30results about How to "Improve test execution efficiency" patented technology

An automatic test device consists of exemplification layer used in test steps packaged for test function and used to assign tested object and test content supported by it, device interface layer used as device interface used by tested object to provide control and inquiry device information to outside, support layer between exemplification layer and device interface layer for shielding tested object difference and for packaging device interface as well as for providing unified operation interface and data access interface, and tested object device interface layer. The automatic test method is also disclosed.

The embodiment of the present application discloses a device, client and method for data testing. The client includes: a target application; a file storage device for storing test data; a test development tool module for obtaining the target network request of the application, and judge whether to perform a data test on the obtained network request, if the judgment result is yes, the test development tool module obtains the test data corresponding to the network request, and returns the obtained test data to the target application. The execution efficiency of the client data test can be improved.

The invention provides an automated test system and test method based on AUTOSAR network management, including a PC host, an oscilloscope, a program-controlled regulated power supply, a bus simulation acquisition tool VN1640A, a relay board, and a regulated power supply; KL31, KL30, KL15 is respectively connected to the relay board, the CANH and CANL of the ECU under test are respectively connected to the oscilloscope and the DB9 of one CAN channel of the bus simulation acquisition tool VN1640A; the DB9 of the other CAN channel of the bus simulation acquisition tool VN1640A is connected to the relay board; The positive and negative wiring harnesses of the piezoelectric power supply are connected to the relay board; the positive and negative wiring harnesses of the regulated power supply are connected to the relay board; the bus acquisition simulation tool VN1640A, the program-controlled regulated power supply and the oscilloscope are respectively connected to the PC; There are upper-level software and lower-level software running, and the upper-level software is an automated test operating system for managing the test process; the lower-level software includes test sequence engineering and equipment program-controlled drive instruction library. The invention can realize efficient testing with high real-time performance and rapid execution.

An automatic test device consists of exemplification layer used in test steps packaged for test function and used to assign tested object and test content supported by it, device interface layer used as device interface used by tested object to provide control and inquiry device information to outside, support layer between exemplification layer and device interface layer for shielding tested object difference and for packaging device interface as well as for providing unified operation interface and data access interface, and tested object device interface layer. The automatic test method is also disclosed.

The present invention relates to an interactive simulation testing method for checking function of interval occupancy between TCC and TSRS. The specific steps include: S1: determine all state transition scenarios according to an interface file; S2: draw a TCC interval to be tested according to all state transition scenarios State machine diagram of the occupancy check function; S3: Use the simulated TSRS to set and test all state transition scenarios; S4: If the test result of S3 is consistent with the state machine diagram, the test passes, otherwise, the test fails. Compared with the prior art, the present invention has the advantages of high efficiency and high accuracy.

The invention provides an assembly test method and device. The assembly test method includes the steps that test cases corresponding to serial numbers of the test cases are acquired from a preset test case library according to the serial numbers of the test cases of tested assemblies, wherein the test cases comprise test case TCL scripts, test input data, test case anticipated output and test case execution configuration files; the test input data are input to the test case TCL scripts, and then configuration of the test case execution configuration files is finished; whether the test cases meet preset test conditions or not is judged according to the configured test case execution configuration files; if yes, the test input data are sent to the tested assemblies, the tested assemblies are made to execute logic processing and output a processing result according to the test input data; the processing result is compared with the test case anticipated output, and corresponding test logs are generated according to the comparison result.