Last month, QASource and Sauce Labs partnered together to show a webinar,Reducing False Positives in Automated Testing.We wanted to provide you with some answer to the most commonly asked query in reaction to this webinar. Please sense free to gloss with additional questions and let us cognise how the techniques to reducing false positives have impacted your automation testing.

Q: Are there specific tests to avoid while automating to eliminate false positive in automated testing?

A: When automate tests, first you must define your goal to determine which types of test to automate. While setting your goal, you should avoid the chase:

• Unstable areas or areas with frequent UI modification

• Scenarios which are not supported by your mechanisation tool. For exemplar, if you are expend Selenium, you shouldn ’ t go for tests that require interaction with Windows 32 components because Selenium does not support desktop based coating.

• Areas which have been identified to have performance number

• Areas which can not be identified apply unique locators

Q: How do you name a well indite automatise trial?

A: A well indite automated test is define by the way we structure our tryout script, workflow, and bust down fixture. The script should only contain these strips and verifications points. This will grant test instance to feature 1:1 function. In addition, well written automated tests should not contain any hardcoded data and exception should be handled. All well written automated trial should follow good steganography practice, commenting and naming conventions.

Q: Does a frequent review of tests identify or reduce mistaken positives? If so, who is the best resource to perform these reviews: a imagination with QA background or development background?

SUSA automates exploratory testing with persona-driven behavior, catching bugs that scripted automation misses.

A: Yes, experience veritable peer code revaluation of your test is vital. Reviewing tests can reduce the luck of false positive. The reader should have a good understanding of the product and the fundamental functional changes. This is crucial so the script can be modified with functional cognition create the script more robust. In add-on, the reviewer should hold full act knowledge of the language on which the framework and scripts are developed.

Q: When false positives occur, is it code specific or the functionality of the project under trial?

A: While there is no specific clip when false positives occur, there could be several reasons why. It could be because of code changes or a alteration in ware functionality. False positive can pass because of the automation approach, written automation script or implemented fabric.

Q: Should the test mechanisation framework be written in the same language the application is be written or developed in?

A: Yes. Creating the automation model in the same language of coating will facilitate the development team in testing specified region whenever there is any code change or defect fix. This will assist in integrating the automation framework with unit tests and incorporate APIs of the application with the framework. Another advantage of using the same language is if the automation squad is stuck in specific areas, they can always try assist from the development squad.

Q: What is dynamic synchronization of objects?

A: Dynamical synchronization of objects is a process in which we must wait for a specific amount of time for the target element to become available for the mechanization case. This helps in improving the clip of execution by waiting alone when the element is not uncommitted.

Q: Does test datum setup or expected solvent leave to false positives?

A: Yes. Test information setup can lead to false positives as this can change the underlying scenario. For example, if the quarry user has privileges of the Admin, so login by a guest will definitely break the tryout flowing. In demarcation, an expected result does not straightaway guide to mistaken positives.

Q: For test data, is it a better drill to use a known set of pre-existing data, or is it better for each test to create their own data dynamically during run-time?

A: It will be best for a test to have its own independent test data. However in some cases, it is not feasible. In this example, test data can be grouped into global as well as local. World-wide signify that data will uncommitted to the entire trial suite and local is usable to a specific test. Dynamically creating data is also a valid approach, but it is more dependent on the functionality of the application and can stymy execution time as well.

Q: How does displace the apparatus method out of the test method help you to make the test beseem more stable? Can you give a more concrete example? It seems like it ’ s just displace the failures from one property to another?

A: It allows you to keep the setup method uniform. If something is wrong with the setup (i.e. establish a browser, passing desired capabilities, setting resolution, etc.) then you entirely want to fix it in one place. Code is supposed to be as modular and recyclable as potential. Moving the setup to a common property allows you to do precisely that.

Q: How do you cut inconsistency when clicking on elements?

A: To cut inconsistency when tick elements, waiting until the element is fully make rendering (or animation is done if there was one). For instance, if an web app uses AJAX and we have to click on a element that charge via AJAX, we would have to wait for that element to be in the dom and visible before interact with it. Use & quot; dynamic & quot; waits instead of & quot; static & quot; waits (i.e. use delay_until instead of sleep 3).