You are migrating an existing solution to Azure. The solution includes a user interface tier and a database tier.
The user interface tier runs on multiple virtual machines (VMs). The user interface tier has a website that uses
Node.js. The user interface tier has a background process that uses Python. This background process runs as a
scheduled job. The user interface tier is updated frequently. The database tier uses a self-hosted MySQL
database.
The user interface tier requires up to 25 CPU cores. You must be able to revert the user interface tier to a
previous version if updates to the website cause technical problems. The database requires up to 50 GB of
memory. The database must run in a single VM.
You need to deploy the solution to Azure.
What should you do first?
A.
Deploy the entire solution to an Azure website. Use a web job that runs continuously to host the database.
B.
Deploy the database to a VM that runs Windows Server on the Standard tier.
C.
Deploy the entire solution to an Azure website. Run the database by using the Azure data management
services.
D.
Deploy the user interface tier to a VM. Use multiple availability sets to continuously deploy updates from
Microsoft Visual Studio Online.
C
Azure data management covers SQL database (PaaS), SQL Server (IaaS), Blob and Table storage
agree C , python code can run as a webjob
I don’t there is any other alternative than first set a VM in Standard to support 50GB of memory. And then use WebSites or Web Roles for the user interface.
Azure data management does not cover MySQL.. and the Question states “The database must run in a single VM.”
> Azure data management does not cover MySQL..
Yes it does
Please provide a reference. There is a managed MySQL service, but it is in preview. I’m not sure they would test on it.
Virtual Machines are already deployed. So cannot “redeploy” or data will be lost…..SO answer is (C)
C is correct answer.
Deploy the entire solution to an Azure website. Run the database by using the Azure data management services.
the ans should be c