Qard

// ==UserScript==
// @name         Disable Jira Click Edit
// @namespace    http://tampermonkey.net/
// @version      0.1
// @description  Disable click edit in Jira issue descriptions
// @author       fanuch
// @match        https://*.atlassian.net/browse/*
// @icon         https://www.google.com/s2/favicons?sz=64&domain=atlassian.net
// @grant        none
// ==/UserScript==

Qard

function betterPromise (executor) {
  let args
  
  const promise = new Promise((..._args) => {
    args = _args
  })
  
  executor.apply(null, args)
  
  return promise

Qard

$ ./configure && make test
creating ./icu_config.gypi
* Using ICU in deps/icu-small
creating ./icu_config.gypi
{ 'target_defaults': { 'cflags': [],
                       'default_configuration': 'Release',
                       'defines': [],
                       'include_dirs': [],
                       'libraries': []},
  'variables': { 'asan': 0,

Qard

class Handler
  def initialize
    with self yield
  end

  def hello
    puts "this should work..."
  end
end

Qard

Ringo

Ringo is a self-healing, distributed storage engine built in Go, using a neighbor-coordinated ring network topology. It is a simple key/value storage engine that more sophisticated database interfaces can layer on top of.

What is a neighbor-coordinated ring network topology?

You might be familiar with the typical ring network topology. This is a network structure where each node in a cluster has a connection to a left node and a right node. These connections form a ring.

The problem with a typical ring topology is that, if a link in the ring is broken, messages may not reach the destination. To get around this, some have created a reversible ring where any failure to send from one node to another will reverse the direction of the message and eventually it should reach the destination by looping back around the other side. This can result in terrible latency, but more importantly, it does not self-heal. If another link were to be broken, the cluster will be severed in two.

Qard

var events = require('events');

var actions = [
  'find'
	, 'create'
	, 'update'
	, 'remove'
];

// These accept hashes to transform to key/val property pairs

Qard

#include "js_api.h"

// Sometimes you want to access the js "this" value in a function

// function Point(x, y) { this.x = x; this.y = y; }
bool point_constructor(js_context* C) {
  js_set(C, 0, "x", 1); // this.x = arguments[0]
  js_set(C, 0, "y", 2); // this.y = arguments[1]
  return true;          // js returns undefined, but C returns true meaning no error.
}

Qard

var JSONStream = require('JSONStream')
  , zlib = require('zlib');

// With compression
var inputA = JSONStream.stringify()
	, outputA = JSONStream.parse([true]);

inputA.pipe(zlib.createGzip()).pipe(zlib.createGunzip()).pipe(outputA);

outputA.on('data', function (data) {

Qard

require 'formula'

class Ab < Formula
  homepage 'http://httpd.apache.org/docs/trunk/programs/ab.html'
  url 'http://www.apache.org/dist/httpd/httpd-2.4.3.tar.bz2'
  sha1 '0ef1281bb758add937efe61c345287be2f27f662'
  depends_on 'pcre'

  def install
    system './configure'

Qard

function ev (m,e) {
  m = this, e = []
  m.on = function (a, b) { e.push([a,b]) }
  m.emit = function (a) {
    for (var i in e) e[i][0].test(a) && e[i][1].apply(m, [].slice.call(arguments, 1))
  }
}