f-f

import string
import itertools as it

chars=list(string.ascii_lowercase)

def gen_expansion(inp, length=1):
    if not length: 
        return inp
    if isinstance(inp, str):
        accodati = [inp+c for c in chars]

f-f

Keybase proof

I hereby claim:

• I am f-f on github.
• I am ff (https://keybase.io/ff) on keybase.
• I have a public key whose fingerprint is 782F 31DD F11F 9DBB 8C17 8468 660B AD4A 3494 9D71

To claim this, I am signing this object:

f-f

Useful Spacemacs commands

• SPC q q - quit
• SPC w / - split window vertically
• SPC w - - split window horizontally
• SPC 1 - switch to window 1
• SPC 2 - switch to window 2
• SPC w c - delete current window
• SPC TAB - switch to previous buffer
• SPC b b - switch buffers

f-f

(ns clojure-meetup.demo)


;; This is the main API of the package
;; - `input-ast` compiles the Dhall source, returns AST
;; - `input` also runs `eval` on the AST, so we get Clojure
(require '[dhall-clj.core :refer [input input-ast]])

f-f

<?php

class PersonaUser {

    private function isEntitled($uuid = null, $token = null) {
        $allowed_products = array("LS DIGI");
        $entitled = false;
        $personaUrl = "https://persona.api.ksfmedia.fi/v1"
        $personaConfig = new \OpenAPI\Client\Configuration();
        $personaConfig->setHost($personaUrl);

f-f

{:c ({:c (), :t :whitespace}
     {:c ({:c ({:c ("l" "e" "t"), :t :let-raw}
               {:c ({:c (" "), :t :whitespace-chunk}), :t :nonempty-whitespace}),
           :t :let}
          {:c ({:c ({:c ("x"), :t :ALPHA}), :t :simple-label}
               {:c ({:c (" "), :t :whitespace-chunk}), :t :whitespace}),
           :t :label}
          {:c ("=" {:c ({:c (" "), :t :whitespace-chunk}), :t :whitespace}), :t :equal}
          {:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ("1"),
                                                                                                                    :t :DIGIT}),

f-f

{:c ({:c (), :t :whitespace}
      {:c ({:c ({:c ("l" "e" "t"), :t :let-raw}
                {:c ({:c (" "), :t :whitespace-chunk}), :t :nonempty-whitespace}),
            :t :let}
           {:c ({:c ({:c ("x"), :t :ALPHA}), :t :simple-label}
                {:c ({:c (" "), :t :whitespace-chunk}), :t :whitespace}),
            :t :label}
           {:c ("=" {:c ({:c (" "), :t :whitespace-chunk}), :t :whitespace}), :t :equal}
           {:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ({:c ("1"),
                                                                                                                     :t :DIGIT}),

f-f

Ingredients:

• 600g minced meat, mix beef and pork
• 5l canned tomatoes
• 1-2 white onion
• 2 cloves garlic
• 2 chopped carrots
• olive oil
• salt
• 6-7 dry laurel leaves
• 10-15 basil leaves

f-f

 {:c
  ({:c ({:c (" "), :t :whitespace-chunk}), :t :whsp}
   {:c
    ({:c
      ({:c
        ({:c
          ({:c
            ({:c
              ({:c
                ({:c

f-f

{-

So this Dhall is basically JSON + functions + imports + types
More info on the official website, you can see some examples there: https://dhall-lang.org/

I'll try to model in Dhall the YAML schema with embedded lispy you described me,
hoping to show how consistent it gets.

-}