Are you here for the advantages of the Cucumber Framework of Behavior Driven Development? Let me explain what I mean by advantages of Cucumber Framework.
People inquire frequently at Quora how to build an application. With so many applications continually being developed, it is not surprising there is interest in this area.
In fact, each month, 5,400 people seek information on the Cucumber Framework of Behavior Driven Development and its advantages.
There are two ways to build an application: build the app with BDD (Behavior Driven Development) or build the application with TDD (Testing Driven Development).
As search engine marketers, you need to be interested in what drives consumer behavior instead of just throwing spaghetti at the wall and seeing what sticks, so to speak.
What drives successful marketing practices: Data derived from behavior or data derived from tests?
Let’s dig in and explore more information about advantages of Cucumber framework of BDD and TDD.
Advantages of Cucumber Framework
What are the advantages of Cucumber Framework of BDD?
Cucumber is a testing tool that supports BDD using a simple English text language called “Gherkin.” Thanks to Cucumber, the processes involved in BDD are easy to understand. This is especially helpful if people struggle to read code.
BDD vs TDD
They appear to be quite similar, don’t they? Yes, they are. The main distinction is the scope. BDD is a team technique, whereas TDD is a development practice. In TDD, developers write the tests, whereas in BDD, users or testers build the automated requirements. BDD vs TDD – what’s the difference?
BDD: The Behavior-Driven Development is an extension of Test-Driven Development, where instead of creating test cases, you write the behavior first.
Later, the code necessary for your application to perform the behavior is developed. Behavior-Driven Development (BDD) is considered the best practice for automated testing due to its focus on the behavior of the app and not the implementation details. BDD forces development and testing teams to think like customers, not software developers or testers.
The BDD Process
BDD technique follows a six-step procedure that is quite similar to TDD:
1) Write the application’s behavior: The product owner, business analysts, or QAs write the behavior of an application in simple English-like language.
2) Create automated scripts: These scripts are written in a basic English-like language and then transformed into code tests.
3) Put the functioning code into action: After that, the functional code that underpins the behavior is implemented.
4) Determine whether the behavior was successful: Check to determine if the activity is successful. If the behavior is successful, move on to the next one; if not, repair the faults in the functional code to get the application to behave.
5) Refactor or structure your code to make it more readable and reusable.
6) Repeat steps 1–5 to add a new behavior to your app: Repeat the steps to add other behaviors to your app.
TDD: TDD is an abbreviation for Test Driven Development.
This software development technique requires having test cases first and then writing code to meet those test cases. It can also be used for automating tests. TDD is a software development process that relies on writing and automating tests prior to the actual implementation of the code. Using TDD increases the quality of code as there are fewer defects.
TDD also increases reusability and flexibility as it encourages developers to make use of interfaces. But sometimes it becomes difficult to write test cases even before writing the code.
The TDD Process:
1) Create a test case: Create an automated test case based on the criteria.
2) Execute all test cases: Execute these automated test cases on the code that has been developed so far.
3) Write the code to make the test case work as intended: If the test case fails, write the code to make it work as expected.
4) Rerun test cases: Rerun the test cases to ensure that all of the test cases written thus far have been implemented.
5) Refactor your code: This is a step that can be skipped. However, refactoring your code to make it more understandable and reusable is critical.
6) Repeat steps 1–5 for additional test cases: Continue this cycle for the remaining test cases until they are all implemented.
The Key Differences: BDD vs TDD
Wrapping Up: Advantages of Cucumber Framework
By reading this post you discovered the advantages of Cucumber framework of BDD, the definition of BDD, BDD vs TDD, and the definition of TDD.
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