Does anyone know of an automated way to deploy a web role to Azure with the "Enable Web Deploy" option enabled? We have an automated acceptance test process that deploys to Azure using Web Deploy to save time. But we would also like to automate the full deployment of the web role so that it could run off-hours on a less frequent basis.
We are currently using the WAPPSCmdlets module to automate full Azure deployments. However, neither this nor the newer official Azure Powershell cmdlets seem to expose a way to enable Web Deploy in new deployments.
What you'll need to do is create a startup task that does the following:
Download and install Web Deploy
Windows Azure Bootstrapper can help you to download and run the installer from a startup task.
Configure Web Deploy with PowerShell. You might want to start with this article: PowerShell scripts for automating Web Deploy setup
Running PowerShell from a startup task might seem tricky at first. If you run into trouble, take a look at this article: Azure Startup Tasks and Powershell: Lessons Learned
Keep in mind that this startup task should only run for CI deployments and not for your production deployments, so this might be something you need to take care of in your build process (you can use different Cloud projects in Visual Studio for example).
Related
If we are deploying a basic WebApp / WebApi, both these tasks from Microsoft appear to do the same thing - deploy to an appservice.
AzureWebAppV1
AzureRmWebAppDeploymentV4
How do you choose which one to use in a new YAML release pipeline? I just want to make sure I am using the version that is most future-proof - I have 25 release pipelines and don't want to have to re-do them unless necessary.
The way the help is written, hard to compare feature to feature to spot the key "must-haves". Some Microsoft online examples use both. Both are still marked as "In Development" in the readme and both are >1 year old since last check in.
The simplest way to deploy to an Azure Web App is to use the Azure Web App Deploy (AzureWebApp) task.
By default, your deployment happens to the root application in the Azure Web App. You can deploy to a specific virtual application by using the VirtualApplication property of the AzureRmWebAppDeployment task.
Azure App Service Deploy task allows users to modify configuration settings in configuration files (*.config files) inside web packages and XML parameters files (parameters.xml), based on the stage name specified.
Just my two cents, but I just noticed Web App Deploy takes much less time than Service App Deploy. I was wondering how come a simple zip deploy (Service App Deploy) can take so long. So I looked around and found there's also that Web App Deploy, so I tested it.
My project (React/Next small sized app) normally takes 6-10 min to deploy with Azure Service App Deploy (v4). With Azure Web App Deploy (v1) it took a little more than a minute. Wow.
I've setup Continuous Integration in my project hosted at Visual Studio Online.
Among other things, I deploy my web application to a test slot and test database and I run integration tests.
However, I don't need the test slot and database to be running all the time. I would like to start them both for the integration tests to run and stop them after my integration tests are done, all automated.
I played around with the Azure PowerShell vNext task, but I couldn't figure out how to accomplish this. Any help would be appreciated. More than the actual answer, I would appreciate a link with more information, if possible.
For the web app slot, you can add AzurePowerShell step in your build defition can create two power-shell script: one start the website via Start-AzureWebsite command before the build start and another one stop the website via Stop-AzureWebsite after the testing is finished.
For the database, you cannot stop it. Refer to this question for details: How do I stop and start a SQL Azure database?
I've switched to using Visual Studio Code and and am missing the ability to right-click and publish files.
I read here that a task runner can be used to build/deploy files...
Publish Web Deploy using VS Code
That answer only mentions Grunt and I cannot find any articles on how to do this with Gulp which I am already using. I've got as far as finding an article on how to hook up Gulp and MSbuild which I assume must be the first step.
However, I'm unsure about the deployment step as I don't know what the "publish" button in standard VS does. It seems to be using something called MSDeploy or "web deploy" and requires a bunch of publish settings, so presumably this can be done from gulp?
I know I must sound a bit clueless but I'm not really a Microsoft guy I'm a front-ender, just happen to be working with other people's .net projects occasionally. Any help would really be appreciated.
WebDeploy is the technology that VisualStudio uses for web deployments. WebDeploy uses MSDeploy behind the scenes. MSDeploy is capable of far more than just web app deployments. We use it for deploying Windows Services, Scheduled Tasks and SQL databases as well.
Here are details on you to use the MSDeploy commandline. The sync command is used most commonly for deployments.
You can use the gulp-mswebdeploy-package plugin to create a web deploy package as part of you gulp build task. you can the use the msdeploy command line to deploy the site.
We have an enterprise web application which is deployed on s3/cloudfront. Deployments are mostly done at night for less impact to users (local application used mostly in the day).
Current deployment process is to execute a shellscript on server which uses some credentials stored as system env variables. Shell script internally uses grunt task for build and deploy to s3.
Problems
When we run shellscript and if there occured some problems, there is no feedback to one who is doing deployment if he is not looking at the console. Whats the easiest way to implement a feedback system like email if deployment fails.
If we can implement a feedback system, can we do unattended scheduled builds using some tools like jenkins or some other tool.
You could create a rake task which executes your deployment script using popen (http://www.rubydoc.info/stdlib/core/IO.popen) and then send you the results of the command execution (and returnstatus)
This way you could automate the rake task execution via cron or whenever gem (if available) or something alternative like clockwork gem (if you're on a PaaS f.e.)
Newbie to automated azure deployment here! I have the happy task of automating our deployment to the cloud. I have also done some reading and discovered that the 2 main tools are MSbuild and Powershell. Please could anyone tell me why i would use one over the other or indeed if there are any better ways to automate the deployment. Keeping in mind that my main concern is performance and i need this deplymrnt to be as fast as possible.
Any insight would be most welcome.
I'm a fan of using PowerShell for deployments. It's pretty quick to set up and the script can be pretty straight forward.
MSBuild can be great too. I use MSBuild from TFS Team Build to kick off a PowerShell script to do the deployment. Works like a champ.
A good starting point would be http://blogs.msdn.com/b/tomholl/archive/2011/12/06/automated-build-and-deployment-with-windows-azure-sdk-1-6.aspx. This blog does a great job of showing you how to build and deploy with Team Build.
If you don't want/need the Team Build and MSBuild part, then just look at his PowerShell script. That covers the basics of getting a deployment from your dev environment to Windows Azure.
You should use Web Deploy, it only takes about a minute to deploy a fix. See these links
http://blogs.msdn.com/b/cloud/archive/2011/04/19/enabling-web-deploy-for-windows-azure-web-roles-with-visual-studio.aspx
http://channel9.msdn.com/Blogs/funkyonex/Speed-Up-Azure-Deployments-with-the-New-Web-Deployment-Feature
At SplendidCRM, we had a similar need to automate deployments to Azure, but as our need was to service our live customers, we had to develop using C#. We have been watching Azure for many years, but it was not until they provided a DNS service did it make sense to make the move. Using the Azure Resource Manager (ARM) libraries, we were able to automate VM creation, SQL database creation and DNS name creation. In addition to the Microsoft documentation for ARM, we found it particularly useful to be able to get the Microsoft source code for the PowerShell scripts that wrap ARM. This is because the documentation does not always provide a complete set of settings.
In the end, we decided to release the Azure deployment code as part of a new Ultimate edition that combines order and customer management with software deployment.