Damian Schenkelman dschenkelman

Rise of microservices

In an era were parallelism is important, it is key to take advantage of multiple processors to leverage our maximum computing power. However, most languages and VMs rely on thread pools and schedulers to manage work and assign work to machine cores, which might lead to either an excessive need for tuning or wasted resources.

In this talk I will explain why JavaScript and in particular it’s server side implementation: node.js can help take advantage of all your resources by providing a scalable infrastructure based on microservices, taking advantage of single thread processes that rely on an event loop. The demos will make use of containerization techiques using Docker to explain how these services can be easily deployed and can communicate in a cloud enviroment.

	var MyClass = (function () {
	function MyClass() {
	}
	MyClass.prototype.add = function (a, b) {
	return a + b;
	};
	MyClass.prototype.partialAdd = function (a) {
	var _this = this;
	return function (b) {
	return _this.add(a, b);

	using System.Collections.Generic;
	using System.Data.Entity;

	public class CompositeDatabaseInitializer<T> : IDatabaseInitializer<T> where T : DbContext
	{
	private readonly List<IDatabaseInitializer<T>> initializers;

	public CompositeDatabaseInitializer(params IDatabaseInitializer<T>[] databaseInitializers)
	{
	this.initializers = new List<IDatabaseInitializer<T>>();

	needleContainer
	.Map<IForceEnlightened>()
	.To<Jedi>()
	.WithId("Yoda")
	.UsingLifetime(RegistrationLifetime.Singleton)
	.Commit();

	public class RootBindingExtension : IMarkupExtension<Binding>
	{
	public string Path { get; set; }

	public Binding ProvideValue(IServiceProvider serviceProvider)
	{
	IRootObjectProvider rootProvider = (IRootObjectProvider) serviceProvider.GetService(typeof(IRootObjectProvider));

	var view = rootProvider.RootObject;
	var fe = view as FrameworkElement;

	public class ConnectionListView : MmcListView, IConnectionListView
	{

	private readonly IConnectionListPresenter presenter;

	public ConnectionListView()
	{

	var container = this.SnapIn.Tag as IUnityContainer;

	var immutable = (function(){
	function isFunction(f) {
	var getType = {};
	return f && getType.toString.call(f) === '[object Function]';
	}

	function shallowCopy(object){
	var copy = Object.create(Object.getPrototypeOf(object));

	Object.getOwnPropertyNames(object).forEach(function (name){

	Perfil,Horario acceso,IP,Accesos inválidos,Clasificación
	16,2,1,3,1
	2,4,1,3,1
	11,4,1,3,1
	2,4,1,2,1
	30,4,1,3,1
	1,4,1,2,1
	14,4,1,3,1
	8,8,1,3,1
	6,8,1,2,1

	using System.Reflection;
	using Xamarin.Auth;

	public class CustomAuth0Client : Auth0.SDK.Auth0Client {
	private const string AuthorizeUrl = "https://{0}/authorize?client_id={1}&redirect_uri={2}&response_type=token&connection={3}&scope={4}";
	private const string LoginWidgetUrl = "https://{0}/login/?client={1}&redirect_uri={2}&response_type=token&scope={3}";

	private readonly string domain;
	private readonly string clientId

	async Task FetchUrls(IEnumerable<string> urls)
	foreach (var url in urls){
	await fetch(url);
	}
	}