![]() Then start the MongoDB session by running the following command in the root of the Quarkus project:ĭocker-compose up Building the Application Codeġ – Configure the project to connect to MongoDBĢ – Create the Knight model class with the fields we want, extending the PanacheMongoEntity class.ģ – Create our data Repository with customized search methods such as count, orderedByName, and searchByName.Ĥ – Create the REST endpoints to create, update, delete, and search Knights. Now create the docker-compose.yml file in the root of our Quarkus project with the following information. Let’s now use Docker to start our MongoDB sessions! Also with Docker, there is not such a problem as “it doesn’t work on my machine” because environments can be completely replicated. This is very useful in the cloud era, we don’t depend on any operating system to run our application since Docker isolates everything we need. Starting MongoDB with Dockerĭocker is a very powerful technology to isolate environments and make the software deploy portable to anywhere. Unzip the project and import it to your favorite IDE (mine is IntelliJ). In the “Pick your extensions” section, we will add the following dependencies to our project:Īfter picking what we want for our project, let’s click on “Generate your application”. This is the platform where we can quick-start our Quarkus project: Go to the following link,, and let’s create our simple project. In this platform, we can easily choose and create our project in the way we want. Quarkus has an incredible platform with many powerful libraries to help us create reliable and robust software in the cloud. – Gradle Installation Tutorial Create a Simple Project with code.quarkus You need to have the Java SDK 11 and Gradle installed on your machine before starting this tutorial. Instead of using docker run to start services we need, we will use docker-compose so that we don’t need to create an extended docker run command. Simply put, docker-compose is a way to use docker in one simple command docker-compose up to start your service or docker-compose down to destroy it. If you need to install Docker for another Linux distribution, simply explore the official Docker website.Īlso, since we will be using docker-compose in our application, it’s necessary to install docker-compose. If you want Docker for Ubuntu, you can use the following link: If you are using Windows, you can access the following link: I won’t go deep into the process of the Docker installation but I will mention the links here where you can learn how to install Docker on your machine.įor MacBook, you can use the following link to install Docker: To quick-start with Quarkus, we can use the following URL and generate our application there. To start a Java application with Quarkus, it takes less than 500 milliseconds. In the cloud era, we need speed and light-weight applications, Quarkus makes it possible masterfully. It’s possible to create supersonic and subatomic applications with Java, therefore we can create ultra-fast applications for Serverless. I am really struggling to figure out why this would be the case.Quarkus is a powerful enterprise programming stack that has very high possibilities to take the market by storm. Looks like Mongo is just refusing to connect for some reason. This also makes sense because I can still ping the Mongo container from the Node container as I mentioned earlier. So the Node container is definitely able to find it. The error says that it's trying to connect to 127.0.0.1:27017 which means it is properly resolving the hostname and mapping it to my localhost. pinging mongo from inside Node container (this works and all packets are received).Using a docker network with the bridge driver and using the assigned ip in the connection string.Changing the connection string IP (mongo, localhost, 127.0.0.1).Running the same repo on an intel mac (works flawlessly). ![]() Var cookieParser = require('cookie-parser') Īpp.use(cookieParser()) // Add this after you initialize express.Ĭonst exphbs = require('express-handlebars')Īpp.use(bodyParser.urlencoded( ('error', (console, 'MongoDB connectionĬonst bodyParser = require('body-parser')Ĭonst expressValidator = require('express-validator') But for some reason I cannot connect the containerized node app to the containerized Mongo service.Ĭonnection Method /* Mongoose Connection */ Additionally if I run my Node app outside of docker I can connect to the Mongo container just fine using the same connection string. I can connect to the container via Mongo Compass using mongo://mongo:27017. I can't say why but on my M1 mongo runs just fine. Many have said that you can't run Mongo 4.9+ on an M1 Mac as there is no support for AVR. I am currently trying to connect my Node container to my Mongo container using an M1 chip.
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