Difference between Cucumber Testing and Selenium Testing

It is considered to be a powerful tool because it can help lower the risk for misunderstanding as well as the communication breakdown. Cucumber works by reading our specifications from plain English text files called feature files. It scans them for test scenarios, and runs those scenarios against our product.

For achieving this, Gherkin introduced another structure called “Scenario outline”. The Scenario outline allows us to execute the same test scenario multiple times but with different input values. So, the login functionality is tested repeatedly by giving different inputs for “username” and “Password”. The cucumber executes the test repeatedly by changing the values of the input variables.

Selenium Vs. Cucumber: Which One is Right for You?

This tool is used for automating web app testing to verify that it performs as expected. Are similar in some ways, they have their own strengths and weaknesses that can make or break the automation testing process. Let’s discuss the major differences between Selenium vs. Cucumber in detail and find out which is the preferable one according to your needs. Besides, due to the capabilities Cucumber provides, the tool can be used not only by your QA engineers, but also by your software developers. In essence, it helps you introduce Quality Assurance already during the development stage.

The report would contain information about the scenarios that were run and whether they passed or failed. In this example, the take_screenshot method takes a screenshot and embeds it in the HTML report. The method takes a screenshot of the login page and saves it as a png file. Another way to enhance your Cucumber tests is to take screenshots. In this example, the Scenario Outline defines a login feature that will be tested with three different data sets. This can help avoid duplication and make your scenarios easier to read.

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As mentioned above, Gherkin is the programming language used by Cucumber to execute the test scripts. The feature file contains test scripts written in Gherkin as readable and simple English language. Cucumber understands these test scripts with the help of Gherkin keywords, syntax, and rules there.

This problem can be solved using the Static variable, but the state may be maintained between scenarios if we use the Static variable. Below is the Loginmethods.java class for multiple sets of data to check the login functionality for a single user. We help you create detailed test plans and test cases based on your requirements.

Cucumber is a tool that supports Behavior-Driven Development (BDD).

Cucumber testing is a great way to test your web applications. Following the tips in this guide, you can avoid common problems and get the most out of Cucumber testing. The HeadSpin platform provides an easy way to run your Cucumber tests on real devices. You can then schedule your tests to run at specific times or tag your scenarios so that they can be run together or separately. The HeadSpin platform will provide you with reports showing the results of your Cucumber tests. Ensure that your .feature files are located in the correct directory.

• RubyMine integrates with Cucumber and allows you to run tests, create step definitions, navigate between features and step definitions, and so on.
• Communication is an important part of any development team, especially agile teams.
• Cucumber tests are written in a simple, natural language called Gherkin.
• It allows expected software behaviors to be specified in a logical language that customers can understand.
• This is why more and more companies are using Selenium and Cucumber together for automation testing.
• While Selenium and Cucumber have some overlap — both are open-source and used for functional testing — their similarities end there.

Cucumber tests are essential because they can perform as an automation test script and a live document. Cucumber is a testing framework that allows developers and testers to write test scenarios in natural language, which is easy to understand even for non-technical stakeholders. The framework is designed to support behavior-driven development and acceptance testing. Cucumber https://globalcloudteam.com/ enables the creation of automated tests that can be run repeatedly without any human intervention. The framework uses the Gherkin language to describe test scenarios, which can be easily understood by both technical and non-technical stakeholders. Finally, Cucumber testing is gaining popularity among digital businesses because it supports agile development methodologies.

What is the difference between Cucumber testing and traditional testing?

Furthermore, it allows programmers to utilize the testing framework using various programming languages such as Ruby, Python, JavaScript, Perl, and PHP. For that matter, Cucumber doesn’t know how to talk to a database — or any external system — either. Cucumber What is Cucumber is just a framework that parses Gherkin feature files and executes the steps defined in them. Cucumber itself is written in Ruby, but it can be used to run tests written many other languages, including Java (via cucumber-jvm), C#, Python, and even Perl.

Cucumber supports running test scenarios that specify in a plain text file using domain business knowledge. The test scenarios should be expressed clearly, and its implementation must be performed exactly for each step. On the other hand, is written in business domain language or in natural language, which is easily understood by all members of a software project team. This great feature has played a primary role in supporting a behavior-driven development approach.

Management Team

For one, cucumber tests are easier to read and understand than traditional test cases written in code. This makes them ideal for collaboration between team members with different levels of technical expertise. In order to write cucumber tests, the tester must have a good understanding of the software under test and its functionality. They must also be able to create test scenarios that cover all of the different aspects of the software.

Then use @Scope to create the beans before the scenario’s execution. Next, create the Pojo classes Border, Font with @Component annotation and use the Lombok annotations for getter and setter methods. The context configuration is accessed by the @CucumberContextConfiguration annotation. You do not need to change the configuration, nor to add extra beans because it is already configured by the CucumberSpringConfiguration class. The CucumberIntegrationTest.class is the test entry point as shown in the Cucumber with Spring Boot framework diagram below.

What is Cucumber Testing?

Any tester who has a basic knowledge of programming and know how to create objects, access properties, call methods, can generate step definitions. Cucumber Testing also has the ability to generate reports that can be used to show the progress of the project or track any bugs that may have been found during testing. These reports can be generated in HTML or PDF format which makes them easy to share with stakeholders.