![]() ![]() ![]() Once deployed, we’ll see an additional app service appearing in our resource group. If you want a good tutorial on the commands, do check the following documentation page for a clear outline. Next up, I’ll be using a docker compose file to deploy two containers. In addition, I’ve also already created an Azure MySQL service, which I’ll be using to power this drupal. Let’s get this party started! In starting this deep dive, I’ve already prepared a basic Linux App Service plan. The only port exposed will be the one of the varnish container! In addition, the first container (varnish) will talk to the second container (Drupal) via the docker internal network. ![]() The second one will be a custom Drupal container which I tweaked to already to have the needed configuration for the MySQL SSL part. The first one will be the varnish container, which will act as the caching layer. We’ll be leveraging a multi container deployment where we’ll deploy two containers. As a basic reference, I would like to point to the following blog post from the Azure App Service team! This is due to the combination of how Drupal implemented it and how PHP/MySQL expect things to happen. Where this seems like the most sensible thing to do… The experience in doing so is far from great. The biggest hurdle you’ll probably will take is that it is highly advised to enforce SSL on the Azure MySQL Service. If you have a “modest” deployment, then go for the code deployment.Īre there any gotchas with Drupal on Azure? Again, in my humble opinion, leverage the container one if you want to go for a more advanced approach where you want to do performance optimizations (like leveraging Varnish, Redis, Memcache, etc). Though there are two options presented… Via a code deployment or by leveraging a container setup. Though let’s keep it at that for the moment, where it is great for other workloads! Drupal is just not the best fit here. It will not give you the most optimal performance. Windows : In my humble opinion… Stay clear of this one for Drupal.But there are two flavours? Windows vs Linux. The App Service provides a full PaaS experience, where it even adds additional capabilities out-of-the-box (like Backup, Authentication, etc).AKS is for me suites for the larger deployments, where organizations really need to scale due to the popularity of the website(s) or due to the multi tenancy story.Though with great power comes great responsibility… Where the full management aspect also comes back to you. Here you have full control over the deployment. A (set of) virtual machine(s) is basically hosting & managing it yourself.Azure App Service (both Linux & Windows).In essence there are various ways to run Drupal on Azure What options do I have for running Drupal on Azure? Redis or Memcache, as a way to cache data (in memory instead of hammering the database)įor today’s post, we’ll briefly discuss the various options and afterwards delve into a more advanced scenario where we leverage the Azure Linux App Service’s multi container capability.Varnish on the front end side, as a web application accelerator / caching HTTP reverse proxy.Most commonly seen is the implementation of This puts a lot of stress on the underlying database system, but also on the local file system.ĭue to this we see a lot of articles on how to improve the performance of Drupal. When you enable the WebProfiler (part of the Devel module), then you can see that typical page will execute between 90 and 200 database queries. That being said, Drupal is a very resource hungry system. This might be due to the fact that the creation is of Belgian origin? Though for the region I live in, Drupal is amongst the most popular CMS systems. Though when I look at my home country, then I see a lot of Drupal deployments too. WordPress is probably the most popular CMS around. ![]()
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