1513 results about "E testing" patented technology

The invention provides an SRAM type FPGA single particle irradiation test system and method. The test system comprises a host computer, a current monitoring acquisition plate and a test plate. The current monitoring acquisition plate comprises a current monitoring acquisition FPGA, a current acquisition unit, a power supply module and a first communication interface; the test plate comprises a control processing FPGA, a refreshing chip, an SRAM, a configuration PROM, a storage PROM, a second communication interface and a detected FPGA; the host computer is in charge of flow control and data processing; the current monitoring acquisition plate is in charge of power-on and power-off of the test plate and monitoring and testing of FPGA currents; and the test plate is in charge of processing a command sent by the host computer and performing work such as single particle overturning, single particle function interruption detection and the like. According to the invention, the refreshing chip is utilized to replace some of the reconfiguration modules in a conventional irradiation test system so that a detected chip can be more conveniently and reliably refreshed; and the system and method provided by the invention can realize static and dynamic overturning testing on a trigger, and more reliable trigger overturning data can be obtained by combing the two methods.

The invention discloses a automatic test method and system based on task scheduling. The method comprises the following the steps: configuring test topology environment and enrolling test execute end to test task scheduling end, receiving execute role, decomposing execute role and generating task scheduling queue by the test task scheduling end, monitoring the operation status of the test execute end, asking for the test sub-role of the test execute end satisfying present idle state, and sending to the test execute end to test and execute by the test task scheduling end. The method and system realize synchronous execution a plurality of test sub-task by using task scheduling modus so improves automation test efficiency and test resource using rate, and also improves automation test level greatly.

This invention provides one computer software automatic test method, which comprises the following steps: including each complex service interface test process into the module for most composed of each key word, special operation order and tool engine; test tool engine is for analysis module, establishing executive sample, loading test data and testing and result recording module and data pattern management to repeat use.

Certain example embodiments relate to white-box testing techniques, e.g., for graphical user interfaces (GUIs). Responsive to a first parameter received from a test suite executer, test bootstrap code included in an application is executed, where the application and the test suite executer run in the same browser. A test case to be run on the application and a test case executer to execute the test case are retrieved by the executed test bootstrap code. The retrieved test case is executed in a same context of the browser as the application. Results from executing the test case are stored.

Hydrophilic threads as platforms for inexpensive, low volume, portable diagnostic systems, and methods of making the same are described. A diagnostic system includes a hydrophilic loading thread having an inlet zone at a proximal end; a testing zone at a distal end; and an intermediate zone located between the inlet zone and the testing zone, wherein the testing zone does not directly contact the inlet zone. In another aspect, a diagnostic system includes (i) a hydrophilic loading thread that includes an inlet zone at a proximal end and an intermediate zone at a distal end; and (ii) one or more additional hydrophilic threads that contact the intermediate zone of the loading thread. A method of detecting the presence or absence of an analyte in a fluid sample includes applying the sample to an inlet zone of a diagnostic system that includes a hydrophilic loading thread with an inlet zone at a proximal end; an intermediate zone; and a testing zone at a distal end; wherein the testing zone does not directly contact the inlet zone.

A multimode electronic timepiece for assisting a person to take a multiple question timed examination. The number of questions and test time are entered into the timepiece along with selected alert points. A test timer mode then displays time remaining in the examination along with the corresponding question number, and a silent vibrating alarm alerts the person at the preselected alert points, and displays appropriate informative and encouraging messages.

The invention provides a performance test method and tool aiming at Linux process scheduling. The performance test method comprises the following benchmark test steps: step 11: selecting dimension and test items of a benchmark test; step 12: writing and configuring a test drive module; step 13: writing and configuring a performance index monitoring module; step 14: operating the test drive module to drive the execution of the benchmark test, meanwhile operating the benchmark test performance index monitoring module, collecting and processing the operating information of the Linux process scheduling in the test process, and recording the Linux process scheduling status at the real time so as to calculate and update the benchmark test performance index; and step 15: outputting the test results, the test executing process information and the benchmark test performance index information selected by the user. The performance test method provided by the invention can be applied in the Linux operation system research and development as well as the Linux process scheduling performance evaluated by the testers, and assists the optimizing of the Linux process scheduling performance, so that the correctness and the stability of the operation of the Linux operation system can be efficiently enhanced.

The invention discloses a mobile application testing system and method. The method comprises the following steps: a first server side receives a screen record video corresponding to a to-be-tested mobile application and transmits the screen record video to a display terminal in real time, wherein the screen record video is uploaded by a mobile terminal in real time; a second server side receives test data corresponding to the to-be-tested mobile application and transmits the test data to the display terminal, wherein the test data are uploaded by the mobile terminal in real time; the display terminal receives the screen record video from the first server side and the test data from the second server side, and synchronously displays the screen record video and the test data. The method solves the technical problems that by a mobile application testing scheme provided in the related art, a test result cannot be observed and tracked in real time and a corresponding measure cannot be taken timely.