Free texas chainsaw massacre software for linux

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

bandwidth monitor is a small application which polls /proc/net/dev for the byte counts for a given network device , and calculates the RX and TX bandwidths. Originally a shell script, then a Perl script, now rewritten in C so that it can easily be used on embedded devices like the Linksys WRT54G as well as.

This program started as a shell script that I ran on my home-brew firewall wireless router (Linux, of course, on a 486/66) to keep track of my incoming and outgoing bandwidth. This let me know that I was getting the bandwidth that I paid for, and it also helped me keep an eye on the throttling of bulk traffic so that I didnt choke out my interactive sessions. Of course, that was before I had QOS.

The program is probably tied to Linux, since it grabs the byte counts for the requested interface right from /proc/net/dev. It could pretty easily be modified to grab the same information from the output of /sbin/ifconfig, but that would waste resources to spawn a new process to parse the /proc/net/dev file and regurgitate it to us. Also, I havent bothered to look at how uniform the output of the byte counts from /sbin/ifconfig is on other operating systems.

As a side note, the C version also uses nanosleep() and gettimeofday() to get more accurate polling intervals and track the overall time (since sleep(), usleep(), nanosleep(), et. al. only guaruntee to wait at least as long as you request, but do not guaruntee that it wont be possibly much longer...) So, if you were interested in porting it, youd have to make sure that nanosleep() and gettimeofday() were also available, or lose the resolution of the time used in bandwidth calculations.

BUILDING

$ gcc -O3 -o bandwidth_monitor bandwidth_monitor.c

LazyDragon Gnu/Linux is a Linux distro aimed at video and audio production. Unfortunatly their arent many distributions aimed specifically at Audio/Video editing and production.

So thats where LazyDragon comes in. Currently Chainsaw Linux is one of the only Distributions orientated towards media production, and you have to pay for it ( which should never be the case with Gnu/Linux).

LazyDragon Linux is free and always will be. LazyDragon is an unfunded , free production of free technologies . Only available free for download.

wmseti is a dockapp for monitoring and the control of upto 10 SETI@home processes. wmseti can display various statistics and can pause/continue or kill/run the program.
It can be compiled with or without graphics showing alien faces coming out of the shadows as the workunit progresses, with a progress bar that is green for running, yellow for paused, and red when not running.
Statistics for display are;
- [WMSETI..X] Title and current SETI directory where X=AB...
- [12.34%..X] Progress as percentage where X is program status
- [01:23:45.] Time spent on workunit
- [01:23:45.] Time left before completion of workunit
- [TX:...123] Number of workunits sent
- [RX:...123] Number of workunits received (no longer updated, defunct)
- [PID:.1234] PID of SETI@Home client
- [=====----] Progess as a graphic bar
- [PT:.12/34] Total CPU time contributed to SETI@home as years/days or days/hours
Controls available;
- A left click changes between SETI@home directories
- A middle click runs or kills the SETI@home client
- A right click pauses or continues the SETI@home client
- A left click on the top-left quarter changes to/from info text and alien (if compiled)
- A left click on the bottom-left quarter of alien sets the progress bar on or off (if compiled)
- A mouse wheel up or down changes to the next or previous directory.

Linux Inventory Aggregator is designed to be a simple, self-contained (as much as possible) script for gathering hardware information.

Sample Output

In the first example, a stock Mandrake system is shown with a single processor, 386MB of memory, an attached SCSI disk array, and several internal IDE drives.

[rtwomey@gamma inventory]$ ./get_inventory.pl
Statistics of machine gamma
* 1 CPU: Pentium III (Coppermine) @ 863.955MHz
* Kernel: 2.6.11-6mdk #1 Tue Mar 22 16:04:32 CET 2005
* Memory total: 385668kB
* Hostname: gamma @ 192.168.1.3
* Network Interfaces:
lo: 127.0.0.1
eth0: 192.168.1.3
* Graphics card: nVidia Corporation NV15 [GeForce2 GTS/Pro] (rev a3)
* Network controller: 3Com Corporation 3c905C-TX/TX-M [Tornado] (rev 78)
* Network controller: Linksys NC100 Network Everywhere Fast Ethernet 10/100 (rev 11)
* Sound card: Creative Labs SB Live! EMU10k1 (rev 07)
* SCSI card: QLogic Corp. ISP12160 Dual Channel Ultra3 SCSI Processor (rev 06)

Attached IDE disks:
* Disk hdg: size: 81964302336 bytes (81GB), model: Maxtor 4R080L0
* Disk hdf: size: 30900215808 bytes (30GB), model: Maxtor 93073U4
* Disk hde: size: 164696555520 bytes (164GB), model: HDS722516VLAT80
* Disk hdc: size: 123522416640 bytes (123GB), model: IC35L120AVV207-0
* Disk hdb: size: 120034123776 bytes (120GB), model: WDC WD1200JB-75CRA0
* Disk hda: size: 45191946240 bytes (45GB), model: IBM-DTLA-307045

Attached SCSI disks:
* Disk sda: SEAGATE ST318452LC (Channel: 00 ID: 08 Lun: 00)
* Disk sdb: SEAGATE ST318453LC (Channel: 00 ID: 09 Lun: 00)
* Disk sdc: SEAGATE ST336607LC (Channel: 01 ID: 08 Lun: 00)
* Disk sdd: SEAGATE ST336607LC (Channel: 01 ID: 09 Lun: 00)
* Disk sde: SEAGATE ST336607LC (Channel: 01 ID: 11 Lun: 00)
* Disk sdf: SEAGATE ST336607LC (Channel: 01 ID: 12 Lun: 00)
* Disk sdg: SEAGATE ST318453LC (Channel: 01 ID: 13 Lun: 00)
* Disk sdh: SEAGATE ST318452LC (Channel: 01 ID: 14 Lun: 00)

The second example illustrates a dual-processor Xeon system (note that HyperThreading causes the 2 processors to appear as 4):

[rtwomey@babbage inventory]# ./get_inventory.pl
Statistics of machine babbage
* 4 CPUs: CPU1 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz; CPU2 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz; CPU3 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz; CPU4 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz
* Kernel: 2.6.9-11.ELsmp #1 SMP Fri May 20 18:26:27 EDT 2005
* Memory total: 514484kB
* Hostname: babbage @ XXX.XXX.XXX.XXX
* Network Interfaces:
lo: 127.0.0.1
eth0: XXX.XXX.XXX.XXX
* Network controller: Intel Corporation 82544GC Gigabit Ethernet Controller (LOM) (rev 02)
* SCSI card: LSI Logic / Symbios Logic 53c1030 PCI-X Fusion-MPT Dual Ultra320 SCSI (rev 07)
* SCSI card: LSI Logic / Symbios Logic 53c1030 PCI-X Fusion-MPT Dual Ultra320 SCSI (rev 07)
* Graphics card: ATI Technologies Inc Rage XL (rev 27)

Attached SCSI disks:
* Disk sda: SEAGATE ST373307LC (Channel: 00 ID: 00 Lun: 00)
* Disk sdb: SEAGATE ST39103LC (Channel: 00 ID: 01 Lun: 00)
* Disk sdc: SEAGATE ST39204LC (Channel: 00 ID: 03 Lun: 00)
* Disk sdd: SEAGATE ST39204LC (Channel: 00 ID: 04 Lun: 00)

The third example illustrates an IDE CD-RW, as well as a SATA disk that is handled via the Linux sg driver:

[rtwomey@younger inventory]# ./get_inventory.pl
Statistics of machine younger
* 2 CPUs: CPU1 = Intel(R) Pentium(R) 4 CPU 3.00GHz @ 2992.825MHz; CPU2 = Intel(R) Pentium(R) 4 CPU 3.00GHz @ 2992.825MHz
* Kernel: 2.6.9-16.ELsmp #1 SMP Mon Aug 15 20:06:02 EDT 2005
* Memory total: 1033192kB
* Hostname: younger @ XXX.XXX.XXX.XXX
* Network Interfaces:
lo: 127.0.0.1
eth0: XXX.XXX.XXX.XXX
* Sound card: Intel Corporation 82801FB/FBM/FR/FW/FRW (ICH6 Family) AC97 Audio Controller (rev 03)
* Graphics card: ATI Technologies Inc RV370 5B60 [Radeon X300 (PCIE)]
* Network controller: Broadcom Corporation NetXtreme BCM5751 Gigabit Ethernet PCI Express (rev 01)

Attached IDE disks:
* CD-RW drive: HL-DT-ST CD-RW/DVD-ROM GCC-4482B

Attached SCSI disks:
* ATA ST340014AS (Channel: 00 ID: 00 Lun: 00)

MPICH (MVAPICH2) software delivers best performance, scalability and fault tolerance for high-end computing systems and servers using InfiniBand, iWARP and other RDMA-enabled interconnect networking technologies. This software is being used by more than 540 organizations world-wide (Current Users) to extract the potential of these emerging networking technologies for modern systems. This software is also being distributed by many InfiniBand, iWARP and RDMA-enabled interconnect vendors in their software distributions. MVAPICH and MVAPICH2 are also available with Open Fabrics Enterprise Distribution (OFED) stack.
MVAPICH software is powering several supercomputers in the TOP 500 list. Examples (from the June 07 ranking) include:
- 15th, 5848-core Dell PowerEdge Intel EM64T 2.66 GHz cluster at Texas Advanced Computing Center/Univ. of Texas
- 19th, 9216-core Appro Quad Opteron dual Core 2.4 GHz at Lawrence Livermore National Laboratory
- 71st, 2200-processors Apple Xserve 2.3 GHz cluster at Virginia Tech
Enhancements:
- New message coalesing, hot-spot avoidance, application-initiated systems-level checkpointing, APM support, multi-rail support for iWARP, on-demand connection management for iWARP and uDAPL (including Solaris), RDMA read, and blocking support.
- The software was also updated to MPICH2 1.0.5p4.

Shell SYStem Monitor a basic console ncurses application for system monitoring.
Shell SYStem Monitor will show things like CPU load, memory load, uptime, Ethernet load (bandwidth usage in KB/s), server time, and more.
Install code:
# cd ssysm
# make
(as root)
# make install
Uninstall code:
(as root)
# make uninstall
Enhancements:
- There was a bug which occurred when outgoing bandwidth exceeds 2GiB, in which the TX bandwidth stays at 0 and TX byte counter sticks to 2GiB.
- This has finally been fixed. However, the byte count still resets to 0 when the interface exceeds 4GiB.

WWW::YahooMaps is a Perl module which can create links to Yahoo! Maps.

SYNOPSIS

use WWW::YahooMaps;

#first method: PASSING ADDRESS BIT-BY-BIT
my %addr = (
"street" => "555 N Michigan Ave",
"city" => "Chicago, IL 60611",
"country" => "us",
);

if (my $url = WWW::YahooMaps::hashreftolink(%addr)){
print "url1 $urln";
}

#second method: ADDRESS INFO IN STRING
#separators can be ";" or newline "n"
#street should come before city
#pass an additional 1 at the end if you want to pass city first
if (my $url = WWW::YahooMaps::stringtolink("us","us","101 Morris Street; Sebastopol, CA 95472")){
print "url2 $urln";
}

#third method: CALL A FUNCTION WITH BIT-BY-BIT PARAMETERS
if (my $url = WWW::YahooMaps::stringtolink("us","us","Paris, TX; Main Street", 1)){
print "url3 $urln";
}