Isn't GPG using the OpenPGP standard? In this case, I don't really understand your question ...

@bugreport Simply calculating 0^0 doesn't make any sense, and there is no solution.
If you get 0^0 as limes for a function, you can calculate a number - maybe one, but it could be any other value as well, depending on the function.

gît-blame-someone-else 😁

Windows 10 1809 wasn't distributed via Windows Update yet, you had to upgrade manually ...

Depends on what you want to animate (which objects, what should they do?) and what type the result should be (e. g. video/gif, "real" animation to be used in Unity3D or something similar).
Blender is a mighty tool for animations, but if you want to use it, you should probably watch some tutorials about the basics of Blender before (this may take some time ...) and then learn about the animation part.
But if it's just a simple animation, there are more simple tools available on the internet.

@RememberMe Deleting it doesn't either ...

Malcom in the middle did it first: https://youtu.be/AbSehcT19u0

Relevant xkcd: https://xkcd.com/225/

@djlazz3
Well, the first thing to do is changing it again, so that's not really a problem. Only those who have access to your email account will see the password, and they can click the link as well.

Well, the resolution of the YouTube version is less than HD, so no wonder it has such a small bitrate ...
You can scale your video down with any video editor, if you want to, but this takes some time, depending on your system.
Compression can be lossless or with loss. With loss, you can compress the video much more, but there will be artifacts. And of course playing a compressed video is (much) harder for the CPU. This can also be done with any video editor.
Your phone records the video in the best possible resolution (you can probably change this in the settings) and with low or no compression, because you can scale it down and compress it afterwards, but not the other way around.

"Please click the link in the email we sent you to confirm your account. "

Yeah, sure

Maybe 050 gets interpreted as an octal number (40), so x == 290?

Based on these facts, someone created a new project which is 100 % bug free, secure and guaranteed to never crash: https://github.com/kelseyhightower/...

@trickory As I said, I don't know much about web design (aka nothing). I also don't know what's the goal of the website.
I would try to do as much as possible with PHP to decrease the number of connections and the size of the website. But maybe this is not possible or is done already, or maybe it's not that important, I don't know.
I just think that 8 seconds are a bit long, but I also don't know which functions are missing before "interactive".
And as I don't know all of those, this discussion is a bit pointless.

@localjoost If the page uses Javascript (which it probably does), it takes 8 seconds until one is able to fully use it.
I understand that it's hard to make it much faster without loosing functionality, but as a user I'd prefer @Fast-Nop 's website 😉
@trickory Well, maybe the user has a slow connection ...

I don't know much about web design, but 8 seconds to load the site seems to be more than I would wait, and all the other scores don't really affect me.
But of course a slow website on the first entry is better than a fast one on page 2 ...

Why do you need an app at all, if it's just displaying your website? Does anyone really search their app store instead of Google first?
There is not really an advantage for you, but you have to pay for the developer account, and there is absolutely no advantage for your customers ...

99 % sounds good, if you didn't do the math before ...

I get that you don't like this behavior, but this page probably loads in less than one second ...

Just ask on /r/programmer if they want to attack your server 😉

Okay, that's pretty nice, but I don't really want to pay for it. It's not that important, and for most tasks my old computer is good enough (everything just takes much longer).

Still interested?
We just had a lecture about communication networks, during which we learned about cyclic redundancy checks. They can use a Galois-type shift register for the computation, so we learned a little bit about that one, too.
I just skipped the Wikipedia article about LFSR, and it doesn't seem to be much harder than our stuff ...

Hi

Thanks and hi 😀