There have been numerous changes in the development and deployment of software over time. The expectations for businesses have evolved, requiring quick development and testing of applications with minimal faults. In order to cater to this criterion, there has to be cooperation designed between development and operations teams, as well as automation of repetitive tasks.
And that's when Azure DevOps comes into the picture.
Microsoft has a diverse range of tools that have enabled teams to plan the project, manage the source code, build and test their application, as well as automate software delivery. These platforms can be beneficial for both development teams and DevOps specialists as well.
But what exactly does the platform do? What are its major services? How does it differ from DevOps as a methodology? And is a DevOps course useful for building a career in cloud and DevOps?
Let's explore everything you need to know.
What Is Azure DevOps?
Azure DevOps is a set of Microsoft services. It aims to facilitate the process of planning, building, testing, and deploying software applications. These activities are unified within the framework of an integrated platform. Instead of using separate tools for managing projects, source-code management, test performance, and application deployment, the team can connect these activities through a common platform. Thus, a development team may generate the requirements for a particular feature, distribute development tasks, manage source code of the application, analyze code modifications, perform automated testing, and deploy the developed application.
This platform is available through Azure DevOps Services, which is the cloud-based service offered by Microsoft, and another one called Azure DevOps Server. There is one thing to understand regarding this platform; even though it bears Microsoft Azure in its title, it does not imply that the application should make use of Microsoft Azure services only.
How Does Azure DevOps Work?
In order to see how the DevOps system operates, consider the scenario when a particular team develops a new web or mobile application.
The first step in the process is setting requirements by the product manager. Those requirements are then converted into development and testing tasks. The developers write the code and keep it in the repository.
The change submitted by a developer is utilized for building an application and running tests. When everything goes according to plan, the application is uploaded to the staging server for verification. Then, the necessary approvals are received, and the application is launched to production.
The DevOps workflow can be described by the following pattern:
Plan > Code > Build > Test > Release > Monitor > Improve
The purpose is not to automate deployment only. It is to make sure that DevOps promotes the creation of a continuous feedback loop between development, testing, operations, and business requirements.
Major Services in Azure DevOps
One of the biggest advantages of the platform is that it provides several services that address different parts of the software development lifecycle.
The major services include Azure Boards, Azure Repos, Azure Pipelines, Azure Test Plans, and Azure Artifacts.
1. Azure Boards
Azure Boards assists with planning and tracking the work done by teams.
The work items created and managed by the teams include:
- User stories
- Tasks
- Bugs
- Features
- Epics
Backlogs, Kanban boards, sprint planning, dashboards, and reporting are some of the features that it supports.
For instance, in the development of an online shopping app, a user story could be added for "add products to cart," where developers create separate tasks for the interface design, backend logic, and testing of the feature.
2. Azure Repos
Azure Repos enables the implementation of source control in development processes. This tool includes support for Git repositories and Team Foundation Version Control from Microsoft.
The necessity for source control in modern development stems from the fact that several developers might be working on the same app. And here comes the importance of learning about git in DevOps.
Using Git, developers have the ability to branch, commit, diff, collaborate via pull requests, and merge changes to the master branch. For a beginner, it would be very good to learn Git while learning DevOps since version control is an integral part of modern development.
3. Azure Pipelines
Azure Pipelines are among the most significant services for automation. Azure Pipelines enable teams to automate the processes linked to CI/CD. The processes of builds, testing, and deployment become automated by committing code changes.
The workflow of development may be the following:
Developer commits code → Builds are done → Tests are performed → Packaging application → Deploying to staging environment → Approving → Deployment to production environment
An Azure pipeline can be customized based on the needs of the organization and its technology stack. Teams can perform pipeline automation for applications developed in various programming languages and deployed to diverse environments.
4. Azure Test Plans
Tests are essential in providing reliable software.
Azure Test Plans offers testing solutions to plan and manage testing practices, which include manual and exploratory testing. Testing can also be linked with development processes to increase transparency on the quality of the application.
For firms that use complex applications, having a proper testing practice will enable the team to detect any challenges.
5. Azure Artifacts
The Azure Artifacts feature allows developers to easily handle their software packages.
Software development usually requires various packages and libraries. Rather than manage them individually, developers can utilize a package management system.
This is particularly helpful for large organizations with multiple applications and internal libraries.
What Are the Benefits of Azure DevOps?
The platform is useful because it brings planning, development, testing, and delivery closer together.
Here are some of the major benefits.
Improved Team Collaboration
All these processes can be done through the same workflow and information-sharing systems. This would help minimize the communication gap that is created between projects.
Automation
Teams have the ability to automate tasks that are repetitive in nature, such as application development, testing, and deploying software. This saves time and even reduces the chances of error in such repetitive processes.
Faster Software Delivery
With continuous integration and continuous delivery methodologies, it is possible to deploy applications in shorter cycles than before. It is no longer necessary to wait until big releases; it becomes possible to work with small batches.
Better Traceability
Teams can tie requirements to code changes, builds, testing, and deployments.
It allows them to see how a certain requirement or defect progresses through the development process.
Flexible Technology Support
The system can be integrated with various programming languages, software development frameworks, deployment systems, and clouds.
This ensures that its concepts remain applicable to those organizations that do not rely entirely on Microsoft technologies.
Azure DevOps vs DevOps: What's the Difference?
Beginners often assume that Azure DevOps and DevOps mean the same thing. They don't.
DevOps is a broader approach to software development that focuses on collaboration, automation, continuous integration, continuous delivery, monitoring, and continuous improvement.
Azure DevOps is a Microsoft platform that provides tools to help organizations implement many of these practices.
Think of it this way:
DevOps = Culture + Practices + Processes
Azure DevOps = Tools and Services that can support those practices
Learning the platform is therefore only one part of becoming a DevOps professional. A strong DevOps foundation should also include Git, Linux, cloud computing, CI/CD, containers, infrastructure as code, monitoring, security, and automation.
Azure DevOps Pricing: Is It Free?
One of the common questions beginners and organizations have is about Azure DevOps pricing.
Microsoft provides a free tier with certain usage limits. According to Microsoft's current pricing information, the first five users with Basic access can use Azure DevOps Services at no charge. The free offering also includes certain amounts of pipeline capacity, private Git repositories, and Azure Artifacts storage. Paid options are available when organizations need additional users, capabilities, or capacity. Pricing can vary depending on the services being used, the number of users, and additional requirements.
Is Azure DevOps Difficult to Learn?
The platform can appear complicated at first because it contains several services and concepts. However, beginners don't need to learn everything at once. Practical experience in building your own pipeline is important. A structured learning path can make the process much easier.
You can start with:
- Understanding basic DevOps concepts
- Learning Git and source control
- Creating repositories and working with branches
- Understanding CI/CD
- Building your first pipeline
- Automating application testing
- Learning deployment strategies
- Exploring containers and cloud environments
- Understanding monitoring and security
- Building real-world projects
Why Learn Azure DevOps for a Career in DevOps?
DevOps professionals are expected to understand the DevOps loop, software moving from development to production. Depending on your learning path, you can develop skills in:
- Source-code management
- Git and branching strategies
- CI/CD automation
- Build and release processes
- Automated testing
- Cloud deployment
- Containers
- Infrastructure as code
- Agile project management
- Monitoring and troubleshooting
- DevSecOps concepts
These skills can be useful for roles such as DevOps Engineer, Cloud Engineer, Build and Release Engineer, Platform Engineer, and related software engineering positions.
How Can a DevOps Course Help?
DevOps course will help you if you are starting from scratch by giving you a path to follow rather than learning all the technologies on your own. A good course is supposed to have practical elements, where the theoretical concepts are applied, and you get some real-life examples. You need to know why this certain process is done and not just go through it.
Frequently Asked Questions
1. What is Azure DevOps?
It is a software development platform by Microsoft. This platform allows teams to create and deploy applications.
2. What are the services of Azure DevOps?
Azure Boards, Azure Repos, Azure Pipelines, Azure Test Plans, and Azure Artifacts are some of the services provided by Azure DevOps.
3. What are the uses of Azure Pipelines?
Automation of the app building, testing & deployment process. These are aided by Azure Pipelines.
4. What is the role of Git in DevOps?
Git in DevOps includes management of code, version control, branching, and more.
5. Can beginners use Azure DevOps?
Yes. Beginners can use tools like Git, CI/CD, pipelines, etc.
6. What is the cost of Azure DevOps?
There are free and paid plans in Azure DevOps depending on users and necessary services.
7. Is Azure DevOps similar to DevOps?
Not really. DevOps is a methodology, while Azure DevOps is a platform to implement DevOps methodology.
Final Thoughts
Azure DevOps provides a collection of integrated tools to plan the project, manage source code, build and test automatically, manage packages, and deliver applications. The advantage of Azure DevOps depends on the integration of its various capabilities as part of the development process flow. As a beginner, the best approach is not to attempt to understand everything regarding the tools used by the platform. Rather, the individual should first learn the basics, get acquainted with Git and CI/CD, create some projects, and then progressively learn automation, cloud, containers, and security. As a beginner who wants to build a career in DevOps, knowledge of Microsoft’s platform in addition to the general concept of DevOps will prove helpful.
Ready to get DevOps training? Start your learning journey with Paperlive Learning and develop practical knowledge that can help you move from concepts to real-world implementation.
