This is the command longrun that can be run in the OnWorks free hosting provider using one of our multiple free online workstations such as Ubuntu Online, Fedora Online, Windows online emulator or MAC OS online emulator
PROGRAM:
NAME
longrun - Transmeta(TM) Crusoe(TM) LongRun(TM) utility
SYNOPSIS
longrun [-c device] [-m device] [-hlpv] [-f flag] [-s low high] [-t
num]
DESCRIPTION
The longrun utility is used to control and query LongRun settings on
Transmeta Crusoe processors.
-c device
Set the CPUID device. The default CPUID device is
/dev/cpu/0/cpuid.
-m device
Set the MSR device. The default MSR device is /dev/cpu/0/msr.
-h Print help.
-l List LongRun information about available performance levels for
the CPU.
The following values are reported on all Transmeta CPUs that
implement LongRun.
% An available performance level, expressed as a
percentage of range of available core CPU frequencies.
0 corresponds to the lowest available frequency and
100 corresponds to the highest.
MHz The core CPU frequency at that level.
Volts The core CPU voltage at that level.
usage The power usage relative to the maximum performance
level.
-p Print current LongRun settings and status: whether LongRun is
enabled, whether LongRun Thermal Extensions are active, the
current LongRun performance window (expressed as a percentile
range), the current LongRun performance level (expressed as a
percentile), and the current LongRun flags.
-v Be more verbose.
-f flag
Set a LongRun mode flag. Currently, the two supported flags are
performance and economy. This controls whether the processor is
in "performance mode" or "economy mode".
-s low high
Set the current LongRun performance window as a percentile
range. The low number cannot be greater than the high number.
The minimum and maximum performance values accepted by the CPU
are 0 and 100, respectively.
-t num Set current LongRun Thermal Extensions setting (0 to 8, 8 =
off). Take care with -t 0 and -t 1.
Longrun Thermal Extensions (LTX) is an alternative way to
manipulate the power saving functionality of the processor, by
controlling heat dissipation directly. Settings 2 through 8
represent power utilization levels from 25% to 100%,
respectively, in 12.5% increments. NOTE: Settings 0 and 1 are
listed as 'reserved' in the TM5600 literature. Though they
appear to represent 0% and 12.5% respectively on the TM5800
chip, use these settings at your own risk.
Interaction with the -s flag: Originally intended as a mechanism
to use Transmeta chips on fanless machines (referred to
apocryphally as "coolrun"), the -t flag limits the power range
of the processor. The performance range of the processor is
limited first by the -t flag, and then subsequently the -s flag.
In other words, setting both '-s 57 100' and '-t 6' will result
in the processor running in the 57 to 75% power range.
Notes: This functionality may or may not provide you with
different performance per watt characteristings than the -s
flag. It is provided for completeness, and left as an exercise
to the reader to decide if it is appropriate on their system.
As mentioned above, use the -t 0 and -t 1 settings with caution.
ENVIRONMENT
No environment variables are used.
Use longrun online using onworks.net services
