41 results about "System integration testing" patented technology

The invention discloses a universal interface system for a multifunctional radio-frequency module, and belongs to the technical field of communication. The universal interface system comprises a system control management module, a universal bus interface module and a universal radio-frequency module, wherein the system control management module communicates with the universal bus interface module through a synchronous bus, and is used for issuing a system message, a control command and data, and receiving and processing self-check and state information reported by the universal radio-frequency module through the universal bus interface module at the same time; the universal bus interface module is a bridge between the system control management module and the universal radio-frequency module, and is used for finishing forwarding and processing of a system control command and data forwarding; and the universal radio-frequency module is applied to receiving-transmitting and up / down conversion of radio-frequency signals and modulation and demodulation of baseband signals, and executing the control command issued by the system control management module. The universal interface system is applied to radio communication, navigation and monitoring systems. Through adoption of the universal interface system, the system integration testing amount can be reduced effectively, and the system stability is improved.

A digital transformer station distributed test system comprises a system integration test platform connected to the Ethernet of a station control level and more than one distributed test unit. Each distributed test unit comprises a first Ethernet module, a second Ethernet module, SV / GOOSE message coding and decoding modules, electronic merging unit simulation modules, a B code time setting and 1588 time setting reception module, a man-machine interface control module and a lithium battery management control module which are connected to a CPU module. The first Ethernet module is also connected with the Ethernet of the station control level. The SV / GOOSE message coding and decoding modules are connected to a network of a process level through Ethernet interfaces. Through the combination of the system integration test platform and the distributed test unit, the digital transformer station distributed test system takes merging units, networks, switches, system configuration files and the like which achieve organization, distribution and transmission of signals of an intelligent transformer station as a functional body included in the test range of secondary equipment, so that the integrity and authenticity of testing is improved.

A service oriented architecture (SOA) infrastructure is provided for business process verification and systems integrated testing. The system includes one or more primary agents each dedicated to detecting a particular business process. The system further includes one or more action agents each configured to provide a verification function for the particular business process. Additionally, the system includes a service manager configured to provide context look-up services for the one or more primary agents to determine which action agent of the one or more action agents is responsible for a particular verification function of the particular business process.

A method is implemented in a computer infrastructure having computer executable code tangibly embodied on a computer readable storage medium having programming instructions. The programming instructions are operable to receive a system architecture model of a system and receive trigger coverage rules. Additionally, the programming instructions are operable to determine system integration test (SIT) coverage for each connection and interface of the system architecture model and select a set of use cases execution scenarios to satisfy the SIT coverage.

The invention discloses a server testing method and device, computer equipment and a storage medium. The method comprises the following steps: if a cache refreshing task input by a user is received, refreshing cache data in each test server according to the cache refreshing task and a preset refreshing database; if it is detected that execution of the cache refreshing task is completed, executingpreset test tasks in batches to randomly access all test servers, and obtaining test task execution results; judging whether each test server is accessed or not according to the batch test logs to obtain an access judgment result; and if the access judgment result shows that each test server is accessed, judging whether the latest refreshing data in the refreshing database is matched with the testreturn data or not to obtain a test result. Based on the system integration test technology, the full coverage test can be realized, the test result is prevented from deviating, and a good technicaleffect is achieved in the actual application process.

This application provides a continuous integration testing method, which can be applied to various testing environments, has high reusability, and can reduce the workload and complexity of maintenance. The method includes: a continuous integration project simultaneously monitors the targets to be tested running in various real environments; The environment identification corresponding to the real environment; calling the test case by sending a test command, wherein the test command includes the environment identification; the test case configures a corresponding test environment according to the environment identification; in the test environment Execute the test script in the test case and get the final test result. The method described in this application has high reusability, and even if the target to be tested changes, only one CI project and one test case need to be maintained, which greatly increases the workload and complexity of continuous integration testing.

The invention provides an automated integration test system and method for an automotive electronic and electric appliance system, wherein the test system is designed according to the properties of a tested system, an automated test script of a corresponding test case is compiled, and automated test is applied to integration test of the automotive electronic and electric appliance system, so that the integration test efficiency of the system is improved, the workload of an integration test engineer of the system is reduced and the period of the integration test of the system is shorted.

The invention discloses a safety and stability system integration testing device and a safety and stability system integration testing method based on HDLC protocol simulation. The safety and stability system integration testing device comprises a man-machine interaction module, input and output interface modules, an analog quantity interface module, a communication module and a main control module, wherein the man-machine interaction module is used for manually setting power flow, a network wiring mode, control strategy selection and off-line stability system control strategy calculation; theinput interface module is used for connecting an external contact to the testing device, and the output interface module is used for outputting pressing plate information by the testing device; the analog quantity interface module is used for outputting analog quantity voltage and current by the testing device; the communication module is used for performing time synchronization and analyzing andsimulating an HDLC protocol by the testing device; and the main control module is used for collecting information of the communication module and carrying out comprehensive analysis and judgment on the information. According to the safety and stability system integration testing device and the safety and stability system integration testing method, accurate fault positioning of logic errors of the control strategy of the safety and stability system is realized, and reliable guarantee is provided for safe and stable operation of a power system.

The invention provides a test method and system for an integrated test instrument. According to the test method, the test system starts the corresponding test module by calling the pre-configured interface with each test module in the test instrument in the process of testing the device under test; when it is determined that the started test module is running, obtain The test log recorded by the test module includes the test process and / or test result; and based on the obtained test log, continue to execute the test on the device under test. The present invention combines two test devices with completely different execution environments by configuring the interface of each test module in the test instrument, effectively avoiding the incoordination of the two test devices, and effectively improving the test efficiency of the device under test; at the same time, The test system uses the test log in the test instrument to automatically extract the required test records and continue the test, thus realizing the fully automated test between two completely different test environments.

The present invention provides a method for inter-system integration testing, which includes deploying agent programs on the servers of the first system and the second system respectively, and the agent programs are used to forward all traffic requests entering and leaving the corresponding server process to the preset central server ; The preset central server receives the traffic requests forwarded by the agents deployed on the servers of the first system and the second system and stores the received traffic requests correspondingly with the server that forwards the traffic requests; according to the preset central server The corresponding relationship between the stored traffic request and the server forwarding the traffic request, the traffic request ID carried on the traffic request, and the invocation sequence of the traffic request, the invocation relationship between the servers involved in each complete invocation process And the calling data is presented on the preset page. The invention can realize the tracking and page display of each service call in the two systems, thereby effectively shortening the troubleshooting time in the integration test.

The invention discloses a comprehensive test method for an operation system of a power secondary system. The comprehensive test method comprises the following steps of: selecting information according to a testing item of a user and identifying a to-be-tested item of the operation system of the power secondary system; obtaining a test script file corresponding to the to-be-tested item from a test script library, wherein the test script file corresponding to each testing item of the operation system of the power secondary system is stored in the test script library in advance; and executing the obtained test script file and obtaining a test data. Besides, the invention also discloses a comprehensive test device for the operation system of the power secondary system. The test script file can be customized for each of the testing items of the operation system, so that the comprehensive test device provided by the invention can realize the comprehensive test and is not limited to a specific test item. Compared with a manual item-by-item test, the comprehensive test method has the advantage that the automatic test is extremely realized, so that the test efficiency of the operation system is increased.

The present invention is a simulator used in initial system integration tests of a SOFC to test peripheral components with saved costs by replacing the costly SOFC with the simulator.