Meteor Introduction
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The document introduces Meteor JS, a framework for building cutting-edge web applications using JavaScript across all tiers. It discusses key Meteor principles like data on the wire and latency compensation. It also covers getting started with Meteor, including installing it and creating a demo application, as well as hosting Meteor apps in production.
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Meteor is a full stack JavaScript framework that allows building reactive web and mobile applications quickly. It uses MongoDB, Node.js and packages to build apps. Apps can be created with a single command and include templates, collections, publications and subscriptions to manage data reactivity. Meteor apps can also be deployed easily to meteor.com or other servers using mup.
Programación Reactiva, Javascript Isomorfo y Meteorjs !
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Node.js uses JavaScript - a language known to millions of developers worldwide - thus giving it a much lower learning curve even for complete beginners. Using Node.js you can build simple Command Line programs or complex enterprise level web applications with equal ease. Node.js is an event-driven, server-side, asynchronous development platform with lightning speed execution. Node.js helps you to code the most complex functionalities in just a few lines of code.
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Node.js.pdf
Node.js
JavaScript code may be run outside of a web browser Thanks to the open-source, cross-platform runtime environment known as Node.js. Ryan Dahl first presented it in 2009, and it has subsequently gained popularity as a server-side programming language.
In this post, we'll examine Node. Js' fundamentals and how server-side programming might benefit from it. We'll also look at some of Node. Js' essential attributes have helped it become so well-liked by programmers.
Overview of Node.js
A server-side runtime environment called Node.js was constructed on top of Google's V8 JavaScript engine. Developers can now employ JavaScript, which was previously solely used on the client side, to create server-side code. With the help of Node.js, programmers can build highly scalable, event-driven apps that can manage several concurrent connections.
History of Node.js
Developer Ryan Dahl first released Node.js in 2009 with the goal of enabling JavaScript programmers to build highly scalable network applications. He developed Node.js on top of the Google Chrome-compatible V8 JavaScript engine and made it available as an open-source project.
Benefits of Node.js
The use of Node.js for server-side development has a number of advantages. A few of these are:
Performance: The V8 JavaScript engine, which is highly optimized for performance, is the foundation upon which Node.js is constructed. Because of this, Node.js apps can handle numerous connections at once without experiencing performance issues.
Scalability: Node.js applications have a great degree of scalability and can manage numerous concurrent connections without the installation of additional hardware.
Easy to Learn:Node.js is reasonably simple to learn because it leverages JavaScript, a well-known language among developers.
Large Community: Node.js has a sizable developer community that supports one another and contributes to the open-source project.
Introduction to Node.js
Setting up Node.js
You must install Node.js on your computer before you can begin using it. Node.js can be downloaded from the official Node.js website, which also provides installation guidance.
figuring out npm
Developers may quickly install and manage dependencies for their Node.js apps using npm (Node Package Manager), a Node.js package manager. There is no need to install npm individually because it is part of Node.js.
Basics of Node.js
Knowledge of the Event Loop
On top of an event-driven, non-blocking I/O mechanism, Node.js is constructed. This indicates that Node.js processes numerous jobs concurrently by using an event loop rather than waiting for I/O operations to finish before going on to the next task. Because of this, Node.js apps can handle numerous connections at once without experiencing performance issues.
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- 11. Meteor Principles • Data on the Wire. • One Language. • Database Everywhere. • Latency Compensation. • Full Stack Reactivity. • Embrace the Ecosystem. • Simplicity Equals Productivity. Meteor JS : An Introduction 11
- 12. Discussion Points • N-Tier Overview • Getting Started • Demo Setup • Reactivity Demo Meteor.js : An Introduction 12
- 13. N-Tier Overview • Clients: o Web Browser > All Modern (same version challenges) o Mobile Apps > Cordova Android/iOS builds • Node.js Server: o A Meteor app is a Node.js app. o Meteor server code • MongoDB: o NoSQL DB o Runs Local and Remote o Structure in JSON in tables called collections, and table records called pages. o Data Exchanged in JSON o More DBs in the future. Meteor.js : An Introduction 13
- 14. Getting Started • Use Basic Skillset : o Structure Templates. o Meteor CLI : Command Line Interface … • Install Meteor using Terminal o Mac or Linux Computer o Windows coming soon. o Online • Try it out on MeteorPad.com. • Use Cloud9 > C9.io. (meteor --port $IP:$PORT) • CodeEnvy • IDEs o WebStorm, Any Text editor, or Web IDE o Eclipse Meteor.js : An Introduction 14
- 15. Demo Setup • Install Meteor $ curl https://install.meteor.com/ | sh • Create Demo App (Basic) $ meteor create hynesdemo • Create Demo App (From Example) $ meteor create –example todos … Basic Demo MeteorPad.com > Reactivity Demo https://hynesdemo-c9-hynesip.c9.io/ > Meteor JS : An Introduction 15
- 16. Reactivity Demo Meteor.js : An Introduction 16
- 17. Production Hosting • Modulus (Node.js and MongoDB) • Digital Ocean • Heroku • Galaxy (Coming to Meteor CLI) • Bitnami on Azure • MongoLab • Compose Meteor.js : An Introduction 17
- 18. Links • This Slide Show • Meteor API • Reactivity Demo • Modulus Meteor.js : An Introduction 18
Editor's Notes
- -Data on the Wire. Meteor doesn't send HTML over the network. The server sends data and lets the client render it. -One Language. Meteor lets you write both the client and the server parts of your application in JavaScript. -Database Everywhere. You can use the same methods to access your database from the client or the server. -Latency Compensation. On the client, Meteor prefetches data and simulates models to make it look like server method calls return instantly. -Full Stack Reactivity. In Meteor, real-time is the default. All layers, from database to template, update themselves automatically when necessary. -Embrace the Ecosystem. Meteor is open source and integrates with existing open source tools and frameworks. -Simplicity Equals Productivity. The best way to make something seem simple is to have it actually be simple. Meteor's main functionality has clean, classically beautiful APIs.
- Chrome V8 JavaScript Engine Node packages can be integrated in Meteor app. No need to learn Node.js.