gaearon

/** @jsx React.DOM */
'use strict';

var React = require('react'),
    { PropTypes } = React;

var AudioPlayer = React.createClass({
  propTypes: {
    source: PropTypes.string.isRequired,
    isPlaying: PropTypes.bool.isRequired,

gaearon

// Usage example:
//
// willTransitionTo(transition, params, query, callback) {
//   observeStore(DraftStore, s => s.isLoaded()).then(() => {
//     if (DraftStore.isMissingTitle()) {
//       transition.redirect('composeDraft', params);
//     }
//   }).finally(callback);
// }

gaearon

'use strict';

var React = require('react'),
    PureRenderMixin = require('../mixins/PureRenderMixin'),
    getSupportedTransformProperty = require('../utils/getSupportedTransformProperty'),
    { PropTypes, Children } = React;

const transformProperty = getSupportedTransformProperty();
const styles = {
  root: {

mrb

• Abramsky and Jung "Domain Theory" http://www.cs.bham.ac.uk/~axj/pub/papers/handy1.pdf
• Appel, Andrew "Modern Compiler Implementation in ML"
• Cousot, Patrick "Abstract Interpretation Based Formal Methods and Future Challenges" http://www.di.ens.fr/~cousot/publications.www/Cousot-LNCS2000-sv-sb.pdf
• Darais, Might, and Van Horn "Galois Transformers and Modular Abstract Interpreters" http://arxiv.org/pdf/1411.3962v1.pdf
• Davey and Priestley, "Introduction To Lattices and Order"
• Friedman and Mendhekar, "Using an Abstracted Interpreter to Understand Abstract Interpretation" http://www.cs.indiana.*du/l/www/classes/b621/abiall.pdf
• Friedman and Wand, "Essentials of Programming Languages"
• Jones and Nielson, "Abstract Interpretation: a Semantics-Based Tool for Program Analysis" http://se.inf.ethz.ch/courses/2014b_fall/sv/reading/jones-nielson.pdf
• Livshits, Sridharan, Smaragdakis, et. al. "In Defense of Soundiness: A Manifesto" http://cgi.di.uoa.gr/~smaragd/Soundiness-CACM.pdf
• Might, Matt "Writing an inte

gaearon

let BlogPostPage = React.createClass({
  render() {
    <div>
      <SiteNavigation />
      <MainContentArea>
        {connectToStores({
          posts: store => ({
            post: store.getPost(this.props.postId),
            nextPost: store.getPostAfter(this.props.postId)
          })

threepointone

// store.js
let {store, handler} = sto(initialState, reduceFn);   // where reduceFn: function(currentState, action, ...args){}

dispatcher.register(handler);
export store;

// elsewhere
store.get()  // -> current state

store.toObservable() // -> to be used with .observe()

gaearon

/**
 * Stores are just seed + reduce function.
 * Notice they are plain objects and don't own the state.
 */
const countUpStore = {
  seed: {
    counter: 0
  },

  reduce(state, action) {

Integralist

const flattenTco = ([first, ...rest], accumulator) => 
  (first === undefined)
    ? accumulator
    : (Array.isArray(first))
      ? flattenTco([...first, ...rest])
      : flattenTco(rest, accumulator.concat(first))
  
const flatten = (n) => flattenTco(n, []);
  
console.log(flatten([[1,[2,[[3]]]],4,[5,[[[6]]]]]))

gaearon

// ------------
// counterStore.js
// ------------

import {
  INCREMENT_COUNTER,
  DECREMENT_COUNTER
} from '../constants/ActionTypes';

const initialState = { counter: 0 };

ohanhi

Learning FP the hard way: Experiences on the Elm language

by Ossi Hanhinen, @ohanhi

with the support of Futurice 💚.

Licensed under CC BY 4.0.

Editorial note