Super cool! I've seen comments about eventually being able to get a keyboard with full arrow keys, but will they ever ship a keyboard with a trackpoint/pointing stick? Or is that patented by Lenovo?
lol totally Did this in Haskell, and since all the lower numbers are known, started searching at 2^361 To end the recursion I just have it print -1 when it reaches 1 f :: Integer -> Integer f n | n == 1 = -1 | even n =…
For 0 being a FizzBuzz you can `cons` a "FizzBuzz" to the start of the list fizzbuzz = "FizzBuzz" : zipWith... To make negative numbers work you'd need a new numbers definition numbers = map show [-1, -2..] Should yield…
Yes, that part is hacky. It's easy to write a short function to do the same thing explicitly but then you lose the concise charm
Super cool! I've seen comments about eventually being able to get a keyboard with full arrow keys, but will they ever ship a keyboard with a trackpoint/pointing stick? Or is that patented by Lenovo?
lol totally Did this in Haskell, and since all the lower numbers are known, started searching at 2^361 To end the recursion I just have it print -1 when it reaches 1 f :: Integer -> Integer f n | n == 1 = -1 | even n =…
For 0 being a FizzBuzz you can `cons` a "FizzBuzz" to the start of the list fizzbuzz = "FizzBuzz" : zipWith... To make negative numbers work you'd need a new numbers definition numbers = map show [-1, -2..] Should yield…
Yes, that part is hacky. It's easy to write a short function to do the same thing explicitly but then you lose the concise charm