kirs

require File.expand_path('../config/application', __FILE__)
require 'rake'

Dpp::Application.load_tasks

module ::Dpp
  class Application
    include Rake::DSL
  end
end

generater.php

function rand_char($length) {
  $random = '';
  for ($i = 0; $i < $length; $i++) {
    $random .= chr(mt_rand(33, 126));
  }
  return $random;
}

function rand_sha1($length) {
  $max = ceil($length / 40);

josephj

JavaScript 品質工具：CodePaint 與 Plato

介紹協助提昇 F2E Code Style 的兩個工具。

分享者

josephj@faria

問題

Leko

DUPLICATED

see Leko/setup-osx.

armollica

height: 2500

emeeks

Particle edges from d3_glyphEdges are the most difficult edge type to implement. Here's an example using a dendrogram and the connecting paths from the dendrogram. Remember that d3_glyphEdge.mutate.particle mutates the edge data object, spawning new particles, updating the position of existing particles and deleting particles that have reached the end of the path, and it's this array that you use to represent the particles (either with SVG as in this example or, if you're dealing with a lot of particles, probably canvas). As such, an edge object needs to have, along with .source and .target, .frequency (a positive number) to indicate the number of particles created per tick and .particles (an array) to hold the created particles.

d3_glyphEdge.mutate.particle does not include its own tick function so you need to create your own. This example uses d3.timer whereas this network example uses the built-in ti

paceaux

e(name)
	&__{name}
		{block}
m(name)
	&--{name}
		{block}
		
.header
	color: red
	+e(element)

curran

license: mit

davidgilbertson

const Link = (props) => {
  let className = `link link--${props.theme}-theme`;
  
  if (!props.underline) className += ' link--no-underline';

  return <a href={props.href} className={className}>{props.children}</a>;
};

Link.propTypes = {
  theme: PropTypes.oneOf([

dvtng

function withLinkAnalytics(mapPropsToData, WrappedComponent) {
  class LinkAnalyticsWrapper extends React.Component {
    componentDidMount() {
      ReactDOM.findDOMNode(this).addEventListener('click', this.onClick);
    }

    componentWillUnmount() {
      ReactDOM.findDOMNode(this).removeEventListener('click', this.onClick);
    }