Keep in mind 10 character spaces should be represented by the selection pool size (A-Z = 26, a-z = 26, 0-9 = 10, so 26+26+10=62). You now can say 62^10 = total possible guesses available. Certainly you can start to make intelligent decisions on guessing properties and priorities to reduce your time.
Also I didn't discuss entropy here in order to represent it more basically for the parent comment.
No, something being under github.com/google means the person who started it was paid by Google, not paid by Google to code this. Google contracts (like most tech contracts in the US) have ridiculously broad IP assignment clauses, so unless you go through a lengthy process to request Google disown something, they own anything you code, and they insist you open source your things under github.com/google.
You decide your own definitions, but that's very different from "Gmail by Google" or even "Go by Google" in my book. Note how the main author has "Ex-Google" in their bio, too.
Not necessarily. You can write open source code in your own time and publish under Google org on GitHub. This is the recommended process if you don’t care about retaining the copyright to your code.
If someone does want to retain copyright, there’s another process for getting approval.
Are you referring to the new Chromecast with Google TV? Because I've set up Chromecast without internet access or a Google account before. I wonder if this changed somewhere along the way.
I was talking about an older chromecast, 3rd gen, and what I did with it. I’m sure it works without internet, I’m sure I activated it with internet (the chromecast now appears in my home on my google account), I’m not sure whether activation is absolutely required.
I have gotten the new Nim-based FrameOS working with two different Waveshare displays. I have two other ones waiting to be tested. Check this folder [1] for the currently enabled drivers.
One of the next items on my todo list [2] is to add back support for all the different waveshare drivers out there. They all follow a similar pattern, so I should be able to generate "best guess" drivers for most of them.
Yup, and (monomorphized) struct generics, first-class SIMD vectors and ability to transparently work with memory ranges because Span<T> can also wrap T* + Length from unmanaged code, which lets you directly plug whatever data you got from C/C++ dependency into most CoreLib APIs.
In this regard, Go is far inferior as a systems programming language.
Compiler is written in Rust: https://github.com/tsoding/good_training_language/blob/main/...