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MEAN STACK

MEAN STACK ONLINE TRAINING

MEAN stack refers to a collection of JavaScript based technologies used to develop web applications. MEAN is an acronym for MongoDB, ExpressJS, AngularJS and Node. js. From client to server to database, MEAN is full stack JavaScript. This course introduces development techniques that capitalise on the strengths of every layer in the MEAN stack, using a simple shopping list application project that has a Backend server side Api built with Node , Express and MongoDB  and a Frontend client built with angular 6 that will exchange with  the backend Api . Data will be exchanged between a browser based client and an API  backend service .  You will learn the essential concepts of the MEAN stack

1102 Satisfied Learners

Project Based MEAN STACK Training 

Online | India – Pune | Bangalore | Kerala

Duration of Training : 60 hrs

This Full Stack MEAN Developer program provides complete knowledge of software development and testing technologies such as JavaScript, Node.js, Angular, Mongo DB. You’ll build an end-to-end application, test and deploy code, and store data using MongoDB.

Whats Meanstack?

The term MEAN stack refers to a collection of JavaScript based technologies used to develop web applications. MEAN is an acronym for MongoDB, ExpressJS, AngularJS and Node. js. From client to server to database, MEAN is full stack JavaScript.  It has gained popularity because it allows developers to use the same language for frontend development as well as backend.

 

MEAN stack is an open source software package. MEAN stack is easy to learn. You can call yourself a full stack web developer if you master JavaScript, and by extension work with MEAN stack.

Skills of a MEAN stack developer
  • HTML, CSS and javascript programming languages.
  • CSS and Javascript based frameworks.
  • Basic understanding of the client-side processes and requirements.
  • Basic understanding of the server-side processes and requirements.
  • Basic understanding of the architecture and workflow.

MEAN STACK SYLLABUS 

Node.js
Introduction
Node.js Background
Getting Node.js
Demo: Installing Node on Linux/Windows with NVM
Node’s Event Loop
Node Conventions for Writing Asychronous Code
Modules, require() and NPM
Introduction, Accessing Built-in Modules
Finding 3rd Party Modules via NPM

Express
Introduction
Setting up Express
Running Express
Debugging Options
Static Files – Public Directory
Introduction, Making Web Requests in Node
Building a Web Server in Node
Demo: Building a Web Server in Node

Routing
Introduction
Navigation
Routing
Rendering
Separate Files
Router Functions

Authentication
Introduction to Authentication
Auth Routes
Passport
Local Strategy

Events and Streams
Introduction
Events and the EventEmitter class
Readable and Writable Streams, the Pipe function
Demo: Readable and Writable Streams
Demo: Piping Between Streams

Accessing the Local System
The Process Object
Demo: The Process object
Interacting with the File System
Demo: Interacting with the File System
What is a Buffer?
The OS Module

Socket.IO
Realtime Interaction with Socket.IO
Demo: Socket.IO

Testing and Debugging
Introduction, The Assert Module
Demo: The Assert Module
Testing with Mocha and Should.js
Demo: Mocha and Should.js

Scaling Your Node Application
Introduction, The Child Process Module
Demo: The “exec” function
Demo: The “spawn” function
Demo: The “fork” function
Scaling with Node’s Cluster Module
Demo: Building a Clustered Web Server

MongoDB
Introduction
Downloading
Package Content
First Run
Command Line Options
Verify Server
Getting Help in the Shell

Saving Data
Introduction
Overview
Storage
BSON
Saving Documents
Collections
Document Id
ObjectId
Insert
Insert with Id
Complex Document
Save Danger
Update Command
Update Demo
Set Operator
Unset Operator
Rename Operator
Push Operator
Pull Operator
Pop Operator
Array Type
Multi Update
Find And Modify
Query With Sort

Finding Documents
Introduction
Overview
find()
Equality
Projection
Comparison
$not
$in
Arrays
$all
$nin
Dot Notation
Sub-Document
null and $exists
And
Cursor
sort()
limit()
skip()
findOne()

Deleting Document
remove
deleteOne
deleteMany

Indexing
Introduction
Overview
Scan Is Bad
Index Theory
Sort Uses Index
Index Types
Create Index
system.indexes collection
explain()
dropIndex()
Index Name

Angular.js
Getting Started with Angular
Introduction
Introduction to TypeScript
Comparing Angular to AngularJS
A Conceptual Overview of Angular
Getting Started with the Angular CLI
Bootstrapping an Angular App
A Brief Look at the App Module
Accessing Static Files

Creating and Communicating Between Angular Components
Introduction
Creating Your First Data-bound Component
Using External Templates
Communicating with Child Components Using @Input
Communicating with Parent Components Using @Output
Using Template Variables to Interact with Child Components
Styling Components
Exploring Angular’s CSS Encapsulation
Adding a Site Header

Exploring the Angular Template Syntax
Introduction
Interpolation, Property Bindings, and Expressions
Event Bindings and Statements
Repeating Data with ngFor
Handling Null Values with the Safe-Navigation Operator
Hiding and Showing Content with ngIf
Hiding Content with the [Hidden] Binding
Hiding and Showing Content with ngSwitch
Styling Components with ngClass
Styling Components with ngStyle

Creating Reusable Angular Services
Introduction
Why We Need Services and Dependency Injection
Creating Your First Service
Wrapping Third Party Services

Routing and Navigating Pages
Introduction
Adding Multiple Pages to Your App
Adding Your First Route
Accessing Route Parameters
Linking to Routes
Navigating from Code
Guarding Against Route Activation
Guarding Against Route De-activation
Pre-loading Data for Components
Styling Active Links

Collecting Data with Angular Forms and Validation
Introduction
Using Models for Type Safety
Creating Your First Template-based Form
Using the Data from Your Template-based Form
Validating Template-based Forms
Creating Your First Reactive Form
Validating Reactive Forms
Using Multiple Validators in Reactive Forms
Diving Deeper into Template-based Forms
Editing Data with Two-way Bindings
Diving Deeper into Reactive Forms
Creating Custom Validators

Communicating Between Components
Introduction
Passing Data into a Child Component
Passing Data out of a Child Component

Reusing Components with Content Projection
Introduction
Content Projection
Multiple Slot Content Projection

Displaying Data with Pipes
Introduction
Using Built-in Pipes
Creating a Custom Pipe
Sorting and Filtering Overview
Creating a Filtering Display
Filtering Data
Sorting Data
Summary

Understanding Angular’s Dependency Injection
Introduction
Using Third Party Global Services
Angular Dependency Injection Lookup
Using Angular’s InjectionToken
Using Angular’s @Inject Decorator
The useClass Provider
The useExisting and useFactory Providers

Creating Directives and Advanced Components in Angular
Introduction
Implementing the Session Search
Adding jQuery
Creating a Modal Component
Fixing Template Parse Errors
Creating Directives
Binding an ID
Routing to the Same Component
Using the @ViewChild Decorator
Creating Settings on Components

Communicating with the Server Using HTTP, Observables
Introduction
Preparing to Store Data on the Server
Moving Data Storage to the Server
Listening to Resolved Data Changes
Using POST and PUT
Using QueryString Parameters
Using DELETE
Integrating Authentication with the Server
Persisting Authentication Status Across Page Refreshes
Saving User Data to the Server
Implementing Logout

Unit Testing Your Angular Code
Introduction
Installing Karma6m 16s
Unit Testing Services8m 16s
Testing Mock Calls5m 44s
Testing Components with Isolated Tests

Testing Angular Components with Integrated Tests
Introduction
Setting up for Integrated Tests
Testing Components with Deep Integrated Tests
Creating Mock Services
Using DebugElement
Testing Components with Shallow Integrated Tests

Taking an Angular App to Production
Introduction
Linting Overview
Installing TSLint in VSCode
Using TSLint with VSCode
Linting from the Command Line
Going to Production – Overview
Creating your First Build
Basic Deployment
Build Flags
The Effects of Prod Mode
Optimistic Bundle Downloading

Which companies use mean stack?
53 companies reportedly use MEAN in their tech stacks, including Accenture, Fiverr, and UNIQLO.
  • Accenture.
  • Fiverr.
  • UNIQLO.
  • Sisense.
  • Raindrop.io.
  • AngularClass.
  • Tajawal.
  • Vungle.
  • more..

Advantages of MEAN stack development technology

MEAN facilitates easy isomorphic coding

MEAN stack makes the transfer of code written in one framework to another easy.

Nowadays, MEAN stack development companies are exploring new technologies to bring out perfection in the development of applications and websites.

High flexibility

After the completion of app development, the developer can easily test the application on a cloud platform. MEAN stack is highly flexible as you can 1. Develop, 2. Test, and 3. Introduce the application without any hassles. Moreover, it also allows you to add extra information once you have added a field to the form. MongoDB provides full cluster support along with automatic replication.

Cost-effective

In MEAN stack the requirement of total number of developers is less

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