Application lifecycle management systems assist
developers with the many stages of DevOps. Those processes include but are not
limited to planning, maintenance, coding, testing, deploying, and other tasks.
Among the popular tools for collaboration are Azure
DevOps and Azure DevOps Server (previously called “Team Foundation Server” or
TFS). Both are extremely helpful for teams who want to streamline their
processes, yet they offer varying features and pose different cons.
For one, TFS has many limitations and can be quite
more complex than Azure DevOps. Some developers also complain about its huge
costs and long downtimes.
Why it’s worth migrating to Azure DevOps
Developers share common sentiments on the challenges
that come with using TFS. The most prominent complaints include:
- Updates to new
functions and features are slow.
- Infrastructure,
maintenance, licenses, and other aspects demand too much time and attention.
- TFS doesn’t comply with
many certificates, which poses risks to companies and organizations.
- The environment isn’t easily
accessible from any device, anywhere.
- Uptime isn’t as
reliable.
- Overall maintenance
eats up time and effort that could be dedicated to more crucial tasks.
The transition process
Migrating to Azure DevOps is fairly easy. There are
also TFS to Azure DevOps migration tools that you could look up online. As a
piece of advice, you can follow this path to ensure a smooth transition:
Step #1: Upgrade your TFS setup to the latest
version. It might be best to have a single group to consolidate your TFS
collections (instead of migrating as separate accounts). Doing so will also
save you the trouble of dealing with several projects and templates. At this
step, you should consider having an active account in Azure if you don’t yet.
Step #2: Setup your staging migration server. Start
by installing the latest version of Windows, IIS from Windows, SQL server (and
management tools), and finally, the Azure DevOps server. It’s important that your
Azure and your TFS servers are installed in the same versions.
Step #3: Use a built-in SQL backup tooling to back up
your live TFS server. We suggest shutting down the server, restoring the
backups, and configuring the installation (in that order).
Step #4: Clean the data and delete the unnecessary
clutter. You can use staging TFS Web UI and GIT (for workspaces).
Step #5: It’s now time to prepare the data that you
will import by running the Migrator Prepare Command. Validate your import to
check for any issues. This process is to save you from any mishaps on the next
step. Another important task is to push your imported files with TFS data to
Azure Storage Container.
Step #6: And for the last step, go to the Data
Migration Tool Folder and run the Migrate Import command.
Looking at the steps above, it may be quite
overwhelming to consider TFS Azure DevOps migration, especially for first-timers. However, you’ll save yourself and your team from the exhausting manual
processes by finally transferring to Azure DevOps.
Learning to migrate can be quite tricky but not worth
investing your training in. Instead, you could consider outsourcing your
migration process to industry experts and save yourself from the risks and
the hassle.
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