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Comment Re:So Proud of Gun Ownership (Score 1) 1232

And we do, which is why we quarantine dangerous infectious disease carriers, to limit their rights and freedoms, in order that they don't harm others.

Where, pray tell, are our HIV colonies located? What about the hepatitis colonies? Where is the influenza ward in the hospital? (yes, the flu is deadly dangerous)

Oh, right. What you said is pretty much make-believe except for possibly some rare esoteric infections that few people acquire.

Comment Re:Ben Bernanke is the Copper Thief (Score 1) 363

"Yes, people huff gasoline, they huff the propellant from Cheeze Whiz."

Cheeze Whiz doesn't use propellant, it comes in a jar.

You might have been thinking about Easy Cheese, which does use a propellant, but it's a bit hard to get to it the way the can is designed, as the propellant is in a separate sealed chamber from the product.

The Military

US Air Force's 1950s Supersonic Flying Saucer Declassified 300

MrSeb writes "Tighten the strap on your tinfoil hat: Recently declassified documents show that the US Air Force was working on, and perhaps had already built, a supersonic flying saucer in 1956. The aircraft, which had the code name Project 1794, was developed by the USAF and Avro Canada in the 1950s. One declassified memo, which seems to be the conclusion of initial research and prototyping, says that Project 1794 is a flying saucer capable of 'between Mach 3 and Mach 4,' (2,300-3,000 mph) a service ceiling of over 100,000 feet (30,500m), and a range of around 1,000 nautical miles (1,150mi, 1850km). According to declassified cutaway diagrams, the supersonic flying saucer would propel itself by rotating an outer disk at very high speed, taking advantage of the Coand effect. Maneuvering would be accomplished by using small shutters on the edge of the disc (similar to ailerons on a winged aircraft). Power would be provided by jet turbines. According to the cutaway diagrams, the entire thing would even be capable of vertical takeoff and landing (VTOL). The fact that there are no disc-shaped aircraft in the skies today, though, suggests that the USAF's flying saucer efforts probably never got past the prototype stage."

Comment Re:Apple ][ easter egg (Score 1) 98

Actually, it was the VERIFY command in the ProDOS BASIC.SYS that output the copyright message when no filename was given. In ProDOS, if a filename was given, it checked that the file existed, but did nothing else.

Apple DOS 3.3 and earlier read every sector in the file and would return an I/O error if it could not be read. Not specifying a file name resulted in an error.

Comment Re:But ... (Score 1) 846

with the exception of hunting rifles, they exist for one purpose, to facilitate the most abhorrent crime there is.

Yeah, because there is nobody on this entire planet who might want to use one to test their skill at punching little holes in paper sheets from a distance.

Beyond that, ban everything but slow-shooting hunting rifles.

Most certainly you wouldn't want to try that with different kinds of firearms, in different positions, and at any sort of speed.

While we're at it, we should ban all forms of foot races except for marathons, because nobody should have any reason to participate any other kind of race.

Comment Re:huh? (Score 1) 144

Basically, my scenario as well.

I just rebuilt my MythTV box a few weeks ago after it developed a mainboard issue. So, I decided to upgrade it with an SSD for the boot disk, new OS install, and newer mainboard, proc, and memory.

Honestly, it doesn't take that long to set up. It took about a day to get running the way I wanted, including the hardware work and futzing with the EFI BIOS on the new board.

Here are the installation steps I took:

0. Get the hardware work done.

1. Install Scientific Linux 6.2. 2. Install EPEL and ATrpms repositories and yum-priorities. Set up yum priorities to put Base before ATrpms, and ATrpms before EPEL. Make sure the storage is all there (NFS and local RAID1). Install Base package set only.

2. yum -y install xfce4 mythtv

3. Manual work: download the "firmware" for my Hauppauge tuners and stick in /lib/firmware (5 mins). Download, compile, and install latest lcdproc package (10 mins). Copy the MCE remote definition to lirc config. Make sure that udev doesn't steal my remote and make it a linux-input device (Linux has built-in support for MCE-type USB remote receivers, but it's not easily customized as far as I can tell).

4. mythtv-setup - anyone should be able to work through this.

5. Make sure lircd, lcdd, lcdproc, and mythbackend start up on boot.

6. Log into box and run mythfrontend.

7. Set prefs the way I want them, maybe 30 minutes to go through.

8. Watch TV.

9. Since this is a dedicated box, set up gdm for auto-login and mythwelcome to auto-start, and make sure APCI wakeup is working.

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