Computer Penguin Game

[Nikita Desjardins]

In1970 a teenage Mark signed up for an introductory computer-programming course at his suburban Chicago high school, one of the few in the country to offer such a thing. The students programmed an IBM 1130 minicomputer housed in cabinets scattered around a special, air-conditioned room, from which mechanical clunks and chatters emitted whenever the computer was in operation. There was a cabinet for the punched-card reader, one for the printer, one for the memory (all of 16 K, mounted on a series of flat plates so that you could see each individual bit), one for the disk drives. In the center of it all was a control console that looked like something out of Star Trek, all flashing lights and switches. The students, however, rarely saw the beast they programmed. They designed and wrote out their FORTRAN programs on paper, then carefully pecked them out on a keypunch machine located in a room adjacent to the computer itself. Finally they delivered their cards to the computer operator, who fed them into the beast itself, and, hours later, delivered a printout showing what (if anything) had happened. That was the nature of the process in 1970 even for many professional programmers.

The next year, 1979, brought marriage and a new job teaching COBOL programming at Northern Illinois University. It also brought the Apple II Plus, which was, with its 48 K of memory and readily available floppy-disk drives, a much more refined and usable machine than any of the original trinity. Mark decided to take the microcomputer plunge again. He purchased the Apple, and, naturally, fell to tinkering again.

It was, once again, time to ponder next moves. Having been so involved with the Software Exchange, Mark fell to considering whether there might be a better model for selling software via mail order. Inspiration came from an unlikely source.

I realize this is all very Commodore 64- rather than PET-centric, but I never programmed or even used the latter, and thus was probably relying on Mark and my own memories of BASIC on the 64 when writing that. It may indeed be something to revisit on some future go-round.

The Gift Shop Computer is the computer located in the Gift Shop Office. In can only be accessed in PSA Mission 3: Case of the Missing Coins, by using a floppy disk hidden under a couch in the room.

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Tux is a penguin character and the official brand character of the Linux kernel.[1] Originally created as an entry to a Linux logo competition, Tux is the most commonly used icon for Linux, although different Linux distributions depict Tux in various styles. The character is used in many other Linux programs and as a general symbol of Linux.

The concept of the Linux brand character being a penguin came from Linus Torvalds, the creator of Linux. According to Jeff Ayers, Linus Torvalds had a "fixation for flightless, fat waterfowl" and Torvalds claims to have contracted "penguinitis" after being nibbled by a little penguin on a visit to the National Zoo & Aquarium in Canberra, Australia.[2][3]

Apart from this, in the book Just for Fun: The Story of an Accidental Revolutionary, there is an excerpt dedicated to how Tux became the mascot of the Linux OS. In the book, Linus says he does not remember how Tux became the mascot, but believes the zoo story, which, according to his wife, Tove Torvalds, is probably right.

The story, according to Linus, is that while Tove may in fact have vaguely mentioned penguins at some early stage, it was in a conversation with two high-ranking Linux types that the icy creatures were first seriously considered as the operating system's official mascot.

In 1996 after an initial design suggestion made by Alan Cox,[8] use of an image Torvalds found on an FTP site,[9] showing a penguin figurine depicted in a similar style to the Creature Comforts characters created by Nick Park, the concept for Tux was further refined by Torvalds on the Linux kernel mailing list.[10]

The final and original design was a submission for a Linux logo contest by Larry Ewing[12][irrelevant citation] using the first publicly released[13] version (0.54) of GIMP, a free software graphics package. It was released by him under the following condition:[14]

The first person to call the penguin "Tux" was James Hughes, who said that it stood for "(T)orvalds (U)ni(X)".[16] However, tux is also an abbreviation of tuxedo, the outfit which bears resemblance in appearance to a penguin.

Tuz, a Tasmanian devil wearing a fake penguin beak, was the brand character of the 2009 linux.conf.au conference. It has been chosen by Linus Torvalds as the logo for version 2.6.29 of the Linux kernel[17] to support the effort to save the Tasmanian devil species from extinction[18] due to the devil facial tumour disease.

For the Linux 3.11-rc1 release, Linus Torvalds changed the code name from "Unicycling Gorilla" to "Linux for Workgroups" and modified the logo that some systems display when booting to depict a Tux holding a flag with a symbol that is reminiscent of the logo of Windows for Workgroups 3.11, which was released in 1993.[21]

Tux has taken on a role in the Linux community similar to that which Mario holds in the Nintendo community.[23] The character has been featured in open-source look-alikes of other mainstream games, such as Tux Racer, Extreme Tux Racer, SuperTux, SuperTuxKart, and Tux Paint.[24][25]

Tux appears as a cosmetic item in the game Team Fortress 2,[26] following the release of the Linux version of the game and the Steam client.[27] It was obtainable by launching the game on any Linux distribution, from February 14 to March 1, 2013.[28][29]

Some games that star Tux also include explicitly female penguin characters, allowing the players to play as one of those characters instead of Tux. One such female penguin is Tux's friend "Gown". Gown is variously depicted as being a pink version of Tux (XTux) or as having a somewhat less fat appearance and wearing items of clothing such as a red and white short skirt and a hair bow (e.g. TuxKart and A Quest for Herring).[citation needed]

My wife already had gotten Max a keyboard. It was supposed to be forChristmas, but in the name of turning in my article in time, I opened it afew months early. It is a Crayola keyboard. The keys are big and brightlycolored. It has no function keys (which means Max cannot get to theterminals). For a mouse, I picked up a Colby T-Rex mouse,which claimsto be specially designed for the way little kids click. Originally, I was alittle worried Max constantly would pick up the mouse to stare at thered light, but that did not seem to interest him.

The Sugar Learning Platform was the system originallydeveloped for the One Laptop per Child Netbook. I was interested in thisone because it is specifically designed for learning. The developers spent a lot oftime rethinking how everything works so that it would reinforce that goal.Besides, like most people, I had seen only screenshots. It seemed like thiswas my best opportunity to use it for an actual purpose. Sugar is nowbased on Fedora as its base OS. You even can download a version torun off a USB thumbdrive. I downloaded and installed the Strawberryrelease onto a thumbdrive.

I already had the Sugar thumbdrive, so I moved on to getting the other twoinstalled. My goal was to have a run-off. I would install all three andplay with them. Once I got comfortable, I would unleash Max on each andsee which one was the winner.

I installed Jaunty (9.04) onto the computer. I also partitioned the driveinto three different parts. That way, I could install each OS on its ownpartition. Once the install was complete, Ubuntu reminded me that Karmic(9.10) had been released. I decided to upgrade to Karmic, as theEdubuntu site said it supported it. After a long wait, everything wasinstalled. Then, I added on the Edubuntu package:

It installed without any problems. The only issue was it did notchange anything about the look and feel of the system. Max does well, butI think it will be a little while before I have him navigate todifferent menus to find Tux Paint.

Undeterred, I went through the install process for Qimo. Again, thingswere very straightforward, but I made two mistakes in this portion. I didnot install a bootloader. I figured I'd let the GRUB2 installed in Karmichandle the booting. (It turns out I should have installed it just to have easyGRUB menu files to crib from.) Second, I filled out the information aboutan account on the system. I clicked Auto login, because I assumedit was silly to make Max log in. That turned out to be a mistake. Becausethe system was set to log in as me, it would not log in as the qimo user.

Now I had all three ready for testing. As they say in the UK, things wentpear-shaped. I have only two USB ports on the workstation, and they are usedup by the keyboard and mouse. That left me nowhere to plug in the Sugarthumbdrive. I booted up Karmic, and in the process of trying to add Qimoas a boot option, I went down the path of upgrading to GRUB2. In theprocess, I blew up my ability to boot anything.

I installed Qimo again. This time, I had it take over the entire drive. Ialso left the Auto login box unchecked. As I started pokingaround, I found that Qimo actually is based on Intrepid (8.10). Idecided to use the onboard Ubuntu tools to upgrade it to Jaunty, so that itwould be easier to bring in Edubuntu and Sugar, which was avery straightforward process. The only issue I ran into was with thecustom GDM configuration file. I ended up hand-merging the originalversion from Qimo with the new one.

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