So what? We connect another memory device through an FPGA and emulate the error pattern. At least to the extend detected by the software.
In a sense, yes. From what I understand the problem with space debris are the small size and the high kinetic energy. If you've got everything in a big lump it should be easier to de-orbit stuff and get it to burn up in the atmosphere.
What about some gel block, or even better some kind of foam?
Works quite well. It did work before, or course, but the interface is a bit simplified, and font sizes have been adjusted for being viewed from a distance.
I mixed up "endian" with "end-of-line", and we were working in a mixed Windows/Linux environment. The automatic change to native end-of-line that git does sometimes marked files as dirty, which required an extra commit before I could change back to my feature branch. It's quite possible that that process would've smoothed out over time.
That was mostly because code is sometimes not feature complete, or has some debugging/testing bits left in. We had a code review system in place, and I didn't want to increase the workload of the reviewer to check if any commit undid or modified changes of an earlier commit.
I used to use cvs, subversion and perforce. After switching to git, it feels a lot more powerful, at the cost of more things that can go wrong.
My workflow with subversion was:
- regular update: update, check/fix conflicts, continue work
- commit: update, pick files I want to commit with TortoiseSVN, verify the changes in the diff view, write log message, commit, continue work
- regular update: stash my changes, change to master branch, pull, check for errors or dirty files (mostly endian problems), switch to work branch, rebase from master, check for errors or dirty files, unstash my changes, check for errors or dirty files, continue work
- commit: update, stage the files I want to commit, commit them, verify the changes, push
At several stages some obscure thing could go wrong that I needed to look up in the manual or on the internet, or needed to ask someone who used it for longer. That doesn't mean I think GIT is bad, I just feel it takes more time to be fully productive with compared to older systems. And I miss a few minor things from svn, like keyword expansion or properties.
I see where you're coming from, looking at the popularity of cheat cartridges/discs or "trainers" for cracked games there are many people who just want to run through the game without any danger for themselves.
The question is, is it a sign of quality to target those people exclusively? All games are entertainment, but not like a movie they are a game. And part of a game is that you win or loose. Where is the reward for finally completing a risky section, if you haven't failed half a dozen times beforehand? What is worth fixing are unnecessary delays like long loading times to play what should be already in memory or a cutscene you can't skip. But removing the risk means removing the reward as well.
... if you cannot lose?
Co-Inventor of the TV Remote Dies
BOISE, Idaho (AP) — Hit the mute button for a moment of silence: The co-inventor of the TV remote, Robert Adler, has died. Adler, who won an Emmy Award along with fellow engineer Eugene Polley for the device that made the couch potato possible, died Thursday of heart failure at a Boise nursing home at 93, Zenith Electronics Corp. said Friday.
In his six-decade career with Zenith, Adler was a prolific inventor, earning more than 180 U.S. patents. He was best known for his 1956 Zenith Space Command remote control, which helped make TV a truly sedentary pastime.
In a May 2004 interview with The Associated Press, Adler recalled being among two dozen engineers at Zenith given the mission to find a new way for television viewers to change channels without getting out of their chairs or tripping over a cable.
But he downplayed his role when asked if he felt his invention helped raise a new generation of couch potatoes.
"People ask me all the time — 'Don't you feel guilty for it?' And I say that's ridiculous," he said. "It seems reasonable and rational to control the TV from where you normally sit and watch television."
Various sources have credited either Polley, another Zenith engineer, or Adler as the inventor of the device. Polley created the "Flashmatic," a wireless remote introduced in 1955 that operated on photo cells. Adler introduced ultrasonics, or high-frequency sound, to make the device more efficient in 1956.
Zenith credits them as co-inventors, and the National Academy of Television Arts and Sciences awarded both Adler and Polley an Emmy in 1997 for the landmark invention.
"He was part of a project that changed the world," Polley said from his home in Lombard, Ill.
Adler joined Zenith's research division in 1941 after earning a doctorate in physics from the University of Vienna. He retired as research vice president in 1979, and served as a technical consultant until 1999, when Zenith merged with LG Electronics Inc.
During World War II, Adler specialized in military communications equipment. He later helped develop sensitive amplifiers for ultra high frequency signals used by radio astronomers and by the U.S. Air Force for long-range missile detection.
Adler also was considered a pioneer in SAW technology, or surface acoustic waves, in color television sets and touch screens. The technology has also been used in cellular telephones.
The U.S. Patent and Trademark Office published his most recent patent application, for advances in touch screen technology, on Feb. 1.
His wife, Ingrid, said Adler wouldn't have chosen the remote control as his favorite invention. In fact, he didn't even watch much television.
"He was more of a reader," she said. "He was a man who would dream in the night and wake up and say, 'I just solved a problem.' He was always thinking science."
Adler wished he had been recognized for more of his broad-ranging applications that were useful in the war and in space and were building blocks of other technology, she said, "but then the remote control changed the life of every man."