51 results about "Testing types" patented technology

The invention relates to the technical field of intelligent terminals and network testing, in particular to an automatic testing system and method based on an AI large model.According to the system, parameters are configured and manually rechecked according to the testing type and the network environment, knowledge base data are retrieved through the RAG technology, an optimal testing case combination is dynamically generated in combination with the testing stage, the equipment model and the like, and the testing efficiency is improved. Testing of reliability, stability, performance and the like is automatically executed, key indexes are collected and re-checked by professionals after AI intelligent merging analysis, finally, a standardized report is output and fed back to a data optimization system and a knowledge base, a computing power-model-agent collaborative system is constructed, and automation of a whole test link is achieved; according to the method, the test period is shortened by more than 50%, the test precision and coverage are remarkably improved, the method is adaptive to multiple types of terminals and multiple scenes, test resources are optimized, it is ensured that results are objective and repeatable, and the method has sustainable evolution ability.

This application provides a testing method, system, device, and medium for power module alarm functions. The method includes setting up a standard storage environment within a current storage system and writing a test script into the current storage system; executing the test script; generating a test initiation prompt to guide the user to select test items and test types; receiving first feedback data generated by the user in response to the test initiation prompt, wherein the first feedback data includes the selected target test item and test type; if the test type included in the first feedback data is a functional test, then executing a first test rule to determine whether the power module alarm function corresponding to the target test item in the current storage system is normal; if the test type included in the first feedback data is a stability test, then executing a second test rule to determine whether the power module alarm function corresponding to the target test item in the current storage system is stable. This verifies the functionality and stability of the power module alarm function reporting.

The present disclosure relates to a system for a test. More particularly, the present disclosure relates to a continuous loadable module-typed system for a test, a computer readable storage medium containing instructions to configure a processor to enable a continuous loadable module-typed system for a test, and a method for testing a sample. The exemplary embodiment of the presently disclosed system may be configured to support (i) single tests, (ii) batch tests, (iii) syndromic tests and / or (iv) combination tests. In addition, the exemplary embodiment of the presently disclosed system automatically processes and tests samples based on identification information, without requiring the user to classify and load the samples according to test type.

The invention provides a scheduling test method based on a vehicle and road cloud scheduling system and an electronic device, the method is applied to a cloud side device in the vehicle and road cloud scheduling system, and the method comprises the following steps: in response to a scheduling test instruction, receiving to-be-tested vehicle information, to-be-tested object information and a test type carried in the scheduling test instruction; according to the to-be-tested vehicle information and the to-be-tested object information, calling a scheduling model to generate to-be-tested scheduling information; performing a corresponding scheduling test on the to-be-tested scheduling information according to the test type to obtain a test result corresponding to the test type; when it is determined that the to-be-tested scheduling information is abnormal according to the test result, updating the scheduling model to obtain an updated scheduling model; and according to the to-be-tested vehicle information and the to-be-tested object information, calling the updated scheduling model to generate new to-be-tested scheduling information, and carrying out scheduling test on the new to-be-tested scheduling information according to the test type until a test result of the new to-be-tested scheduling information does not have abnormity.

The present application relates to seismic instrument testing technology, and discloses a seismic instrument testing method based on data communication, which comprises the following steps: a host computer is connected with a seismic instrument through handshaking, and the seismic instrument obtains testing instructions from the host computer; the testing instructions are analyzed to obtain a testing type and enter a testing mode; when the testing type is index testing, the seismic instrument is tested according to the testing instructions to obtain a first testing result; when the testing type is state testing, the seismic instrument is tested according to the testing instructions to obtain a second testing result; the first testing result and the second testing result are sent to the host computer, and the testing mode is exited; the seismic instrument is updated according to the testing data, and the testing is completed after the updating is finished. The present application also discloses a seismic instrument testing device based on data communication, an electronic device and a storage medium. The present application can improve the seismic instrument testing efficiency.

The invention relates to an interpretable software test demand generation and evaluation method, belongs to the technical field of software testing, and solves the problems that the generation process is non-traceable and the generation quality is poor in the generation process of the existing software test demand. The method comprises the following steps: acquiring a software demand description document, compiling logic based on a preset test demand, decomposing the software demand description document into a plurality of functional units, and generating identification information of a corresponding test subitem for each functional unit; based on the software demand description corresponding to each functional unit, obtaining a test type of each test subitem; based on the test type of each test subitem and the corresponding software demand description, obtaining a test description of each test subitem; based on the identification information of each test subitem and the test description, obtaining a test demand of each test subitem; and performing quality evaluation on the test demand of each test subitem, and optimizing the test demand of each test subitem based on an evaluation result to obtain a software test demand.

The invention provides a test method and system, electronic equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: determining a test address, a test type and at least one test execution parameter of a fault injection test by receiving an instant communication message sent by first equipment or a network request sent through a preset network path; the at least one test execution parameter comprises a performance test configuration parameter of the fault injection test; based on the at least one test execution parameter, calling a fault injection task interface corresponding to the test type, and generating a test task; and performing a fault injection test on the target test equipment corresponding to the test address by executing the test task to obtain a test result corresponding to the test task. According to the invention, the complexity of the fault injection test can be reduced, and the refinement degree of the fault injection test can be improved.

Techniques are generating a test plan, based on test requirements, using artificial intelligence (AI) whilst avoiding hallucinations. Hallucinations in the AI generated test plan may be reduced by utilizing generative AI and providing the generative AI with pre-defined custom templates, test plan guidelines, and / or information for selecting a test environment based on test type. Additionally or alternatively, a similarity between the test plan and a similar test plan may be determined to avoid hallucinations.

The present application belongs to the technical field of ammunition testing, and particularly relates to an ammunition integrated testing automatic evaluation system and method, aiming to provide a general automatic evaluation framework for ammunition integrated testing, comprising: (1) a testing data management module, which converts original data into application data with practical significance and saves and maintains the application data; (2) an evaluator module, which evaluates data to obtain evaluation results and conclusions; and (3) a testing evaluation management module, which manages the operation of the testing data management module and the evaluator module according to different testing types. Compared with the prior art, the present application replaces visual inspection with automatic diagnosis, reduces the workload of people in batch production, reduces the probability of false detection, improves work efficiency, and reduces production cost. The evaluation type, evaluation requirement and output report of the present application can be customized again according to a project without changing the software.

This invention discloses a performance capacity resource configuration method and apparatus, applicable to the cloud computing field. The method includes: collecting link configuration information for different business scenarios and performance capacity resource configuration information for each application node; determining performance capacity resource configuration specifications based on the entire business link under different test types; and generating full-link performance capacity resource configuration strategies for each business scenario under different test types based on the link configuration information for different business scenarios, the performance capacity resource configuration information for each application node, and the performance capacity resource configuration specifications based on the entire business link under different test types. This invention achieves rapid configuration and recycling of performance capacity resources at the business scenario level through customized performance capacity resource configuration strategies at the business scenario level, thereby improving the efficiency of performance capacity resource configuration.

The invention relates to the technical field of vehicle-road cooperation, and provides a vehicle-road cooperation-oriented air interface message normalization verification method and device. The method comprises the following steps: acquiring a log file loaded in a playback mode of a user interface and a configured test file; extracting test data required by different test types in each air interface message; classifying the extracted test data according to test strategies of different test types to obtain test targets of different test types; in response to a test request triggered by a user on the user interface, according to test strategies of different test types, carrying out normative verification on the test target of the corresponding test type and the test expectation of the corresponding test type to obtain a verification result; and displaying a verification report including the verification result through a user interface. According to the method, the comprehensiveness, the adaptability and the traceability of air interface message verification are realized through a standardized verification process, a flexible and configurable test strategy and a verification dimension covered by a full scene.

The invention discloses a permeability testing system and a fiber object surface permeability testing method, and relates to the technical field of composite material liquid forming. The permeability testing system comprises a liquid storage tank, an in-plane permeability testing module, a thickness-direction permeability testing module and a first reversing valve; the fiber object surface permeability testing method comprises the following steps: acquiring a current permeability testing type; when the in-plane permeability is tested, the first reversing valve is adjusted to a first preset gear; on the basis of an in-plane permeability testing module, the pressure value of a liquid inlet of the in-plane permeability testing module and the flow peak position of the testing liquid are obtained in real time, and the in-plane permeability of the fiber object plane is calculated; when the thickness-direction permeability is tested, the first reversing valve is adjusted to a second preset gear; on the basis of the thickness-direction permeability testing module, pressure values of a liquid inlet and a liquid outlet of the thickness-direction permeability testing module are obtained in real time, the flow of liquid is tested, and the thickness-direction permeability of the fiber object surface is calculated. According to the invention, the flexibility and accuracy of permeability testing are improved.

The invention discloses a test data processing method, system and device for an air suspension air supply system and a storage medium. The method comprises the steps that a test data file in a TDMS format is acquired, a test type is identified, and a corresponding data extraction channel list is determined; analyzing the test data file, reading original data and a timestamp sequence corresponding to the original data according to the data extraction channel list, and outputting a data file in a CSV format; determining the test type according to the file name of the data file in the CSV format, calling a corresponding data analysis module to perform corresponding data processing on the data file in the CSV format, and calculating and outputting a corresponding test result; through the processing method, the processing speed and accuracy of the ASU function test data are remarkably improved.

The application discloses a multi-agent-based website testing method, device and medium, and relates to the technical field of computers. The method comprises the following steps: receiving a testing task, analyzing the testing task, determining a testing type contained in the testing task, dividing the testing task into multiple testing subtasks based on the testing type, obtaining corresponding testing ability labels, matching the testing ability labels and the testing type, respectively determining execution agents corresponding to the multiple testing subtasks, sending the testing subtasks to the corresponding execution agents concurrently, executing the testing subtasks through the execution agents concurrently, receiving testing result data returned by the execution agents, generating structured result data, constructing a testing result visualization chart, and sending the testing result visualization chart to a front-end interface for display. The testing efficiency and coverage integrity of the website are improved by splitting the task according to the testing type and matching the corresponding ability agents for testing, and the limitation of traditional single-threaded testing is broken through.

The utility model discloses a TFT module testing device which comprises a module testing system, a control signal connection module is arranged in the module testing system, the output end of the control signal connection module is electrically connected with a master control module, the input end of the master control module is electrically connected with an image data acquisition module, and the image data acquisition module is electrically connected with an image processing module. The input end of the main control module is electrically connected with a power supply module, the output end of the main control module is electrically connected with an image transmission module, the output end of the image transmission module is electrically connected with a bridge chip module, and the output end of the bridge chip module is electrically connected with the main control module. And the output end of the main control module is bidirectionally and electrically connected with a communication module. According to the TFT module testing device, the phenomenon that a traditional testing mode is not uniform and complex is changed, and a plurality of modules are adopted for driving, so that the phenomenon that testing types are not uniform is avoided, and the complexity of production management is not increased.

The application relates to a fault test platform and a fault test method of a network-constructed converter valve, wherein the fault test platform stores a plurality of fault test types of the network-constructed converter valve through a fault test system, can efficiently, conveniently and accurately simulate various faults of a valve control system and a valve module, avoids simulating the fault test of the network-constructed converter valve by using simulation software, eliminates the real-time operation characteristics of the network-constructed converter valve which cannot be accurately simulated by offline simulation, the central control board system carries out de-bouncing processing by using a multi-level fault de-bouncing algorithm based on the fault test data, obtains de-bounced fault test data, generates setting information corresponding to the fault test data based on the de-bounced fault test data, can increase the fault verification means of the super-capacitor network-constructed control protection device, improve the simulation accuracy of the real-time operation characteristics of the super-capacitor in the actual network-constructed system, and is beneficial to making a complete verification on the overall control performance and function of the power system.

The invention relates to the technical field of communication, and discloses a whole cabinet multi-node parallel test method, test device and test system. The test method comprises the following steps: reading and analyzing test service demand parameters, wherein the test service demand parameters comprise a test type and multiple pieces of target test node information; a test case corresponding to the test type is obtained from a test case warehouse, the test case is used for describing test service logic, and the test case warehouse is used for storing and managing multiple test cases; and respectively establishing session connection with each target test node, and executing the test cases in parallel on each target test node. According to the embodiment of the invention, automatic parallel testing can be realized, the testing efficiency is improved, developers do not need to respectively develop / debug testing logic for each node in the whole testing process, and the testing difficulty / complexity is effectively reduced.

The invention discloses an automatic test system and method for a feeder terminal, and relates to the technical field of feeder terminal testing, the installation information of the feeder terminal on a feeder line is determined, and a test model is constructed based on the installation information and the feeder line; formulating a plurality of pieces of test scheme information corresponding to the feeder terminal, constructing the plurality of pieces of test scheme information into a plurality of test blocks, and carrying out information binding between the test scheme information and the corresponding test blocks; linkage points are arranged in the multiple test blocks, and a virtual combination of the multiple test blocks is formed through the linkage points; and determining an actual test flow of the feeder terminal, obtaining a virtual combination based on the actual test flow, constructing the virtual combination based on the linkage point to obtain a test line, and automatically testing the feeder terminal according to the test line. According to the invention, the feeder terminal can be continuously tested, a plurality of test types can be combined through the linkage points, test preparation can be rapidly made according to test requirements, and the test of the feeder terminal can be rapidly completed.

This invention provides a testing method, apparatus, and device for optical communication networks, belonging to the field of optical communication testing technology, and solves the problem of low testing efficiency in optical communication networks. The method includes: acquiring a test instruction; determining at least one target test type for the optical communication network matching the test instruction; calling the current test script of the target test module according to the target test type to test the data of the current optical communication network and obtain test data; inputting the test data into an intelligent test analysis model for optical communication networks for test data analysis and generating a test report; optimizing the test script of the target test module based on the current test script and the test report to obtain an optimized test script; and feeding back the optimized test script to the target test module. This solution improves the testing efficiency of optical communication networks.

The embodiment of the invention provides a load testing device and system of a generator set, and a load testing method and equipment, and belongs to the technical field of motor load testing. The device comprises a test load module which comprises at least two load units, and each load unit comprises a load switching subunit and a plurality of load subunits; the detection module is used for detecting the unit type of the generator unit; the control module is used for determining a target subunit from the plurality of load subunits according to the unit type and controlling the load switching subunit to connect the target subunit to the generator set; the data acquisition module is used for acquiring test data of the test type of the generator set in the target load unit; the data acquisition module comprises at least two groups of current mutual inductance units, and the current mutual inductance units are used for carrying out current sampling on the generator set; and the control module is also used for determining a target mutual inductance unit from the at least two groups of current mutual inductance units according to the unit type. According to the embodiment of the invention, the test efficiency of the generator set can be improved.

The invention relates to the technical field of integrated circuits, in particular to an automatic IO test method and system applied to an FPGA chip, and the method comprises the steps: obtaining a pin layout corresponding to a packaging type and an electrical standard corresponding to an IO type, quoting IO information, generating an engineering file and a constraint file of a test type according to the pin layout and the electrical standard, and in an EDA tool environment, generating a test file according to the engineering file and the constraint file. The method comprises the following steps: setting a chip model according to an FPGA chip model and a packaging type, introducing an engineering file and a constraint file for integration and implementation to obtain a log, judging whether a code point can be correctly generated according to the log, and if an error or a serious warning occurs during generation, debugging a test type until the code point can be correctly generated. And transcoding the correct code point into a machine test AVC file, generating a test vector file according to the constraint file, and carrying out ATE machine test according to the machine test AVC file, the test vector file and the test port information. According to the invention, the IO test efficiency of the current FPGA chip can be improved.

The application discloses a kind of DRC verification graphics modeling methods, comprising: step one, read text design rule.Step two, text design rule is identified, comprising: step 21, according to the description format of test type, the test type contained in text design rule is extracted.Step 22, according to the layer description in text design rule, the layer object contained in text design rule is identified.Step three, according to the test type and layer object contained in text design rule, standard DRC verification model is established.The application can establish corresponding standard DRC verification model based on the text design rule read, so as to realize the batch production of DRC verification graphics quickly and accurately.

The invention provides test equipment, a test device and a test method. The test equipment comprises a first switch used for a first type of test; the resistive load is used for a second type of test; the electronic load is used for third-class testing; the control module is connected with the plurality of modules and is used for receiving a control signal (used for determining a test type of the tested equipment, and the test type comprises at least one of a first type test, a second type test or a third type test) from an upper computer; and controlling the first switch, the resistive load or the electronic load to be in a working state according to the test type. According to the embodiment of the invention, testing of various working conditions can be realized through one testing device, and all testing requirements of the tested device can be met. Besides, the test equipment can automatically switch different modules in the test equipment as loads of the tested equipment according to test requirements, so that tests under different working conditions can be automatically realized, the test efficiency can be improved, and the test cost can be reduced.

The embodiment of the invention provides a server-based data processing method and device, equipment and a storage medium. The method comprises the following steps: generating a first rule and a second rule according to a test type and an operating system type of a server; the first rule represents a rule for analyzing configuration information of the server into test content; the test content represents a to-be-tested feature and a test mode corresponding to the to-be-tested feature; the second rule represents a rule for analyzing the test content into a test case; generating a first prompt word according to the configuration information and a first rule; the first prompt word is used for guiding a preset large model to generate test content; inputting the first cue word into a preset large model to obtain output test content; the preset large model is used for performing data reasoning on the configuration information according to the first cue word to obtain test content; generating a test case according to the test content and a second rule; the test case is used for testing the server. The method is used for improving the accuracy of the test case.

A test code generation device includes an action generation unit that acquires at least one of pieces of API-related data of an API specification, an API execution order file, a parameter setting file, a script setting file, a test type, and a parameter list and generates action code data corresponding to an action of a state transition pattern of an API adapter, and the test code generation unit that generates a test code of the API adapter based on the action code data generated by the action generation unit and the state transition pattern of the API adapter.

This application provides an industrial signal detection system and method integrating multi-signal generation and intelligent analysis, relating to the field of automatic control technology. The system includes a PLC testing platform, an intelligent signal testing device, and a flexible wiring device. The method includes: determining the wiring method based on the electrical signal type; connecting the hardware module under test (DUT) to the intelligent signal testing device via the flexible wiring device; establishing a data flow direction based on the test type; acquiring test signals and collected signals through the intelligent signal testing device and performing communication time synchronization calibration to achieve timing alignment; calling evaluation criteria from an expert rule base to perform real-time comparative analysis of the collected and test signals; and finally generating and outputting a test report. This application achieves fully automated testing of industrial signals, replacing manual experience-based judgment with intelligent analysis, significantly improving testing efficiency and accuracy.

The application relates to the field of integrated circuit technology, and relates to an automatic IO test method and system applied to an FPGA chip, which comprises the following steps: acquiring a pin layout corresponding to a packaging type and an electrical standard corresponding to an IO type, referencing the IO information, generating an engineering file and a constraint file of a test type according to the pin layout and the electrical standard, setting a chip model according to an FPGA chip model and a packaging type in an EDA tool environment, referencing the engineering file and the constraint file to synthesize and realize, obtaining a log log, judging whether code points can be correctly generated according to the log log, debugging the test type if an error or a serious warning occurs during generation, until the code points can be correctly generated, converting the correct code points into a machine test AVC file, generating a test vector file according to the constraint file, and performing ATE machine test according to the machine test AVC file, the test vector file and test port information. The application can improve the IO test efficiency of the current FPGA chip.

The present invention generally relates to the field of industrial automation and process validation, and more particularly relates to method for validating equipment and process behaviour in technical installation. The method includes receiving one or more signals and input data corresponding to equipment and technical installation, from input data sources. The method includes generating test logics using plurality of action blocks, using the received signals and test data. The method includes creating test types using pre-defined test actions, based on the generated test logics. The method includes creating, one or more test sets (902c) using created test types, by arranging each of test instances in pre-defined order. Method includes validating test sets (902c) corresponding to the equipment and technical installation. The method includes receiving executing test scenarios and generating report comprising test results comprising individual results and aggregated results for test sequences and plurality of test instances.

The invention provides a multi-dimensional code coverage rate collection and analysis system and method based on a distributed architecture. The system comprises a coverage rate collection agent, a distributed task scheduling center, a multi-dimensional data storage and analysis module, an incremental coverage rate tracking module and a visual report and cooperation platform. The system supports coverage rate collection of multiple test types, full-amount and incremental coverage rate collection, coverage rate data isolation and comparative analysis under multiple branches and multiple environments and distributed deployment, and a task machine can be dynamically expanded; by adopting a distributed architecture, efficient, low-intrusion and extensible coverage rate collection is realized, multi-dimensional analysis, increment tracking, visual report forms and team cooperation are supported, and the efficiency and quality of software testing are greatly improved.