I hereby claim:
- I am alcol80 on github.
- I am alcol80 (https://keybase.io/alcol80) on keybase.
- I have a public key ASDhKHkpc0_G4Zq0emb-doW16hxhJ6IH4_8fC7VTJS-j2go
To claim this, I am signing this object:
{ ... }: | |
{ | |
services.xserver = { | |
enable = true; | |
layout = "us"; | |
windowManager.xmonad = { | |
enable = true; # installs xmonad and makes it available | |
enableContribAndExtras = true; # makes xmonad-contrib and xmonad-extras available |
gdisk /dev/sda # make 1 partition | |
mkfs.vfat -n BOOT /dev/sda1 | |
mkfs.btrfs -L root /dev/sdb | |
mkfs.btrfs -L docker /dev/sdc | |
mount -t btrfs -o noatime,discard,ssd,autodefrag,compress=lzo,space_cache /dev/sdb /mnt/ | |
btrfs subvolume create /mnt/nixos | |
umount /mnt/ | |
mount -t btrfs -o noatime,discard,ssd,autodefrag,compress=lzo,space_cache,subvol=nixos /dev/sdb /mnt/ |
-- Nell'atrio di una scuola ci sono 100 armadietti. | |
-- Di notte il custode li apre tutti. | |
-- Poi fa una seconda passata e ne chiude uno ogni due. | |
-- Poi fa una terza passata e ogni tre lucchetti, lo apre o chiude a seconda se sia chiuso o aperto. | |
-- Poi una quarta passata, uno ogni quattro. | |
-- Poi una quinta e così via. | |
-- Dopo la centesima passata, quanti sono i lucchetti chiusi e quanti quelli aperti? | |
module Main where |
-- Given an infinite number of quarters (25 cents), dimes (10 cents), | |
-- nickels (5 cents) and pennies (1 cent), write code to calculate the | |
-- number of ways of representing n cents. | |
module Coins where | |
comb cents = [(q, d, n, p) | q <- rng 25 cents, | |
d <- rng 10 (cents - 25*q), | |
n <- rng 5 (cents - 25*q - 10*d), | |
p <- rng 1 (cents - 25*q - 10*d - 5*n), |
; There are 3 boxes, exactly one of which has a car. You can keep the car if you pick the correct box! | |
; | |
; On each box there is a statement, exactly one of which is true. | |
; | |
; Box 1: The car is in this box. | |
; Box 2: The car is not in this box. | |
; Box 3: The car is not in box 1. | |
; | |
; Possible answers: | |
; - Box 1 |
I hereby claim:
To claim this, I am signing this object: