Ukraine Office: +38 (063) 50 74 707

USA Office: +1 (212) 203-8264

contact@testmatick.com

Manual Testing

Ensure the highest quality for your software with our manual testing services.

Mobile Testing

Optimize your mobile apps for flawless performance across all devices and platforms with our comprehensive mobile testing services.

Automated Testing

Enhance your software development with our automated testing services, designed to boost efficiency.

Functional Testing

Refine your application’s core functionality with our functional testing services

VIEW ALL SERVICES 

Discussion – 

0

Discussion – 

0

An Efficient Combination of Several Frameworks on a Project

An-Efficient-Combination-of-Several-Frameworks-on-a-Project

It’s hard to say whether it’s good to use more than one frameworks on a project.

The answer will probably be “Yes” since [highlight dark=”no”]it’s highly recommended to work with several frameworks[/highlight], that can be used for more than purpose.

In fact, it’s not hard to configure the usage of several frameworks.

Further, we’ll analyze when this should be used and when it should not be done.

There is no universal method of its usage

You should use tools and other software, designed for specific tasks.

For example, software that is used for feature tests will not be a good fit to perform unit testing.

Unit tests can directly call internal settings and methods of software code, and feature tests interact only with live versions of a product (through an internal user or service).

This means that every test group of such a type requires its own personal solution and the solution, in its turn, is based on using certain software and frameworks.

For example, Behave is a popular BDD framework under the Python programming language.

Authors create test cases on the basis of the Gherkin programming language with numerous Python functions in a form of a certain set of test steps.

All test cases written in Gherkin are completely readable and clear, therefore, they are a good fit for testing high-level behavior using interaction with web pages as an example.

But at the same time, BDD frameworks make this more complex and can prevent the creation of unit tests.

Unit tests are technically very similar to software and are located on the lowest level since they directly call software product code.

PyTest framework will be a perfect match for unit testing.

And vice versa: all feature tests can be created only on PyTest but Behave has a more typical architecture for describing test features.

Therefore, it’s logical to suppose that using separate solutions for different types of tests will the best decision.

A Combination of Frameworks

A Combination of Frameworks

Using one or two repositories

If several test solutions are used on your project, the following problem arises — where should we locate software code?

Should it be located in the same repository as project code or should a development department put tests in separate repositories?

There is no correct answer to this question since we should take into account the following criteria:

1. Unit tests should be located in the same place where the software code that tests them is located. Every unit test depends on code. They should be created in the same language. We should always perform unit testing during code refactoring;
2. Feature tests can be located in the same place or in a separate repository. It’s recommended to add them in the same place where project software code is located if they are written in the same language and if the entire code is located in the same repository. In this case, test version control is done together with the product that is being tested. Otherwise, it’s recommended to store feature tests in a separate repository. Multilingual development repositories are hard at their support and version control for software with several repositories should be done in another way.

Conclusion

To sum up, we’d like to admit that various testing tools and frameworks can (and should be) used for different purposes and tasks.

There is no universal combination to carry out all tasks. We simply need to select proper tools to perform the tasks that quality assurance companies should do immediately.

0 Comments

Submit a Comment

Your email address will not be published. Required fields are marked *

You May Also Like

Encapsulation as One of the Fundamental Principles of Object-Oriented Programming

Encapsulation as One of the Fundamental Principles of Object-Oriented Programming

Knowing the basics of object-oriented programming is necessary not only for programmers, but also, of course, for testers who interact with program code, study it, or write it. Insight into programming fundamentals enables QA experts to better understand the program behavior, give effective recommendations on how to improve the structure of program code, and, more efficiently create autotest code.

Test Automation Strategies That Really Work

Test Automation Strategies That Really Work

An approach to the development and implementation of automated tests for an application-in-test depends on numerous factors. A size and complexity of an application, a structure of a project team, instantly appearing deadlines, requirements for security, and many other details define the most suitable strategy. Further, we will describe some working strategies that can be helpful for any project that requires automation.

Using Test Retries as a Method to Hide Bugs

Using Test Retries as a Method to Hide Bugs

Every tester is in some way familiar with the concept of randomly failing automated tests. An analysis of the results of these tests can be really time-consuming and some teams prefer running tests once again if they fail. But is this efficient? The answer is not as obvious and clear as it seems.