Free exercise equipment software for linux

ccovinstrument package contains instruments C/C++ code for test coverage analysis.

SYNOPSIS

ccovinstrument code.c > covcode.c
ccovinstrument code.c [-f] -o covcode.c [-e errs]
-f instrument fatal code as well as normal code

Scans C/C++ source (before cpp) and inserts trip-wires in each code path to record execution.

A number of error prone coding styles are also detected. Many of these ideas came from study of the highly regarded perl5 source code (and from my own coding experience.

This approach (or almost any approach) to coverage analysis is NOT fullproof! Just because you exercise every code path does NOT mean you have exercised all possibilities. For example, consider the following code:

char
fetch_char(int xx)
{
static char *string = "Dr. Zorph Trokien";
if (xx < 0) {
return 0;
} else {
return string[xx];
}
}

Unfortunately, you still have to be somewhat intelligent about designing your test scripts. However, assuming youre clever, you can use this tool to know when to stop writing more tests. Thus, thereby achieving test coverage.

CCov SOURCE DIRECTIVES

/* CCov: off */
Turns off coverage instrumentation. You probably dont want to analyze debugging code.

/* CCov: on */
Turns on coverage instrumentation.

/* CCov: jump if for do while else return */
Adds to the list of identifiers that cause a change in execution flow. In addition to the usual keywords, macros used by the perl core and XSUBs are included by default.

/* CCov: fatal myexit croak panic */
Adds to the list of identifiers that cause a fatal exception. Instrumentation of these blocks is turned off by default. (You usually want to make sure the code is suppose to work works before you make sure that the code that isnt support to work works.)

HOW DOES IT WORK?

The instrumenter processes source code before it is seen by cpp. This helps you isolate your testing. Usually, you want to do test analysis on each library/application individually. A global analysis would cause you to test new code and all the libraries you are using (for every single application!).

The instrumentor does not really use a lexer (tokenizer). The techniques are probably more similar to image processing than parsing. As you might imagine, this doesnt work in the general case. CCov tries to be forgiving, but it simply doesnt understand obfuscated code. Rather than calling it a bug, I think its an significant feature.

Simple code probably has fewer bugs than complex code. Not only is this tool aimed at test coverage analysis, it is also helps you improve your coding style. There are still some rough edges, but I am mostly satisfied with the degree of strictness.

ErisMUD is a MUD/MOO server/engine written in Python on top of SQLite. It currently supports many features and easy internal commands take care of the development and maintenance. Released under the GPL and 100% free.
Main features:
- Equipment and inventory for Players & NPCs
- Chat system
- Add new rooms with a single command
- Custom exits
- File logging
- Command aliases
- Player stats
- Help system
- Easy maintenance commands
- Optional ANSI colors
- Skills system
- Damage/healing system
Enhancements:
- Now with THREADING. Make sure your Python version supports threads.
- Most player actions now give a message to other users in the room.
- Fixed yet another login bug that looped over email/stats creation.
- Basic skills framework added.
- loiter command added, which depends on the Loitering skill to work.
- skills command added.
- Trapped emotes without arguments.
- Basic health/damage system added. Proof-of-concept maim command added.

Serial Over IP is a tool for the transport of serial interfaces over UDP/IP. It is very usefull for connecting distant equipment that run via a serial interfaces to a local computer.


One linux will be server and one will be client. On the server you can start the program typing the following command:

bash# serialoverip -d /dev/ttyS0 9600-8n1 -s 127.0.0.1 3000

... and on the client:

bash# serialoverip -c 127.0.0.1 3000 -d /dev/ttyS1 9600-8n1

In both commands the IP address is the server IP. Note that you have to start the server first, and it will be efectively be running only after the first packet received from the client.

Iter Vehemens ad Necem project is a graphical roguelike game.
Iter Vehemens ad Necem (IVAN) is a graphical roguelike game which currently runs in Windows, DOS, and Linux. It features advanced bodypart and material handling, multi-colored lighting and, above all, deep gameplay.
Fellow adventurer, turn back while you can! For here begins the roguelike Iter Vehemens ad Necem, a Violent Road to Death. If you choose to travel along it, you will dive into countless exciting adventures to gain items of great magic, attain powerful equipment made of mysterious materials, bathe in the blessings of mighty gods and recruit loyal allies of various shapes and sizes.
Unfortunately, along the way you will also often be dangerously injured, poisoned, catch numerous diseases, lose several limbs and transform into manifold different kinds of pitiful creatures in the darkest depths of hostile dungeons. And, at the end of the road, you are bound to perish in a most gruesome and painful way. Dont say we didnt warn you.
Enhancements:
- fluids can now cover items and characters and interact with them
- items made of iron alloys can now rust
- added directional light and day and night which use it
- added some cosmetical weather effects
- New Attnam has now many new NPCs, for instance a sumo wrestler who can be challenged
- polymorph control is now more interesting; you need to see a monster once before you can polymorph into it, and more powerful ones require more intelligence
- added wands of acid rain, mirroring and necromancy
- added scrolls of detect material, harden material and golem creation
- added several new monsters, eg. powerful named archangels for each god and necromancers who raise skeletons and zombies to do their bidding
- one can now give pets tactical commands, change their equipment and use them to carry extra stuff (these are accessed using Chat and Issue commands keys)
- the player can now panic if he gets hit too much, like the monsters have done in previous versions
- the player can now become exhausted if he fights for too long and/or uses the new run command too much
- spiders are now able to make webs
- you can now get stuck to slime
- badly hurt/trapped bodyparts now become unusable until they regain some HP/become untrapped
- it is now possible to browse detailed death reasons of individual monsters in the postgame massacre lists
- added many new informative graphical details, for instance recently altered attributes are shown with a different color for some time
- gloomy cave is now longer and has more special levels and rooms
- all the endgame battles are more complex
- added leprosy, a nasty disease which causes your limbs to drop off randomly

HCS Open Source Project consists of a do-it-yourself home automation hardware and software system.

The HCS Open Source Project is a stand-alone home automation control system which consists of hardware (main controllers and remote networked controllers) and software to monitor and control various devices around your house.

The current plans support using wired and wireless X10 modules, as well as analog, digital, and voice input and output. Once the HCS is programmed, the use of a PC is not required.

CS stands for Home Control System. Originally designed by Steve Ciarcia for the article "Home Run Control System" for Byte magazine.

What is the HCS II? The HCS II is an expandable, network-based (RS485), intelligent-node, industrial-oriented supervisory control system intended for demanding home control applications.

The HCS incorporates direct and remote digital inputs and outputs, direct and remote analog inputs and outputs, real-time or Boolean decision event triggering, X-10 transmission and reception, infrared remote control transmission and reception, remote LCD displays, and a master console.

The HCS II system architecture consists of a central supervisory controller (SC) connected to up to 32 other functional modules (called links) via a RS485 serial network. The SC and the COMM-Links can operate independently and dont need each other to function.

This allows easy testing or incorporation as intelligent subsystems in other control equipment. Initially the subsystems links all shared a comon 8031 controller board (generically called a COMM-Link) with the I/O customized for each application.

Office Fitness Timer project is a simple tool to help energize a drab office day with regular exercise.
Just open the Office Fitness Timer, click a time amount, and start stretching, doing Tai Chi, whatever, and just glance over at your computer screen from time to time.
When the page starts to flash, youre done! Use the Timer regularly during the day to keep the blood flowing.
Main features:
- Office Fitness Timer is Javascript-based, so the visitor only needs to visit the page once and then can keep the page open throughout the day.
- Office Fitness Timer is easy to install. Just unzip, upload and youre done!
- Select several different timer amounts.
- Screen flashes when the time is up, so you just have to glance at the screen to know when youre done.
- Best of all, Office Fitness Timer is completely free!