9 results about "Test specification" patented technology

This application discloses a method, apparatus, storage medium, and electronic device for pushing test cases. Relating to the field of artificial intelligence technology, the method includes: determining a target test specification library; generating a target test specification list corresponding to the current requirements information of the target product based on the target test specification library; matching the target test specification number with the test specification number in the initial case name to obtain a matching result; if the matching result indicates that the target test specification number and the test specification number do not match, then expanding the initial test specification list in the initial test case based on the target test specification number to obtain an expanded test specification list; and pushing the expanded test specification list to a program project, wherein the program project is used to perform tests based on the expanded test specification list. This application solves the problem in related technologies where incomplete test specifications lead to low product test quality.

A method and system for automatically generating test scripts is disclosed. A domain specialist agent transforms test requirements into structured manual test cases, a test specification agent converts the structured manual test cases into standardized test specifications, a test data agent generates synthetic test data based the test specifications, an object metadata agent processes user interface element locators, a test automation agent generates executable test scripts. A master control agent receives test requirements and object repository, and analyzes the test requirements using predefined rules to identify test generation operations. An artificial intelligence agent is automatically activated based on the test generation operations. A validation control agent verifies output generated by each artificial intelligence agent and determines if the output meets predefined quality criteria, and returns the output to respective agents for refinement when the criteria are not met.

The application discloses a kind of high-throughput test methods for fatigue resistance of additive remanufacturing axle, comprising: establishing the finite element model of full-size axle-wheel assembly, taking the characteristic stress value of the target additive remanufacturing area on the surface of additive remanufacturing axle under the load condition required by full-size axle performance test specification;Establish the finite element model of test sample and prepare the test sample;The upper surface and the lower surface of the test sample are respectively symmetrically provided with two test sections, and unloading grooves are respectively formed on the two sides of each test section;Loading simulation is carried out on the test sample model, and the displacement value of the test sample model is determined when the determined characteristic stress value is reached;The determined displacement value is used as the core displacement control parameter, the actuator of the fatigue testing machine is used to apply alternating load with a stress ratio of-1 to the test sample to simulate the rotary bending stress state of the axle, and the test of the test sample is carried out.

This invention discloses a design verification system for electrostatic discharge (ESD) protection circuits of LED beads, belonging to the field of ESD protection design verification technology. It includes a data receiving module, a feature extraction module, a collaborative analysis module, an optimization generation module, a design update module, and a simulation verification module. The system receives raw design data containing circuit topology, component parameters, and ESD test specifications. After feature extraction, the data is input into a pre-built protection performance evaluation model for multi-dimensional collaborative analysis, outputting a protection performance score and potential risk nodes. Based on this result, the system automatically generates and executes circuit optimization suggestions, updates the design data, and finally completes ESD protection performance verification through virtual simulation. This invention achieves early quantitative evaluation and automated iterative optimization of ESD protection circuit design performance, improving design efficiency and reliability.

This utility model discloses a display module testing device structure, including a frame and movable frames, probes, and a PCB board mounted on the frame. The frame has a testing area, the probes are mounted on the movable frames, and there are two or more movable frames that can be moved back and forth in the testing area. A first testing position is formed between the rear movable frame and the front movable frame, and a second testing position is formed between the frontmost movable frame and the frame. The PCB board is located inside the frame and is connected to the probes of the movable frames. In this way, the position of the movable frames in the testing area can be adjusted according to the specifications of different display modules, thereby adjusting the testing specifications of the first and second testing positions. This allows multiple display modules of different specifications to be tested simultaneously at their respective testing positions, improving testing efficiency, meeting user needs, and having a wide range of applications.

The application discloses a method for realizing balanced verification of engine part reliability test, and relates to the field of engine reliability technology, and solves the technical problem that the existing engine reliability test adopts fixed strengthening test specification, leading to unbalanced verification, insufficient verification and low reliability. The method comprises the following steps: establishing key failure mode identification and damage model of parts; collecting engine related damage influence parameters and typical running road spectrum damage parameters of target market users; substituting the engine related damage influence parameters and the typical running road spectrum damage parameters into the key failure mode identification and damage model to obtain test equivalent mileage of each part; and calculating verification reliability of each part according to the test equivalent mileage. The application effectively shortens the test cycle and reduces the research and development cost.

The present invention provides an information processing device, an information processing method, and a program that can uniquely identify the target of operation during testing. [Solution] The information processing device includes a test specification document that shows the content of the test, an acquisition means that acquires screen configuration information and image information related to the screen from the test target, an extraction means that extracts test operations based on the content of the test shown in the test specification document, a conversion means that converts the information of the target of operation in the test operation, the screen configuration information for each element on the screen, and the image information for each element on the screen into vectors using a machine learning model that performs embedding, and an identification means that identifies the element of the target of operation in the test operation from among the elements on the screen based on the information of the target of operation, the screen configuration information, and the image information converted into vectors.

The application discloses an interface automatic test method and system for HIS and a medium, and the method comprises the following steps: obtaining project function requirements, configuring interface specification information, and configuring interface development documents based on the project function requirements and the interface specification information; configuring development modules, input parameter format databases and parameter generation tools; configuring interface test specification information and functional interface modules based on the interface development documents, the development modules, the input parameter format databases and the parameter generation tools; configuring test modules and obtaining test requirements; and performing interface test operations based on the interface test specification information, the functional interface modules, the test modules and the test requirements; the application can develop various business interfaces meeting project requirements, and can automatically perform batch testing on the calling and running of the business interfaces based on the hierarchical design among the business interfaces, so that the test duration is greatly reduced and the test efficiency is improved.