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/**
 * These types were taken from the JSON encoders for the Elm 0.19.1 compiler on 2021/11/16
 * 
 * Here are those resources:
 * - https://github.com/elm/compiler/blob/770071accf791e8171440709effe71e78a9ab37c/builder/src/Reporting/Exit/Help.hs
 * - https://github.com/elm/compiler/blob/770071accf791e8171440709effe71e78a9ab37c/compiler/src/Reporting/Doc.hs
 * - https://github.com/elm/compiler/blob/770071accf791e8171440709effe71e78a9ab37c/compiler/src/Reporting/Error.hs
 */

declare const process: any

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-- src/Api.elm
module Api exposing (Data(..), expectJson)

import Http
import Json.Decode as Json


type Data value
    = NotAsked
    | Loading

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module Components.Carousel exposing
    ( Carousel
    , create
    , next
    , previous
    , select
    , view
    )

import Array

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module Page exposing
    ( Page, Document, Bundle
    , upgrade
    , static, sandbox, element, component
    )

{-|

@docs Page, Document, Bundle

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module Page exposing
    ( Page, Document, Bundle
    , upgrade
    , static, sandbox, element, component
    )

{-|

@docs Page, Document, Bundle

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module Application exposing (..., init, update, bundle, Initializer, Updater, Bundler)


type Initializer =
  Initializer (Context -> ( Model, Cmd Msg, Cmd App.Msg))

type Updater =
  Updater (Context -> ( Model, Cmd Msg, Cmd App.Msg))

type Bundler =

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(ns questionnaire)

(def questions
  { "What's your name?" :name
    "What's your favorite color?" :color
  })

(defn bold [text] (str "\033[1m" text "\033[0m"))

(defn prompt [question] (do (print (str (bold question) " ")) (flush) (read-line)))

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(ns user)

(defn askForNumber
  "Asks for a number within a range, returning nil if input is not a number."
  [ low high ]
  (do
    (print (str "Pick a number from " low " to " high ": "))
    (flush)
    (let [ num (read-string (read-line))]
      (if (number? num) num nil))

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// Examples
//  To make this functions goal more clear, here are some example inputs with their expected outputs.
/*
const examples = [
  {
    input: { name: 'Ryan' },
    output: { name: 'Ryan' }
  },
  {
    input: { name: { first: 'Ryan', last: 'Haskell-Glatz' } },

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const equals = (obj1, obj2) => {
  const sortKeys = (obj) =>
    (obj && typeof obj === 'object')
      ? Object.keys(obj)
          .sort((a, b) => a < b)
          .reduce((newObj, key) => {
            newObj[key] = sortKeys(obj[key])
            return newObj
          }, {})
      : obj