Michail Liarmakopoulos mlliarm

Multiple keyboard layouts on RaspberryOS 64 bit, Debian Bullseye

The issue is that if one follows the usual steps, the keyboard layout handler doesn't change the layouts. It's a very well known issue.

From the above link, and most specifically this post, the solution is as follows:

I really love listening to music when programming, on my old Linux laptop.

So, to save resources I looked for a CLI Youtube app. And there is an amazing one.

Yewtube is a fork of mps-youtube. Find yewtube here. Follow the instructions in the README.md file to install it.
Suggestion: install it within a virtual environment (virtualenv).

From the above websites I found after some testing that the most reliable and useful in the 'free' tier are:

GNU/Linux factor Bash tool and python3.

# bash shell
 $ factor 101

Skip to the relevant sections if needed.

	NB. This problem was read in the blogpost (https://www.glc.us.es/~jalonso/exercitium/numeros-libres-de-cuadrados/) of @Jose_A_Alonso.
	NB. Problem statement: given a positive integer N, it's called square-free if no square number (eg 2^2, 11^11) can be created from its prime divisors.
	NB. Created using the J903 online playground (https://jsoftware.github.io/j-playground/bin/html2/).

	NB. Let's get the matrix of the prime divisors of an array of integers
	q: @> 10 30 40 1000 11 121
	NB. 2 5 0 0 0 0
	NB. 2 3 5 0 0 0
	NB. 2 2 2 5 0 0
	NB. 2 2 2 5 5 5

	# Credit to `oskar31415` from the r/APLjk discord server for sharing the code and his friend for writing it.
	'''
	Original code:

	(lambda N,P:(lambda f,i:P.show(__import__('matplotlib.animation',fromlist=['FuncAnimation']).FuncAnimation(f,lambda i:[i.set_array((lambda g:(lambda n:N.logical_or(n==3,N.logical_and(g,n==2)))((N.sum([N.roll(N.roll(g,y,1),x,0)for x in(-1,0,1)for y in(-1,0,1)if x\|y],0))))(i.get_array())),[i]][1],interval=0,blit=1)))(P.figure(),P.imshow(N.random.rand(200,400)<.2,)))(__import__("numpy"),__import__("matplotlib.pyplot"))
	'''

	# Expanded by mlliarm@
	import pdb
	try:

	//header
	#pragma GCC target ("avx2")
	#pragma GCC optimize ("O3")
	#pragma GCC optimize ("unroll-loops")
	#include <bits/stdc++.h>

	using namespace std;
	typedef long long int ll;
	typedef long double ld;