Testing is a crucial part of the software creation process. It ensures that your code is working correctly and that all bugs are identified before the software is released to consumers. But it can be challenging to explain these tests and their results to investors and others who aren’t as tech-savvy.

A language like Gherkin translates behavior test details into human language, making it easier to understand. This post will examine Gherkin’s key features in more detail and how the language can be integrated into your testing framework to support behavior-driven development (BDD) and modern software development.

What is the Gherkin language format?

Gherkin is a plain-text, simply structured language that’s easy for non-programmers to learn and understand. It’s also sophisticated enough to provide investors or business stakeholders with clear, concise descriptions of test scenarios without confusing them.

Combining this language with automated testing tools can save your team time and money by automating repetitive checks. Gherkin helps teams express executable specifications—business rules or expected behaviors—across multiple real-world domains. When integrated into your testing solution, it provides simple documentation that stays aligned with the software system’s evolution.

By using Gherkin in your test automation framework, you can directly link high-level requirements to automation code, ensuring that each scenario represents a meaningful user interaction or outcome. This enhances traceability, eliminates outdated scenarios, and fosters collaboration between technical and non-technical team members.

Gherkin scenarios

In Gherkin scenarios, every feature file created needs to be tested, and each file can have multiple scenarios implemented simultaneously. These scenarios represent what will happen when the software is used in the real world. For example, what happens when a user attempts to log in to a website?

These behavior-driven development scenarios are combined into a framework to create test cases that can be explained in plain language. This phase defines the Gherkin test scenarios that will validate the behaviors during testing. It also provides an outline that should be followed throughout behavioral testing so that expected behaviors are consistently verified.

When these tests are followed, they ensure the software acts as it should. Each file has a unique name, and the results are recorded in a human-readable format that both technical and non-technical team members can understand.

Between the scenario steps, step definition files store mappings that have already been defined by the feature file, which can then be reused later. This allows the functions to be performed and executed as planned, keeping your background scenario logic consistent across the same scenario types. The results are stored for later viewing or reuse, supporting living documentation and easier maintenance over time.

Gherkin syntax

Gherkin uses a line-oriented syntax that describes each step performed and the tools used to run the test. Each line begins with a step, and each test starts with one of Gherkin’s special keywords. The terminals then end with a stop.

An example of this is as follows:

Feature: The title of the scenario given

When: The event that is triggered or the action being performed

Then: The expected result or outcome

The Gherkin syntax builds a bridge between the real-world concept of cause and effect and the software concept of input, process, and output. It serves as a script for your scenario, translating technical details from behavior tests into business-readable language. You can also include comments directly within the test script for clarity and documentation.

To execute Gherkin scenarios, you need a behavior-driven development (BDD) platform such as Ranorex, which supports integration with tools like DesignWise. DesignWise allows teams to structure tests using plain-language Gherkin syntax, which can then be exported and executed within Ranorex for reliable, automated validation. This workflow ensures that your automation code remains aligned with executable specifications while maintaining a shared understanding among both technical and non-technical stakeholders.

Cucumber implementation

Gherkin originates from the open-source testing tool Cucumber, which supports multiple programming languages to help nontechnical team members understand the results and purpose of each test being run. Cucumber gives users the ability to translate coded test logic into a format that most people can read and interpret, without losing any important implementation details discovered during testing.

Some of the main benefits of using Gherkin and Cucumber together include:

• They are easy to understand and adopt
• They help programmers build a strong foundation for automated tests
• They make user errors easier to identify and correct
• Nontechnical personnel, such as business stakeholders or executives, can easily follow test results
• They help teams focus on business requirements and expected behaviors
• Functional specifications can be written as user stories, improving readability
• Most people can understand Gherkin’s plain-language commands
• They link directly to automated tests for executable specifications
• They are easy to integrate into other testing frameworks or tools

Together, Gherkin and Cucumber make it easier to create living documentation, keeping your Gherkin files and test cases synchronized with ongoing development. This ensures that modern software development efforts remain transparent, consistent, and well-documented for every team member involved.

Gherkin use cases

The goal is to quickly bring your software to market with as few bugs as possible. That’s why the testing phase is such a crucial part of the creation process. But how do you use Gherkin during this phase?

Add it to the tests. Automated testing tools have significantly accelerated the process. Manual testing takes up a lot of time and staffing resources, but tools like DesignWise will help you automate much of your work.

It allows you to fill in the gaps created in standard test automation and detect more faults in less time. The results are what your team relies on to identify and resolve any issues that arise during the testing phase.

The good news is that DesignWise can integrate its programming into language tools like Gherkin syntax, giving you the bonus feature of making results accessible to everyone. Gherkin can be used in most tests to allow access to the results across your team, making it an adaptable testing solution that supports continuous testing throughout development.

These tests are use cases. One example is the use of Gherkin in functional testing. The test can determine if the software is working as it should, meaning coders don’t have to translate the results for others. Instead, these testing tools can show shareholders, testing teams, and developers exactly where they are in the creative process. Those who aren’t technically inclined can still understand the results.

This is one use case, but in reality, Gherkin can be used in almost any type of automated software test you can imagine.

Important Gherkin keywords

Gherkin is a language-based tool that works as a translator between code and human language. Some keywords are universally important to the Gherkin feature files and are used to define executable specifications and link behavior to automation code.

These feature descriptions help with step definitions, where Gherkin executes a step in the scenario so that those reading the results can precisely know their location in the testing process. The keywords are used to create the syntax and input into features.

User interactions are made easier with these keywords. But to use this feature description and understand it, you’ll need to know the keywords and what they represent. When Gherkin analyzes each step in the definition file, you can interpret the results and verify expected behaviors.

Given

One of the first test steps used in Gherkin is the word “Given.” It explains everything that is seen on the screen, meaning what a user sees on their device while using your software.

The scenario can show:

• That a user busy in “Given” can see the login screen
• What they see when logged in
• Where they go from there

When

Next is the keyword “When.” This is a test to see what a user will do. For example, how they input their login details or perform other tasks required to proceed to the next screen.

If there is an error in the code, the language read in the results won’t be completely clear. Gherkin results don’t indicate a mistake, but the language in the results may not feel quite right.

Then

This step shows what the user should expect. It lets the user know what to look out for. If the user is going to open a piece of code that has images, then the test will ensure the picture is perfectly centered and fits where it should be.

It shows the outcome of the tests and what you’ll see when this step has been performed. For example, when you press the open button, you’ll expect to see the following page open up.

And and But

“And” can be used when you want to add to or extend your steps. It modifies or adds conditions to the step you’ve already created.

“But,” on the other hand, adds adverse conditions to your test results. It shows that you’re getting the opposite results from what you expected.

Background

This keyword is often used across multiple tests and files. For example, if you’re creating an online shopping platform, the background will be used to test the “add to cart” or payment functions. By including a background scenario outline, you can reuse shared steps and setup conditions across the same scenario or multiple tests, avoiding duplication in your Gherkin files.

Gherkin examples and best practices

Gherkin files are built around short, plain-language statements that describe how a system should behave under specific conditions. Each test scenario uses a consistent structure, making it easy for anyone on the team to follow.

Example:

Feature: User login

  Scenario: Successful login

    Given the user is on the login page

    When they enter valid credentials

    Then they should be redirected to their dashboard

This detailed example demonstrates how Gherkin expresses expected behaviors in a clear, business-readable way while still being executable as a test. To keep your Gherkin files effective:

• Use concise, descriptive scenario names.
• Write steps in the same voice and tense for consistency.
• Reuse background scenarios for common setup steps.
• Review and refactor outdated scenarios regularly.
• Keep the documentation simple enough for nontechnical stakeholders to understand, but specific enough for developers to map to automation code.
  

Following these best practices helps teams maintain living documentation that scales with the product and supports continuous testing.

Gherkin in modern software development (BDD and continuous testing)

In modern software development, behavior-driven development (BDD) plays an essential role in aligning teams around shared goals. Gherkin provides the foundation for this collaboration by creating a shared language for product owners, developers, and testers.

Because Gherkin focuses on executable specifications, each scenario represents a real-world user action or business rule. This structure allows teams to continuously test as software evolves, ensuring that updates and new features behave as expected.

When paired with tools like DesignWise and Ranorex, Gherkin becomes even more powerful. DesignWise helps teams structure optimized test cases in plain language, while Ranorex executes them as part of automated workflows. The result is a connected, end-to-end testing solution that supports BDD principles, helping teams deliver high-quality software faster.

Ready to streamline your testing process? Try Ranorex free for 14 days and see how easily you can integrate Gherkin-based scenarios into your automated testing workflow. Start your free Ranorex trial today.

FAQs

What are executable specifications in Gherkin?

Executable specifications in Gherkin describe expected behaviors of a software system in plain language, while still linking directly to automation code. They bridge the gap between business goals and technical details.

How does Gherkin support modern software development?

By providing simple documentation that doubles as test cases, Gherkin ensures continuous testing and keeps teams aligned and on the same page. Each scenario represents user-focused functionality, helping developers maintain software more effectively.

What is a background scenario in Gherkin?

A background scenario outline defines common setup steps shared across the same scenario or multiple tests. It reduces outdated scenarios by centralizing user authentication, configuration, and other repeatable steps in Gherkin files.

Can Gherkin handle detailed example cases?

Yes. Gherkin allows you to provide a detailed example for each test scenario, illustrating how different inputs and conditions result in specific expected behaviors. This helps reduce ambiguity and simplifies communication across teams.

Do you need technical expertise to write Gherkin?

Not necessarily. Gherkin is designed to enable both technical experts and non-technical stakeholders to contribute. Business teams can draft scenarios in plain language, while developers add the implementation details and connect them to automation code.

Why is Gherkin a strong testing solution?

It unifies stakeholders around shared, easy-to-read feature files. With executable specifications and background scenarios, Gherkin provides living documentation, reducing outdated scenarios and ensuring your testing solution evolves with the software.