Features and Benefits of Azure DevOps

What is Azure DevOps?

Azure DevOps is a set of SaaS tools designed to help developers speed up the development process to get to the operations step faster and more efficiently.

It bypasses much of the time spent searching through what has become a sea of tools for all kinds of uses to give developers a neat package of only what they need.

In this way, new applications can go from development to implementation and testing efficiently using a well-defined process.

For those just learning about DevOps, it is described as not simply an individual program running on the Azure platform but a group of applications that create a toolchain to develop and deploy applications more easily.

What Are Some of the Tools Used In a DevOps Platform?

A few of the more prominent tools included in the DevOps platform include:

Azure Boards, for work planning, visualization, tracking, and reporting

Azure Pipelines, a cloud Ci/CD platform and language that supports containers and Kubernetes

Azure Test Plans, an integrated exploratory testing application

Azure Artifacts, for integrated package management which supports Maven, NPM, NuGet, and Python package feeds

Azure Repos, a cloud-based private GIT repository that offers file management, pull requests, and other features.

These and other features give developers improved dashboard and source control, extensive integration, deployment, and tracking abilities, integrated collaboration, and extensive testing capabilities.

The result is better software, fewer development issues, more successful testing, and seamless rollouts, all using the same convenient, curated set of development tools.

What Are Some Benefits of a DevOps Platform?

The useful DevOps toolchain platform also provides developers with important benefits like automatic access to new features as they are released, no need to upgrade anything, and total flexibility with service that can run on any platform, any language, and any cloud server. It is also exceptionally reliable, with 99.9% SLA and full-time, 24/7 user support.

Designed to be an all-inclusive toolchain platform that gives developers everything they need in one place, Azure DevOps is also outperforming similar tools with its many competitive advantages.

Technology has become such a crucial part of our day-to-day lives.

Nowadays, we use technologies to complete complicated tasks and for our daily needs.

With technology becoming a crucial part of our lives, software developers are working hard to create functional and easy-to-use software to solve our daily needs.

But have you ever stopped to think about what software developers have to go through to create functional software?

The chances are that we do not even stop to think about the components and software development process.

In this guide, we will discuss everything you should know about software architecture.

What is Software Architecture?

The most vital step of the software development process is software architecture.

Often referred to as the project framework, software architecture consists of various business handling and request processing modules.

Successful software development requires robust and precise planning.

Developers have to plan to make sure the structure and design of the software are functional.

Developing and coding planned software is easy and fast and in most cases, the developer will be halfway through the software development process once the software architecture is determined.

To put it in perspective, software architecture is the blueprint for creating functional and easy-to-use software.

What are the Five Principles of Software Architecture?

Software architecture must follow five principles to create functional and user-friendly software.

Adhering to these principles also enables developers to avoid mistakes that come with software development.

The following are the five principles of software architecture:

Single-Responsibility Principle - All software architecture services should focus on a single objective. To achieve a specific goal, the services should play a specific role and facilitate the changes.
Open-Closed Principle - Software architecture services should add to the flexibility of each independent software module. This means that each service should not influence the original performance of the software.
Liskov Substitution Principle - According to this principle, two software architecture services should communicate with each other if they require them to do so through an API call. Moreover, the Liskov substitutional principle states that two services with the same contract should substitute without harming the overall performance.
Interface Segregation Principle - The interface segregation principle states that each small service should be divided to eliminate redundancies. The services should be coupled in such a way that reduces the anti-patterns in the code while meeting the client's needs.
Dependency Inversion Principle - This principle states that high-level modules should rely on abstractions instead of low-level modules. The dependency inversion principle also states that abstractions should rely on details.

How Do You Identify a Good Software Architecture?

Let us evaluate the quality attributes of a good software architecture below:

Good software architecture should be functional.
It should also be reliable.
Quality software architecture should be easy to use.
The software architecture should offer the desired performance.
It should provide supportability.
Good software architecture should be self-reliant.

Good software architecture plays a huge role in maintaining the software's functionality, performance, usability, and reliability.

Category: Software Architecture Services