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As testing is becoming more popular among all the software organizations, automation has become a necessity. It not only saves efforts and time but also provide accurate results. TestComplete is such an automated UI testing tool developed by SmartBear software which makes automated tests across different platforms easy to create, maintain and execute. You can cover Web, Mobile and desktop applications using one tool which saves cost and time. SmartBear has the highest score in automated responsive web design testing.
I am looking for a more complete answers on how to work more thoroughly on a secure website using both Chrome and Edge I have gotten the data driven tests and website looping done but I want to have a bit better data checkpoints it seems to be very difficult when you have multi sites connected it seems like it has some problems with these multi-faceted website.
However, this cannot be used as an excuse when delivering software to customers. There should be some process in place between the development and release to ensure high quality in the software. Software testing is the process of finding bugs and errors in the software. Its goal is to give enough confidence to the stakeholders to release the software to clients.
This article provides the important questions that an interviewer may ask for a software tester position. Its primary focus is on automated testing. We have divided the questions into two categories, for beginners and for advanced.
Automation testing is a software testing strategy in which a tester programmatically runs the tests using a tool or a framework instead of manually going through the test cases and executing them one by one.
Automation testing helps teams and organizations automate the testing efforts, in turn reducing the need for human intervention and thus achieving greater speed, reliability, and efficiency. It also helps speed up the development cycle, as the developers get quick feedback and can iterate quickly.
Some of the most popular automation tools include Selenium, Katalon Studio, UFT, TestComplete, Testim, etc., and many more. When choosing one, you should consider the testing requirements for your project, consult your team, and assess their skills, experience, and comfort with the tool.
Although test automation has its advantages, it is not practical to automate all kinds of testing. Some testing can be done only by a human tester, such as user interface testing, usability, and accessibility testing.
Exploratory testing is another type of testing where a human tester provides more value than an automated test. In exploratory testing, a tester explores the software randomly, just as an end-user would do, and tries to find the bugs or UI inconsistencies or any hidden problems that developers might have overlooked.
Automated testing is helpful for large projects involving complicated calculations and for repeatable test cases. For features that change often and rarely executed test cases, a human tester provides a bigger ROI than automation would.
A test environment is a computer or a server on which a tester tests the software. After the team builds the software, the tester installs it on this computer with all its dependencies, just like the production environment. This allows the tester to test the software in a real-world scenario.
A test environment enables the tester to create reliable test setups which are identical whenever a new version of the software is released. The test environment includes the test bed, which is the test data using which the tester will test the software. This data helps the tester to verify test cases that need a particular setup.
Typically, the test environment is an identical copy of the production environment. Having a duplicate copy allows the tester to reliably reproduce the bugs reported by the customers and provide the exact steps to the developers to fix them.
Browser automation is the technique of programmatically launching a web application in a browser and automatically executing various actions, just as a regular user would. Browser testing gives you the speed and efficiency that would be impossible for a human tester. Protractor, Cypress, and Selenium are some of the popular tools used in-browser testing.
Cross-browser testing is a type of browser automation testing where the tester verifies if the web application will work smoothly on different browsers. Some of the popular browsers include Google Chrome, Mozilla Firefox, Internet Explorer, Safari, etc.
The goal of the cross-browser testing is to launch the application on various browsers running on different operating systems, e.g. Windows, Mac OS, Linux, etc., and verify that the application works as expected. The tester looks for the design/rendering issues, the functionality of the application, and device-specific functionality.
Cross-browser testing ensures that your web application works as expected on different versions of popular browsers on multiple platforms and devices. It ensures that the users get the same experience and features irrespective of which browser they use. It helps to reach a wide range of users, allows the users to switch browsers and devices, and still get the same user experience, increasing customer satisfaction and building a loyal user base.
Regression testing is a testing technique where a tester makes sure that the new features didn't break any existing functionality. Its goal is to ensure that previously developed and tested functionality still works after adding new code. When a tester performs the regression testing automatically using testing frameworks and tools, it's known as automated regression testing.
In automated regression testing, a tester runs the suite of regression tests after each new release of the software. If the tests pass, then the tester continues with other types of testing. However, if it fails, then there is no point in further proceeding with tests until the developers fix the broken regression tests. Hence, they also act as a time-saver for the tester and ensure quality in software before shipping it.
Martin Fowler was the original creator of the test automation pyramid, which was introduced in 2012. It is a strategy for determining how to make the most effective use of the numerous kinds of testing automation available. The basic tenet of the test pyramid is to have a large number of user interface (UI) unit tests and a small number of complete UI tests.
The testing of user interfaces is a delicate process. The way that user interfaces are designed is undergoing fast change. An update to the software has a high potential of breaking several tests, which will require the team to update them. The testing of the user interface adds additional time to the building process. As long as you have the licence for the GUI testing tool, you can accomplish this task with as few as two or three PCs.
For this reason, the test pyramid recommends adding additional automated unit tests in addition to the standard ones that focus on UI automation. Additionally, it offers a service testing layer in the middle, which removes the need to deal with UI frameworks while still providing many of the same benefits as complete end-to-end UI tests. These tests can yield many of the same advantages as full end-to-end UI tests.
Some types of testing, such as exploratory testing, usability, and accessibility testing, need to be performed by a human tester. Automated testing is only as good as automated tests. If bugs or problems are in the tests themselves, they will provide wrong results, giving false assurance to the stakeholders.
Selenium is not a single tool or a framework. It is a suite of tools that work with each other or in isolation to provide different types of automation testing. Here are the four major components of Selenium.
Protractor runs the tests against the web application by running it in real web browsers. It also interacts with the application like an end-user would, e.g. clicking buttons, links, filling forms, etc., and verifying the result with the expected outcome.
A test automation platform is a tool or a framework that makes it easy to automate software testing. It uses programs and scripts that are written by developers or testers to automate the entire process.
A test automation platform typically provides all the functionality that you would need to start with automated testing. It saves you from using a plethora of tools and makes them work with each other.
For a long time, Selenium has been one of the most popular test automation tools preferred by many teams. However, it is a very sophisticated tool with a steep learning curve, and it might not be suitable for all test projects. In recent years some popular alternatives have emerged, listed below.
Robot Framework is an increasingly popular, open-source automation testing framework primarily used for robotic process automation (RPA). Robotic process automation tries to emulate human actions and interactions with software. Similar to real humans, robotic automation can understand (to an extent) what is on screen, press keys and buttons, navigate to links and extract data.
When you start the execution of the tests, the Robot Framework parses the test data and uses the keywords provided by the libraries to interact with the software. These libraries communicate with the software directly or indirectly using driver tools.
The Robot Framework runs the test from the command line. However, you can get detailed reports and logs in both XML and HTML formats. The framework has good support for standard libraries out-of-box, e.g. ArchiveLibrary, Browser Library, DataDriver Library, HttpRequestLibrary (for Java), etc.
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Software testing is an important activity that ensures quality, giving the confidence to release the software to customers. Automation testing is a type of software testing where the tests are automated using tools, scripts, and frameworks, which improves the efficiency and speed of testing. This article explained automation testing and its importance in software development. It also explained different types of tools used in automation testing such as Selenium. 153554b96e
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