0, CPU 2 Core, OK, volts_dc, 1.67 V
+hw.sensors.6=esm0, Motherboard +5V, OK, volts_dc, 4.98 V
+hw.sensors.7=esm0, Motherboard +12V, OK, volts_dc, 11.97 V
+hw.sensors.8=esm0, Motherboard +3.3V, OK, volts_dc, 3.25 V
+hw.sensors.9=esm0, Motherboard +2.5V, OK, volts_dc, 2.49 V
+hw.sensors.10=esm0, Motherboard GTL Term, OK, volts_dc, 1.50 V
+hw.sensors.11=esm0, Motherboard Battery, OK, volts_dc, 2.92 V
 hw.sensors.12=esm0, Chassis Intrusion, indicator, Off
-hw.sensors.13=esm0, Fan 1, OK, fanrpm, 3514 RPM
-hw.sensors.14=esm0, Fan 2, OK, fanrpm, 3582 RPM
-hw.sensors.15=esm0, Fan 3, OK, fanrpm, 3570 RPM
-hw.sensors.16=esm0, Backplane, raw, 0
-hw.sensors.17=esm0, Backplane Top, OK, temp, 14.50 degC / 58.10 degF
-hw.sensors.18=esm0, Backplane Bottom, OK, temp, 22.50 degC / 72.50 degF
+hw.sensors.13=esm0, Chassis Fan Ctrl, raw, 2
+hw.sensors.14=esm0, Fan 1, OK, fanrpm, 3839 RPM
+hw.sensors.15=esm0, Fan 2, OK, fanrpm, 4040 RPM
+hw.sensors.16=esm0, Backplane Control, raw, 227
+hw.sensors.17=esm0, Backplane Top, OK, temp, 30.00 degC / 86.00 degF
+hw.sensors.18=esm0, Backplane Bottom, OK, temp, 29.50 degC / 85.10 degF
 hw.sensors.19=esm0, Backplane +5V, OK, volts_dc, 4.97 V
-hw.sensors.20=esm0, Backplane SCSI A Connected, indicator, On
-hw.sensors.21=esm0, Backplane SCSI A External, OK, volts_dc, 4.70 V
-hw.sensors.22=esm0, Backplane SCSI B Connected, indicator, Off
-hw.sensors.23=esm0, Drive 0, drive, online
-hw.sensors.24=esm0, Drive 1, drive, online
-hw.sensors.25=esm0, Drive 2, drive, empty
-hw.sensors.26=esm0, Drive 3, drive, empty
-hw.sensors.27=esm0, Backplane Control 2, raw, 17
-hw.sensors.28=esm0, Backplane +3.3V, OK, volts_dc, 3.28 V
-hw.sensors.29=safte0, temp0, OK, temp, 15.00 degC / 59.00 degF
-hw.sensors.30=safte0, temp1, OK, temp, 22.78 degC / 73.00 degF
+hw.sensors.20=esm0, Backplane +12V, OK, volts_dc, 12.06 V
+hw.sensors.21=esm0, Backplane Board, OK, volts_dc, 2.83 V
+hw.sensors.22=esm0, Backplane Fan Control, raw, 8738
+hw.sensors.23=esm0, Backplane Fan 1, OK, fanrpm, 3690 RPM
+hw.sensors.24=esm0, Backplane Fan 2, OK, fanrpm, 3552 RPM
+hw.sensors.25=esm0, Backplane Fan 3, OK, fanrpm, 3505 RPM
+hw.sensors.26=esm0, Backplane SCSI A Connected, indicator, On
+hw.sensors.27=esm0, Backplane SCSI A External, OK, volts_dc, 4.68 V
+hw.sensors.28=esm0, Backplane SCSI A Internal, OK, volts_dc, 4.79 V
+hw.sensors.29=esm0, Drive 0, drive, online
+hw.sensors.30=esm0, Drive 1, drive, online
+hw.sensors.31=esm0, Drive 2, drive, unknown
+hw.sensors.32=esm0, Drive 3, drive, unknown
+hw.sensors.33=esm0, Drive 4, drive, online
+hw.sensors.34=esm0, Drive 5, drive, online
+hw.sensors.35=esm0, Drive 6, drive, unknown
+hw.sensors.36=esm0, Drive 7, drive, unknown
+hw.sensors.37=esm0, Power Supply 1 +5V, volts_dc, 5.07 V
+hw.sensors.38=esm0, Power Supply 1 +12V, volts_dc, 12.13 V
+hw.sensors.39=esm0, Power Supply 1 +3.3V, volts_dc, 3.32 V
+hw.sensors.40=esm0, Power Supply 1 -5V, volts_dc, 5.08 V
+hw.sensors.41=esm0, Power Supply 1 -12V, volts_dc, 12.20 V
+hw.sensors.42=esm0, Power Supply 2 +5V, volts_dc, 5.09 V
+hw.sensors.43=esm0, Power Supply 2 +12V, volts_dc, 12.08 V
+hw.sensors.44=esm0, Power Supply 2 +3.3V, volts_dc, 3.34 V
+hw.sensors.45=esm0, Power Supply 2 -5V, volts_dc, 5.01 V
+hw.sensors.46=esm0, Power Supply 2 -12V, volts_dc, 12.03 V
+hw.sensors.47=esm0, Power Supply 3 +5V, volts_dc, 5.03 V
+hw.sensors.48=esm0, Power Supply 3 +12V, volts_dc, 12.15 V
+hw.sensors.49=esm0, Power Supply 3 +3.3V, volts_dc, 3.34 V
+hw.sensors.50=esm0, Power Supply 3 -5V, volts_dc, 5.03 V
+hw.sensors.51=esm0, Power Supply 3 -12V, volts_dc, 11.97 V
+hw.sensors.52=esm0, System Power Supply +5V, volts_dc, 5.02 V
+hw.sensors.53=esm0, System Power Supply +12V, volts_dc, 12.09 V
+hw.sensors.54=esm0, System Power Supply +3.3V, volts_dc, 3.32 V
+hw.sensors.55=esm0, System Power Supply -5V, volts_dc, 4.91 V
+hw.sensors.56=esm0, System Power Supply -12V, volts_dc, 11.82 V
+hw.sensors.57=esm0, System Power Supply +5V aux, volts_dc, 5.16 V
+hw.sensors.58=esm0, Power Supply 1 +5V, OK, amps, 2.40 A
+hw.sensors.59=esm0, Power Supply 1 +12V, OK, amps, 1.00 A
+hw.sensors.60=esm0, Power Supply 1 +3.3V, OK, amps, 1.80 A
+hw.sensors.61=esm0, Power Supply 2 +5V, OK, amps, 2.80 A
+hw.sensors.62=esm0, Power Supply 2 +12V, OK, amps, 1.20 A
+hw.sensors.63=esm0, Power Supply 2 +3.3V, OK, amps, 1.60 A
+hw.sensors.64=esm0, Power Supply 3 +5V, OK, amps, 1.20 A
+hw.sensors.65=esm0, Power Supply 3 +12V, OK, amps, 1.00 A
+hw.sensors.66=esm0, Power Supply 3 +3.3V, OK, amps, 1.60 A
+hw.sensors.67=esm0, Power Supply 1 Fan, OK, fanrpm, 3726 RPM
+hw.sensors.68=esm0, Power Supply 2 Fan, OK, fanrpm, 4042 RPM
+hw.sensors.69=esm0, Power Supply 3 Fan, OK, fanrpm, 3606 RPM
+hw.sensors.70=esm0, Power Supply 1 AC, indicator, On
+hw.sensors.71=esm0, Power Supply 1 SW, indicator, On
+hw.sensors.72=esm0, Power Supply 1 OK, indicator, On
+hw.sensors.73=esm0, Power Supply 1 ON, OK, indicator, On
+hw.sensors.74=esm0, Power Supply 1 FFAN, indicator, Off
+hw.sensors.75=esm0, Power Supply 1 OTMP, indicator, Off
+hw.sensors.76=esm0, Power Supply 2 AC, indicator, On
+hw.sensors.77=esm0, Power Supply 2 SW, indicator, On
+hw.sensors.78=esm0, Power Supply 2 OK, indicator, On
+hw.sensors.79=esm0, Power Supply 2 ON, OK, indicator, On
+hw.sensors.80=esm0, Power Supply 2 FFAN, indicator, Off
+hw.sensors.81=esm0, Power Supply 2 OTMP, indicator, Off
+hw.sensors.82=esm0, Power Supply 3 AC, indicator, On
+hw.sensors.83=esm0, Power Supply 3 SW, indicator, On
+hw.sensors.84=esm0, Power Supply 3 OK, indicator, On
+hw.sensors.85=esm0, Power Supply 3 ON, OK, indicator, On
+hw.sensors.86=esm0, Power Supply 3 FFAN, indicator, Off
+hw.sensors.87=esm0, Power Supply 3 OTMP, indicator, Off
+hw.sensors.88=esm0, Fan 1, CRITICAL, fanrpm, 0 RPM
+hw.sensors.89=esm0, Fan 2, CRITICAL, fanrpm, 0 RPM
+hw.sensors.90=esm0, Fan 3, CRITICAL, fanrpm, 0 RPM
+hw.sensors.91=esm0, Fan 4, CRITICAL, fanrpm, 0 RPM
+hw.sensors.92=esm0, Fan 5, CRITICAL, fanrpm, 0 RPM
+hw.sensors.93=esm0, Fan 6, CRITICAL, fanrpm, 0 RPM
+hw.sensors.94=esm0, Fan Enclosure, raw, 42498
+hw.sensors.95=safte0, fan0, OK, indicator, On
+hw.sensors.96=safte0, fan1, OK, indicator, On
+hw.sensors.97=safte0, fan2, OK, indicator, On
+hw.sensors.98=safte0, temp0, OK, temp, 30.00 degC / 86.00 degF
+hw.sensors.99=safte0, temp1, OK, temp, 29.44 degC / 85.00 degF

Andrew Fresh <andrew@mad-techies.org>

-

$RedRiver$

+

$RedRiver: index.html,v 1.3 2006/05/04 01:39:16 andrew Exp $