jondot

  onKeyboardWillHide(e) {
    Animated.timing(this.state.height, {
      toValue: this.listViewMaxHeight,
      duration: e.duration,
      easing: Easing.bezier(0.1, 0.76, 0.55, 0.9)
    }).start();
  },

 onKeyboardWillShow(e) {

jondot

'.platform-darwin':
  'cmd-0': 'tree-view:toggle-focus'

'atom-text-editor.vim-mode.normal-mode':
  'ctrl-h': 'window:focus-pane-on-left'
  'ctrl-l': 'window:focus-pane-on-right'

'atom-text-editor.vim-mode.insert-mode':
  'j j': 'vim-mode:activate-normal-mode'

jondot

class ReducerStore {
  static handler(store=new Store, action){
    var fn = store[action.type]
    if(fn){
      return fn(action)
    } else {
      return store
    }
  }
 

jondot

Total Notifications": {
    source: "http://localhost:4567/",
    refresh_interval: 4000,
    GaugeLabel: {
      parent: "#hero-one",
      title: "Notifications Served",
      type: "max"
    }
  },

jondot

Debugging & Profiling Node.js

This is a maintained listing of all the different ways to debug and profile Node.js applications. If there is something missing or an improvement, post a comment! :)

Interactive Stack Traces with traceGL - Shareware

1. Guide here

jondot

App.Group = Ember.Object.extend()
App.Tile = Ember.Object.extend()
App.Surface = Ember.Object.extend()
App.Surface.reopenClass
  find: (id)->
    App.Surface.create {
      groups: [
        App.Group.create {

jondot

require 'rake-pipeline-web-filters'

output "public"

class Rake::Pipeline::DSL::PipelineDSL
  def production?
    ENV['RAKEP_MODE'] == 'production'
  end
end

jondot

Tracking Your Business

You've built (or are maintaining) a product which has many services over different machines at the backend, all orchestrating together to implement one or more business processes. How are you tracking this system?

In general: how can we provide visibility for linear-pipeline distributed systems where a series of processing stages are arranged in succession to perform a specific business function over a data stream (i.e. transaction), and across several machines?

A simple, somewhat crude, example for cross-systems transaction would be an order preparation system in real life, let's say in an electronics factory. During such a workflow, an order entering the processing pipeline goes through each stage defined by the manufacturing floor manager - "planning, provisioning, packing, shipping".

Taking this a bit closer to the Web, we can easily see instances of such transactions, even if we are not always aware we've implemented them that way. A background job is a pipeline, or a transa

jondot

require 'net/ssh'

Net::SSH.start('localhost', 'jondot', :password => 'foobar') do |ssh|
  result = ssh.exec!('ls -l')
  puts result
end

jondot

module MyLibrary
  # nasty static variable
  BigBallOfMud = { :woofed => 0 }
end

class Puppy
  def woof!
    puts "woof!"
    # for book keeping
    MyLibrary::BigBallOfMud[:woofed] += 1