1785results about How to "Implement automated testing" patented technology

The invention discloses a test system and a test method oriented to a next-generation firewall. The test system is composed of five modules, namely a management module, a strategy module, a session generation module, a result evaluation module and a report module. The test method comprises the steps: (a) test strategy configuration: according to preset parameters, filling in data structure linked lists of test rules to generate specific test cases; (b) network session generation: constructing an independent client program and an independent server program, respectively simulating an attack host and a host in the network protected by a firewall, then respectively calling plugins corresponding to the test cases, passing the parameters of the test cases generated in the step a to the plugins, generating data packets in real time through the plugins, and delivering the data packets to a client or a server to be sent to generate a network session or network attack session; (c) test result evaluation: evaluating test results according to the completion status of the session, as well as behavior parameters and alarm information of the firewall. By adopting the test system and the test method oriented to the next-generation firewall, automatic test and evaluation of the next-generation firewall can be realized.

The invention relates to a mode-based dynamic vulnerability discovery integrated system and a mode-based dynamic vulnerability discovery integrated method. The mode-based dynamic vulnerability discovery integrated system comprises a dynamic taint analysis module, a test case selection module, a restraint solving module and a management module. The mode-based dynamic vulnerability discovery integrated method comprises the following steps: firstly, transmitting a seed case to an application program, tracking the transmission of taint data in the program by use of the dynamic taint analysis module, then expressing a transmission track by use of symbols, thereby obtaining a symbolized taint transmission path by virtue of combination of a dynamic taint analysis technology and a symbol execution technology; then by taking the symbolized taint transmission path as input of the restraint solving module, performing restraint solving to obtain a new test case, re-transmitting the test case to the application program, and further performing subsequent operations, wherein the whole process is performed under unified dispatching management of the management module. According to the mode-based dynamic vulnerability discovery integrated system and the mode-based dynamic vulnerability discovery integrated method, the automation degree and efficiency of dynamic vulnerability discovery for a binary program are improved, the generated test data accuracy and the efficiency are high, and thus a fuzzy test process is high in pertinency.

The invention discloses a method for automatically testing parameters of a millimeter wave power amplifier and a system. The system comprises the structure that a millimeter wave excitation signal power control unit of a piece to be tested is connected with a millimeter wave excitation signal power generation unit of the piece to be tested; a millimeter wave excitation signal power detection unit of the piece to be tested is connected with the millimeter wave excitation signal power control unit of the piece to be tested; the input end of the piece to be tested is connected with the millimeter wave excitation signal power detection unit of the piece to be tested; the output end of the piece to be tested is connected with the millimeter wave excitation signal power detection unit of the piece to be tested; a direct current signal supply unit of the piece to be tested is connected with the piece to be tested; and a test system control unit is respectively connected with the millimeter wave excitation signal power generation unit of the piece to be tested, the millimeter wave excitation signal power detection unit of the piece to be tested, the direct current signal supply unit of the piece to be tested and an output signal detection unit of the piece to be tested. According to the method and the system disclosed by the invention, the automatic test of multiple millimeter wave power parameters is realized; the difficulty in lacking of test equipment is overcome; and the defects of manual test efficiency, low accuracy, uncertain factors and the like are avoided.

This invention discloses an automatic test method for CDMA cell phone software and a device, among which, the method includes the following steps: simulating CDMA cell phone keys by computer and generating related test scripts in the computer to be analyzed and translated to control orders for CDMA cell phones, transferring said orders to the CDMA cell phone via the computer serial interface, said cell phone responds to related key actions and feeds back the related response information to the computer to judge if a fault happens based on the response information, which can replace large quantities of artificial operations and effectively relicates events of small probabilities in the test to cell phone software so as to position the fault point of the software.

The invention discloses an automated testing method of a Web application system and a device thereof, which aims at solving the problems of the inflexibility, the low reutilization ratio, the heavy testing workload and the low efficiency of the existing automated testing tool of the Web application system. The method comprises the following steps: operation flows of the Web application system are broken down into the combination of atomic flows; an automated testing component is established correspondingly to each atomic flow; a preset testing case that records atomic flow sequences are read; the corresponding testing component is invoked to test the Web application system correspondingly to each atomic flow in the sequences. As the automated testing method of the components can be flexibly suitable for the automated testing of a plurality of complex and multivariant operation flows, the commonality of the testing programs can be improved, the automated testing efficiency can be greatly improved and the testing workload can be reduced; in addition, as the operation flows are thinned into the atomic flows, the error atomic flows can be tracked and positioned so as to find error points in time and improve the testing effect.

The invention discloses a car body electric control system testing platform based on hardware-in-the-loop. The car body electric control system testing platform comprises an upper computer (1), a testing equipment cabinet (2), a mobile terminal bench (3) and a laboratory car bench (4). The testing equipment cabinet is composed of a plurality of modules. The terminal bench is used for connection among the testing equipment cabinet, a controller to be tested and the laboratory car bench. The laboratory car bench is used for constructing switches of the whole car body and real loads. The upper computer is connected with a PXI real-time controller in the testing equipment cabinet through a network cable and monitors the operation of the testing platform in real time. An equipment cabinet power supply input module of the testing equipment cabinet is externally connected with a power supply and realizes power distribution and system protection of the equipment cabinet power supply. The mobile terminal bench is connected with the testing equipment cabinet through an equipment cabinet panel connector, is connected with the laboratory car bench and the controller to be tested through wire harnesses and is capable of simulating excitation signals of the controller to be tested. A controller fault injection module is capable of simulating a to-ground short circuit fault, a to-power-supply short circuit fault and an open circuit fault and is used for testing the fault diagnosis function of the controller.

The invention discloses an automatic test system for CAN network and ECU functions. The automatic test system comprises a mainframe, a bus analyzer, a bus interferometer, an oscilloscope, a programmable power supply and a function test board. The mainframe manages the test system in an unified mode, controls the test processes of the whole system concentratedly and achieves automatic tests in which the test processes are performed automatically and test reports are output automatically; the bus analyzer receives, transmits and analyzes bus information; the bus interferometer achieves interference operation on a bus; voltage is converted through the programmable power supply; a multi-path digital oscilloscope is adopted as the oscilloscope, the signal collecting end is connected with the bus or the ECU output end, and the oscilloscope collects waveforms through communication with the mainframe and displays the waveforms in the mainframe to capture information; the function test board simulates input signals needed in the test processes and collects the output signals of the tests. The system has the advantages of improving test efficiency and reducing test errors.

The embodiment of the invention discloses a system and method for testing radio frequency (RF) of a long term evolution (LTE) base station. The system comprises a signal generator, a spectrum analyzer, a control personal computer (PC), an internal local area network (LAN), a circulator, an RF switch, a remote radio unit (RRU) and an auxiliary control unit. The signal generator, the spectrum analyzer, the control PC, the circulator, the RF switch, the RRU and the sub-control unit are connected to the internal LAN by network cables and used for interacting orders and data by the internal LAN. According to the embodiment of the application, automatic RF test demands of an LTE system can be met.

The present invention provides IP set-top box test system and implementation method. System includes remote controller signal reception module, message scheduler module, and test module and control command interface set in set-top box; wherein control command interface converting command as instruction and transmitting to test module, test module processing and transmitting to message scheduler module to make processing; through analyzing some operation flow message interactive process, then according to analytical result compiling test case making script, finally executing script i.e. according to script test. Said system or method can customize test condition and scene, to realize set-top box automatization testing.

The invention discloses a system and a method for testing a digital-analog mixed signal chip. The system comprises a USB communication module, an online detection module, a DAC measurement module, a display alarm module, a linear scanning module and an error processing module, and is characterized in that the modules are all integrated in an ARM processor. The system and the method disclosed by the invention have functions of multi-chip online detection, automatic and manual combination, real-time data recording and storage, system error processing and the like, the hardware cost is saved, and the software design cycle is shortened. Meanwhile, the system and the method can also avoid unstable factors brought about by an externally lapping circuit.

The invention discloses an SIM card compatibility automated test method and an SIM card compatibility automated device. The SIM card compatibility automated test method comprises the following steps:step01: a computer, an SIM card set and a mobile phone are connected; step02: the computer sends out an instruction to connect one SIM card of a SIM card set and a mobile phone signal, wherein, the SIM card is defined as a working SIM card; step03: the computer sends out an instruction to test whether the working SIM card and the mobile phone are compactable or not; step04: the computer judges weather all SIM cards in the SIM card set finish the test or not; if all the SIM cards in the SIM card set finish the test, step 06 is executed, and otherwise, the step 05 is executed; step05, the computer sends out an instruction for connecting a next SIM card of the working SIM card in the SIM card set and the mobile phone signal, and the next SIM card is defined as a working SIM card, and then thestep 03 is executed; and step06: logout. The invention has the advantages that automated test can be realized.

The invention provides a test device for testing the radiation sensitivity of an electric field and a test method thereof. The test device comprises a main control computer, a PCI (Personal Communication Interface)-GPIB (General Purpose Interface Bus) control card, a signal generator, a switch array, a power amplifier A, a power amplifier B, a coupler A, a coupler B, a power meter, an antenna A,an antenna B, a field intensity probe and a field intensity monitor. The test device solves the problem of serious attenuation of radio-frequency signals of a 10kHZ-40GHz frequency range signal generator during remote transmission based on different transmission characteristics of radio frequency signals at high and low frequency bands. When equipment under test abnormally works during the automatic control test process, the test method can be immediately switched to the radiation sensitivity manual test of the electric field; and after the normality is restored, the manual test is switched back to the automatic test, so as to continuously test till the whole test process is finished. The test device is convenient and flexible to operate and has high safety and reliability.

Provided is a plug test fixing device of a lamp charging plug. The fixing device comprises a pedestal. The pedestal is provided with a first clamping device which is used for fixing charging plugs with different sizes, and a second clamping device which is used for fixing lamps with different sizes. The first clamping device is connected with a drive device which can drive the first clamping device and can move upward and downward along a vertical direction. Compared with the prior art, the plug test fixing device of the lamp charging plug utilizes the drive device to conduct the plug test on the charging plug so that an automated test is realized. The test is high in efficiency and solves problems that a low efficiency and a high labor intensity caused by adopting manual manner to test the service life of the charging plug in the prior art. Besides, the first clamping device of the invention can clamp and fix the charging plugs with different sizes. Therefore, the plug test on the charging plugs with different sizes can be conducted. The plug test fixing device is high in universality and solves a problem that the plug test fixing device of the conventional charging plugs cannot be universally used.

The invention discloses a dSPACE-based motor control hardware-in-the-loop automatic test system and method. The system includes a to-be-tested object motor controller, a hardware-in-the-loop simulation platform and an automatic test system platform; the hardware-in-loop simulation platform includes a real-time processor, an IO board card, test management software, and the like, wherein the real-time processor is connected with the to-be-tested motor controller through the IO board card and operates a virtual motor model to simulate the operating state of a motor; and the automatic test platform includes a keyword driving module, a test case editing module, a Robot Framework automatic test framework, a test execution module, and a test report output module. With the dSPACE-based motor control hardware-in-the-loop automatic test system and method of the invention adopted, the logic function of the to-be-tested motor controller can be tested automatically; the strategy response of fault injection can be verified; the startup of the automatic test system can be controlled through command line statements; a test report can be automatically generated; automatic testing can be realized ina real sense; and a sound test process of an enterprise can be established. The automatic test system can be conveniently integrated with an existing open-source Jenkins regression test system.

The invention provides an automatic scene test platform oriented to task application and a method. The automatic scene test platform comprises a test item storing module, a test case creating module, a test data transmitting module and a test executing module, wherein the test case creating module is used for creating test cases and adding test steps in the test cases, and each test step corresponds to one test item; the test executing module is used for reading the test cases, sequentially executing the test steps according to the preset sequence, executing the corresponding testing items, calling the corresponding test requirement data from the test data transmitting module and storing test result data into the test data transmitting module. The test scheme oriented to task application is provided, all the test cases are modularized, multiple-test-item input is supported, the requirement for encoding capacity of test staff is reduced, the test staff can create the test steps and add the test steps conveniently, and automatic codeless testing can be achieved; the automatic scene test platform is capable of achieving automatic testing of complex scenes and is suitable for large-scale application and popularization.

The invention discloses a test system and method of dynamic friction parameter, the test system is characterized in that's: an absolute encoder 14 is arranged on a motor 13, a moment sensor 4 is arranged axially between a test part, a weight fixing device 6 and a locking mechanism 2, the test part is arranged at upper and lower layers of the weight fixing device, when testing, the operation of the motor is controlled by a controller, moreover the parameters including the sampling time, friction moment, rotating speed, rotating angle and motor winding current are recorded synchronously, the evaluated value of current friction parameters are set at Sigma 0, Sigma 1, Fc, Fs, Omegas, and Sigma, and then differential equation of systematic movement is solved so as to obtain the evaluated value Theta(t) of moment motor rotating angle of each sampling time, thereby respectively calculating the errors of the evaluated values of the moment motor rotating angle and the friction moment of each sampling time, the error parameters are contrasted with the set testing parameters so as to meet the required evaluated value of the output friction parameters, otherwise correction is re-made. The test system and method of dynamic friction parameter has the advantages of convenient testing and high precision. The test system is applicable for dynamic friction parameter test on various materials.

The present invention discloses a log automatically measuring method and automatically measuring system which is applied in a log system of an including measured device and a log memorizer. The system comprises a measure control module, a log event trigger module and a log monitoring module. The method comprises the following steps: the inside of the measure control module is provided with a measure example which controls the whole measure process; the aforesaid measure control module orders the aforesaid log event trigger module to trigger the measured device to operate and confirms that the operation produces a corresponding time slice of the log and a corresponding anticipated log; the log monitoring module renews the log timely from the aforesaid log memorizer and makes sure that the renewed time falls in the renewed log of the aforesaid time slice; the invention compares the aforesaid renewed log with the aforesaid anticipated log and records the measure log according to the result. The present invention can automatically measure the log, precisely controls the time produced by the log and improves the measuring precision.

The invention provides an automatic test system for a millimeter wave receiver. The system realizes automatic test for a noise coefficient, an amplitude-frequency characteristic, a multi-channel phase consistency index of the millimeter wave receiver in a mode of frequency scanning. The system comprises a noise coefficient test sub-system, an amplitude-frequency characteristic test sub-system anda phase consistency test sub-system. Each of the three sub-systems comprises a main control computer for automatic control, and a GPIB data card. The amplitude-frequency characteristic test sub-system and the phase consistency test sub-system also comprise a millimeter wave frequency multiplication module for performing frequency multiplication on signals to an operating frequency of a test device. The automatic test system can completely realize the automatic test for the radio frequency index of the millimeter wave receiver by utilizing the conventional test device, solves the problem that the conventional millimeter wave test method and test device in China are absent, and overcomes the defects that a manual test wastes much time and energy, data points are less and the accuracy is low.

The invention discloses an apparatus for testing network performance parameter, a system thereof, and a method thereof. The method comprises the following steps: acquiring information of all user terminals with different interface forms, wherein, the user terminals are connected with a unified interface platform; supporting a flexible telephone traffic model set function, and forming an AT instruction packaged with a test service parameter; outputting the AT instruction to the user terminals which are connected with the unified interface platform, and controlling the user terminals to carry out a test according to a set telephone traffic model; according to the received AT instruction, carrying out a network performance parameter test by the terminals, and feeding back test data information; receiving the test data information returned by the user terminals by an automatic calling server, carrying out processing to obtain a network performance test parameter, and automatically generating a KPI statistics form and a test report. By applying the apparatus, the system and the method of the invention, high capacity pressure and performance tests of a communication network can be realized, and reliability of test data and test efficiency are raised.

The invention discloses a method for testing automatic exchange optical networks, which includes the following steps: step S102, an exchange connection database and testing strategy are set up, in which, the exchange connection database consists of connection messages and connection scripts; step S104, a testing embodiment is executed according to the testing strategy, an instruction of the testing embodiment is sent to a measured object, and then a response result output from the measured object which is tested is received; and step S106, the invention judges whether the response result is in accordance with the corresponding predicted result of the connection scripts; if both the results are consistent each other, the testing embodiment execution is correct; otherwise, an error exists in the testing embodiment. By adopting the invention, automatic testing of user network client system in ASON network is realized, and repeated workload of testing personnel is effectively reduced; besides, the test is capable of going on without interruption, thus increasing testing efficiency and quality, facilitating the research and development progress of products and saving manpower and device resources.