22474results about How to "Improve test efficiency" patented technology

The invention discloses a testing method, a testing device and a testing system of application software on a mobile terminal. The method comprises the following steps of receiving an installation package of application software to be tested, which is uploaded by a client end, and an identification of a target mobile terminal to be tested; sending the installation package to the target mobile terminal and instructing the target mobile terminal to install the application software through the installation package; instructing the target mobile terminal to start the application software and traversing to trigger all controls in the application software and obtaining a screenshot of a display interface when the controls are triggered to obtain the display interface every time; returning a picture intercepted on the target mobile terminal to the client end. By using the method, the application software on the mobile terminal can be efficiently tested.

The invention provides a software testing method which comprises the following steps: an interface element database and an action element database are established, wherein, the interface element database is used for storing interface element of a tested software, the action element database is used for storing action parameter that is used for operating the interface element and the action parameter comprises action names and action execution scripts; then according to a predefined testing logic, the corresponding interface element and the action element are refined from the interface element database and the action element database to generate a testing case; finally, the testing case is changed into an automated testing script that is then analyzed and executed and the corresponding operations are completed on the tested software. By applying the method of the invention, the script language can be invoked from the interface element database and the action element database when the testing script is operated, thereby ensuring that the software testing efficiency can be greatly improved and a great deal of resources for developing the software can be saved, but also being capable of improving the sharing property; furthermore, the maintainability and the manageability of the script language.

The invention discloses a game testing method for mobile devices. The method comprises the steps that a testing request sent by a user is received by means of a plurality of Web interfaces, one or more slave nodes are selected, using states of all the mobile devices connected with the slave nodes are detected, and a testing task is distributed to the one or more spare mobile devices to be executed; a testing file uploaded by the user is received, and the slave nodes are used for distributing testing cases corresponding to the testing file and the testing request to the mobile devices synchronously; the mobile devices are controlled to install and start game software, and system files of the mobile devices are read in real time in the running process of the game software to obtain performance parameters; the performance parameters are analyzed to generate a test result, and the test result is stored in a database connected with the Web interfaces. The invention further provides a game testing system for the mobile devices. The method and the system have the advantages that a PC and the mobile devices are dispatched conveniently, and the testing efficiency and reliability are high.

The invention discloses a field programmable gate array (FPGA)-based integrated circuit testing system, and a method for testing a digital-analog hybrid integrated circuit chip provided with a digital module or using a digital module as a main module and provided with a few analog modules by using the testing system. The system mainly comprises a personal computer (PC) machine, a main control chip, a FPGA chip, configuration information storage equipment and testing vector storage equipment. The testing method is implemented by the following steps that: the main control chip configures the FPGA chip, the main control chip sends a testing command to the FPGA chip, the FPGA chip sends an excitation signal to a chip to be tested and acquires the output response of the chip to be tested, or the analog parameter module acquires analog output response, the FPGA chip compares the output response or the analog output response of the chip to be tested with the testing information and judges the consistency of the output response and the testing information, and the chip to be tested is an accepted product or a defective product is judged. The system and the method can be widely applied in the field of integrated circuit chip test.

The invention relates to a vibration table detection instrument field. In order to overcome the defects of the prior art, a signal processing approach is designed to allow a virtue instrument to be applied to the measurement field and an instrument suitable for measurement is designed accordingly on the basis of the signal processing approach. More particularly, the invention relates to a virtual vibration table detecting signal processing method and the instrument. The method comprises the processes: (1) the acceleration value of the vibration table is collected and converted into electric signals; (2) the signal is conditioned by a signal conditioning instrument; (3) the conditioned signal is collected by a data collecting card and transmitted to a computer; (4) the signal is preprocessed by the computer; (5) the preprocessed signal is discrete Fourier transformed and digital signal frequency domain filtered; (6) in the end, a speed component is output after the signal is integrated for one time; a displacement component is output after the signal is integrated for two times. The detection instrument comprises an acceleration sensor, a signal conditioning instrument, a data collecting card and a computer.

The invention discloses a test system and method of a data-driven rail traffic vehicle-mounted operation control system, belonging to the technical field of rail traffic signal system test. The test system comprises a test management module, a test execution module, a test interface adaption module and a test analysis and assessment module and is connected with a tested vehicle-mounted operation control system by the test interface adaption module, wherein the test management module finishes the functions of storing, modifying and configuring test data, the test execution module finishes the function of executing the test data, the test analysis and assessment module finishes the functions of recording, treating, analyzing and assessing the test data, and the test interface adaption module finishes the functions of adapting to the interface characteristics of real tested vehicle-mounted equipment and interacting practical information with the tested equipment. The invention can be conveniently used for various types of tests on the vehicle-mounted equipment of a train operation control system, wherein the tests comprise function test, interconnection test and the like; and in addition, the invention has good popularity and flexibility.

The invention relates to the field of communication equipment, in particular to a technology for testing a mobile terminal. A method for testing the mobile terminal comprises the steps: a test server generates a test signaling comprising a test instruction which needs to be executed by the tested mobile terminal; the test server sends the test signaling to the tested mobile terminal by a wireless communication network; and from the test result signaling returned by the wireless communication network at the tested mobile terminal, the test server acquires test results which are generated after the tested mobile terminal executes the test instruction. The invention also provides a test system and a test server of a mobile terminal, and the mobile terminal. As the test server tests the tested mobile terminal by the wireless communication network, the purpose of simultaneously testing a plurality of mobile terminals in different areas can be realized, thus improving test efficiency and saving test cost.

A test and analysis system of digital machine process-dynamics character comprises hardware prepared as arranging acceleration transducer at tail end of cutter, connecting hammer and said transducer to electric charge amplifier being connected to data collector and carrying out data transmission with computer by said collector; and software formed by man-machine interactive boundary and module of data collection, data play-back, hammering test, transmission function analysis, parameter identification, noise test and analysis.

The present invention provides a buried-point testing method, as well as a data query method and device. The buried-point testing method comprises: implementing software to be tested, wherein the software to be tested contains a plurality of buried points, and the buried points respectively correspond to a plurality of function modules in the software to be tested so as to be triggered when the corresponding function modules are implemented; when the situation a buried point in the software to be tested is triggered is monitored, obtaining buried-point data corresponding to the corresponding buried point; reporting the buried-point data to a query server so as to generate a database of a query server, wherein the query server offers the corresponding buried-point data according to the input buried-point information. Through the adoption of the buried-point testing method, users can conveniently view the buried-point data, so that the operation of the users for viewing the buried-point data is simplified, the efficiency of viewing the buried-point data for the users is improved, and further the testing efficiency can be improved.

The present invention relates to the automatic test method and the system of mobile phone software. The method mainly includes five steps; firstly, the keystroke operation of a mobile phone is simulated by a program-controlled switching switch; secondly, communication between a base station and the mobile phone is simulated by a comprehensive mobile phone tester; thirdly, the images of the display screen of the mobile phone are real-timely collected by a camera; fourthly, according to a test task, an industrial control computer controls the unified operation of the program-controlled switching switch and the comprehensive mobile phone tester, collects information coming from the serial port of the mobile phone and the camera-collected real-time images of the display screen of the mobile phone and compares the collected real-time images with corresponding preset template images; fifthly, according to the information coming from the serial port of the mobile phone and the comparison result of the images, the industrial control computer judges the operation state of the mobile phone software. The present invention can accurately simulate the process in which a person operates a mobile phone, so the test result is more accurate. Moreover, the present invention can increase the test efficiency and ensure the comprehensive traversal of test cases.

This invention relates to one software test method, which comprises the following steps: analyzing test leg and establishing test sample; accordingly getting the test data; processing test machine according to the match; according to the match result fixing test environment; executing test spot and collecting test record and dismantling the test environment. This invention software test system comprises the following parts: control machine to analyze test leg and to establish test sample to adjust test machine and to send the data into the test machine fix environment and to record result and to collect test data according to the orders; match machine to match needed machines; test machine is to fix environment and to send order for relative aim.

The invention provides a method for automatically testing embedded software, and aims to provide a method which is not separated in design and execution and is capable of improving the testing efficiency and the testing quality of the embedded software. The method is realized through the following technical schemes of integrating interface design, test planning, test design, test execution, defect management and regression test in a unified platform for management by adopting software engineering; allocating the grades between a data element and a data block according to difference of items, and designing an interface control file; establishing a test cross-linking environment diagram, formulating test types, and designing test items or test sub-items, the name of test cases and the description of test cases; designing independent test cases, forming a scene/business flow test case by linking the independent test cases together through a flow diagram, and saving data of the test design in a database; jointly forming a test platform by enabling the test execution to be combined with the test environment diagram, the test cases and an interface route; automatically recording a test result by a system.

The invention provides an application programming interface automatic test method, system and device, and a storage medium. The application programming interface automatic test method includes the following steps: obtaining Excel files to be processed; obtaining test case data from the Excel files according to a preset format, wherein the test case data includes a test name corresponding to each test case, an application programming interface service address, an interface name, test modes, test request parameters, and verification methods; and executing each test case according to the test case data. The method simplifies the writing method of the test case, and the tester can complete the the writing method of the test case by only filling in the corresponding position data in Excel, without the need of understanding the code itself. The existing test report of a preset format is modified into the test report corresponding to each test case according to the data in the Excels, which improves the conversion rate of the test case, and improves the reuse rate of the test case through the reuse of the test report.

The invention provides an automatic interface test system, which comprises an interface code acquisition unit used for acquiring the codes of tested interface programs; an interface element information read unit used for reading interface element information including interface element names, interface element types and service function requirement information from the codes of the tested interface programs; a test case generation unit used for generating interface test cases according to the business function requirement information; a test case execution unit used for running the test cases and responding to the functional requirements in the running of the test cases as well as acquiring the responding results of the functional requirements; a test result output unit used for acquiring expected verification results of the test cases from the running test cases, comparing the responding results of the functional requirements with the expected verification results for uniformity, and outputting uniform or nonuniform test results. The test efficiency of the automatic interface test system is significantly improved by comparing the test with the automatic interface test system with manual test.

The invention discloses an automatic test method based on Android, which comprises the following steps: 1. calling various test programs and internal shell commands of Android; 2. encoding the various test programs and the internal shell commands; 3. after encoding, forming a series of test sequences which can be called randomly and generating corresponding test events; 4. after the encoding is finished, reserving a storage space for compiling expand interface programs; 5. compiling codes in a Linux compiling environment to form an executable file; and 6. carrying out a random test on the various test programs by the executable file during the test through calling the monkey random test command of the Android. The automatic test method disclosed by the invention is simple and convenient to operate, integrates various automatic tests, can carry out an automatic test only through a mobile phone and has high efficiency.

The invention discloses a performance test method, device and system based on a cloud computing platform. The method includes the steps of obtaining information of a built performance test task; saving a testing script into a script storage server; deploying a to-be-tested application in a virtual host of a cloud computing environment by calling an interface of the cloud computing environment; after a starting command of the test task is received, determining a target cluster for the performance test task; transmitting scene information of the performance test task and a storage address of the testing script in the script storage server to the target cluster, accordingly loading the testing script from nodes in the target cluster according to the storage address, issuing a visiting request for application allocated in the virtual host of the cloud computing environment by executing the testing script, and obtaining and returning performance data; receiving the performance data returned by the target cluster. By means of the performance test method, device and system, performance testing based on the cloud environment can be achieved.

The invention discloses a comprehensive test stand for water-lubricated bearings for pumps. The comprehensive test stand comprises a driving transmission system, a main box, a bearing, a lubricating system, a loading system, a measuring system, a signal analyzing and processing system and the like, the driving transmission system consists of a variable-frequency motor, an elastic coupler, a step-up box and the like, the main box is a cube with a transparent top cover plate, and a spindle horizontally enters the box from a side wall, which is close to the end of the elastic coupler, of the main box. A pressure sensor, an eddy current sensor, a vibration acceleration sensor, a temperature sensor and the like are sequentially arranged and mounted on the spindle or around the spindle and used for acquiring displacement signals, rotation speed signals, phase signals, temperature signals, pressure signals, vibration signals and the like, and the sensed signals which are acquired by the various sensors in an online manner are transmitted to an upper computer to be processed, displayed and stored. The comprehensive test stand has the unique advantages of fine performance, high precision, low cost, environmental protection, zero pollution, friction reduction, energy conservation, noise and vibration reduction, fine fire resistance, easiness in maintenance and the like.