
Managing software delivery manually is outdated, inefficient, and error-prone—especially for enterprise-grade .NET applications. That’s where Azure DevOps comes in.
With Azure DevOps, Microsoft provides a powerful suite of tools to automate, track, and improve the entire software lifecycle. From planning and version control to build automation, testing, and deployment, Azure DevOps is a natural fit for modern .NET development workflows.
In this guide from CoDriveIT, we’ll show how to set up Azure DevOps for your .NET projects, walk through practical steps for implementing CI/CD, and share best practices for robust DevOps pipelines.
Azure DevOps is a set of cloud-based developer services that enable teams to plan work, collaborate on code, build, test, and deploy applications. It includes:
🔧 Azure Repos – Git repositories and pull requests
🚀 Azure Pipelines – CI/CD automation
📋 Azure Boards – Agile planning and tracking
✅ Azure Test Plans – Manual and automated testing
📦 Azure Artifacts – Package management
✅ Native support for C#, .NET, ASP.NET Core
✅ Seamless integration with Visual Studio
✅ Hosted build agents with .NET SDK preinstalled
✅ Scalable pipelines for monoliths or microservices
✅ Easy deployment to Azure App Services, AKS, VMs, and more
Go to dev.azure.com
Click “New Project” → Add a name → Choose visibility
Select Git for version control
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git remote add origin https://dev.azure.com/your-org/your-project/_git/repo-name git push -u origin main
Alternatively, push directly via Visual Studio integration.
.azure-pipelines.yml:
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trigger: - main pool: vmImage: 'windows-latest' variables: buildConfiguration: 'Release' steps: - task: UseDotNet@2 inputs: packageType: 'sdk' version: '7.x.x' installationPath: $(Agent.ToolsDirectory)/dotnet - script: dotnet build --configuration $(buildConfiguration) displayName: 'Build project' - script: dotnet test --no-build --verbosity normal displayName: 'Run tests'
You can also use the Classic Pipeline Editor for a drag-and-drop approach.
Add a task to deploy to Azure App Service:
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- task: AzureWebApp@1 inputs: azureSubscription: '<Azure Service Connection>' appName: '<App Service Name>' package: '$(System.DefaultWorkingDirectory)/**/*.zip'
Or deploy to AKS, Azure VM, or other environments via dedicated tasks.
Use Azure Boards for:
Scrum and Kanban boards
User stories, bugs, and tasks
Work item linking with commits and pull requests
Sprint planning and reporting
You can integrate Azure Boards with GitHub or Jira as well.
Run unit tests via dotnet test
Integrate with SonarCloud for code analysis
Add Test Plans or use Playwright/Selenium for UI testing
Use Code Coverage tasks to monitor test completeness
Set branch policies and enforce required reviewers
Use Secret Variables and Azure Key Vault to manage credentials
Scan for open-source vulnerabilities with tools like WhiteSource Bolt
Trigger: On push to main
Build Steps:
Restore NuGet packages
Build in Release mode
Run tests
Publish to a zip file
Deploy:
Push to Azure App Service (dev/staging/prod slots)
You can connect your GitHub repo to Azure Pipelines to combine GitHub version control with Azure CI/CD power.
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trigger: branches: include: - main pr: branches: include: - main
🟢 Use YAML pipelines for versioning and portability
🟢 Automate everything—from build to test to deploy
🟢 Enforce branch protection with pull request policies
🟢 Use stages (build, test, deploy) for structured workflows
🟢 Monitor pipelines with alerts and dashboards
🟢 Deploy using blue-green or canary patterns for safety
Azure DevOps + .NET is a match made in development heaven. From Git-based code collaboration to fully automated CI/CD pipelines and production-ready deployments, Azure DevOps helps .NET teams move faster, with greater confidence and reliability.
At CoDriveIT, we help companies harness the power of Azure DevOps to streamline .NET delivery pipelines, enforce best practices, and deploy confidently to production.
visit our website www.codriveit.com