Azure DevOps
Master Azure DevOps from scratch and learn to build dynamic, data-driven CI/CD pipelines, release management, and project tracking solutions.93% Started a new career BUY THIS COURSE (
USD 12 USD 41 )-
86% Got a pay increase and promotion
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- A fully automated CI/CD pipeline for a web application, from code commit to production deployment.
- A robust release management system for a microservices architecture.
- An agile project board with customized workflows for tracking software development.
- These projects aren't just for practice—they serve as portfolio-ready applications that showcase your ability to build scalable and production-ready DevOps solutions using Azure DevOps.
- Manage source code effectively using Git in Azure Repos.
- Automate build, test, and deployment processes using Azure Pipelines.
- Implement various branching strategies like GitFlow and Feature Branching.
- Secure your pipelines and environments through service connections and variable groups.
- Optimize and debug your CI/CD pipelines using Azure DevOps’ built-in tools and extensions.
- Structure your Azure DevOps projects for maintainability and scalability.
- Deploy your applications to various Azure services and other cloud platforms, ensuring continuous delivery.
- Developers who want to automate their build and deployment processes.
- Students and beginners in IT or software engineering looking for a structured and approachable course.
- System administrators and IT professionals transitioning to DevOps roles.
- Entrepreneurs and freelancers who want to streamline their software development and delivery.
- Tech professionals aiming to understand CI/CD, project management, and automation in a cloud environment. Regardless of your starting point, the course is structured to take you from zero to deployment with clarity and confidence.
- Follow the Sequence The course is designed to build progressively on knowledge. Start from the first module and move forward in order. Each concept introduces new techniques while reinforcing previously learned skills. Skipping ahead may cause confusion later, especially in projects that require cumulative understanding.
- Build Alongside the Instructor Hands-on practice is essential. As you watch the video tutorials, build along in your own Azure DevOps environment. Don’t just observe—configure the pipelines, create the boards, experiment with variations, and troubleshoot errors. This repetition will solidify your learning and build real-world problem-solving skills.
- Use the Projects as Practice and Portfolio Pieces Each project you build during the course has real-world value. Customize them, add your own features, and consider documenting them or even showcasing them in your portfolio. These projects can become part of your portfolio when applying for jobs or freelance gigs.
- Take Notes and Bookmark Key Concepts Keep a DevOps journal. Write down important pipeline YAML, task configurations, best practices, and lessons learned. Bookmark the modules covering key concepts like CI/CD, release gates, or project management for quick reference.
- Utilize the Community and Support Resources If the course offers a discussion forum, Slack group, or Q&A section, use it! Ask questions when you're stuck and help others when you can. Participating in a community will deepen your understanding and expose you to diverse perspectives and solutions.
- Explore Extensions and Documentation Azure DevOps has a rich marketplace of extensions for various functionalities. The course introduces several of them, but you’re encouraged to explore their documentation further. Developing the habit of reading official docs will make you a more independent and resourceful DevOps professional.
- Practice Deployment Early and Often Deploying a project, even a small one, teaches you how to troubleshoot, work with cloud platforms, and understand how applications run in production. Don’t wait until the end of the course—try deploying after your first pipeline project. The experience is invaluable.
- Review and Revisit DevOps is a skill built through repetition and iteration. Don’t be afraid to revisit previous lessons or rebuild a pipeline from scratch. Each time you do, you’ll catch something new or improve your understanding.
- Understand the fundamental architecture and components of the Azure DevOps platform.
- Effectively manage source code using Azure Repos (Git) and implement branching strategies.
- Utilize Azure Boards for agile planning, backlog management, and sprint tracking.
- Design and implement robust CI/CD pipelines using Azure Pipelines for various application types.
- Automate testing within the CI/CD workflow.
- Manage packages and artifacts with Azure Artifacts.
- Configure and manage deployments to Azure services and other environments.
- Implement security best practices for Azure DevOps projects and pipelines.
- Integrate Azure DevOps with other tools and services using webhooks and service connections.
- Troubleshoot common issues in CI/CD pipelines and Azure DevOps projects.
- Introduction to Azure DevOps
- Setting Up Your Azure DevOps Organization and Project
- Navigating the Azure DevOps Portal
- Work Item Management (Epics, Features, User Stories, Bugs)
- Backlogs and Sprints
- Scrum and Kanban Boards
- Customizing Work Item Types and Processes
- Introduction to Git and Version Control
- Creating and Managing Repositories
- Branching Strategies (GitFlow, Feature Branching)
- Pull Requests and Code Reviews
- Introduction to CI/CD Concepts
- Creating Your First Build Pipeline (YAML vs. Classic Editor)
- Defining Build Tasks and Stages
- Triggers and Variables
- Release Pipelines and Deployment Gates
- Environments and Approvals
- Agent Pools and Self-Hosted Agents
- Templates and Reusable Pipeline Components
- Introduction to Package Management
- Creating and Managing Feeds
- Publishing and Consuming Packages (NuGet, npm, Maven, Universal)
- Test Case Management
- Manual Testing and Exploratory Testing
- Automated Testing Integration with Pipelines
- Integrating with Azure Services (App Service, AKS, Functions)
- Azure DevOps Marketplace Extensions
- Webhooks and Service Hooks
- User Management and Permissions
- Service Connections and Service Principals
- Security Best Practices
- Audit Logs and Reporting
- Pipeline Logging and Debugging
- Troubleshooting Common Build/Release Failures
- Monitoring Deployments
- CI/CD Pipeline for a Web Application
- Release Management for a Microservices Project
- Automated Testing Integration for a Sample Application
- Project Management with Azure Boards for a Software Team
- Advanced Deployment Strategy with Multi-Stage Pipelines
- Top Interview Questions
- Best Practices and Explanations
- DevOps Engineer
- Azure Engineer
- Release Manager
- Site Reliability Engineer (SRE)
1. What is Azure DevOps and its key services?
Azure DevOps is a suite of development services for end-to-end software delivery. Its key services include Azure Boards (agile planning), Azure Repos (version control), Azure Pipelines (CI/CD), Azure Test Plans (testing), and Azure Artifacts (package management).
2. Explain the difference between Azure Pipelines and Azure Release Pipelines (Classic).
Azure Pipelines (YAML) defines CI/CD processes within a azure-pipelines.yml file in the repository, offering version control and code-first approach. Classic Release Pipelines are UI-driven, allowing for graphical stage and task definitions, often used for complex release orchestration.
3. What are Agents in Azure Pipelines?
Agents are computing infrastructure with installed agent software that runs jobs in a pipeline. They can be Microsoft-hosted (managed by Azure) or self-hosted (managed by the user for custom environments or private networks).
4. How do you secure sensitive information in Azure Pipelines?
Sensitive information can be secured using pipeline variables marked as secret, variable groups linked to Azure Key Vault, or service connections configured with appropriate permissions.
5. Describe the typical workflow for a Pull Request (PR) in Azure Repos.
A developer creates a feature branch, commits changes, and pushes to Azure Repos. They then create a PR from their feature branch to the main branch, which triggers build validations, code reviews by teammates, and then merges upon approval.
6. What are Deployment Gates in Azure Pipelines?
Deployment gates are conditions that must be met before a release pipeline stage can proceed. They can be automated (e.g., query Azure Monitor alerts) or manual (e.g., manual approval from a stakeholder), ensuring quality and compliance.
7. How do you integrate Azure DevOps with external tools like Jira or ServiceNow? Integration can be achieved through marketplace extensions, webhooks (to trigger actions in external tools based on Azure DevOps events), or custom service hooks and API calls.
8. What is the purpose of Azure Artifacts?
Azure Artifacts is used to create, host, and share packages (like NuGet, npm, Maven, Python packages) used by your development teams. It helps manage dependencies and ensures consistent builds.
9. Explain the concept of "Infrastructure as Code" (IaC) in Azure DevOps.
IaC in Azure DevOps involves defining infrastructure (e.g., Azure resources) using code (e.g., ARM templates, Terraform) and deploying it through pipelines. This ensures consistency, repeatability, and version control for infrastructure.
10. How can you ensure traceability from a work item to deployed code in Azure DevOps?
Traceability is ensured by linking commits, branches, and pull requests to work items in Azure Repos. When pipelines run, they can also link to the work items, allowing you to see which code changes and work items are part of a specific deployment.