Free output speed sensor software for linux

Azureus Speed Control is a project that enables automatic configuration of your upload limit. This addresses the problem of implicit additional upload when Azureus downloads with high speed, which can lead to connection choking. This is a problem specially for users with low upload bandwidth like German ADSL users.

If your download rate increases, the upload limit will be reduced by a value that can be customized. If the download rate decreases, the upload limit will increase again.

Speed is a simple program to add a transfer meter to any console or terminal based copy program.
Speed allows you to easily report Kilobytes or Megabytes per second when using programs that do not report file transfer speeds (such as cp or ftp).
Usage:
./speed [ -u interval ] -f filename
./speed [ -u interval ] -- < copy_program > [args] /path/to/file /destination/file
< copy_program > is the program we should use to copy the file
[args] options arguments to < copy_program >
Enhancements:
- A progress bar has been added.
- The last argument to cp can be either a file or directory.

Sensors is a SuperKaramba theme for motherboard sensors monitoring.

This is my first upload on to KDE-look its a very basic sensor Karamba theme. Since I like to know what my computer is doing all the time.

Sensors theme uses LM-sensors and this must be installed before this theme will work. Also you may need to edit the .theme file to fit your computers layout. any problems, thoughts concerns or even pointers would be greatly appreciated.

XML::Output is a Perl module for writing simple XML documents.

SYNOPSIS

use XML::Output;

open(FH,>file.xml);
my $xo = new XML::Output({fh => *FH});
$xo->open(tagname, {attrname => attrval});
$xo->pcdata(element content);
$xo->close();
close(FH);

ABSTRACT

XML::Output is a Perl module for writing simple XML documents

XML::Output is a Perl module for writing simple XML document. The following methods are provided.

new
$xo = new XML::Output;
Constructs a new XML::Output object.

open
$xo->open(tagname, {attrname => attrval});
Open an element with specified name (and optional attributes)

close
$xo->close;
Close an element

empty
$xo->empty(tagname, {attrname => attrval});
Insert an empty element with specified name (and optional attributes)

pcdata
$xo->pcdata(element content);
Insert text

comment
$xo->comment(comment text);
Insert a comment

xmlstr
print $xo->xmlstr;
Get a string representation of the constructed document

check_lm_sensors is a Nagios plugin to monitor the values of on-board sensors and hard disk temperatures on Linux systems.
Usage:
-h, --help help
-c, --check specifies a sensor along with warn and crit values
-c fan1=1000,2000 checks if fan1 is above 1000 or 2000
-c vcore=1,2,12 checks if vcore is between 11-13 or 10-14 (12+-value)
sensors with a space in the name can be specified
- by escaping the space --check sda Temp=50,60
- by quoting the name --check sda Temp=50,60
- by substituting the space by an underscore --check sda_Temp=50,60
-d, --drive check drive temperature
-l, --list list sensors
--hddtemp_bin specifies the location of the hddtemp binary
--sensors_bin specified the location of the sensors binary
-v, --verbose verbose output
--version prints $prog_names version and exits
Example:
$ ./check_lm_sensors -v -c sda Temp=30,5,10 -c +2.5V=0.2,0.3,2.5
found sensor +3.3V (3.39)
found sensor +2.5V (2.39)
found sensor VCore (1.19)
found sensor +5V (4.61)
found sensor +12V (11.96)
found sensor +3.3V (3.23)
found sensor Case Fan (0)
found sensor CPU Fan (0)
found sensor CPU Temp (62.1)
found sensor Int Temp (66.0)
found sensor vid (1.250)
found temperature for drive sda (51)
LM_SENSORS CRITICAL sda Temp=51|Case Fan=0;;;; vid=1.250;;;; +5V=4.61;;;; +2.5V=2.39;;;; Int Temp=66.0;;;; +12V=11.96;;;; +3.3V=3.23;;;; VCore=1.19;;;; CPU Temp=62.1;;;; CPU Fan=0;;;; sda Temp=51;;;;
Enhancements:
- --low, --high, and --range options were added.
- The --check option was deprecated.
- The sensor(s) output were added to the status string.
- Automatic detection of the path was implemented for hddtemp and sensors. --nosensors and --nodrives options were added for disabling sensors or driving temperature checks.
- A --rename option renames sensors.
- Only the checked sensors are included in the performance output.
- A --sanitaze option removes spaces from sensor names.

TechMon+Amarok without sensors (temp) edited version of TechMon theme.
Main features:
- just with amarok
- without Sensors (temp)
- now just dark theme is working
- black headers text ( CPU, HDD etc)

EPoX wmsensormon is a hack based on the original wmsensormon package, version 1.1.3.
My modified version works out of the box on an 2.6.6 Linux kernel using the w83627hf and i2c-isa modules for hardware sensor monitoring, for an EPoX 8RDA3I motherboard.
Take it or leave it, dont call me for support.
Usage details
Compile by issuing make under the wmsensormon directory. You may need to add some -I and -L flags to the Makefile for your particular setup.
For me it works best when run like this:
wmsensormon -s1 -lf 2850 -lt 50 -ls 24
You can, of course, adjust the limits as you see fit, but only use integer values. Run wmsensormon without parameters to get help. The -lf is the lower CPU fan limit, -lt is the upper CPU and MOB temperature limit, -ls is the upper SYS temperature limit.
I dont use any of the additional features (logging, safety command, temperature switching) so they are untested. SMP support has been mangled and disabled so it most likely wont work in a multi-processor environment.
Options : -h, --help this help screen
-v, --version print version information
-f show temperatures in Fahrenheit
-s default SMP mode (mode #1)
-s1 SMP mode #1 (CPU 1, CPU 2, sys, fan)
-s2 SMP mode #2 (CPU 1, CPU 2, fan 1, fan 2)
-w switch CPU and SYS temperature readings
-r refresh time (in microseconds, default 100000)
-l enable logging with default time, (default 30000)
-ln enable logging with specified time, (1000 = 1 min)
-lt limit CPU temperature, default: system value (i.e. 60)
input values in Celsius
-ls limit SYS temperature, default: system value (i.e. 60)
input values in Celsius
-lf limit fan speed, default: system value (i.e. 3000)
-lv limit CPU core volts, default is system value
either: max voltage first, min voltage second (i.e. 180 170)
or: percent difference first, value second (i.e. % 5 175)
Example command line:
limit temp, fan, volt: wmsensormon -lt 40 -ls 30 -lf 5000 -lv 183 167 -f
using percent and SMP: wmsensormon -lt 40 -ls 30 -lf 5000 -lv % 5 175 -s -f
You must specify at least one command line argument, do to the fact that not everyone has the same CPU, voltage, or fan setup.
Enhancements:
- Hacked by xlife@zuavra.net to work on my new EPoX 8RDA3I.
- Displays CPU, MOB, SYS and FAN and reacts to lf, lt and ls limits.