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args = # something

Result.try { f(args) }
  .and_then { |f_output| g(f_output) }
  .finally(
    success: proc { |g_output| rended :view },
    failure: proc { |error| flash[:error] = error.to_s }
  )

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module 'test' ['f'/0,
	       'module_info'/0,
	       'module_info'/1,
	       'three'/0]
    attributes []
'f'/0 =
    %% Line 5
    fun () ->
	%% Line 6
	( fun (_cor2) ->

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public final class Functio {
    abstract static class N1<T, U> {
        abstract U apply(T t);
    }

    abstract static class N2<T, U, V> extends N1<T, N1<U,V>> {
        abstract V apply(T t, U u);

        @Override
        N1<U, V> apply(final T t) {

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// This is the thing you give to Elm, your purely functional core,
// which exposes init, view, and update.

const app = require('./business-logic')


// This represents the implementations for all the side effects
// that your program knows how to requests.
// There is only one public function, perform(cmd: Cmd<Msg>) -> Promise<Msg>.

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#!/usr/bin/env bash

# https://github.com/elm-lang/elm-compiler/issues/1473#issuecomment-245704142
#
# Put these lines in your .travis.yml
#
#     install:
#       - source <(curl -sSL https://gist.githubusercontent.com/hkgumbs/a434d214628147955f73ff7a7ce4c22c/raw)
#       - npm install -g elm elm-test elm-format  # etc
#

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// JSON API

const app = require("express")();
const bodyParser = require("body-parser");

app.use(bodyParser.json())


// COMPILE

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module Idris exposing (..)


type Num x
    = Z
    | S (Num x)


type Vect ln a
    = Nil

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# Initially based on https://github.com/sonnym/jekyll_elm
#
# USAGE:
#  Copy/paste this file into the `_plugins` directory of your Jekyll project.
#  For every .elm file in your project, it will generate a .js file in your site
#  using the same name and relative path.
#
#  As-is, the converter expects the following directory structure:
#
#      your-jekyll-project/

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elm-stuff

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#version 150

uniform float time;
uniform vec2 resolution;
uniform sampler2D bitmoji;

in VertexData
{
    vec4 v_position;
    vec3 v_normal;