Gkrellm windows 7 download

Commands can be configured to run when monitor labels are clicked. Both gkrellm and the gkrellmd server are plugin capable so special interest monitors can be coded.

Screenshots: 1: The CPU chart's nice time green is de-emphasized by splitting it into a small view, and the sys time is inverted. The 5 volt supply is triggering a warning. The animated penguin is announcing there is new mail. See the plugins page for these and many more interesting plugins. The battery time left is triggering an alarm.

The theme is one I put together as a test and demo for the new frame overlap features for 2. Softonic review Customizable resource monitoring tool Despite its unpronounceable name, Gkrellm is a really handy tool for those who like to keep an eye on resource management. GKrellM for PC. Your review for GKrellM.

Your review for GKrellM Thank you for rating! What do you think about GKrellM? Do you recommend it? Leave a review. This is embarrassing If the OS reports multiple batteries, the alert will be a master alert which is duplicated for each battery. It will be if the libsensors development package is installed when gkrellm is compiled. Using libsensors is the preferred interface on Linux since it is the only interface that will be up to date on supporting correct voltage scaling factors and offsets for recent sensor chips.

If you have mbmon installed from a distribution package, you can probably easily set up for mbmon to be started at boot. Gkrellm uses the default hddtemp port of Like mbmon, hddtemp is best started in a boot script to guarantee it will be running when gkrellm is started.

Nvidia graphics card GPU temperatures may also be monitored if the nvidia-settings command is installed and your Nvidia card supports the temperature reporting. If nvidia-settings is not installed or does not report temperatures for your card, an option for using the nvclock program will appear in the Sensors config. Nvclock use is not automatically enabled as is nvidia-settings because nvclock can add seconds of gkrellm startup time when used on a NVIDIA GPU chipset it does not support.

GKrellM must be restarted to recognize changes for the nvclock option. FreeBSD systems can also read sensor data from the mbmon daemon as described in the Linux section above.

NetBSD Builtin sensor reporting is available for some sensor chips. NetBSD uses the envsys 4 interface and sensors reading is automatically enabled if you have either a lm 4 or viaenv 4 chip configured in your kernel. General Setup: Temperature and fan sensor displays may be optionally located on the CPU or Proc panels to save some vertical space while voltages are always displayed on their own panel. If you set up to monitor both a temperature and a fan on a single CPU or Proc panel, they can be displayed optionally as an alternating single display or as separate displays.

If separate, the fan display will replace the panel label. The configuration for this is under the CPU and Proc config pages. For Linux, default values are automatically provided for many sensor chips. Since that device does not support concurrent accesses, you won't be able to run other apps such as envstat 8 while GKrellM is running. This might change if this happens to be an issue. If using Linux sysfs sensors, this sensor type is set by writing to a sysfs file. Unfortunately, this calibration may not be practical or physically possible because it requires that somehow you can get a real CPU temperature reading.

So, the calibration discussion which follows should probably be considered an academic exercise that might give you some good or bad ideas. If you have a recent motherboard, skip the following. Anyway, to do this calibration, take two real CPU temperature readings corresponding to two sensor reported readings. To get the real readings, you can trust that your motherboard manufacturer has done this calibration and is reporting accurate temperatures in the bios, or you can put a temperature probe directly on your CPU case and this is where things get impractical.

Here is a hypothetical CPU calibration procedure. Make sure GKrellM is configured with default factors of 1. If reading from the bios, proceed with booting the OS. Now record a sensor temperature S1 as reported by GKrellM. Now repeat step 1, this time recording a real temperature T2 and GKrellM reported sensor temperature S2.

Motherboard voltage measurements are made by a variety of sensor chips which are capable of measuring a small positive voltage. GKrellM can display these voltage values and can apply a correction factor, offset, and for the negative voltages of some chips lm80 , a level shifting reference voltage to the displayed voltage.

There are four cases to consider: 1 Low valued positive voltages may be directly connected to the input pins of the sensor chip and therefore need no correction. For these, the correction factor should be 1. For these, the correction factor will be a ratio of the resistor values and the offset will be 0.

For these lm80 , the correction factor and offset will be ratios of the resistor values, and a reference voltage must be used. For these, there will be a correction factor and a possible offset.

Vref is a level shifting voltage reference. For case 2, Vref is ground or zero. For case 3, Vref will be one of the positive motherboard voltages.

The problem then is to compute correction factors and offsets as a function of R1 and R2 so that GKrellM can display a computed motherboard voltage Vs as a function of a measured voltage Vin. Since sensor chip input pins are high impedance, current into the pins may be assumed to be zero. But you can easily calculate the factor and offset.

Note that the second compute line expression is not relevant in GKrellM because there is never any need to invert the voltage reading calculation.

Also, the compute line ' ' symbol represents the Vin voltage. When a command is configured for a monitor, its label is converted into a button which becomes visible when the mouse enters the panel or meter area of the label.

If the command is a console command doesn't have a graphical user interface , then the command must be run in a terminal window such as xterm, eterm, or Gnome terminal.

For example running the "top" command would take: xterm -e top You can use the command launching feature to run commands related to monitoring functions, or you may use it to have a convenient launch for any command. Since GKrellM is usually made sticky, you can have easy access to several frequently used commands from any desktop. This is intended to be a convenience and a way to maximize utilization of screen real estate and not a replacement for more full featured command launching from desktops such as Gnome or KDE or others.

Some launch ideas for some monitors could be: calendar: gnomecal, evolution, or ical CPU: xterm -e top or gps or gtop inet: gftp or xterm -e ftpwho net: mozilla, galeon, skipstone, or xterm -e slrn -C- and so on Tooltips can be set up for these commands.

Where useful, a delay of the alert trigger can be configured. A warning or alarm consists of an attention grabbing decal appearing and an optional command being executed. For most monitors the command may contain the same substitution variables which are available for display in the chart or panel label format strings and are documented on configuration Info pages.