33 results about "Test effort" patented technology

Deployment of new elements in a computer network can result in development of patch kits adapters, and other software and trigger corresponding regressive test efforts. In a storage area network, a method is disclosed for defining a general, extensible model of a manageable entity for use in management of the entity. The method includes obtaining a set of attribute values related to the manageable entity in relation to the storage area network. A deployment engine identifies corresponding entity categories within a storage area network entity model that contains attribute definitions that correspond to respective attribute values in the set of attribute values obtained from the manageable entity. The deployment engine assigns the respective attribute values of the manageable entity to the corresponding respective attribute definitions identified in the model. The deployment engine then determines if all attribute values of the manageable entity have been assigned. If unassigned attribute values remain, a classification processor defines new entity categories to contain new attribute definitions, and assigns the unassigned attributes value to the new attribute definitions contained in the new entity category.

An embodiment of the invention discloses an automated testing method and an automated testing device. The automated testing method includes: executing automated tests in sections, wherein after sectioning, each section of automated test is performed on the basis of a control; judging whether an attribute value of a control of the next section of automated test is consistent to an expected attribute value of the control or not, and if so, executing the next section of automated test. By the aid of the automated testing method and the automated testing device, when mobile equipment executes an automated test process, whether an expected result of each step is reached or not and whether subsequent tests are executed continuously or not can be fed back correctly in real time, results of the automated test can be more reliable, and the automated test can be applied to practical test work better.

A system, method, and computer program product for evaluating the test effort to be provided for functional testing during an application development project is disclosed. The major influencing parameters within testing applications in complex systems are used to compute a test case management effort and a defect effort, those parameters being scope, duration and product quality related, or organization related. A test effort consolidated measurement is generated and provided as a final summary report in a user-friendly format suitable for management analysis.

A system and method provide for determining optimal input combinations useable in testing program code that includes user interface intensive workflows. Various embodiments provides for determining an input set corresponding to the target program code, determining mutually exclusive feature groups corresponding to the input set and determining a set of optimal input combinations corresponding to the feature groups. A more specific embodiment provides for determining the set of optimal input combinations in accordance with a linked or unlinked gear approach.

An improvement to the process for identifying software problems in performance testing is achieved by dynamically adjusting workloads in real-time to stress the functionality of an application suspected of causing a software problem.

This Invention provides a system-level framework for an enterprise-level test environment. The environment provides test development, automation, and execution processes for product validation and verification, and allows the interoperability of test cases, data, equipment information, and results across various enterprise platforms. The system, with its processes and methods, provides various mechanisms for managing test configurations, developing test plans, managing test data, and developing test reports from one or more test-stations and / or from one or more test equipment(s) for one or more Device(s) Under Test (DUT). These mechanisms include, but are not limited to, functions such as data management and sharing, test library reusability, test station management, test configuration management, test execution, test report development, and data mapping / plotting. The system can be customized to support scalable enterprise requirements. The development of the standardized data handling and communication processes and methods allows inter-system communication and interoperability of test information across various platforms.

The embodiments disclosed in this application provide a method for API discovery, a method and a device for determining test coverage. Among them, the method of the former API discovery includes: obtaining the mapping set between the URL path registered by the routing system and the actual processing program through the first probe inserted in advance, and according to the mapping relationship information between the URL path and the actual processing program, obtain Corresponding API information. The above solution can comprehensively and effectively grasp the external API information of the target Web application. The latter scheme for determining the test coverage is based on the former scheme. By obtaining the full amount of external API information in the target web application, it can obtain accurate and reliable external API test coverage during the test process, and then evaluate more effectively. Test integrity to objectively understand software quality and better improve testing efforts.

The invention relates to a field test method for feeder automation fault handling logic, and its technical characteristics are: connecting a tester and a field distribution automation terminal together, and confirming the location of the wiring site at the same time; connecting the simulation software client to the distribution network , perform the simulation exit operation on the distribution automation terminal that has been connected to the tester, and at the same time call out the initialization section to wait for execution; make the initialization case in the tester the same as the initialization case execution time of the simulation software; after the test time is reached, the test After the execution of the initialization section is completed, the tester and simulation software automatically call out the next fault section for execution until the execution of this case is completed. The invention has a reasonable design, divides the entire network into multiple parts for subsection testing, greatly simplifies the testing workload without affecting the testing effect, and realizes the complete and efficient testing function for the complex power distribution network.