username

password

stripe_secret

stripe_publishable

Gain insights into Meteor.js, explore JavaScript concepts, and discover how to build full-stack applications with React integration, email support, and Stripe payment processing.

meteor-docker.tar.gz

CreateMeteorApp

CreateMeteorAppSettingsFile

CreateReactiveApp

RunAppWithAuthentication

RunAppWithInstallation

Meteor.js is a Node.js framework for developing JavaScript applications. It's used to create full-stack applications that use a single language on both the server and client sides. Meteor.js is easy to use and simplifies the development of web applications.

This course will begin by discussing the fundamental concepts of Meteor.js before moving on to refresh the learner's knowledge of some key aspects of JavaScript used in React, another JavaScript framework. Then, through hands-on experience, you will learn how to build a production-grade Meteor.js application with a React frontend. Following that, you'll learn how to set up an SMTP server to send transactional emails and how to integrate Stripe into your Meteor.js application to accept payments.

By the end of this course, you will be able to create a full-stack application from scratch using Meteor.js and feel confident working with MongoDB as well. You will also be able to integrate Stripe into any Meteor.js application you create.

Building Full Stack Applications Using Meteor.js

## Functional components

React components are simply a mixture of HTML and JavaScript, which are rendered by React to display our UI. **Functional components** are components created by using a JavaScript function. This concept is simpler to conceptualize than the class-based one.

```javascript
const Navbar = () => {
 return (
 
 <a href="#">Home</a> |
 <a href="#">About</a> |
 <a href="#">Play</a>
 
 );
}
```
Exporting this `Navbar` function into our application creates a rudimentary navbar. The class-based React components have a `render` method used to render the elements of the UI. This `render` method is absent from the functional component. We only have to use the `return` keyword to return our elements so that React can render them.

Look at the widget below. We have a component called `App` that’s the parent or root component. This means that `ReactDOM` renders the `App` component. All other components inside our application must be put inside the `App` component. This component can also have a `state` like the class-based component. This is achieved with `hooks`. 

Make changes to the application, and click the “Run” button to see the changes.

# Functional components

React components are simply a mixture of HTML and JavaScript, which are rendered by React to display our UI. **Functional components** are components created by using a JavaScript function. This concept is simpler to conceptualize than the class-based one.

```javascript
const Navbar = () => {
 return (
 
 <a href="#">Home</a> |
 <a href="#">About</a> |
 <a href="#">Play</a>
 
 );
}
```
Exporting this `Navbar` function into our application creates a rudimentary navbar. The class-based React components have a `render` method used to render the elements of the UI. This `render` method is absent from the functional component. We only have to use the `return` keyword to return our elements so that React can render them.

Look at the widget below. We have a component called `App` that’s the parent or root component. This means that `ReactDOM` renders the `App` component. All other components inside our application must be put inside the `App` component. This component can also have a `state` like the class-based component. This is achieved with `hooks`. 

Make changes to the application, and click the “Run” button to see the changes.

# Functional components

React components are simply a mixture of HTML and JavaScript, which are rendered by React to display our UI. **Functional components** are components created by using a JavaScript function. This concept is simpler to conceptualize than the class-based one.

```javascript
const Navbar = () => {
 return (
 
 <a href="#">Home</a> |
 <a href="#">About</a> |
 <a href="#">Play</a>
 
 );
}
```
Exporting this `Navbar` function into our application creates a rudimentary navbar. The class-based React components have a `render` method used to render the elements of the UI. This `render` method is absent from the functional component. We only have to use the `return` keyword to return our elements so that React can render them.

Look at the widget below. We have a component called `App` that’s the parent or root component. This means that `ReactDOM` renders the `App` component. All other components inside our application must be put inside the `App` component. This component can also have a `state` like the class-based component. This is achieved with `hooks`. 

Make changes to the application, and click the “Run” button to see the changes.

Learn about functional components in React.


React Functional Components

Learn about functional components in React.

Getting Started

Meteor Framework

Introduction to MeteorJS

Working With Data

A Pop Quiz On Data Access With Meteor

A Simple Idea Vote Application

JavaScript Refresher

Pop Quiz: JavaScript Refresher for React Development

An Overview of React

Pop Quiz: React

Coding an Online Bookshop

Deployment

Appendix

React Functional Components

Functional components