I made one called “crash_bandicoot.exe” that opened the windows calculator in an infinite loop.
I made one called “crash_bandicoot.exe” that opened the windows calculator in an infinite loop.
sudo: pop: command not found
The up to date one is the OP
Just writing words doesn’t make it legally binding. Anyone who reads this comment owes me $1,000,000 USD.
It is impossible to update perfection
It’s not satire! Torovoltos used telnet to hack into my iPhone and instal an mp3 virus known as Songs of Innocence
My understanding is that some people are die hards to the software philosophy of “do one thing really well”. systemd at the very least does many different things. These people would prefer to chain a bunch of smaller programs together to replicate the same functionality of systemd since every program in the chain fits the philosophy of “does one thing really well”.
Gentoo because the compiler output looks kind of like the matrix. Also you could watch every single film while waiting for the compiler to finish
The question is about “superpermutations”. The permutations of 1 and 2 are “12” and “21”. A “superpermutation” would be “1221”. It contains the numbers 1 and 2 as well as all permutations of 1 and 2. However “121” is also a superpermutation of 1 and 2. It also contains “12” and “21” and it’s shorter than “1221”.
The problem is finding the shortest superpermutation. Stand-up Maths has a video where he interviews a mathematician that published Anonymous’ solution. So yes, there is a math paper where the main author is “Anonymous 4chan Poster”.
Or post your question with a picture of Kurisu Makise saying “you should be able to solve this”
That’s how they got a 4chan user to post the solution to an unsolved math problem
Don’t be jealous that I’ve been chatting online with babes all day.
My favourite part of this is needing to pass a time range between now and the end of the universe
__ LINE __ is a preprocessor macro. It will be replaced with the line number it is written on when the code is compiled. Macros aren’t processed when debugging. So the code will be skipped during debug but appear in the compiled program, meaning the program will work fine during debug but occasionally not work after compile.
“__ LINE __ % 10” returns 0 if the line number is divisible by 10 and non-zero if not. 0 is considered false and non-zero is considered true.
#define is also macro. In this case, it will replace all instances of “true” with something that will only sometimes evaluate to true when the program is compiled.
The forbidden emoji
You can tell because it suggests Linux isn’t for gamers but Valve has its own game console that runs on Linux. It’d be pretty stupid if a game console couldn’t run games.
git good
There are thousands of sci-fi novels where sentient robots are treated terribly by humans and apparently the people at Boston Dynamics have read absolutely zero of them as they spend all day finding new ways to torment their creations.
cmalw-lib-2.0
The programer’s version of lawful evil
Want everyone to stop talking about your mistakes and failures? Rebrand! Now everyone is focused on your new stupid logo!
A lot of responses here so I’ll suggest a different approach. You can watch your python code execute line by line using a debugger. That might help with understanding how it all works.
def my_sum(list): result = 0 for number in list: result += number return result my_list = [1, 2, 3, 4, 5] list_sum = my_sum(my_list) print(list_sum) # Prints 15
If you run the above code line by line in a debugger, you’ll see that when it gets to
list_sum = my_sum(my_list)
the program will jump into the functionmy_sum(list)
where “list” is a variable holding the value of “my_list”. The program continues line by line inside of the function until it hits thereturn result
statement. The program then returns to the line it was at before jumping into the function. “my_sum(my_list)” now has an actual value. It’s the value that the return statement provided. The line would now readlist_sum = 15
to python.A debugger shows you which lines get executed in which order and how the variables update and change with each line.
Just a note: python has a built-in
sum()
function you could use instead of writing your ownmy_sum()
function, but a debugger won’t show you how built-in functions work! They’re built into the language itself. You’d need to look up Python’s documentation to see how they actually function under the hood.