Maximizing Efficiency with Automated Smoke Testing Tools

The important functions are verified through the smoke testing method to ascertain whether the functions are working as per the functional requirements. It acts as a subset of the full product testing and basic functionality aspects are involved. It does not delve deep into the finer aspects of software testing.

But, it helps in identifying issues quickly so that these issues can be fixed at the earliest. Smoke testing also plays a crucial role in ensuring that a software product is stable even though a major bug has been identified and fixed.

To enhance the efficacy of smoke testing, automated smoke testing tools can be leveraged. In this article, you will get to know how the efficiency of smoke testing can be maximized through the tactical implementation of automated smoke testing tools.

What is smoke testing?

It is a testing method that assesses whether the deployed build is stable or not. It focuses on identifying issues in a small portion of the program rather than focusing on the entire application. It validates how the software performs in certain specific conditions.

When a new build is delivered by the developers to the QA teams then the process of smoke testing is initiated. It is simple to conduct and it also ensures that all the crucial components of the build are functional.

Following are the two important automated smoke testing tools that can help in maximizing efficiency:

1. Selenium: Smoke testing can be effectively conducted through the Selenium tool. Selenium is an open-source, test automation tool that can validate and test web applications across varied platforms and browsers. Selenium scripts can be written in popular programming languages such as PHP, Python, C#, Java etc.

Selenium tool suite consists of four key tools namely Selenium Integrated Development Environment (IDE), Selenium Remote Control (RC), Selenium WebDriver and Selenium Grid.

2. PhantomJS: It is a tool wherein web page interactions can be automated. It can easily run browser based unit tests and is also considered to be one of the tools that can be tactically used for conducting smoke testing. It can easily capture screenshots. Dashboard screenshots can be rendered for the users.

Unit tests can run on the command line and employee handbooks need to be generated from HTML to PDF. The functionalities like Canvas, SVG, Ajax, JSON, DOM Manipulation, CSS Handling etc., can be handled at the command prompt.

3. Ranorex: Smoke tests can be created and executed using this tool for web and mobile applications. Test steps can be recorded by users as actions on the application under test and then can be played back at a later stage. The recorded steps can also be fine-tuned and modified.

4. QTP/UFT: This tool can also easily automate smoke testing. It supports test automation for desktop, mobile, APIs and web apps. It also includes additional features such as data-driven testing and object recognition.

5. TestComplete: Through this tool, smoke tests can be created, maintained and executed across web, mobile and desktop based apps. Test cases can be developed in varied languages such as Python, Java etc. Key actions can be recorded that are needed for test replay.

The tactical need to conduct penetration testing:

· A lot of bugs are removed in the initial stages of software development

· The initial build needs to be approved by the QA team and only then can further steps of testing can be processed

· A system is brought to a better state through the smoke testing method

· Defects in an application's functionality are found using the smoke testing method that has been introduced by adding new functionality or making new changes to the code.

Conclusion: If you are looking forward to implementing smoke testing for your specific project, then do get connected with a competent software testing services company that will provide you with globally renowned software testing services company that will provide you with comprehensive testing solutions that are in line with your project specific requirements.

About the author: I am a technical content writer focused on writing technology specific articles. I strive to provide well-researched information on the leading market savvy technologies.