Possibly: a VM, Azure Container Instances (ACI), Azure Web Apps, or Kubernetes (EKS, AKS, GCE).#!/bin/bash echo "Spinning up four droplets." for i in 1 2 3 4 do Step 5: Configure and Deploy your Docker Image to KubernetesĪdd your Node.js project code to the Dockerfile, build the container, and you are ready to deploy your Docker image to your preferred Container Host. Step 4: Use the Driver const driverProvider = require('./driverProvider.js') Ĭonst driver = driverProvider.getDriver() const RunChomeHeadless = true Ĭonst chromeDriver = )Īwait driver.manage().setTimeouts(timeouts) This routine handles the basics of configuring Chrome for basic web automation, including downloading files. Step 2: Install ChromeDriver and Selenium WebDriverĬhromeDriver is a common way of installing it, but I prefer they add support to the newest ChromeDriver versions more quickly. In this example, I'll install it through the code. You can either install ChromeDriver in the Dockerfile or in your Node.js code. (Optional) I also like to use PM2 to manage the Node process. RUN dpkg -i google-chrome-stable_current_b || true RUN apt-get -y install lsb-release libappindicator3-1 Step 1: Setup your Docker Image with Chrome on Ubuntu 18.04 FROM ubuntu:18.04 When combined with the scalability and flexibility of Kubernetes, you have powerful testing infrastructure. Selenium is an excellent tool for testing and even for interacting with third-party data sources.
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