hackerpacker
Joined 9 years ago
Joined 9 years ago
and that would be JS.
Unless you need to do something more interesting than a browser will allow.
The main thing is that they are so huge, they can afford such experiments. I don't put much faith in that approach outside of a huge organization, and the jury is still out internally.
And given their shift to no brainteasers and no degree, and diversity and other non skill based focus, and sheer number of employees, the bar may not be set where you think it is these days. Hell it might not be much harder than stating your political beliefs (assuming you have the right political beliefs) based on recent cultural evidence.
No, I don't buy the green screen argument, any more than the randomness of paper being somewhat white and ink being in contrast to that. Certainly white on black is useful in astronomy, the stuff you are interested in is lit. This article was such a wall of text, I don't know if it ever supported its conclusion very well, which is ironic for an article promoting "productivity".
https://en.wikipedia.org/wiki/List_of_wealthiest_organizatio...
LDS net worth 67 billion, vatican, 30 billion etc. etc.
Obviously there are extremes on the other end, but for those with 45k disposable income, who can make investments and own land, no "vow of poverty" should be assumed either.
the bureau of labor statistics lists the mean salary for clergy as $50k, with a range of $25k to $80k as well.
edit, this says the median is 45k https://work.chron.com/much-catholic-priests-paid-12915.html
It sure looks like a language to me, like some sort of assembly language.
https://webassembly.org/getting-started/advanced-tools/
https://developer.mozilla.org/en-US/docs/WebAssembly/Text_fo...
granted this is a textual representation (very useful in certain circumstances) but that is semantics. Having done plenty of assembly, I don't see a huge distinction here.
"Pay attention to me" seems to be a recurring theme.
But yah, you can bathe a much more complicated "circuit" in liquid nitrogen a lot easier than compressing it with diamond anvils. Though no commercial superconducting computers have emerged, cmos is just too cost effective currently, and the known examples are still in the 4K range.