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There are many approaches to test automation, however below are the general approaches used widely: Graphical user interface testing.A testing framework that generates user interface events such as keystrokes and mouse clicks, and observes the changes that result in the user interface, to validate that the observable behavior of the program is correct.
Selenium Grid is a server that allows tests to use web browser instances running on remote machines. With Selenium Grid, one server acts as the central hub. Tests contact the hub to obtain access to browser instances. The hub has a list of servers that provide access to browser instances (WebDriver nodes), and lets tests use these instances.
Test Plans are made up of Test Cases imported from a Test Specification at a specific point of time. Test Plans may be created from other Test Plans. This allows users to create Test Plans from Test Cases that exist at a desired point in time. This may be necessary when creating a Test Plan for a patch. In order for a user to see a Test Plan ...
Linux Desktop Testing Project: Linux (With Windows and OSX ports) GUI applications with accessibility APIs (Collaborative project) GNU LGPL: Yes: 3.5.0 [7] Oracle Application Testing Suite: Windows: Web, Oracle Technology Products: Oracle: Proprietary: Yes: 12.5 [8] [9] Active QF-Test: Windows, Linux, macOS X, Web (cross-browser)
Component interface testing is a variation of black-box testing, with the focus on the data values beyond just the related actions of a subsystem component. [41] The practice of component interface testing can be used to check the handling of data passed between various units, or subsystem components, beyond full integration testing between ...
FitNesse is a web server, a wiki and an automated testing tool for software.It is based on Ward Cunningham's Framework for Integrated Test and is designed to support acceptance testing rather than unit testing in that it facilitates detailed readable description of system function.
Test method: There are two main ways of testing mobile applications: testing on real devices or testing on emulators. [6] Emulators often miss issues that can only be caught by testing on real devices, but because of the multitude of different devices in the market, real devices can be expensive to purchase and time-consuming to use for testing.
For example, finite-state-machine-based modeling [2] [3] – where a system is modeled as a finite-state machine and a program is used to generate test cases that exercise all states – can work well on a system that has a limited number of states but may become overly complex and unwieldy for a GUI (see also model-based testing).