bjorney

You should look at how OPs example works first maybe

The python interpreter isn’t parsing comments, the add() function is just getting the current line number from the call stack context, and using a regex to spit out the numbers to the right of the “#” on the current executing line of the source code.

Do you stay away from C++ too? You can do this there too

https://en.cppreference.com/w/cpp/utility/source_location/line

This stuff is normally used for creating human readable error messages. E.g. printing the line of your code that actually set off the exception

The add function in the example above probably traverses the call stack to see what line of the script is currently being executed by the interpreter, then reads in that line in the original script, parses the comment, and subs in the values in the function call.

This functionality exists so when you get a traceback you can see what line of code triggered it in the error message

If you know the key is composed of English language words you can skip strings of letters like “ZRZP” and “TQK” and focus on sequences that actually occur in a dictionary

You don’t memorize RSA keys

No im saying if your password size is limited to a fixed number of characters, as is the case with RSA keys, words are substantially less secure

“can you string words to form a valid RSA key”

“Yes this is the most secure way to do it”

“No, it’s not when there is a fixed byte length”

-> where we are now

1. we are talking about RSA keys - you don’t memorize your RSA keys

2. if you rely on memorizing all your passwords, I assume that means you have ample password reuse, which is a million times worse than using a different less-secure password on every site

Sure but we aren’t talking about that

You memorize your RSA keys?

We are talking about RSA though, so there is a fixed character length and it isn’t meant to be remembered because your private key is stored on disk.

Yes the word method is better than a random character password when length is unbounded, but creating secure and memorable passwords is a bit of an oxymoron in today’s date and age - if you are relying on remembering your passwords that likely means you are reusing at least some of them, which is arguably one of the worst things you can do.

Words are the least secure way to generate a password of a given length because you are limiting your character set to 26, and character N gives you information about the character at position N+1

The most secure way to generate a password is to uniformly pick bytes from the entire character set using a suitable form of entropy

Edit: for the dozens of people still feeling the need to reply to me: RSA keys are fixed length, and you don’t need to memorize them. Using a dictionary of words to create your own RSA key is intentionally kneecapping the security of the key.

It’s unavoidable - once the cheese gets hot enough the steam will either force the liquid cheese out of existing holes, or it will make its own holes.

Make sure they are fresh out of the freezer when you put them in, as this lets the outside crisp up more before the inside becomes lava. Once you get close to the prescribed cooking time, you need to just sit in front of the oven door and watch them, and as soon as 2-3 break open, take the whole tray out

Tesla still sells nearly 10x the number of EVs (BEVs) to the next most popular brand (globally).

Tesla only sold 4% more EVs than BYD last quarter

Too bad it still can’t figure out how to do dead ass simple things the old assistant had no problem with, like setting a reminder or alarm

My company has two full time staff members running point on customer service. Directing people to the 5 bullet point FAQ page is about 85% of their job.

I dabbled with setting up an AI classifier to do this for them, and while it would remove 99% of those FAQ emails, the remaining 1% of the time it was so catastrophically wrong it made us press pause on the whole thing.

You can just point your domain at your local IP, e.g. 192.168.0.100

Or simply “i need to change the address of my delivery”

Right? it screams wayyyy pre-y2k but MySQL was only release in 95