Q-Test
A desktop UI automation testing tool with built-in AI agent capabilities. It supports driving an agent through natural language instructions to operate Windows applications autonomously, recognize interface elements, and generate and self-repair automated test scripts.
Timeline (last 90 days)
A practical demonstration on Bilibili shows that Q-Test's built-in agent can, through a single natural language instruction, autonomously open the Windows calculator, recognize interface elements, perform arithmetic operations, and generate a reusable automated test script, without writing code.
The Q-Test agent does not rely on hard-coded locators, but instead dynamically builds a mapping between interface elements and task goals by scanning the accessibility tree, visual features, and structural hierarchy of controls.
The Q-Test agent's dynamic element recognition approach is theoretically more robust to minor interface adjustments, but recognition accuracy and inference speed are its main challenges.
In the demonstration, the Q-Test agent sequentially completes on the Windows calculator: opening the navigation bar, switching to standard mode, entering '128', performing a division operation, reading the calculation result, and generating an operation log.
In the demonstration, when the script generated by the Q-Test agent tries to close the calculator window it cannot find the exit button; the agent autonomously detects the anomaly, re-scans the interface, re-identifies the control object, corrects the script's locating logic, and after re-executing the verification successfully closes the application window.
All Facts (5)
The Q-Test agent does not rely on hard-coded locators, but instead dynamically builds a mapping between interface elements and task goals by scanning the accessibility tree, visual features, and structural hierarchy of controls.
50%UnverifiedThe Q-Test agent's dynamic element recognition approach is theoretically more robust to minor interface adjustments, but recognition accuracy and inference speed are its main challenges.
50%UnverifiedA practical demonstration on Bilibili shows that Q-Test's built-in agent can, through a single natural language instruction, autonomously open the Windows calculator, recognize interface elements, perform arithmetic operations, and generate a reusable automated test script, without writing code.
50%UnverifiedIn the demonstration, the Q-Test agent sequentially completes on the Windows calculator: opening the navigation bar, switching to standard mode, entering '128', performing a division operation, reading the calculation result, and generating an operation log.
50%UnverifiedIn the demonstration, when the script generated by the Q-Test agent tries to close the calculator window it cannot find the exit button; the agent autonomously detects the anomaly, re-scans the interface, re-identifies the control object, corrects the script's locating logic, and after re-executing the verification successfully closes the application window.
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