Azure DevOps in Application Life Cycle Management (ALC)

Application life cycle, though not usually mentioned, is an integrated system for tools and people to oversee a software app from its initial planning and development, through testing and maintenance, and into decommissioning and retirement. ALM increases product quality, boosts productivity, and reduces the load of management and maintenance for linked goods and services by collecting and arranging the aspects of an application's lifetime.

Today, ALM is discussed less frequently than in the past. We speak more about DevOps these days. However, let's examine ALM as a whole in order to learn more about DevOps and Azure DevOps.

1. What is the process of an application life cycle (ALM)?

An ALM process consists of 3 main pillars

  1. Traceability: A project without traceability can be a significant cost driver for any organization. Requirements must be tracked from architect models, design models, build scripts, unit tests, test cases, etc., all the way to delivered code and back. TDD and configuration management are useful practices that can be automated and supported by Azure DevOps.
  2. Automation of high-level processes: There are approved systems to arrange handoffs between analysis and design. Much of this is done manually in many projects, and ALM highlights the significance of automating these processes for a more effective and less time-consuming process.
  3. Visibility into the progress of development efforts: Many managers and stakeholders do not have enough visibility into the progress of development projects. Their visibility typically results from group meetings in which the project manager discusses the present condition. Even though they are a part of the project, other interest groups, such as project participants, may have limited sight of the entire undertaking. This occurs frequently because reporting is difficult and typically requires a great deal of manual labor. Daily status reports may simply require too much time and effort, especially when information is stored in many repositories.

2. What is an Azure DevOps

Azure DevOps is an open and expandable platform that allows us to customize its capabilities to our needs and add anything it may be lacking at the moment to meet our specific requirements. It is also vital to note that Microsoft is investing a great deal of time, effort, and money into the development of this product. This is one of the most essential tool sets in the Microsoft ecosystem and is not likely to disappear anytime soon (although anything is possible).

It gives you access to an integrated set of functions via your web browser or integrated development environment (IDE) client, including the following:

• Build-and-release tool to support continuous integration and apps delivery

• Planning and tracking work, code bugs, and issues using Kanban and Scrum processes

• Manual/ exploratory testing, load testing, and continuous testing to test your apps

• Highly adjustable dashboards for sharing progress and trends

• Self-created wiki for collaborating with your team

3. How to make use of Azure DevOps in Application Life Cycle Management?

  1. Traceability

Having traceability in your DevOps operations is crucial to the effective delivery and maintenance of your apps and systems

Azure DevOps capabilities can assist you with traceability in order to avoid the following issues:

• Work item tracking

• Test-driven development/unit testing

• Microsoft Azure Pipelines

• Check-in policies

• Version control system

Let’s have a detailed overview of some prominent features:

The work item tracking system is one of Azure DevOps's key features. This system permits the creation of work items or units of work and can be used to facilitate traceability. You can use the work items available with Azure DevOps from the start, customize them to meet your needs, or even develop your own work item kinds.

Each instance of a work item has a unique ID that you may associate with the actions you take in Azure DevOps. This allows you to track a single work item, such as a requirement, from conception to implementation as executable software (component). You can also associate one work item with others and create a work item hierarchy.