7 results about "Web testing" patented technology

The invention relates to the technical field of artificial intelligence testing, discloses a method for automatically extracting UI elements of a Web page based on an AI large model, realizes automatic extraction of positioning information of the UI elements of the Web page of an embedded product, directly provides the positioning information to a Web testing framework for use, and solves the problems of low UI element extraction efficiency and insufficient adaptability in a traditional scheme. Playwright is used for obtaining page screenshots and HTML DOM information, after intelligent cleaning, the page screenshots and the HTML DOM information are transmitted to an AI model to analyze page structures, interactive elements such as buttons and input boxes are automatically recognized, and an optimal selector is generated; furthermore, page navigation and multi-page element collection are realized by combining an AI-driven automatic tool, and finally, an operation sequence is organized through a GUI (Graphical User Interface), so that automatic testing is quickly completed. According to the method, the problems of low efficiency and poor adaptability of a traditional method are solved, the accuracy and maintenance efficiency of Web testing are remarkably improved, and the method is suitable for dynamic and complex modern Web pages.

The invention discloses a railway contact network point cloud semantic segmentation method based on dynamic prototype guidance. The method comprises the following steps: acquiring a data set and dividing the data set; a DP3-Net network is constructed, the DP3-Net network comprises a local feature extraction module, a point-by-point pyramid module, a splicing module and a full connection layer, the input of the local feature extraction module is point cloud data C1, and the input of the point-by-point pyramid module is the output of the local feature extraction module; the splicing module splices the output of the four branch modules in the point-by-point pyramid module to obtain a multi-scale feature map, inputs the multi-scale feature map to a full connection layer, and outputs a semantic tag prediction result; a DP3-Net network is trained; a DP3-Net network is tested; and inputting the collected point cloud data into the tested DP3-Net network to carry out railway contact network point cloud semantic segmentation. The railway contact network point cloud semantic segmentation method shows excellent overall performance in segmentation tasks of 18 facility categories.

The invention provides a method and system for detecting an unauthorized URL of a website based on automatic operation of a common user, belongs to the technical field of network security, and can at least partially solve the problems of low detection efficiency, poor accuracy and excessive dependence on manual operation in the prior art. Automatically logging in a website by using the registration information, processing a verification link, and obtaining session information; obtaining a JS file through a web crawler in a normal user login state; analyzing the JS file, extracting static, dynamic and relative URLs in combination with lexical analysis, grammatical analysis and sandbox simulation execution, and unifying the static, dynamic and relative URLs as absolute URLs; de-duplicating and normalizing the URL; accessing the URL through a common user session by using a network test tool, obtaining response data, comparing the response data with a high-authority user reference response, and judging an unauthorized URL; the method has the beneficial effects that automatic and comprehensive detection of the unauthorized URL is realized, and the detection efficiency and accuracy are remarkably improved.

This invention discloses an online editing and parallel execution method and system for vehicle network test cases, relating to the field of vehicle network testing technology. It establishes an online editing environment via a web interface, enabling automatic generation of protocol code and providing testers with a convenient and efficient development experience. Regarding test case execution, it accurately analyzes the dependencies of test cases, uses a topology sorting algorithm to construct a reasonable execution plan, and adaptively switches between sequential and parallel execution modes. Combined with containerization isolation technology, it allocates an independent execution container for each test case, ensuring the isolation and stability of the testing environment. Simultaneously, it initializes a unified test execution context for each test case and establishes a communication connection with the vehicle network bus simulation engine through a standardized interface, achieving standardization and normalization of operations such as message sending and receiving, fault injection, and assertion verification. In variable management, it adopts a copy-on-write mechanism to achieve isolated sharing of project variables, avoiding data crosstalk.

The application discloses a toolbox aggregation proxy method for local heterogeneous MCP services, and relates to the technical field of artificial intelligence tool calling. The method acquires tool cards of local or intranet services, forms a toolbox service set according to user selection and generates a unified MCP proxy entrance; a session identifier is generated and the service set is bound when the client is initialized; when a tool list request is requested, each upstream MCP service is connected, an original tool list is acquired, the original tool name is rewritten as an aggregated tool name with a service identifier prefix, and a routing index is established; when a tool calling request is requested, the aggregated tool name is parsed, the service ownership is checked, the calling parameters are forwarded according to the original tool name, and the result is returned. The method can reduce the complexity of multi-service configuration, eliminate tool naming conflicts, ensure the consistency of the service set within a session, and be compatible with HTTP calling, Web testing, external platform registration and intranet security access.

This disclosure relates to method and system for framework agnostic smart test orchestration in network test automation in a network. The method includes receiving input data for executing one or more test scripts to test one or more functions on one or more devices in the network. The input is received from a user device via a web-based application. The method comprises parsing the input data and selecting an execution module from a plurality of execution modules for executing the one or more test scripts on the one or more devices based on the parsed input data. The method comprises executing the one or more test scripts to test the one or more functions on the one or more devices using the selected execution module.

This application discloses a web testing method, apparatus, storage medium, and electronic device, relating to the field of automated testing technology. The method includes: obtaining a first test case for a web project under a target testing scenario, the first test case containing defined user operations; generating a first test task based on the first test case under the target testing scenario; generating test code corresponding to the first test task; and, based on the test code, remotely invoking browser driver services in different platform environments to simulate user browser operations, obtaining the test results of the web project under the different platform environments, wherein the different platform environments consist of different terminal devices and different browsers. This application can improve testing efficiency, thereby improving the adaptability of web projects to different domestic platform environments.