Windows Containers with Azure DevOps CI/CD Pipeline

Post published:9 November, 2025
Post category:StudyBullet-22
Reading time:5 mins read

Master CI/CD, Docker, and Azure DevOps for Seamless .NET App Delivery in Containers
⏱️ Length: 8.3 total hours
⭐ 4.45/5 rating
👥 14,272 students
🔄 May 2025 update

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Course Overview
- This comprehensive course guides you through modernizing and deploying your Windows-based .NET applications using cutting-edge containerization and automated CI/CD pipelines. It bridges traditional Windows application development with the cloud-native paradigm, focusing on Docker containers tailored for the Windows ecosystem. You will gain a profound understanding of encapsulating both legacy .NET Framework and contemporary .NET Core applications into portable, consistent Docker images, ensuring environmental parity from development to production.
- Embark on a practical journey to establish robust Continuous Integration and Continuous Delivery pipelines using Azure DevOps, purpose-built for deploying Windows containers. The curriculum empowers developers, system administrators, and DevOps engineers with skills to streamline the entire software lifecycle, reducing manual errors and accelerating release cycles. It emphasizes a hands-on approach to configuring, building, and deploying containerized applications, making complex concepts accessible and immediately applicable.
- Discover the power of integrating Docker with Azure services, including Azure Container Registry, to manage and distribute your container images efficiently. This course delves into architectural considerations and best practices for running Windows applications within containers, preparing you for real-world enterprise challenges. By the end, you’ll be adept at architecting and implementing a fully automated deployment strategy that transforms how you deliver .NET applications.
Requirements / Prerequisites
- Fundamental C# and .NET Development Experience: A working knowledge of C# programming and familiarity with developing applications using either .NET Framework or .NET Core is essential.
- Basic Understanding of Cloud Computing Concepts: Familiarity with cloud services, particularly Microsoft Azure, and concepts like Virtual Machines (VMs) will provide a strong foundation.
- Comfort with Command-Line Interfaces (CLI): Proficiency in using command-line tools, such as PowerShell or cmd, is beneficial for interacting with Docker, Azure CLI, and pipeline scripts.
- Familiarity with Version Control Systems (e.g., Git): An understanding of Git for source code management is crucial, as Azure DevOps pipelines rely heavily on code repositories.
- Azure Subscription (Trial or Paid): Active access to an Azure subscription will be required to perform practical exercises, including setting up Azure VMs, Azure Container Registry, and Azure DevOps services. Note that costs may be incurred.
- Local Development Environment Setup: Having Visual Studio (or VS Code) installed can enhance your learning experience for modifying .NET application code examples.
Skills Covered / Tools Used
- Mastering Containerization Logic: Develop a deep understanding of container fundamentals, image layers, and architectural nuances specific to Windows containers, distinguishing them from Linux.
- Automated CI/CD Pipeline Orchestration: Learn to design, build, and maintain sophisticated CI/CD pipelines within Azure DevOps, enabling automated compilation, testing, and deployment of containerized applications.
- Efficient Dockerfile Authoring: Gain expertise in crafting optimized, multi-stage Dockerfiles for both traditional .NET Framework and modern .NET Core applications, focusing on image size, security, and build performance.
- Azure Container Registry Management: Acquire skills in provisioning, securing, and managing private Docker image repositories within Azure, ensuring reliable storage and retrieval of your container artifacts.
- Windows Container Host Configuration: Understand preparing and maintaining Windows Server or Windows 10 machines as Docker hosts, including prerequisites and networking configurations within Azure VM.
- Troubleshooting Containerized Environments: Develop practical skills in diagnosing and resolving common issues during container build processes, application runtime, and pipeline failures.
- Modernizing .NET Application Deployment: Learn strategies for migrating existing .NET applications to a containerized model, enhancing their portability, scalability, and maintainability.
- Tools Utilized: Azure DevOps (Pipelines, Repos), Docker Engine & CLI, Azure Portal & CLI, Azure Container Registry (ACR), .NET Framework, .NET Core, Visual Studio/VS Code, PowerShell scripting, Git.
Benefits / Outcomes
- Accelerated and Reliable Software Delivery: Significantly reduce release cycles and minimize deployment errors by implementing fully automated CI/CD pipelines, ensuring consistent application delivery.
- Enhanced Application Portability and Consistency: Package your .NET applications into self-contained Docker images, guaranteeing identical execution environments across development, testing, and production stages.
- Optimized Resource Utilization and Scalability: Leverage the lightweight nature of containers to improve server density, reduce infrastructure costs, and build applications capable of scaling efficiently to meet demand.
- Future-Proof Your .NET Skillset: Position yourself at the forefront of modern software development by mastering containerization and DevOps practices, critical skills for current and future enterprise architectures.
- Improved Developer-Operations Collaboration: Foster a culture of DevOps by understanding the end-to-end pipeline, leading to better communication, shared responsibilities, and faster issue resolution.
- Confidence in Production Deployments: Gain the knowledge and practical experience to confidently deploy and manage complex .NET applications in a containerized, cloud-based environment.
- Unlock Career Opportunities: Equip yourself with highly sought-after skills in Azure DevOps, Docker, and Windows containerization, opening doors to advanced roles in cloud engineering, DevOps, and solution architecture.
PROS
- Highly Practical and Hands-On Approach: Emphasizes real-world application of concepts with direct setup and configuration exercises for deep understanding.
- Addresses a Critical Niche: Focuses specifically on Windows containers, often less covered than Linux, providing valuable expertise for .NET-centric organizations.
- Integrates Core Industry Technologies: Combines Docker, Azure DevOps, and Azure services into a cohesive learning experience, reflecting current industry best practices.
- Relevant for Both Legacy and Modern .NET: Covers containerization strategies for both .NET Framework and .NET Core applications, catering to a broad spectrum of enterprise needs.
- Up-to-Date Content: The May 2025 update ensures exposure to the latest features and methodologies in a rapidly evolving tech landscape.
- Strong Community Validation: A high rating and significant student enrollment (4.45/5 rating, 14,272 students) indicate a well-received and effective course.
- Comprehensive CI/CD Workflow: Provides an end-to-end understanding of automating the entire software delivery pipeline.
CONS
- Potential for Azure Cloud Costs: Practical exercises involving Azure VMs, Container Registry, and other services may incur costs if resources are not managed diligently or if free tiers are exhausted.