Automated testing is a process to check the developed software by using various automation tools and written scripts through a manual testing process. Selenium is a well-known, open-source, automated web application testing platform that allows developers to write a script by using various programming languages. It makes it easier for the user to interact with web elements and record the simulated data of the users on multiple web browsers, like Chrome, Firefox, Microsoft Edge, etc. Here, at LambdaTest, we use Selenium to perform regression and function testing on web applications to ensure the software’s reliability and quality. A developer’s velocity is a parameter that reflects the efficiency and speed of a particular development team by examining their capacity to deliver high-quality code with loaded features.
Today, in this article, we are going to learn about certain well-known processes by which we can accelerate the developer and development velocity with automated testing.
How Selenium Evolved as The Most Accepted Testing Platform in This Modern Age
From an internal tool of ThoughtWorks to the most accepted web application testing platform, Selenium has walked a long path. There are so many aspects that are adequate to represent its dominance in the contemporary era.
An Open-source Platform: From the beginning, Selenium has been an open-source platform that was free for all end-users. Being a large and active community, Selenium welcomes all developers, testers, and companies to use, modify and, contribute codes on it.
Various Language Support: It supports multiple programming languages which follow mainly an agnostic approach. It helps the developers and testers choose their preferred languages to perform development, testing, and updating for a certain project.
Cross-Browser Support: Selenium provides fluid and excellent cross-platform compatibility by enabling the test script procedures. It opens a path for the users to run and test development scripts on different web browsers like Chrome, Safari, Firefox, and Edge.
Platform Independence: It is a platform-independent tool that can run its process on different operating systems. This flexibility gives a choice to the testing companies like LambdaTest, to choose an operating system without imposing any restrictions.
Versatile API Structure: It has a powerful and detailed API structure for testing simulation on web elements by using different components to make the complex model simple.
Collaboration With Various Testing Frameworks: It is a friendly tool that can easily integrate itself with popular testing frameworks like TestNG and JUnit. It enhances the process of test management, reporting, and organization capabilities.
Community Support: Being a vast and active group, it supports the element contribution with extensive documentation and attaching tutorials.
Update and Continuous Improvements: Selenium is an evolving landscape related to web technologies and browsers. It releases continuous updates to fulfill the modern-age requirement of the users.
Mobile Testing Support: The testing process for Selenium also extended to mobile testing like the Appium automation process.
Continuous Integration and Continuous Delivery: Continuous Integration and Continuous Delivery are well-known pipelines, which allow automated tests for development and implications to detect the bugs and errors present in the developed software.
The Possible Approaches to Accelerate Developers’ Velocity
To improve the overall productivity of a particular project, it is needed to create a top-notch development team who can furnish the assignments with a fast-forward approach.
Agile Methodology: Modern-age Agile Methodologies can help the developers streamline the process with improved collaboration to promote the iterative development process.
Automation Process: It plays a crucial role to increase the development speed by minimizing manual efforts and rapid feedback cycle of a high-quality code. It ensures faster delivery.
DevOps Approaches: The DevOps principle creates a culture that bridges the development process and terms of the operation by following provisioning and version control.
Cloud Infrastructure: Cloud-based projects and infrastructure enables a faster development cycle by accessing scalable resources which saves so much time.
Tools and Integrated Development Environments (IDEs): Powerful development tools and Integrated Development Environments (IDEs) can uplift the development velocity with code compilation and reproduction.
Code Review and Programming Pair: Here in LambdaTest, we encourage our developers to reanalyze the developed codes by using pair programming to detect the bugs to improve the quality with faster development cycles. We also conduct training and skill development workshops to fuel their knowledge of them.
Decision Making: Decision-making is the most crucial thing in the field of development. Ownership of their works makes them more active to deliver faster results in a standard format.
Time Management as Per the Priority: In the development process, it is really important to mark the major components of a code with the customized timescape.
With these above-mentioned approaches, organizations can create a supportive environment for the developers to receive a faster and efficient development cycle in a quick duration to provide better customer satisfaction.
Modern Age Automation Testing Process and its Modus Operandi
In this modern world, automation testing has become an integral part of the software development process just for its ability to test the developments efficiently. The process ensures the users a faster delivery with high quality. Here are some important steps we follow here in LambdaTest:
A Developed Test Strategy with Concrete Planning: It is the foremost step for an automation process to define the overall strategy for a particular project. It includes the test object identification, development scopes, test data necessity, tools and frameworks. The process creates a test plan which outlines the testing approaches with a proper timeline.
Select The Test Automation Tool: On the basis of the project, it is required to choose the proper automation tools. Popular automation tools may include JUnit, TestNG, PyTest, etc.
Setup The Test Environment: To get better performance it is needed to set up a proper test environment for the automation. It includes various hardware, software and related network security models.
Develop A Proper Test Script: Engineers and testers create test scripts by using various programming languages. The test script interaction defines the process to extract the projected result.
Proper Test Data Management: Test data are the most important components for the automation testing process. Testers effectively manage the data to make a flawless process for testing the application on a repetition.
Execution Of The Test Procedure: The test scripts need to be executed on selected automation tools and pass them through the CI pipelines. To execute this process scheduling and loop structure are important.
Result Analysis and Reporting: Automation tools generate the reports of the tests with the test coverage status which leads to the defect flagging and improvement of the codes.
Test Process Maintenance and Tracking: If developers identify the present errors, they need to be marked for maintenance to keep the code relevant and accurate.
CD/CI Pipelines: Continuous Integration and Continuous Delivery are the pipelining processes for the continuous testing process. It ensures that the code changes will not introduce new errors.
The modus operandi of automation testing is related to the combination of various practices. The process creates and describes the collaboration of the testers and developers by aligning the test efforts with the ongoing development process through iteration. It promotes regular feedback and continuous development which optimize all efforts and ensure proper test coverage.
How To Accelerate the Developers’ Velocity Through the Selenium Automation Testing
The Selenium tool can accelerate the automation process which is more efficient and faster in nature. Here are some steps –
A Selenium-Oriented Test Strategy with Proper Planning: It is the initial step for an automation method to define the overall strategy for a respective project. It contains test object identification, development measurements, test data conditions, tools, and frameworks. The process creates a test plan which outlines the testing approaches with the proper timeline.
Select The Selenium Test Automation Tool: Based on the project, it is required to choose the appropriate automation tools for the Selenium-based process.
Setup The Selenium Test Environment: To get adequate performance it is needed to set up a suitable test environment for the automation. It contains various hardware, software, and related network security measures.
Develop A Proper Test Script for Selenium: Engineers and testers create test penmanship by using various programming languages. The test script interaction defines the method to extract the projected result.
Selenium Test Data Management: Test data are the most important components for the automation testing process. Testers effectively manage the data to make an immaculate procedure for testing the application on a repetition.
Execution Of the Selenium Test Procedure: The test scripts need to be executed on fixed automation tools and enact through the CI channels. To execute this technique scheduling and loop structure are important.
Result Analysis and Reporting: Automation tools generate the reports of the tests with the test coverage status which leads to the defect flagging and improvement of the codes on the Selenium tool.
Test Process Maintenance and Tracking for Selenium: If developers identify the present errors, they need to be marked for maintenance to keep the code relevant and accurate.
Selenium-Specific CD/CI Pipelines: Continuous Integration and Continuous Delivery are the pipelining processes for the continuous testing process. It ensures that the code transformations will not introduce new errors.
Consequences Of the Accelerating the Developers’ Velocity Through the Selenium Automation Testing
Faster Feedback: Selenium provides faster feedback in the automation process, as it passes through the Continuous Integration and Continuous Delivery pipelines. Developers get faster feedback when the changes are made to the code after fixing the bugs and errors.
Enhanced Test Coverages: Selenium test covers user adoption with a parallel system on different environments. It helps developers to achieve high-quality codes for robust applications.
Reduces Regression Testing Span: The evolved process of Selenium ensures that the automated regression test will cut down the testing time.
Promote The Confident Releases: The involvement of Selenium Continuous Integration and Continuous Delivery channels promotes the confidence of the developers.
Collaboration Improvement: The selenium tool makes the strong collaboration of the developers and testers for a long term with shared responsibility with friendly work culture.
In the field of computer science, every development and testing tool pitches a new idea. For Selenium, it is the collaboration culture. It is a foster environment where two teams build a friendly work environment to achieve a bigger goal by putting in automation efforts and enhancing the development process. The cross functions, joint test planning, and knowledge sharing expand the Selenium data storage to serve a huge number of consumers in the future.
Conclusion:
Today in this blog, we have tried to explain the future of Selenium with the accelerated development velocity with the automation testing process. In this modern world, Selenium’s popularity has made it a go-to choice for so many web application developers and teams like LambdaTest. Don’t forget to subscribe to our LambdaTest YouTube channel to access the complete playlist and stay updated with the latest content related to accelerating developer velocity through Automated Testing with the Selenium platform.
