Benefits Of Applying The Bdd Approach In Software Testing 

Benefits Of Applying The Bdd Approach In Software Testing 

It is always a good practice to have some guiding principles streamlining how your organization approaches each part of the software development cycle.

When different teams communicate and stay on the same page, the software can be shipped smoothly. As organizations transform leftward, they must adapt their workflows. Testing can be complicated on both technical and economic levels. It is better suited to many tests that must be repeated across multiple cycles. Manual Testing is continuously done alongside Automation Testing.

The ability of business professionals to understand the capabilities of the technical team, combined with engineers’ understanding of what the business needs from the software, results in software that delivers real business value. Yet how do you make it all happen? Behavior-driven development (BDD) provides a solution.

Using a behavior-driven development (BDD) framework helps a technical or business team achieve all its goals. This ensures that all their requirements are met. According to the Behavior Driven Development framework with cucumber, you can write acceptance tests for web applications in the Behavior Driven Development framework. 

In BDD, the extension is called TDD, and its main feature is Acceptance testing. Developers, Testers, and others can utilize the framework to automate functional validation in an understandable format. Tools like JBehave provide support for the BDD framework within cucumber. Test-Driven Development (TDD) is an extension of the previous framework. Among other languages, it supports Python, Net, and many others. 

The Behavior-Driven Development Process

Behavior-driven development involves conducting behavior-specific tests or creating functional specifications outlining executable scenarios for the application. Examples include:

  • By applying the 5 Whys principle or using an if-then scenario, user stories can be generated that relate application features to business objectives.
  • Every behavior has a single outcome.
  • Ensure that each scenario is translated into a domain-specific language (DSL) for accurate communication.
  • Organizing all behaviors into a single set of documentation can be accessed by developers, testers, and stakeholders alike.
  • BDD’s minimum requirement is that behavioral tests (like unit tests) be created before development begins. When a project starts, when a product is under development, and when the product is complete, behavior-specific tests may be carried out. 

Once all the behavioral tests are positive, the product is considered ready for release.

The BDD process emphasizes the necessity for cross-functional collaboration. BDD success depends on effectively communicating user stories and behaviors from the business direction through technical implementation. To understand what different behaviors mean for an application, the key players must keep an open line of communication so that the correct fixes or additions can be identified.

What Is BDD Approach In Software Testing?

Behavioral-driven development (BDD) is an agile software development method that encourages collaboration between developers, quality assurance engineers, and customer representatives in a software project. Teams are encouraged to use conversation and concrete examples to formalize a shared understanding of how the application should behave. The approach has its roots in test-driven development (TDD). 

A behavior-driven approach combines the general techniques and principles of test-driven development with ideas from domain-driven design and object-oriented analysis and design to provide developers and managers with shared development tools and processes to work together on software development.

Even though BDD is primarily an idea about how business interests and technical knowledge should manage software development, BDD’s practice requires specialized software tools to support the development process. BDD tools are often developed specifically for use as part of BDD projects; however, they can be viewed as specialized forms of tooling supporting test-driven development. Automating the ubiquitous language, a central motif of BDD is accomplished with these tools.

Business process design is an excellent technical practice, especially when the “problem space” of the business problem to be solved is complex. BDD is facilitated using a simple domain-specific language (DSL), a natural-language construct (e.g., English-like sentences) that describes the behavior and predicts results. DSLs used for test scripts with varying sophistication have been popular since the 1960s.


Organizations where Agile development is operative are familiar with Test-Driven Development (TDD) and Behavior-Driven Development (BDD). Despite their similar appearance, the terms are quite different. Since they are very different, the battle between TDD and BDD is understandable. Nonetheless, they play a significant role in how to develop software.

Understanding TDD

The concept of test-driven development or TDD begins with the Quality Assurance Engineer writing a test for every last function coded is written based on the designed and written test case in response to these test scenarios.

In the beginning, tests might fail if the underlying feature that needs to be tested is not ready. Afterward, the code is refactored in accordance with the tests until they pass. The intention is that the code will hold the TDD test case, and if it does not, we will rewrite the code. You can thus reduce the duplication of implementation in the test scripts to some degree.

Understanding BDD

It is an example-based approach derived from test-driven development. It emphasizes continuous communication and a shared understanding of the software product amongst the developers and engineers of product and development teams. The desired behavior of the software product is defined through scenarios.

These tests are designed to predict the system’s behavior, and then features are developed based on the behavior predictions.

 In BDD, given-when-then is the most common method. If a user enters valid login credentials, the next step they will encounter is a validation message when they complete the login process by clicking the sign-in button.

Differentiating Between TDD & BDD

The test cases that are designed as part of TDD are technical. The test cases for these are similar to those typically written during testing.

  • A TDD process consists of three main stages: testing, implementing, and refactoring code. There are a variety of stages in BDD, such as feature discussion, scenario creation, testing, and implementation.
  • Testing is the primary focus of TDD, and the development of required functionality is based on test cases. BDD measures whether implemented features conform to expectations based on a behavior-driven model.
  • Some of the most popular frameworks for test automation include Cucumber, SpecFlow, and Behave. JUnit, TestNG, NUnit, and others are used in TDD. Through these tools, test scenarios can run. A BDD scenario is written using Gherkin.

BDD emphasizes testing from a developer’s perspective, focusing on the application’s behavior as part of the TDD framework. Developers can create separate testing units to get robust components by implementing specifics. This is an advantage since the same component can be used in different locations throughout the software development process.

Why Should You Choose BDD Approach In Software Testing?

In Software Development, Behavior Driven Development (BDD) is an approach that allows the tester or business analyst to create test cases using simple text language (English). Using this method, technical and non-technical teams, managers, and stakeholders are able to communicate better. With the simple language in the scenarios, even non-technical team members can readily understand the software project.

Until the BDD framework, everyone used TDD. As long as stakeholders are familiar with the development framework and they possess sufficient technical knowledge, TDD works well in software development. This, however, is not always the case. The BDD approach allows for bridging the technical and non-technical teams since test cases are typically written in simple languages, such as English. BDD has the advantage of having a simplified approach and less jargon, which is easier to understand.

As a result of BDD, all parties involved in the project have a deep understanding of the project, so they can all work together to communicate and actually have constructive discussions. Collaboration is increased and improved through BDD. The process makes it easy for everyone involved in the project to understand and be involved in the product development cycle. 

By writing behavior scenarios in plain English, everyone can understand what is happening. BDD places great emphasis on business value and requirements. Based on the project’s value, setting priorities with a client can help developers provide a better solution since they know how the client thinks. This ensures no features are built that don’t add value.

How LambdaTest Helps In BDD Testing

LambdaTest is an online cross browser testing platform that you lets you perform Selenium automation testing with the BDD frameworks and language like Cucumber and Gherkin across 3000+ real browser and operating systems. 

LambdaTest provides numerous features such as faster parallel testing, tons of integration with CI/CD tools, HyperExecute – for 70% more blazing fast test execution on Selenium Grid, and much more.

Try LambdaTest now for BDD testing with Selenium!


Software engineering behavior-driven development (BDD) is a process that encourages collaboration among developers, quality assurance testers, and customers throughout the development of a software product. 

TDD refers to the software development process. To provide software development and management teams with a shared toolset and a shared approach that helps them collaborate on software development, behavior-driven development combines domain-driven design, object-oriented analysis, and design concepts. Team members are encouraged to use conversation and concrete examples to establish a common understanding of how an application should behave.

The practice of BDD assumes the use of specialized software tools to support the development process, even though BDD is primarily an idea about how software development should be managed using both business interests and technical insight. Even though these tools are designed explicitly for test-driven development projects, they can also be viewed as specialized forms of tools that support testing. Adding automation to the ubiquitous language that makes BDD so valuable complements the tools.

BDD is facilitated by a simple domain-specific language (DSL), a natural language construct (e.g., sentences like in English) that describes the behavior and predicts outcomes. Various levels of sophistication are used in test scripts, most of which have long been popular applications of DSLs. When the “problem space” of the business problem to be solved is complex, BDD is considered an effective technical practice.