Build Automation Software Development team

What is Build Automation and What is Continuous Integration?

Build automation is a period in software development process which automates numerous tasks performed by developers. This method is applied by Alfee company throughout the software development cycle as well. Software source code is deposited into computer language code using an automated build script.

Build automation process has gained in much popularity with the development of complex programming paradigms. Software development is constantly changing, modifying its structure and integrating new processes, therefore, build automation has become a crucial dependency in controlling these components.

There exist numerous stages in DevOps processes for complex software solutions. Everything starts with the development of the code which is later tested and integrated into a separate software environment. After the completion of the code, the developer integrates it into a common environment. The main aim is to see how it interacts with other development components created by other programmers. Before code integration and sharing, several precautions must be implemented to make sure that newly created code doesn't affect neighbouring ones.

Build automation is done with the help of a scripting language which allows putting together other modules and processes during integration. The mentioned language includes manual tasks required to create a quality software solution. Standardized processes may contain documentation, testing, compiling, and distributing binary code.

Development process can be partially automated when it includes only a few automated steps. With automation Alfee has made thousands of companies work efficiently and flexibly. Benefits are enormous, check the information below.

Build Automation Advantages in Refining DevOps Processes

Build automation is known as one of the most efficient practices applied in code generation because it significantly increases opportunities for delivering high quality software. Check the main benefits below:

  1. Decreased number of errors. By forcing test scripts in DevOps processes before integrating code modules into compiled code, the number of bugs in the deployment cycle will be minimal.
  2. Faster delivery. When everything is automated, DevOps become more time efficient. The project is advanced to the next level faster.
  3. Effectiveness. Build automation improves performance and provides an improved software solution by applying reusable scripts for each software compilation.
  4. Simplicity. Automation has simplified DevOps processes, in particular compiling software in development teams.
  5. Transparency. With automated build programmers get visibility into the process, it provides room for analysis and improvement, opportunity to follow code impacts taking into account historical compilations.
  6. Scalability. Since automation is standardizing and processes are easier to be enlarged, there occur no problems when applications grow in size or complexity.

Build Automation Software: Sphere of Use

Build automation software is a pre-created application applied for automatisation of software build process.

Build automation software supports Continuous Integration, i.e. software development practice that merges working copies into a common main development branch during the day and performs frequent automated builds to detect potential defects and solve integration issues in the shortest period possible.

Selecting the appropriate build automation software is crucial when accelerating major benefits. It guarantees that an enterprise meets the necessary development needs.

Build automation software is incorporated into the process, and contains techniques to automate it, excluding any necessity for manual presence.

Build automation, applied correctly, can assist in delivering refined software more quickly, with fewer expenses and less risk.

Notion of Continuous Integration

Continuous Integration (CI) plays a crucial role in boosting software quality and facilitating development processes.

CI means DevOps software development practice when specialists continuously integrate code alterations into a central repository and automatically launch technologies to build, test, and run the code. The major aim of Continuous Integration is to identify and eliminate bugs more quickly, boost software quality, decrease testing period and release new software updates in a short period.

Previously, development teams operated separately from each other and would only integrate their alterations into the major body of the project when they had finished their own work. This turned merging code into a more complicated and time-consuming procedure, and bugs piled up and weren't fixed for ages. Such factors complicated delivering software updates quickly.

With CI, developers often transfer records to a common repository with the help of a version control system. Before each transfer, specialists can run local code unit tests as an additional stage of pre-integration testing. Continuous Integration automatically creates and launches unit tests for code alterations, which allows instantly identify defects.

Continuous Integration boosts team's productivity by eliminating manual work and incentivizing approaches which assist in reducing bugs and defects in end-user sample of software. It's a fundamental principle of DevOps, ensuring more productive development.

Continuous Integration Operating Algorithm

Let's see how Continuous Integration operates. Specialists create code in their own isolated sections and then transfer the results to a central repository. Taking into account the outcomes of automated unit & integration tests, defects, bugs and other code quality issues are detected.

When automated tests are over, developers look through alterations in the shared code branch and propose "pull requests". Continuous Integration service makes it possible to immediately review and put forward alterations to the major branch of the code built by other developers involved in the process.

Now when the main branch is ready the process of testing and the bug fixing goes on. In the result of Continuous Integration code version discrepancies and related problems which can occur due to decentralised actions of developers significantly decrease or disappear.

Benefits of Continuous Integration

Continuous Integration significantly modernized the software development process, boosting its efficiency by creating reliable, secure and high-quality solutions. We listed major benefits of continuous integration below.

Benefits of Continuous Integration for Programmers

CI significantly simplifies development teams' operating, enhancing their workflow. By faster delivering effective development solutions to market, companies raise their competitiveness. In order to achieve their goals enterprises should optimize their workflow. CI can help do this since it provides the following benefits:

  • Backlog and manual testing reduction. CI decreases the number of minor bugs in the backlog, testing being fully or partially automated.
  • Reduction of conflicts in development teams. The code written by separate developers is always transferred to a central repository where it is integrated. There are no development issues resulting from code updates.
  • Shorter Delivery Cycles. During Continuous Integration, teams are able to create, test, deploy, and deliver code faster. The process is no longer time-consuming, the team delivers more projects in the same period.

Benefits of Continuous Integrations for Businesses

CI has a great impact not only on IT development teams, but also on business growth. It significantly increases profitability and helps achieve new levels thanks to integrated approaches and automated technologies. Check out benefits for businesses below:

  • Perfect quality. Continuous Integration allows Quality Assurance specialists to look into problems, create more test cases, and as a result get a general improvement in quality.
  • Reduced costs. Businesses save money and pay less because there are fewer outages.
  • Faster market delivery. Code defects are identified in the early stages and can be resolved quickly, resulting in faster delivery.

Continuous Integration & Continuous Delivery

Continuous Delivery is another methodology used by enterprise development teams. The product is always in the "assembled" state and is prepared for transfer to commercial operation, even with the latest code alterations made by developers.

When applying CI/CD it's essential to measure outcomes not just in relation to IT team, but through the business prism as well.

Contact Alfee professional team for developing robust and scalable solutions with Build Automation technology and Continuous Integration services.

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