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Ace Automation Academy

This Course provides step to step details about

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This Course provides step to step details about

  1. CI/CD concepts,

  2. Microsoft Visual Studio,

  3. Selenium Webdriver,

  4. Write selenium Tests using MS Test,

  5. Push code into Microsoft Azure Devops,

  6. Show example of working in as a Team and contributing the Azure Devops Project

  7. Configuring policies and permissions in the Azure Project

  8. GIT source code management

  9. Pull Requests and Code reviews of selenium tests prior to merge in to Remote Repositories

  10. Configuration of Selenium Tests in Azure project to run in Automated Schedule Runs

  11. Configuration of Selenium Tests in Azure project to run in Continuous Integration

  12. Test it with a live project to understand how it really works

  13. In depth CI and CD processes and examples that drive as different team members and how they access the azure devops and coordinate with each other

  14. In depth idea about running the build and release pipeline to achieve successful runs.

  15. View the Reports in graphical representation so that the report can be extracted and shared

  16. Azure DevOps provides a comprehensive, integrated suite of services that streamline the entire software development lifecycle, offering significant benefits for collaboration, automation, and delivery speed. Instead of having to piece together multiple, disparate tools, teams can manage everything from planning to deployment on a single platform

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What's inside

Learning objectives

  • Ci/cd devops concepts and importance of test automation
  • How to setup test automation in devops model
  • Setup and create azure devops projects
  • Configure azure devops
  • Add team members and set permissions to the team members in azure devops
  • Create pipelines in azure devops
  • Microsoft visual studio (ide)
  • Create robust selenium test automation scripts
  • Run the tests in azure cloud without spending a dime
  • Analyse the test results in azure devops
  • Integrate the test tool within azure pipelines
  • Create policies for the azure devops repository branches
  • Git source management concepts
  • Automated scheduled test runs (execution)
  • Ms test frameworks
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Syllabus

Introduction to this Course
Introduction
Road map of the Course
CI/CD Concepts
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Career center

Learners who complete Azure DevOps for Automation Testers Selenium + CICD Concepts will develop knowledge and skills that may be useful to these careers:
Automation Test Engineer
The Automation Test Engineer plays a critical role in ensuring software quality by designing and implementing automated tests. This professional develops robust test scripts, integrates them into the development pipeline, and analyzes test results to identify defects and ensure application functionality. This course directly prepares individuals for an Automation Test Engineer role by providing in-depth training on creating robust Selenium Test Automation scripts and utilizing MS Test frameworks. Learners gain practical experience with essential tools like Microsoft Visual Studio and learn to configure and run automated tests in Azure DevOps, including scheduled runs and continuous integration. The focus on CI/CD concepts and integration of testing into the DevOps model offers a complete skill set for success in this field, allowing one to contribute effectively to team projects and code reviews.
Continuous Integration Continuous Delivery Specialist
A Continuous Integration Continuous Delivery Specialist is dedicated to designing, implementing, and optimizing CI/CD pipelines to ensure rapid, reliable, and automated software delivery. This expert champions best practices for integration, testing, and deployment. This course is perfectly aligned with the responsibilities of a Continuous Integration Continuous Delivery Specialist. It provides step-by-step details on CI/CD concepts, demonstrating how to set up test automation in a DevOps model. Learners will master creating and configuring Azure DevOps projects, building pipelines, and running automated tests in continuous integration. The in-depth idea about running build and release pipelines to achieve successful runs, coupled with GIT source management and code review practices, equips individuals with the precise skills needed to excel in this specialized field, driving efficiency in software development.
DevOps Engineer
A DevOps Engineer bridges development and operations, focusing on streamlining the software delivery lifecycle through automation, continuous integration, and continuous deployment. This role involves managing infrastructure, setting up pipelines, and ensuring efficient collaboration. This course provides an exceptional foundation for aspiring DevOps Engineers, emphasizing core CI/CD concepts and their practical application within Azure DevOps. Learners gain hands-on experience in setting up and configuring Azure DevOps projects, creating build and release pipelines, and implementing policies and permissions. The understanding of GIT source code management, code reviews, and working in a team to coordinate access and contribution to Azure DevOps projects is particularly relevant, enabling professionals to build and maintain robust, automated systems.
Software Development Engineer in Test
A Software Development Engineer in Test, often abbreviated as SDET, combines software development skills with a deep understanding of testing methodologies. This professional designs, develops, and maintains test automation frameworks, ensuring product quality and accelerating release cycles. This course is highly relevant for becoming a Software Development Engineer in Test, offering comprehensive training in creating robust Selenium Test Automation scripts using MS Test, a critical skill for this role. Furthermore, the course delves into CI/CD concepts, integrating test automation into Azure DevOps pipelines, and managing code with GIT. By learning to implement Page Object Model, conduct code reviews, and analyze test reports within Azure DevOps, learners develop the technical acumen required to build high-quality, testable software solutions.
Release Engineer
The Release Engineer is responsible for the entire release process, ensuring that software is delivered reliably and efficiently from development to production. This role involves managing build, deployment, and release pipelines, and automating various stages of the software delivery lifecycle. This course offers very specific and applicable knowledge for a Release Engineer. Learners gain in-depth understanding of CI/CD concepts, which are the backbone of modern release processes. The practical experience in creating and running build and release pipelines in Azure DevOps, configuring automated scheduled test runs, and implementing continuous integration, directly translates to the daily tasks of this profession. The focus on GIT for source control, pull requests, and code reviews further enhances a candidate's readiness to manage complex release workflows.
Software Quality Assurance Engineer
A Software Quality Assurance Engineer ensures that software products meet quality standards and user requirements. This role encompasses designing test plans, executing tests, identifying defects, and working with development teams to improve product quality. This course significantly enhances the capabilities of a Software Quality Assurance Engineer. While not exclusively focused on manual testing, it provides comprehensive training in test automation using Selenium Webdriver and MS Test, which are crucial for modern QA. Learners gain practical skills in implementing waits, asserts, and the Page Object Model. Furthermore, the course's emphasis on integrating tests into Azure DevOps for scheduled runs, continuous integration, and analyzing graphical reports, enables QA professionals to transition to or strengthen their role in automated quality assurance, pushing code into Microsoft Azure DevOps.
Build Engineer
The Build Engineer is responsible for designing, implementing, and maintaining the automated build processes for software projects. This role ensures consistent and efficient compilation of code, manages dependencies, and integrates with continuous integration systems. This course offers highly relevant skills for a Build Engineer. Learners gain direct, practical experience in creating and running build pipelines within Azure DevOps, which is a core responsibility of this role. The detailed understanding of CI/CD concepts, GIT source code management, and integrating test automation into the build process helps ensure that builds are not only successful but also thoroughly validated. The ability to fix tests locally and push fixes from local to remote, rerunning release pipelines, directly contributes to a robust and reliable build environment.
Site Reliability Engineer
A Site Reliability Engineer (SRE) focuses on the reliability, availability, performance, and scalability of large-scale systems. SREs often use software engineering principles to automate operational tasks, manage incidents, and improve system health. This course provides valuable knowledge for a Site Reliability Engineer, especially concerning the automation aspects. While the course focuses on test automation, the principles of CI/CD, creating robust pipelines in Azure DevOps for automated execution, and managing changes via GIT source control are highly transferable. Understanding how tests are integrated into continuous integration and continuous delivery directly impacts system deployment reliability, a core SRE concern. The ability to analyze test results and ensure quality before deployment can significantly contribute to maintaining high system uptime.
Infrastructure as Code Engineer
An Infrastructure as Code Engineer specializes in defining and managing infrastructure through code rather than manual processes. This role often involves using tools and practices from the DevOps ecosystem to automate provisioning, configuration, and deployment of infrastructure. This course provides relevant skills for an Infrastructure as Code Engineer. While it focuses on application-level test automation, the core principles of automation, CI/CD pipelines, and leveraging Azure DevOps for deployment and configuration management are highly relevant. Understanding how builds and releases are orchestrated, how code is version-controlled with GIT, and how teams collaborate within Azure DevOps provides a strong framework for implementing Infrastructure as Code. The experience with configuring policies and permissions in Azure projects is directly applicable to managing infrastructure environments.
Quality Engineering Manager
A Quality Engineering Manager leads and mentors quality assurance teams, defining strategy for testing, automation, and quality processes. This role ensures the overall quality of software products and manages the integration of testing into the development lifecycle. This course offers excellent foundational knowledge for a Quality Engineering Manager. The in-depth understanding of CI/CD concepts, setting up test automation in a DevOps model, and leveraging Azure DevOps for managing projects, pipelines, and test reporting, empowers managers to make informed decisions. Knowing how to implement Selenium tests, orchestrate automated runs, and analyze graphical reports within Azure DevOps enables effective leadership of automation teams, driving continuous improvement in quality processes and ensuring efficient software delivery.
Cloud Engineer
A Cloud Engineer designs, implements, and manages cloud-based infrastructure and services, often specializing in platforms like Microsoft Azure. This role involves deploying applications, optimizing cloud resources, and ensuring system scalability and security. This course provides valuable experience for a Cloud Engineer, particularly for those focusing on Azure-based deployments and automation. The extensive hands-on experience with Azure DevOps, including setting up projects, creating pipelines, and running applications in "Azure Cloud," offers valuable insight into cloud service management from a development and operations perspective. Understanding how CI/CD processes operate within Azure can enable a Cloud Engineer to better support development teams, manage cloud deployments, and optimize resource utilization for automated processes, even if the primary focus is not solely on testing.
Software Engineer
A Software Engineer designs, develops, and maintains software applications across various platforms. This role requires strong programming skills, problem-solving abilities, and an understanding of software development best practices. This course provides valuable insights for a Software Engineer looking to enhance their understanding of modern development workflows. While directly focused on test automation, the detailed coverage of CI/CD concepts, GIT source code management, pull requests, and code reviews equips developers with essential knowledge for collaborative coding and efficient deployment. Understanding how code is integrated, tested automatically with Selenium Webdriver and MS Test, and deployed via Azure DevOps pipelines is crucial for writing high-quality, maintainable code that integrates seamlessly into a team's development lifecycle.
Full-Stack Developer
A Full Stack Developer is proficient in both front-end and back-end development, handling all aspects of web application creation from user interface to server-side logic and database management. This course provides valuable skills for a Full Stack Developer. While the primary focus is on test automation and DevOps, the skills gained are highly complementary. Understanding how to write testable code, how these tests are integrated into CI/CD pipelines using Azure DevOps and Selenium, and how code is managed with GIT, greatly improves a developer's ability to produce high-quality, deployable applications. This knowledge fosters a culture of quality-first development, allowing developers to integrate their contributions seamlessly into team projects and ensure smooth, automated deployments from development to production.
Solutions Architect
A Solutions Architect designs and oversees the implementation of complex technical solutions, defining the overall structure of a system and its interaction with various components. This role often requires an advanced degree. This course may be useful for a Solutions Architect, providing a deeper understanding of modern software delivery practices. While the course is focused on automation testing and DevOps, the details on CI/CD concepts and their implementation within Azure DevOps offer crucial insights into designing resilient, automated deployment strategies. An architect benefits from knowing how test automation integrates into pipelines, how code changes are managed with GIT, and how teams coordinate in Azure DevOps. This knowledge can inform architectural decisions regarding system scalability, reliability, and maintainability.
Technical Product Manager
A Technical Product Manager defines product strategy, roadmap, and features, often working closely with engineering teams. This role requires a strong technical understanding to make informed decisions about product capabilities and delivery. This course may be useful for a Technical Product Manager. While not a direct development role, understanding the technical underpinnings of software delivery, such as CI/CD concepts and the use of Azure DevOps for managing projects, pipelines, and test automation, provides invaluable context. A Product Manager who comprehends how teams push code, manage pull requests, and deploy releases can better communicate with engineering, set realistic timelines, and prioritize features that align with efficient development practices, especially when dealing with product quality and release schedules.

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Azure DevOps for Automation Testers Selenium + CICD Concepts.
Classic in the field of continuous delivery. It provides a detailed guide to implementing a continuous delivery pipeline, from planning to deployment. It must-read for anyone looking to improve their software delivery process.
If you read a book about DevOps, read this one. It combines research and case studies to provide a compelling argument that DevOps is essential for the success of technology organizations.
Is considered a foundational text for understanding the principles and practices of continuous integration and continuous delivery, which are at the heart of build pipelines. It provides a comprehensive guide to automating the software delivery process, covering essential techniques for building, testing, and deploying software reliably and efficiently. This must-read for anyone looking to gain a deep understanding of the technical and cultural aspects required for successful build pipelines.
Following the narrative of 'The Phoenix Project,' this handbook provides a practical guide to implementing DevOps principles, which are essential for effective build pipelines. It details how to integrate development, operations, and other teams to improve the entire value stream. is highly valuable for understanding the organizational and cultural changes necessary to support robust build pipelines and continuous delivery.
Provides a comprehensive overview of release pipeline management, covering topics such as planning, implementation, and measurement. It valuable resource for anyone looking to improve their release pipeline process.
Covers the principles and practices of software testing, including test automation. It comprehensive guide for both testers and developers who want to learn more about test automation.
Provides a comprehensive overview of CI/CD and DevOps. It covers everything from the basics of CI/CD to the cultural and organizational changes that are necessary to adopt DevOps.
Practical guide to using Git for version control. It covers all the essential commands and concepts, and provides clear and concise explanations.
Covers the principles and practices of software test automation. It comprehensive guide for both testers and developers who want to learn more about test automation.
Focuses specifically on integrating security practices into the DevOps pipeline, a critical contemporary topic. It covers automated security testing and how to embed security throughout the development lifecycle. This is highly relevant for building secure build pipelines and ensuring that security is not an afterthought.
Aims to help developers master advanced techniques in Visual Studio 2022 for C# and .NET development. It's suitable for those who have a foundational understanding of the IDE and want to explore more advanced features and workflows.
While not solely focused on Visual Studio, this book is highly relevant as it covers modern C# and .NET development, which is primarily done using Visual Studio. It explores cross-platform development with ASP.NET Core, Blazor, and EF Core, providing a solid foundation for building contemporary applications with Visual Studio.
This practical guide focuses on the design and development of CI/CD pipelines themselves, emphasizing treating pipelines as a product. It covers how to automate the software delivery process through pipelines and discusses testing strategies specifically for pipelines. It offers a hands-on perspective on building and refining the pipeline infrastructure.
Provides a detailed look at the practices and benefits of continuous integration, a core component of any build pipeline. It covers integrating code frequently, automated testing, and the impact of CI on software quality and risk reduction. While some of the tools mentioned may be dated, the fundamental principles remain highly relevant for understanding and implementing the integration phase of build pipelines.
Addresses the crucial role of testing within the DevOps pipeline, focusing on continuous testing practices. It offers guidance from industry experts on implementing effective testing strategies throughout the CI/CD pipeline for both web and mobile applications. It's an essential read for ensuring quality is embedded in the build pipeline process.
This cookbook provides practical solutions and recipes for common tasks in .NET MAUI development using Visual Studio. It's a valuable resource for intermediate developers looking for hands-on examples and best practices.
Takes a hands-on approach to building continuous deployment pipelines using modern technologies like Docker and Kubernetes. It focuses on automating the entire pipeline with containerized microservices. It's a valuable resource for understanding contemporary practices and tools used in building advanced build pipelines.
This practical guide focuses on the new features and best practices in Visual Studio 2022, aiming to improve developer productivity. It's a good resource for developers who are already familiar with .NET and C# and want to get up to speed with the latest IDE enhancements.
Dives into building CI/CD pipelines using Jenkins, a widely used automation server. It provides solutions and guidance for setting up CI/CD processes with Jenkins, covering various aspects of pipeline creation and management. It's a practical guide for those utilizing or planning to use Jenkins for their build pipelines.
Another book on .NET MAUI development with Visual Studio, this resource guides the reader through creating cross-platform applications step-by-step. It's valuable for understanding the process and integrating modern frontend technologies like Blazor.
This practical guide focuses on using Java and popular tools like Jenkins, Docker, Maven, TestNG, and Selenium to implement CI/CD. It's a great choice for developers who want to get started with CI/CD in Java.
Focusing on the cultural and human aspects of DevOps, this book explores how to build effective teams and foster collaboration, which is vital for successful build pipeline implementation and operation. It provides practical approaches for improving communication, creating a sense of affinity among teams, and leveraging tools effectively at scale. is essential for anyone involved in the people side of adopting and scaling DevOps practices.
Provides a practical, tool-specific guide to building CI/CD pipelines using Azure DevOps. It covers setting up agents, creating pipelines using both the classic editor and YAML, and working with artifacts. It's a valuable resource for those specifically working with Azure DevOps and needing hands-on knowledge of building pipelines within that environment.
Provides a practical guide to designing and implementing continuous delivery pipelines. It covers a wide range of topics, from source control and build automation to testing and deployment.
Is highly regarded for teaching C# programming using Visual Studio, focusing on Windows Forms applications. It follows a paired-page format that aids learning and serves as a good reference. It's suitable for beginners and those with some programming experience looking to learn C# within the Visual Studio environment.
Provides a tool-specific guide to implementing CI/CD pipelines using GitLab. It covers building, testing, and deploying code with GitLab CI/CD, offering practical examples and best practices for automating the DevOps workflow within the GitLab platform.
Good starting point for developers new to Visual Studio 2022 or those transitioning from older versions. It focuses on the new features and helps users quickly become productive with the latest IDE.
Another tool-specific book focusing on Azure Pipelines, this resource offers a comprehensive guide to implementing CI/CD within Azure DevOps. It is aimed at those who want to become experienced Azure DevOps engineers and provides detailed information on designing and implementing pipelines. It serves as a strong reference for practical application in an Azure environment.
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Focused on Jenkins 2, this book helps readers evolve their deployment pipelines using the features of the newer Jenkins versions, including Pipeline as Code. It provides practical guidance for migrating existing jobs and implementing best practices for automation with Jenkins. It's a relevant resource for those working with or upgrading to Jenkins 2.
While not solely focused on build pipelines, this book from Google provides deep insights into running reliable production systems, a key outcome of effective CI/CD pipelines. It covers practices like monitoring, incident response, and-postmortems, which are crucial for maintaining the health and stability of systems deployed via build pipelines. It offers valuable perspectives for those looking to understand the operational impact of their pipelines.
Focuses on developing web applications using ASP.NET Core MVC with Visual Studio. It's a practical guide for learning web development within the Microsoft ecosystem and is suitable for those with a basic understanding of C# and HTML/CSS.
This book, written by a Microsoft Principal Consultant, provides a step-by-step guide to setting up and using Visual Studio Team Services (VSTS) for CI/CD. It's a valuable resource for .NET developers who are looking to adopt CI/CD in their projects.
Comprehensive guide to using Selenium WebDriver with Java. It covers all aspects of WebDriver, from setting up WebDriver to writing WebDriver tests. The authors have extensive experience with Selenium WebDriver and provide many helpful examples.
Comprehensive guide to using Selenium WebDriver with C#. It covers all aspects of WebDriver, from setting up WebDriver to writing WebDriver tests. The author has extensive experience with Selenium WebDriver and provides many helpful examples.
Provides a comprehensive overview of automated software testing, covering topics such as test planning, test design, test execution, and test reporting.
Provides a comprehensive overview of Ruby, a popular programming language for automated testing.
Provides a comprehensive overview of PHP, a popular programming language for automated testing.
Provides a comprehensive overview of Powershell, a popular programming language for automated testing.
Concise and easy-to-use reference guide to Git. It covers all the essential commands and concepts, and great resource for quick lookups.
Automated testing critical part of any effective build pipeline. offers practical advice and strategies for building robust and reliable test automation systems. It addresses common challenges and provides guidance on creating a sustainable automation approach, which is essential for ensuring the quality of software delivered through pipelines.
Provides a detailed guide to releasing software. It covers topics such as planning, implementation, and measurement. It valuable resource for anyone looking to improve their software delivery process.
Provides a comprehensive overview of modern software engineering practices. It covers topics such as agile development, DevOps, and continuous delivery. It valuable resource for anyone looking to improve their software development process.
Provides a detailed guide to continuous delivery with Kubernetes. It covers topics such as planning, implementation, and measurement. It valuable resource for anyone looking to improve their software delivery process in a Kubernetes environment.
Provides a comprehensive overview of scalability. It covers topics such as architecture, processes, and organization. It valuable resource for anyone looking to improve the scalability of their software systems.
Is known for its engaging approach to teaching C# programming, starting with fundamentals and progressing to more advanced topics. While not Visual Studio-specific, it provides a strong foundation in the language used extensively within the IDE.
Shares lessons learned from implementing agile and DevOps principles in large organizations. It provides a leadership perspective on driving transformation, which includes the successful adoption and scaling of continuous delivery pipelines. It's a valuable read for leaders and managers involved in guiding their organizations towards more efficient software delivery.
Entity Framework Core popular object-relational mapper used in .NET development with Visual Studio. provides in-depth coverage of EF Core, which is essential for developers working with databases in their applications.

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