#Ionic livereload domain name how to
#Ionic livereload domain name install
#Ionic livereload domain name code

#Ionic livereload domain name code

If you are using testing and want to integrate it, read the last section.Įverything above shows the actual code you need.

Test your image for the development environment (no configuration) with:ĭocker run -p 80:80 my-angular-project:dev.

Test your image for the production environment (production configuration) with:ĭocker run -p 80:80 my-angular-project:prod.

Build your image using the development environment (no configuration), e.g.:ĭocker build -t my-angular-project:dev -build-arg configuration=''.

Build your image using the production configuration (the default), e.g.:ĭocker build -t my-angular-project:prod.

app/ ARG configuration=production RUN npm run build -output-path=./dist/out -configuration $configuration # Stage 1, based on Nginx, to have only the compiled app, ready for production with Nginx FROM nginx:1.15 COPY -from=build-stage /app/dist/out/ /usr/share/nginx/html # Copy the default nf provided by tiangolo/node-frontend COPY -from=build-stage /nf /etc/nginx/conf.d/nf

#Ionic livereload domain name install

# Stage 0, 'build-stage', based on Node.js, to build and compile the frontend FROM tiangolo/node-frontend:10 as build-stage WORKDIR /app COPY package*.json /app/ RUN npm install COPY. Add a Dockerfile to your directory with:.But for production deployment with Docker, and to test the 'production deployment' locally, do the following. While developing, use ng serve as you normally would, to be able to use live-reload and other features.But the main tricks you need are all below. This could also be adapted to any compiled frontend framework like React. All the information is in the last section.

#Ionic livereload domain name how to

Here you will also see how to use that technique but still support Angular CLI environments / configurations.Īll this removes the need for complex building scripts or the need to add your built app to git (your dist directory).Īlso, optionally, you can run your Karma tests in Chrome Headless inside the Docker container. And your final image will be as thin as the latest layer (Nginx). That will allow you to first build your Angular app inside a (possibly huge) Node JS Docker container that is later discarded in favor of a thin Nginx image with just your compiled app.

To achieve that, you can use Docker “multi-stage builds”. Here’s how to deploy an Angular app with Docker, building it with Node.js as you would do locally, but end up with a thin and efficient Nginx image, with just the compiled code. But that’s what I’m covering, so let’s dive in! And a new section with testing using Pupeteer and Chrome headless inside Docker. Updating parameters, configuration files, and versions of Node.js and Nginx. Update: Updated on 2018–06–25, to match Angular 6 and Angular CLI 6. So, I just updated this article to simplify the process using that image, but kept the sections about doing everything by hand as 'optional'. And as this article got quite popular, I just built a Docker image to simplify everyone’s process: tiangolo/node-frontend. Update: Updated on 2018–06–29, a reader asked if there was any pre-built Docker image to simplify the process (especially for testing). Note: There’s an equivalent article for React in Medium and GitHub. Angular in Docker with Nginx, supporting configurations / environments, built with multi-stage Docker builds and testing with Chrome Headless