Free how does solar power work software for linux

Solar Empire project is a highly competitive, Web-based space strategy game.

Solar Empire is a highly competitive, Web-based, multi-player space based strategy game where players use combat, diplomacy, bounties, and other such components to eliminate their enemies.

KMail Power Tools is meant to be a suite of enhancements to KMail and may be other mail user agents.
It is currently composed of only one (perl) script that acts as a filter (take input from stdin, outputs the modified mail to stdout), adds dialog boxes to kmail, and allows the user to:
- remove all attachments from an email (no user interaction),
- remove selectively attachments, after asking the user,
detach (i.e. save then remove) any attachment to a directory chosen by the user,
- hence reducing the size of your mailbox, while allowing you to backup important attached files.
All these actions are logged within a sentence in the mail body (see below).
Note: removing and detaching is already supported by Thunderbird, but my favourite mailer program is KMail, then...
How it works
KMail allows the definition of filters (like any other email program), but you can define filters:
- which are launched manually,
- which can be programs reading your email on stdin and outputing the result on stdout (or "pipe through").
So I had the idea to use this in order to enhance KMail, and allow it to remove and detach attachments: kmailpt will read and interpret the email (thank you Perl MIME::Parser), then depending on the command line switches, popup a dialog box to ask the user for a directory where to save attachments, and ask him which attachment to remove/detach (thank you Kdialog!).
Also, the sentence "[Attachment removed by jice (26/02/2007 20:33:01): bill.zip]" will be added to the mail body. When you detach an email, it will add a similar sentence, and if the mail body is html, you will even get a link to the new location of the file: "[Attachment saved by jice (26/02/2007 20:36:17) to heavenly.gif]", on which you can even click in order to view the detached file. For text/plain messages, the sentence will be something like: "[Attachment saved by jice (26/02/2007 20:36:17) to file:///home/jice/Images/heavenly.gif]" (unfortunately, although kmail renders http:// or ftp:// urls as links, file:// are not (yet?) - I should enter a bug on bugs.kde.org for this...).
Should you want to know the currently available command line switches, here is the help:
Usage: kmailpt [options]
kmailpt takes an email on stdin, performs actions based
on this mail, then output an email on stdout.
Without any option, it will remove any file attached.
Options:
-d detach the attachments (save and remove)
-q ask which attachment to remove
-h prints this help

PolarViewer is a viewer application for exercise files recorded with Polar heartrate monitors. PolarViewer project displays all the recorded exercise data (except power) and creates diagrams.

If you want to organize your exercises and create statistics you should use the SportsTracker application together with PolarViewer.

This is a compatibility list for heartrate monitors:

Polar S610(i) (tested)
Polar S710(i) (tested)
Polar S720i (tested)
Polar S725 (tested)
Polar S625x (tested, HRM files only)
Polar S410 (tested, HRM files only)

Other Polar monitors might work too, but I cant test them. User feedback is welcome.
Its also possible to view HRM exercise files (recorded with the Polar Software for Windows) with PolarViewer.

The application itself is not able to receive the exercise files from the Polar device and store it on the computer. Theres an excellent tool called s710 (written by Dave Bailey) which does this job.

Prozessordrossel (German for CPU throttler) throttles your CPU using the Linux ACPI interface of 2.6 kernel.

If your CPU supports it, you can change your processor speed (commonly found in Laptops), or throttle it (meaning it will only run a command every other time, thereby using about half the power).

For this to work, you need the QT4 Developer libraries (Debian packages: libqt4-dev & qt4-dev-tools).

To compile: uncompress, change to source directory and run:

qmake (will create Makefile)
make (will create program)
Copy the executable "Prozessordrossel" to your PATH (p.ex. /usr/local/bin).

To run: "Execute command" from the K Menu, and enter "kdesu Prozessordrossel".

Note: you need to have enabled ACPI interface & userspace speed governor in your Linux kernel (most distributions automatically have this). Ensure also no other application (like KLaptop) is running and manages the CPU speed.

After setting the CPU speed to your desired value, you can close the application. The speed will stay at the value you set it.

onesixtyone is an efficient SNMP scanner which utilizes a sweep technique to achieve extreme performance. The SNMP protocol is a stateless, datagram oriented protocol. An SNMP scanner is a program that sends SNMP requests to multiple IP addresses, trying different community strings and waiting for a reply. Unfortunately SNMP servers dont respond to requests with invalid community strings and the underlying UDP protocol does not reliably report closed UDP ports. This means that no response from the probed IP address can mean either of the following:
machine unreachable
SNMP server not running
invalid community string
the response datagram has not yet arrived
The approach taken by most SNMP scanners is to send the request, wait for n seconds and assume that the community string is invalid. If only 1 of every hundred scanned IP addresses responds to the SNMP request, the scanner will spend 99*n seconds waiting for replies that will never come.
Thats why traditional SNMP scanners are very inefficient.
onesixtyone takes a different approach to SNMP scanning. It takes advantage of the fact that SNMP is a connectionless protocol and sends all SNMP requests as fast as it can. Then the scanner waits for responses to come back and logs them, in a fashion similar to Nmap ping sweeps. By default onesixtyone waits for 10 milliseconds between sending packets, which is adequate for 100Mbs switched networks. The user can adjust this value via the -w command line option. If set to 0, the scanner will send packets as fast as the kernel would accept them, which may lead to packet drop.
Running onesixtyone on a class B network (switched 100Mbs with 1Gbs backbone) with -w 10 gives us a performance of 3 seconds per class C, with no dropped packets. All 65536 IP addresses were scanned in less than 13 minutes.
onesixtyone sends a request for the system.sysDescr.0 value, which is present on almost all SNMP enabled devices. This returned value gives us a description of the system software running on the device. Here is an excert of a log file:
192.168.120.92 [1234] HP ETHERNET MULTI-ENVIRONMENT,ROM A.05.03,JETDIRECT,JD24,EEPROM A.05.05
130.160.108.146 [public] Hardware: x86 Family 15 Model 0 Stepping 10 AT/AT
COMPATIBLE - Software: Windows 2000 Version 5.0 (Build 2195 Uniprocessor Free)
192.168.112.64 [public] Power Macintosh, hardware type 406; MacOS 9.0; OpenTransport 2.5.2
192.168.104.254 [public] Novell NetWare 4.11 August 22, 1996
192.168.112.83 [public] Macintosh Quadra 650, System Software 7.1
192.168.244.210 [public] RICOH Aficio 850 / RICOH Network Printer D model
192.168.240.39 [public] Cisco Systems WS-C5000
192.168.244.103 [public] HPJ3210A AdvanceStack 10BT Switching Hub Management Module, ROM A.01.02, EEPROM A.01.01, HW A.01.00
Enhancements:
- fixed version number and added a Makefile

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