Or you can add Tags for each Tutorial and add Tutorials to Tag (Many-to-Many Relationship): Sequelize Associations: One-to-Many example – Node.js, MySQL It is the One-to-Many Relationship and I write a tutorial for this at: We can improve the example by adding Comments for each Tutorial. parse requests of content-type - application/x-These functions will be used in our Controller. parse requests of content-type - application/json In the root folder, let’s create a new server.js file: const express = require("express") Ĭonst bodyParser = require("body-parser") Run the command: npm install express sequelize mysql2 body-parser cors -save
We need to install necessary modules: express, sequelize, mysql2 and body-parser. Keywords: nodejs, express, sequelize, mysql, rest, api Next, we initialize the Node.js App with a package.json file: npm initĭescription: Node.js Rest Apis with Express, Sequelize & MySQL. Implementation Create Node.js Appįirst, we create a folder: $ mkdir nodejs-express-sequelize-mysql This backend works well with frontend in this tutorial. If you want to use raw SQL (without Sequelize), kindly visit:īuild Node.js Rest APIs with Express & MySQL – Routes for handling all CRUD operations (including custom finder) in. – Next, we add configuration for MySQL database in models/ index.js, create Sequelize data model in models/.
– Express web server in server.js where we configure CORS, initialize & run Express REST APIs. – db.config.js exports configuring parameters for MySQL connection & Sequelize. There is a search box for finding Tutorials by title.įind all Tutorials which title contains 'kw'.User can create, retrieve, update, delete Tutorials.Tutorial has id, title, description, published status.We will build a full-stack Tutorial Application in that: Vue.js + Node.js + Express + MySQL example Overview Initialize Axios for Vue.js 2 CRUD HTTP Client.Add Navbar and Router View to Vue.js 2 CRUD App.Vue.js + Node.js + Express + MySQL example Overview.
The next steps (not in the scope for this project, but later) would be to use a database (mongoDB/PostgreSQL) to store the videos, a simple user interface for uploading the videos and a script to automatically convert them to HLS (ffmpeg), generate a unique url for each video, generate iframe code for embedding the videos to our clients' webpages. The project should be compiled and run on a windows machine. *Currently there is only one video, but make provisions for there to be several videos (each in their own folder, with their own resulting url). the video player have a scrollbar like youtube. the video player must be fit the entire browser window without borders, with the ability to go fullscreen.Ĥ. must have the ability to play and pause the videoģ. Play a 360-degree video in HLS format from a folder that has the hls playlist.Ģ.
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