Windows Containers with Azure DevOps CI/CD Pipeline from Udemy

Are you ready to take your .NET development skills to the next level by mastering Continuous Integration and Continuous Delivery (CI/CD), Docker containers, and Azure DevOps? Welcome to the Ultimate Azure DevOps & Docker Bootcamp for .NET Developers.

This comprehensive, hands-on bootcamp is designed for developers who want to build, deploy, and manage .NET applications in containers with Azure DevOps. Whether you're a .NET developer, DevOps engineer, or software architect, this course provides all the tools, techniques, and real-world practices to run your .NET apps efficiently in containers.

What You Will Learn:

Understand why container-based software delivery is the future of app development.
Explore the principles of Continuous Integration and Delivery (CI/CD) and their role in modern DevOps.
Set up a CI/CD pipeline with Docker, Kubernetes, and Azure DevOps.
Learn how to build, deploy, and manage .NET Core apps inside containers.
Dive into Azure DevOps for managing cloud-native and containerized .NET applications.
Discover the difference between containers and VMs, and understand how they work under the hood with technologies like Namespaces and CGroups.
Work hands-on with Docker Compose to deploy multi-tier applications, and learn how to integrate with Azure Pipelines.
Master debugging, scaling, and securing your containerized .NET apps for real-world projects.

Who is this course for:

.NET Developers who want to transition to modern CI/CD and containerized application delivery.
DevOps Engineers looking to expand their skills with Docker, Kubernetes, and Azure DevOps.
Software Architects aiming to design scalable, containerized solutions.
IT Professionals involved in application deployment and cloud-based infrastructures.

What's inside

Learning objectives

Continuous integration and delivery workflow with docker and kubernetes
Understand concepts related to docker and running windows containers
Set up windows 10 docker host with azure vm
Run and operate windows containers
Packaging modern (core) and legacy (framework) asp .net applications as docker images
Deep dive into writing dockerfiles, multi stage dockerfiles and image building best practices
Create azure container registry and publish docker images to it

Setup continuous integration pipelines to build and publish docker images to acr
Automated deployment to dev environment with docker compose and azure devops
Troubleshoot container, networking and image building issues
Automate dev environments with docker compose
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Continuous integration and delivery workflow with docker and kubernetes
Understand concepts related to docker and running windows containers
Set up windows 10 docker host with azure vm
Run and operate windows containers
Packaging modern (core) and legacy (framework) asp .net applications as docker images
Deep dive into writing dockerfiles, multi stage dockerfiles and image building best practices
Create azure container registry and publish docker images to it
Setup continuous integration pipelines to build and publish docker images to acr
Automated deployment to dev environment with docker compose and azure devops
Troubleshoot container, networking and image building issues
Automate dev environments with docker compose
Show more
Show less

Syllabus

About Course

Know your Instructor - Who is Gourav Shah ?

Connect with Me & School of DevOps

Introduction to CI with Azure Devops and Docker for .NET

Career center

Learners who complete Windows Containers with Azure DevOps CI/CD Pipeline will develop knowledge and skills that may be useful to these careers:

DevOps Engineer

A DevOps Engineer is crucial for streamlining the software development lifecycle, integrating development and operations teams. This course is exceptionally well-suited for a DevOps Engineer, as it is designed as an "Azure DevOps & Docker Bootcamp". It provides comprehensive, hands-on experience in mastering Continuous Integration and Continuous Delivery (CI/CD) and Docker containers, specifically for .NET applications. You will learn to set up CI/CD pipelines with Docker and Azure DevOps, build and publish Docker Images to Azure Container Registry, and automate deployments to development environments using Docker Compose and Azure DevOps. This directly equips a DevOps Engineer with the practical skills needed to optimize release cycles and manage containerized applications effectively.

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Software Architect

A Software Architect defines the overall structure of software systems, guiding technical teams toward scalable and maintainable solutions. For a Software Architect, this course offers essential knowledge in designing modern, containerized solutions. It covers "CI/CD Workflow with Docker and Kubernetes," packaging .NET applications as Docker Images, and deploying with "Azure DevOps." Understanding "Containers vs VMs", along with debugging and scaling containerized applications, equips architects to make informed decisions for robust system designs. This course helps build the strategic insights needed for modern cloud-native architecture. This role typically requires an advanced degree or extensive experience.

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Container Platform Engineer

A Container Platform Engineer builds and maintains the infrastructure and tools required for deploying and managing containerized applications. This course is exceptionally valuable for a Container Platform Engineer, offering deep, hands-on knowledge of Docker containers and their ecosystem. It covers "running and operating Windows Containers," packaging .NET applications as "Docker Images," and mastering "Docker Compose" for multi-tier applications. Detailed exploration of "Dockerfile Instructions," "Multi Stage Dockerfiles," and "Image Building best practices" provides fundamental skills. This course equips engineers to design, implement, and troubleshoot robust container platforms, ensuring efficient and scalable application delivery solutions.

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Azure Solutions Architect

An Azure Solutions Architect designs comprehensive, scalable, and secure solutions utilizing Microsoft Azure services. This course is particularly relevant for an Azure Solutions Architect because it provides specific, hands-on experience with core Azure components for application deployment. It covers setting up "Azure Container Registry," integrating with "Azure DevOps" for CI/CD pipelines, and deploying applications to "Azure VM" using containers. Understanding "Continuous Integration and Delivery workflows with Docker and Kubernetes" within the Azure ecosystem is crucial for designing robust, cloud-native architectures. This role typically requires an advanced degree or significant professional certification.

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Cloud Engineer

A Cloud Engineer designs, implements, and manages an organization's cloud infrastructure and services. This course is highly relevant, focusing on deploying and managing applications within Azure. Learners explore setting up "Windows 10 Docker Host with Azure VM", creating "Azure Container Registry", and integrating with "Azure DevOps" for containerized .NET applications. Mastering automated deployment to dev environments using "Docker Compose" and "Azure DevOps", alongside understanding container technologies, provides crucial skills. This course helps build expertise in modern cloud-based application delivery, enabling efficient and scalable infrastructure solutions within the Azure ecosystem.

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Release Engineer

A Release Engineer orchestrates the software release process, ensuring smooth and reliable delivery of applications to production. This course is highly beneficial for a Release Engineer, as it focuses extensively on establishing and managing "Continuous Integration and Delivery (CI/CD) workflows." Learners gain practical experience setting up "CI/CD pipelines with Docker and Azure DevOps," publishing "Docker Images to Azure Container Registry," and "Automated Deployment to Dev Environment with Docker Compose and Azure DevOps." This specialized knowledge enables a Release Engineer to design, implement, and troubleshoot efficient, automated release processes for containerized .NET applications, minimizing deployment risks.

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Site Reliability Engineer

A Site Reliability Engineer ensures the reliability, performance, and scalability of critical production systems through engineering practices. This course aligns well with the responsibilities of a Site Reliability Engineer by providing deep insights into automating deployment, monitoring, and troubleshooting. It covers "Automated Deployment to Dev Environment with Docker Compose and Azure DevOps," and specifically "Troubleshoot Container, Networking and Image Building Issues." Learning to debug, scale, and secure containerized .NET apps empowers an SRE to proactively manage system health and implement resilient, self-healing infrastructure. The emphasis on CI/CD workflows also supports building robust, automated release processes.

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Automation Engineer

An Automation Engineer designs and implements automated systems and processes to improve efficiency and reduce manual effort across various domains. This course directly addresses core competencies for an Automation Engineer by focusing on "Continuous Integration and Delivery workflows" and "Automated Deployment to Dev Environment with Docker Compose and Azure DevOps." Learners will master setting up CI/CD pipelines, writing "Dockerfiles" for automated image builds, and integrating with "Azure pipelines." This expertise enables an Automation Engineer to develop robust automation solutions for software delivery, infrastructure provisioning, and operational tasks, crucial for modern, agile environments.

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Infrastructure Engineer

An Infrastructure Engineer designs, implements, and maintains the underlying hardware and software infrastructure that supports an organization's applications. This course is highly relevant for an Infrastructure Engineer dealing with modern cloud and containerized environments. It provides practical experience with "setting up Windows 10 Docker Host with Azure VM," "running and operating Windows Containers," and managing container networks. The course also covers "troubleshooting container, networking and image building issues," which are critical skills. Understanding "CI/CD pipelines" and "Automated Deployment with Docker Compose and Azure DevOps" ensures infrastructure supports robust software delivery.

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Software Engineer

A Software Engineer designs, develops, and maintains software applications. While primarily focused on development, a modern Software Engineer benefits significantly from understanding how their applications are built, deployed, and managed. This course helps build a foundation in packaging .NET Core and .NET Framework apps as "Docker Images," and integrating them into "CI/CD Pipelines with Azure DevOps." This knowledge empowers a Software Engineer to write more deployable code, participate effectively in DevOps processes, and leverage containerization for efficient development and testing, making them a more versatile and valuable team member.

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Technical Lead

A Technical Lead guides development or operations teams, making crucial technical decisions and mentoring team members. For a Technical Lead, this course may be useful to gain expertise in modern "CI/CD workflows with Docker and Kubernetes" and "Azure DevOps" for .NET applications. Understanding how "container-based software delivery" works, including packaging "ASP .NET Applications as Docker Images" and "Automated Deployment with Docker Compose," enables a Technical Lead to make informed architectural choices, guide team members on best practices, and effectively oversee project delivery pipelines.

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Application Security Engineer

An Application Security Engineer integrates security throughout the software development lifecycle, identifying and mitigating vulnerabilities. For an Application Security Engineer, this course may be useful by providing a detailed understanding of how modern "containerized .NET apps" are built and deployed using "CI/CD Pipelines" and "Azure DevOps." The course specifically mentions "securing your containerized .NET apps," offering insights into potential attack surfaces and defense strategies within container environments. Knowledge of "Docker Images," "Dockerfiles," and automated deployment processes helps identify security risks early, ensuring applications are built and deployed securely.

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Technical Project Manager

A Technical Project Manager oversees technical projects, coordinating teams, managing resources, and ensuring timely delivery. For a Technical Project Manager, this course may be helpful in understanding the "CI/CD Workflow with Docker and Kubernetes" and the complexities of deploying "containerized .NET applications with Azure DevOps." Gaining insight into concepts like "Continuous Integration and Delivery," "Docker Compose," and "troubleshooting container issues" allows for more accurate project planning, realistic expectation setting, and effective risk management. This understanding fosters better communication with technical teams and more predictable project outcomes in modern software delivery environments.

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Quality Assurance Engineer

A Quality Assurance Engineer ensures the quality, functionality, and reliability of software products through testing and validation. For a Quality Assurance Engineer, this course may be helpful in understanding how "containerized .NET apps" are built and deployed using "CI/CD Pipelines" and "Azure DevOps." This insight into the underlying deployment mechanisms, "Docker Images," and "Automated Deployment" can inform test strategy, environment setup, and debugging when issues arise in deployed applications. Understanding the CI/CD workflow also allows for integrating automated testing earlier in the development pipeline, promoting higher quality releases.

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Database Administrator

A Database Administrator manages and maintains database systems, ensuring their performance, security, and availability. While the core focus of this course is application deployment, a Database Administrator may find it useful to understand "Docker Compose" and "running and operating Windows Containers." As database services increasingly move to containerized environments, knowledge of "container-based software delivery" and integrating with "Azure DevOps" can be an asset. This understanding can aid in managing and deploying containerized database instances alongside applications, and troubleshooting connectivity, ensuring databases are well-integrated into modern application stacks.

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