![]() ![]() This database will be used to store data for the REST API. The environment variables passed to the first command set the administrator password for the MongoDB instance and also create a new database named mydb with corresponding user credentials. If you wish, you can replace the database credentials and other variables shown below with your own values, but make a note of them as you will need them in the next step.ĭocker create -e MONGODB_USERNAME =myapp -e MONGODB_PASSWORD =myapp -e MONGODB_DATABASE =mydb -e MONGODB_ROOT_PASSWORD =root -net = "host" -name mongodb bitnami/mongodb Alternatively, if you already have the MongoDB server and a MongoDB database on your host, you can use that instead and skip the Docker commands below.Ĭreate and start a MongoDB database service using the Bitnami MongoDB container on your host. Bitnami’s MongoDB image makes it easy to create a local MongoDB service which can be used to store, retrieve and modify data related to your REST API. MongoDB is a scalable and popular data storage accompaniment for Node.js applications. Step 2: Create and start a local MongoDB service This will terminate the Sails application process, although the container will continue to run in the background. Browse to where DOCKER-HOST-ADDRESS is the IP address of your host, and confirm that you see the Sails welcome page shown below:Įxit the container console. For example, if you already have a Node.js development environment, you can use that instead and skip the Docker commands below.īegin by creating a directory for your application and making it the current working directory:īy default, a Sails application starts in development mode and runs at port 1337. This article will use the Bitnami Node.js container image and the popular Sails MVC framework however, there are multiple tools and methods to do this and you should feel free to use a different approach or a different framework. The first step is to create a skeleton Node.js application. Step 1: Create a skeleton Node.js application You have a basic understanding of Node.js and REST API concepts.You have Docker installed and configured.To perform these tasks, you can either use your existing Node.js development environment or, if you don’t have one, you can use the following Bitnami container images:īitnami’s Node.js container image contains the Node.js runtime together with all required dependencies and development tools.īitnami’s MongoDB container image contains the official MongoDB Community binaries together with support for persistence, SSL and replica sets. You will also create a local MongoDB service for API data storage, and integrate and test your REST API with this MongoDB service. In this first part, you will create and run a sample REST API locally on your development system using the Sails framework. Then, once your API is reasonably stable or ready, it will show you how to make it available to a wider group of reviewers or users by deploying it on Kubernetes using Bitnami Helm charts. To illustrate these benefits, this two-part series will walk you through the process of developing and deploying a sample Node.js REST API locally using Bitnami containers. Bitnami containers and charts are also always secure, optimized and up-to-date, so you can rest assured that your applications always have access to the latest language features and security fixes. These ready-to-use assets make it easier to develop and deploy applications consistently, follow best practices and focus on code rather than infrastructure configuration. Step 3: Create and configure a REST API endpointĭevelop a REST API with Bitnami’s Node.js and MongoDB Containersįor developers building cloud-native applications and APIs for Kubernetes, Bitnami offers a variety of containers and Helm charts to ease the process. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |