Definitions About Software Testing

Ad-hoc Testing is a software testing approach where testing is performed informally and spontaneously without predefined test cases.

AI-driven test automation is a testing approach that utilizes artificial intelligence technologies to automate the testing process.

AI-driven testing involves using artificial intelligence technologies in software testing to boost efficiency and effectiveness. It automates test case generation, execution, and analysis with AI tools.

Learn how AI-powered test case generation revolutionizes test automation in software testing.

API journey testing is a comprehensive approach to testing APIs through their entire lifecycle. It involves testing APIs from end to end, ensuring that they function correctly and meet all requirements. This type of testing is essential for ensuring the quality and reliability of APIs in various scenarios.

API process testing evaluates the functionality and performance of APIs through automated testing methods.

API test automation refers to the practice of using automated tools to execute tests of Application Programming Interfaces.

API testing involves testing APIs (Application Programming Interfaces) directly to ensure their functionality, reliability, performance, and security.

Automated user interaction in software testing refers to simulating user actions and interactions with a software application through automated testing tools for increased efficiency and consistent results.

Automated verification is the process of using software tools to automatically verify whether a system or application behaves as expected.

Autonomous interactions refer to software executing tasks or scripts without human intervention, commonly seen in test automation.

Autonomous software testing refers to using automated tools and processes to run tests, report results, and make decisions without human involvement.

Autonomous testing uses artificial intelligence and advanced technologies to automate the testing process in software development, improving efficiency and effectiveness.

Autonomous verification in test automation refers to automated testing where the tool makes decisions independently using machine learning and AI, enhancing efficiency and accuracy.

Batch Testing is a technique used in software testing to process multiple test cases simultaneously for efficient testing processes.

BDD testing, or Behavior Driven Development testing, is a software testing approach that focuses on defining the system's behavior before implementation.

Beta Testing is a type of software testing where real end-users use the software before its public release, providing feedback to identify potential issues or bugs.

Black box testing is a software testing method where the internal structure, design, and implementation of the system are not known to the tester. The tester focuses on testing the functionality of the software without looking at the code. This type of testing is based on requirements and specifications, and it helps in finding errors or bugs in the software.

Business analysts automate testing to enhance efficiency and accuracy in software development. Learn about tools and methods they use for automation.

Business analyst testing is a crucial process in software development that involves evaluating and validating requirements and solutions from a business perspective.

Button automation refers to automating the testing of buttons or clickable elements in software applications to enhance testing workflows.

CI/CD integration in test automation refers to the practice of seamlessly incorporating continuous integration and continuous delivery into the software testing workflow. This ensures faster feedback and efficient delivery of software updates through automated testing.

CI/CD test integration involves incorporating automated testing into the continuous integration/continuous delivery process. Tests are automatically run whenever new code is added to ensure that changes do not introduce bugs or errors.

Citizen developers testing involves non-professional testers, often from business or end-user backgrounds, participating in software testing within development projects.

Cloud-based testing involves using cloud infrastructure and virtual resources for software testing, enabling testing teams to access environments remotely and conduct tests on various platforms and devices.

Code-free test automation refers to automating software testing without writing complex code scripts, using visual interfaces and drag-and-drop features.

Common Element Automation involves automating repetitive tasks in software testing that share common elements across different test cases, improving efficiency and increasing test coverage.

Component testing focuses on testing individual components or modules of a software application like functions, classes, procedures, and interfaces to validate their correctness and quality before integration.

Comprehensive test reporting is a crucial aspect of software testing, providing detailed insights into the testing process and results.

Continuous testing is the practice of running automated tests throughout the software development lifecycle to obtain immediate feedback on the business risks associated with a software release.

Contract testing is a software testing technique that ensures the interactions between different microservices or components by specifying a set of agreements or contracts.

Cross-application testing is a type of software testing that involves testing interactions between different applications. This ensures that the applications work seamlessly together and share data accurately.

Cross-device testing is a software testing technique that ensures a website or application works well on various devices like smartphones, tablets, and desktop computers.

Cross-platform testing is a software testing technique used to ensure the functionality and compatibility of an application across different operating systems, devices, and browsers.

Cross-Technology Testing involves verifying that applications function correctly across various technologies to deliver a consistent user experience.

Cucumber Testing is a software testing tool that supports Behavior-Driven Development (BDD). The main purpose of Cucumber is to write test cases for acceptance testing based on the system's behavior.

Developer testing tools are software programs used by developers to automate testing processes and ensure the quality of their code.

Device testing automation refers to automating software testing on various devices to ensure functionality and compatibility.

Discover how dropdown automation simplifies testing by automating the testing of dropdown menus in software applications.

Element identification in testing involves locating and interacting with elements on a webpage or application to verify their behavior. It is essential for test automation to mimic user actions and validate software functionality accurately.

Automating interactions between software application elements to enhance test automation efficiency.

Element Interaction Verification is the process of testing the interactions between elements in a software application to ensure they function correctly.

End-to-end testing is a comprehensive software testing strategy that aims to test the entire software application from start to finish.

Automating end-to-end user journeys in software testing ensures smooth interactions and detects issues throughout the process.

End-to-end user journeys refer to the complete path a user takes through a software application, from start to finish, in the testing process.

Exploratory Testing is a spontaneous and context-driven software testing approach where testers design and execute tests simultaneously based on exploration.

Flakiness-free testing is crucial for reliable test automation. Learn how to achieve consistent and stable test results.

Flakiness in testing refers to the inconsistency in test results when the same tests are run multiple times. This phenomenon can be frustrating for test automation engineers as it can lead to false positives or negatives, making it challenging to trust the reliability of the tests.

Functional Testing is crucial in software testing, verifying that specific functions work as expected by testing each one individually.