![app critical test backup exec app critical test backup exec](https://aacable.files.wordpress.com/2014/06/b3.jpg)
Your URL will be In our case, since we created the Web App with the name of acrtasksblog, our URL will be. You can keep trying to refresh the browser and refreshing the logs to check the status. The first time you access the app, it may take some time because App Service needs to pull the entire image.Īfter a minute or so, we can see that the image was downloaded and is being extracted. If you click on Container Settings from within the Azure Web App, you can check the logs to see what the status is of the Azure Web App pulling the container. Then click Save at the top of Application Settings. Specify the name as WEBSITES_PORT and the Value of 8000. We must add an application setting so Azure Web App knows that the Container Port is 8000. Within the App Service, click on Configuration, and Choose New application setting. We now successfully have an Azure App Service (Azure Web App in this case) and an App Service Plan. Click “Review + Create” and create your Azure Web App. Ensure you specify the correct Registry, Image, and Tag. Choose your Azure Container Registry for the Image Source. Specify a Resource Group, a Location, and a Docker Container leveraging Linux For purposes of demonstration, for the App Service Plan, the Basic B1 SKU will suffice.Ĭlick “Next: Docker”. In the Azure Portal, under Create a Resource, create an Azure Web App. Once it is successfully pushed, you will see all container layers be marked as Pushed. We will begin to see our image be pushed into ACR. Run the following command: docker push /mydockerwebimage:latest Run the following command: docker tag mydockerwebimage /mydockerwebimage:latestĪfter running the above command and then typing in docker images, we can now see our new image, /mydockerwebimage with the tag of latest. Azure Web App Continuous Deployment will only pull image updates for images that have the same name, are in the same registry, and have the same version, it is makes sense to use latest for the version used for Azure Web App Continuous Deployment. As our image that we tested is called mydockerwebimage, we will tag this image with our ACR FQDN and the version as latest. Now we have to tag our image before pushing it into our ACR. Once authenticated successfully, you will see the following: Enter one of the two passwords that you retrieved in Azure Cloud Shell. When running the above command, it will ask you for your password. Run the following command: docker login -username ElanACR Now that we have our ACR and the password, let’s head back to our local terminal and login to our container registry. Run the following command: az acr credential show -name ElanACR Pushing our Container Image into ACR You will see the passwords (there are two of them) as well as the username at the bottom. In Azure Cloud Shell, we need to get the credential for our ACR in order to push our container image into ACR. We can now see our ElanACR ACR within the ACR Resource Group. For purposes of demonstration, the Basic SKU will suffice. Specify a Resource Group, a Location, choose Admin User of Enable, and choose the SKU you want. In the Azure Portal, under Create a Resource, create a Container Registry.
![app critical test backup exec app critical test backup exec](https://cdn.slidesharecdn.com/ss_thumbnails/backupexec2015enduserpresentation-160921194934-thumbnail-4.jpg)
Part 3 Creating our Azure Container Registry (ACR) In this second part, we take a look at creating an ACR, pushing our image up to ACR, and setting up Azure Web App to use our container image and test the website for production readability.
#App critical test backup exec code#
We then created a new GitHub Repository and pushed our Docker Container Source Code into your own GitHub Repository. We tested this Container Image by running it to ensure it operates correctly. In Part 1, we looked at cloning a sample Docker Container based on Python Django.