owaty
Who do you think is killing Ukrainians?
It's not Putin himself, and it's not some kind of professional army.
Those are ordinary Russians who decided to join the occupational army, and who are launching drones and rockets at Ukraine every day.
Not necessarily, depending on where you're based.
When I give you my email, it's not because I actually want to hear from you; it's because you've made it the only — or the least shady — way to sign up. I do not want to hear from you or answer your questions, especially before I've decided that I like your product and care about it.
So any such email I immediately mark as junk, and the fact that you sent it to me will go the "cons" column when evaluating your product vs the competitors.
Once you've left enough comments, a motivated party has a good chance of identifying you based on the intersection of your (relatively uncommon) interests, various bits and pieces of the personal info that you tend to drop in comments etc.
1. Me deciding to send a given message
2. Me deciding to use email for that message
... I should send it over an unencrypted email rather than encrypted one.
I see arguments for using other systems like Signal. I see arguments for a false sense of security — i.e. if I didn't assume the email was secure, I'd write a different message.
But, again, for a given message being sent over an email, I just don't see any reason not to encrypt it if it provides at least some protection (and saying it doesn't would probably be too much hyperbole even for latacora). The authors sort of just declare out of nowhere:
> But email cannot promise security, and so shouldn’t pretend to offer it.
And if "pretending" meant rot13, I would agree. But even despite all its flaws, there's a sea of difference between rot13 and PGP. If I can publish the encrypted contents of my email publicly, and not even tptacek can decrypt it, then it's not pretending.
So, what is the downside of encrypting an email compared to not encrypting it? I can't think of any, and apparently the authors can't either, despite trying very hard.
I also wish they got a shorter url.
Sure. But, in a complex situation, it's rather hard to know whether "you're down to guessing". It seems like there's no more information to be extracted from the board, but you may be wrong. (At least I often am.) That said, you can cheat by pressing "Give me a hint", and it'll tell you whether it's safe to guess.
And that is precisely why I would crop my screenshot to only the relevant part.
Let's say you're given three parallel lines. You can put your x axis along the first line. Then its equation is y = 0. The other two lines necessarily have equations y = a and y = b for some reals a and b. Then you calculate the other quantities involved via a and b and other parameters you have to introduce. At the end you calculate the coordinates of your three points and verify, symbolically, that they lie on the same line.
R-Technology
A mature Haskell project such as hledger has probably a few hundred of transitive dependencies, so you won't be able to install them individually by hand. You might try to figure whether each of them is packaged by your distribution (unlikely, unless hledger itself is packaged), but that's not a typical path — just don't use make in that case.
The author describes how they had to drive 50 miles every day, use the corporate laptop (or install shady software on their own one), not get a response for many days. Basically, their rate (and the total cost) covers not just the work they do, but all the frustration that comes with the work.
Now, if you treat your staff better than that — remove all the hurdles, answer their emails promptly etc. — then there will be many talented people who'd prefer it over a meaningless-but-highly-paid alternative.
Web engines in Haskell and reflecting on browsers
1. Go to Preferences, Privacy & Security
2. Scroll to Permissions > Notifications, click Settings...
3. At the bottom of the dialog window, check Block new requests asking to allow notifications
The permissions already granted will still work.
> Why does Google let Startpage access their search results?
> Startpage.com has a contract with Google that allows us to use their official "Syndicated Web Search" feed, so we have to pay them to get those results.
So what is their own business model? Do they show ads? (I disabled adblock but didn't see any.)
The maintenance process is described here: https://github.com/publicsuffix/list/wiki/Guidelines
Honestly, zero. There's just too much great free content. If a podcast I like to listen to or a blog I follow dies because they don't earn enough from it, fine, that'll free up the time to follow something else.
And I say it as someone who has their own blog and podcast and doesn't expect to be paid for it. The fact that someone spends their time listening to what I have to say is a sufficient reward for me.
Not leaking this slide deck was rather important to minimize frustration.
> Create a name and email — neither need to be real — to make this quiz seem more realistic. Don’t worry, this information won’t leave your device.
I'd trust this notice if I knew it came from Google, but since it was placed on a phishy-looking website, it really gave me pause.
Being a long-time fan of Gelman (and having studied his Bayesian Data Analysis textbook), I am baffled and disappointed that he doesn't seem to understand Pearl's ideas. In his linked 2009 post[1], he wrote: "I’ve never been able to understand Pearl’s notation: notions such as a “collider of an M-structure” remain completely opaque to me." I wonder if, after reading this book accessible even to non-statisticans, he still doesn't understand it.
[1]: https://statmodeling.stat.columbia.edu/2009/07/05/disputes_a...
All this is to say, it was probably a mistake for the publisher to order the narration, but I am really glad they did.
So it won't show up on your 23andme test. It's a completely different type of analysis called RNA-seq, and in order to perform it they had to obtain actual brain tissue samples (not blood or saliva), because gene expression is different in every tissue.
You can also do it like this:
< myfile grep mypattern