I agree with everyone saying "don't do it".
I used to work as an engineer for one of the top US computer makers. Most people have no idea how much testing the big computer makes put into integrating their systems.
Say we wanted to support shipping 3 different sizes memory sticks from 2 different vendors. We would test every possible permutation of size and vendor in loading the memory slots. The test systems were run in an environmental chamber where we ramped the temperature from the minimum to the maximum operating ranges. We also ramped the power supply from -10% to +10% of specification.
Say one of the disk drive vendors wanted us to qualify a new capacity disk drive. That too took a similar amount of testing; racks full of computers reading and writing to the disks while in the environmental chamber.
This testing *did* uncover problems frequently. We would discover that (for example) we couldn't use a certain Hitachi memory stick with a certain Samsung memory stick if the temperature rose past a certain point. We would find that a specific Western Digital drive had errors under certain conditions with a LSI controller but no problems with an Adaptec controller.
The point of all this is that there is just no way that a small shop is going to have the resources that a major computer maker does to test their integration. There is more to successful system integration then just grabbing a bunch of off-the-shelf components.
Since you are happy with XBMC, you just need a smaller box to run it on.
Buy an Acer Revo, Asus EEEBox, Zotac Zbox, or something similar. Pretty much anything built on the Intel Aton/Nividia Ion combination is going to be able to play full 1080 content with XBMC.
Or you could go for a Popcorn Time box, or even a boxee box.
I'd still recommend XMBC on an Ion.
The general patent to do virtual credit card numbers is held by Orbiscom. They are the provider of most of the Credit Card vendor's solutions: Citi, Discover, BoA, etc.
The new thinking in bank security is that they may have to send boot CDs to their customers, and only allow customers to login when they have booted from this "known secure" CD.
"...not the '''technical''' ability (because even here in English Wikipedia, I voluntarily foregoe it) - but I still have the unquestioned right to ban people from English Wikipedia if there is good cause.-- Jimbo Wales 19:49, 15 May 2010 (UTC)"
Not only does he think that he has the "right", but he believes it is an "unquestioned right".
The foundation needs to act to sever Mr. Wales from the project. He is a loose canon.
IMHO, as a long time wikipedian, everything good about Wikipedia culture can be traced back to ideals that Sanger put into place. Everything toxic about Wikipedia culture can be traced back to bad examples set by Jimbo and his fetish for power.
Just bought a box of floppies last week. Had to do a firmware update on a system. Update could only be run from DOS. System doesn't support booting from USB, and the firmware update was to fix a bug that prevented booting from CD. Floppies were my only good choice.
Reat that the attack targeted Perforce repositories. Haven't heard if any other source control systems were targeted.
Pretty clever way to gather intellectual property; I'd never considered it before, but for many companies if you can download their repository data then you have their crown jewels.
I was an old-timer on Wikipedia who began contributing in 2002.
I've witnessed layers and layers of bureaucracy be added to Wikipedia all under the benevolent dictatorship of Jimbo. I've witnessed what used to be a culture where all editors were considered equal become one where there are definite castes and hierarchies (and cabals).
It just isn't worth the effort to edit anymore.
Case in point: from 2002 to 2006 I was one of the primary editors of a set of articles that had to do with a subject that definitely has politics surrounding it. All the editors involved and I did our best to present both sides of the topic and to try to keep the articles fair and balanced. The number of editors was sparse and it was relatively easy to keep the articles on track.
A couple of years ago a new user started editing these articles. He was extremely contentious but a skilled at wikilawyering. Every edit he didn't agree with would be dragged by him down a rathole of WP:V, WP:NOR, WP:POV, WP:PSTS, and so and and so on ad infinitum. It doesn't matter how well *your* edits are sourced from quality peer-reviewed sources. If he didn't agree with your edits he would find something to complain about; the journal you are citing isn't respected enough, the author you are quoting has an obvious bias, your summary of the published literature doesn't agree with how he would summarize the published literature, etc, etc, etc. Similarly, any objection you had to his edits (or to the overall effect his edits in aggregate were having on the article) would also be dragged down a similar path of his gaming the system.
Editing the articles involved simply became too painful to continue. If you wanted to make any change that this user would disagree with then you had to prepare yourself of days of arguing with him before he would leave you alone. Similarly, one became hesitant to "correct" any of his articles because of the time-sink that you knew arguing with him was going to become.
The existing editors tried many times to work within the system to make this user stop. There were multiple attempts at mediation and arbitration. But over time all of the "old" editors simply gave up. It just wasn't worth the effort anymore.
When I visit these articles today I am ashamed at what they have become. What was once a fair attempt to present all sides of an issue has become extremely one-sided and quite misleading to a reader not familiar with the subject. The "problem user" has become in effect the only editor of these articles, tolerating only a handful of other editors who primarily make grammatical and punctuation changes.
The only hope for the articles in question is that this user eventually gets tired and quits. He has won in his attempt to take over these articles, everyone with an established interest has been driven away, and I don't think any new user is going to be able to mount a challenge as he will simply tie them down in wikilawyering forever.
Once again, there has never been any commercial product that used a terminator gene. Never.
Regarding your "heirloom crop" scenario; there is nothing new here, and nothing GMO specific here. Heirloom crop producers already have to deal with gene flow from neighboring crops. Adding GM to the mix does nothing at all to change that problem. And as has been pointed out here by me and others, Monsanto does not sue farmers over accidental introduction of Monsanto genes into their crops.
The "terminator corn" is a myth. The terminator gene has never been used any commercial product. It wasn't "removed from the market", it was never on the market.
Further; Monsanto was not even one of the key players in the development of the terminator gene technology (although they did later acquire one of the developers, years after the terminator gene was no longer an issue).
Monsanto does not go after farmers when their crops accidentally pick up Monsanto genes. They do go after farmers who purposely try to use Monsanto genes outside of a license agreement.
This myth probably perpetuates itself because farmers trying to beat the system will claim it was on "accident". The Percy Schmeiser case is one that springs immediately to mind. But remember, in that case, the Canadian Supreme Court found that the extent of Roundup Ready crops on Schmeiser's farm could not possibly have come from accidental contamination.
Monsanto has gone through a very confusing corporate history.
This is quite simplified;
Monsanto used to be a large chemical company with several agricultural divisions. Products like PCB and DDT were made by the Monsanto chemical company.
At some point in the company history, they decided to spin off the agricultural products. The new spin-off got to keep the "Monsanto" name, while the chemical company renamed itself Solutia. Solutia continues to exist today and is the historical descendant of the original Monsanto chemical business.
This ignores the Pharmacia spin-off, the Pfizer acquisition, and several other twists and turns, but it makes the general point clear - the agricultural company known today as "Monsanto" is not the linear descendant of the old chemical company with the same name.
Due to the way GM plants are created and the fact that things like terminator genes mean that for many GM plants natural reproduction is not viable.
The terminator gene has never been used in a commercial product.
Regarding the rest of your argument, you are either severely overestimating the amount of diversity found in non-GM commercial seed, or severely underestimating the amount of diversity found in GM commercial seed. When you read a fact like "95 percent of crop X planted this year use Monsanto's glyphosate resistance trait", that does not mean that 95% of crop X are clones of the same seed. Monsanto licenses many of it's genes to third-party seed producers, who them introduce those genes into their own seed products.
The major risk here isn't that 95% of the plantings of a crop contain a specific gene, which you falsely hypothesize leads to increased mortality. The major risk is that we've already concentrated the bulk of our food production into only a handful of crops. For most diseases and pests, wheat is wheat, whether it is GM or not. If a pandemic begin spreading among the US wheat crop, it would likely affect most varieties of wheat.
"Don't drop acid, take it pass-fail!" -- Bryan Michael Wendt