36results about How to "Improve automated testing" patented technology

The controller of a remote control device is modified to implement a test mode for testing the device's keyboard. During testing, specific ones of the keys are pressed in parallel in selected combinations. In response, the controller has the device generate an RC5 frame with information about functioning of the keys pressed in parallel. This approach expedites the testing of remote controls.

The invention discloses a method and a system for realizing automatic software testing. The method includes the following steps: obtaining the object code of the to-be-tested software; obtaining the test case for the to-be-tested software, wherein the test case is generated by adopting the oriented object technology and includes a test object key word and a test drive data for the to-be-tested software; compiling and saving the test script according to the test case; running the test script, so as to carry out the automatic software testing of the object code of the to-be-tested software based on the test object key word and the test drive data. By adopting the solution of automatic testing and utilizing the object oriented test case to carry out the automatic testing based on the assemblage of the test object key word and the test drive data, the automatic software testing can be realized without the participation of any operator, and the method and the system for realizing automatic software testing are applicable to all the stages of software testing.

A test method based on remote control vehicle device includes setting up physical connection between computer and vehicle device, sending control command to vehicle device directly by computer analog control center through serial interface, setting up product new test piece and selecting test item, generating a short message command by computer as per PDU format to execute test automatically, printing out test report and making ex-factory initial setting on qualified product.

The invention discloses an adjustable electronic temperature-controlled three-dimensional sprayed concrete performance testing experimental device, which includes a control system, a specimen clamping system, a heating system, a spraying system and a testing system. The specimen clamping system includes a A three-sided frame, each of the four corners of the three-sided frame inner cavity is provided with a specimen holder, each specimen holder is equipped with a clamping head, the heating system includes a heating plate and a heater; the injection system includes a second Horizontal hydraulic prop, blower fan, collecting box, feed pipe, rotary nozzle, vertical hydraulic prop and vertical hydraulic push rod, and the test system includes a laser speedometer, an impact force sensor, a stress sensing sheet, and a temperature sensor; the present invention also includes Its experimental method is disclosed. It can simulate the high geothermal environment of the roadway, conduct three-dimensional concrete spraying in the roadway in real time, and perform the performance test of the spraying impact force, rebound rate and initial bond strength of the shotcrete under the influence of high temperature conditions.

The invention relates to an expansion-based IFML mobile application test case forming method comprising the following steps: building a model, i.e., drawing an IFML model corresponding to a to-be-tested mobile application. Expansion contents aiming at mobile application modeling are added on an original standard IFML so as to form the IFML applied in modeling; the expansion contents comprises the following elements: an expansion subtype toolbar and a screen container are added on a view container; an expansion subtype mobile widget is added on a view assembly; an expansion subtype mobile end system event, a mobile end event and a mobile end behavior activity event are added on an Event; an expansion subtype mobile end behavior activity is added on the behavior activity. The test case complying with requirements can be formed according to selected test coverage criterion.

The invention provides a burn-in detection system which can be used for burning different types of power modules by replacing adapting plates, back plates and load plates. The adapting plates enable loads on the load plates to be loaded on objects to be detected through the back plates. An AD collector collects voltage data of the objects to be detected through the adapting plates and sends the data to a single-chip microcomputer. A temperature and humidity collector collects temperature and humidity data of the load plates and sends the data to the single-chip microcomputer. The single-chip microcomputer carries out signal processing on the received temperature and humidity data and the received voltage data to obtain a monitoring result and transmits the result to a display for displaying. In addition, the warning range of the monitoring result is set, and when the result is detected to exceed the warning range, warning inductions are sent out to trigger an alarm. According to the burn-in detection system, manual detection methods before the burn-in detection system is applied are replaced, and efficiency is improved greatly; in addition, the loads can be replaced freely according to needs; voltage signal self-testing and load inner temperature self-testing are added, and the system can give out an alarm immediately when faults happen; human resources are relieved, and uncertain factors caused by manual interference are avoided.

The invention provides a satellite remote measurement data interpretation method, system, electronic equipment and storage medium. The method includes: obtaining satellite telemetry real-time data from the satellite through the downlink telemetry channel and classifying it; selecting corresponding criterion types and data monitoring status according to the data types after the classification of satellite telemetry real-time data; The corresponding interpretation method counts and calculates the interpretation envelope of the satellite telemetry real-time data; interprets the satellite telemetry real-time data according to the interpretation envelope; When the telemetry real-time data interpretation result is abnormal, the alarm will be displayed. With the application of the invention, the corresponding interpretation method can be independently selected according to the type of satellite telemetry, which plays a better role in helping satellite data interpretation and status monitoring, reduces the burden of satellite testers, and increases the efficiency of satellite automatic testing and interpretation.

The invention relates to a graphical modeling device and method for an automated test system, belonging to the field of automated testing, including: a graphical operation interface, a system model library management unit, a basic data acquisition unit, a drawing modeling unit, a graphic data conversion unit, Core data structure, model file parser, model storage file and hardware module icon library, the invention allows users to design and optimize the model composition and signal path scheme of the automated test system in a graphical way before building the physical automated test system, and realize The intuitive and efficient automated test system simulation design reduces development costs and improves development efficiency, and stores model data in a formatted manner to provide support for the execution of automated tests.