33results about How to "Meet the needs of automated testing" patented technology

The invention is applicable to the field of information processing, and provides a service testing method and device. The method comprises the following steps: receiving service testing request information, wherein the service testing request information carries information of a service testing interface selected by a user; looking for a testing drive class corresponding to the information of the service testing interface from a pre-stored testing drive class; performing the found testing drive class to load a corresponding testing case; extracting the content of the testing case, and sending the extracted content to a server for testing; receiving a testing result information returned by the server after the testing is finished according to the content in the testing case. By the adoption of the method and the device, the problem that the same testing tool cannot meet testing requirements of different services, is effectively solved, and automatic testing requirements of most services can be met.

The invention discloses the test method of an unmanned vehicle. The method comprises the following steps that a centralized control server carries out test scene initialization according to a preset test case; after the test initialization is completed, the centralized control server operates the test case, simultaneously triggers the unmanned vehicle in a test scene to carry out path planning according to a preset starting point and a preset end point, and travels according to a planned route and reports the real-time state of the vehicle; and during the operation process of the test case, for each test condition in the test case, the centralized control server carries out corresponding scheduling and control on a simulation device based on real-time state information of the current unmanned vehicle and the real-time state information of the simulation device in the test scene so as to complete the construction of a test condition. In the invention, the automatic test demand of a complex scene can be satisfied and the realization cost of the simulation device is low.

The invention discloses a high-coverage automatic radio frequency index test device. By using the device provided by the invention, quick tests with high coverage can be performed on multi-channel radio frequency indexes of various types of equipment under test. The device provided by the invention is implemented via the technical scheme as follows: an input radio frequency interconnection matrixmodule receives multiple signal sources, a noise source and an output signal of a vector network, and provides source signals such as a microwave vector signal source, the noise source and the vectornetwork output signal to the equipment under test; the equipment under test receives a low-phase noise local oscillator signal and a reference clock signal from a multi-channel local oscillator sourcemodule; the equipment under test completes automatic switching of multiple channels via an output radio frequency interconnection matrix module, and transmits a test signal to an universal measurement instrument; an industrial control computer calls control parameters of the universal measurement instrument and the equipment under test to complete automatic test of the multiple indexes, reads a test result of the universal measurement instrument and automatically generates a test report in a standard format; the artificial configuration test and automatic test on the main indexes of the equipment under test are achieved by using a visual manual control interface.

The invention discloses an automatic automobile braking line air tightness detecting device and a detecting method thereof. The automatic automobile braking line air tightness detecting device comprises an air inlet pipe, a testing pipe and an exhausting pipe, wherein the air inlet pipe comprises a compressed air source, a first magnetic valve and a first pressure sensor, the testing pipe comprises a second magnetic valve and a second pressure sensor, and the exhausting pipe comprises a third magnetic valve. The air tightness is detected by adopting a differential pressure method and combiningwith a soap lather detection method and an automatic carbon dioxide air tightness detecting method. Automatic automobile braking line air tightness detection is achieved, meanwhile the testing pipe number can be set according to the production demand, the detecting efficiency and precision are improved, and the demand for automatic detection during large-scale production is met. Compared with a direct voltage method adopted for manual detection, the differential pressure method can effectively decrease system errors and errors caused by environmental change. In addition, compared with a traditional differential pressure method, a comparison workpiece is not needed, a device structure is simplified, and the limitation that a leakage point is sought by adopting a traditional soap lather detection method is made up.

The present invention discloses an automatic test system and method of remotely-controlled equipment. A test case acquiring module, a monitoring module, a signal transmitting module and a control signal input module are all connected with a processing module; a signal receiving module, a work status output module and a work log storage module in the remotely-controlled equipment under test are all connected with an information scheduling module; a tester selects a test case or a case sequence to be executed by a test device through the user-friendly man-machine interface of the test device; the test device executes the test case and transmits remote control test signals to the equipment under test; the equipment under test receives a remote control test instruction and performs automatic testing; and a user can choose whether to use a work log storage function according to test items and the differences of the type of the equipment under test, so that the automatic analysis of later-stage test results can be realized.

The invention provides a dial measuring method and apparatus for data traffic unified payment services. The method comprises the steps of receiving an access request for a unified payment service server; determining whether the access request is an access request transmitted by a preset dial measuring terminal; if so, forwarding the access request to a preset dial measuring server; receiving a response message returned by the dial measuring server, with the source address of the response message being the address of the unified payment service server, forwarding the response message to the dial measuring terminal, and establishing a session between the dial measuring terminal and the dial measuring server; and carrying out dial measuring processing of data traffic unified payment services through the session. The invention can improve the test efficiency of unified payment services.

The invention discloses a trolley omni-directional movement control system and a method. The control system comprises a base station DGPS receiver, a digital signal processor, a driving motor, a photoelectric encoder, a steering engine and a mobile station DGPS receiver. The driving motor, the photoelectric encoder, the steering engine and the mobile station DGPS receiver are connected with the digital signal processor. According to the invention, firstly, differential positioning data are obtained through the base station DGPS receiver. Secondly, the real-time GPS information of a trolley isacquired through the mobile station DGPS receiver. Thirdly, the real-time GPS information of the trolley is converted into parameters into a plane rectangular coordinate system from parameters in a spherical coordinate system. Finally, the turning and the speed of trolley wheels are continuously adjusted by taking a preset track of the trolley as a target. In this way, the trolley is driven to runaccording to the preset track. Based on the trolley omni-directional movement control system and the method, the problem that a program cannot be transplanted and the control precision is low in an existing control method is solved.

The embodiment of the invention discloses a webpage automated testing method and device. The method includes the steps of generating a junction point structure chart corresponding to an adjustable point element in a webpage to be tested, generating a conventional test case according to the junction point structure, and conducting the webpage test on the basis of the conventional test case. The device comprises a junction point structure chart generating unit and a conventional test case webpage testing unit, wherein the junction point structure chart generating unit is used for generating the junction point structure chart corresponding to the adjustable point element in the webpage to be tested, and the conventional test case webpage testing unit is used for generating the conventional test case according to the junction point structure chart and conducting the webpage test on the basis of the conventional test case. The webpage automated testing method and device solve the technical problem that due to the fact that when an existing automated test scheme is used, the number of adjustable point routes of a user is quite large and the efficiency for writing the automated test case is quite low compared with program automatic generation. The existing webpage automated testing technology is optimized, and the increasing requirements of people for personalized and convenient automated testing are met.

The invention discloses an automation method for testing and downloading HEX files. The method comprises the following steps of 1, automatically obtaining HEX of all supported chip types, and HEX filenames; 2, in a CSWrite tool, opening the HEX files; 3, judging whether a chip has multiple packaging types or not; 4, downloading the HEX files, and returning a downloading result; 5, opening and downloading all the HEX files in sequence; and 6, analyzing a statistical result. By downloading the HEX generated by automatically enabling different chip types and performing statistics on the HEX downloading result, the HEX generated by enabling the different chip types is quickly and accurately obtained to meet the need of automation testing and improve the test efficiency. For newly added chip series, quick regressive testing can be realized through a system.

The invention discloses a power-on detection system of liquid crystal glass. The power-on detection system comprises an upper computer, a signal generator and a measurement device, wherein the upper computer is used for controlling waveform signals output by the signal generator and needed by liquid crystal glass to be detected and comprises an UI unit, a service stream control unit and a plurality of service processing units; each service processing unit corresponds to a detection item; the UI unit is used for receiving externally input detection item selection information and sending the detection item selection information to the service stream control unit through corresponding service processing modules; the service stream control unit is used for extracting corresponding fixed configuration information according to the received detection item selection information so as to generate a first control signal; the first control signal is used for controlling the signal generator to generate waveform signals according to the fixed configuration information. The power-on detection system is capable of achieving flexible arrangement of the detection process, automatically checking the signal generator before testing, providing real-time power monitoring in the detection process and finding equipment abnormality in time.

The invention discloses an automatic detecting device for pull-up. The device comprises a shell, a microcontroller arranged in the shell, and an image acquisition module, an audio processing module, astorage module and a steering engine driving circuit which are connected to the microcontroller respectively; the side face of the shell is also provided with an IC card reading module, a USB interface and a network interface respectively, and the image acquisition module is arranged at the top end of the shell. The automatic detecting device for the pull-up has the advantages that automatic testand recognition are performed by integrating a mechanic image processing algorithm, human-computer interaction is performed by integrating a voice recognition method, and automatic data storage and updated web display are performed in a mode of a network database, so that the hardware cost is reduced, the mechanical structure is simplified and the interaction ability is improved.

The invention provides a method and apparatus for generating a key in an automated testing process. The method in an embodiment comprises the following steps: receiving an automated testing instruction; according to the automated testing instruction and a predetermined script path, calling a key data extraction script associated with the predetermined script path on an application server through ascript calling interface to obtain server key data; and generating the key according to local terminal key data and the server key data. In the solution of the embodiment, the requirements of automated testing under the condition that the key changes are met, and the testing efficiency is improved.

The invention discloses an energy storage station PCS simulation operation method, relates to the technical field of energy storage simulation, and is used for solving the problem that existing energy storage station equipment is difficult to simulate, and the method comprises the following steps: modeling a PCS virtual device; initializing the virtual device; enabling the virtual device to receive the simulation instruction; changing operation parameters of the virtual device according to the simulation instruction, and executing a simulation task corresponding to the simulation instruction; when the simulation task is executed and a shutdown instruction is received, closing the virtual device; and when the simulation task is executed and the shutdown instruction is not received, continuously receiving the simulation instruction. According to the invention, the PCS virtual device is modeled, and then simulation is completed through the virtual device, so the control logic requirements of the automatic test system and the energy storage monitoring system in various control services and the automatic test requirements of the service process are met.

The invention provides a test system and a test method, and relates to the technical field of computers, the test system comprises a test case module, a version management module, a target identification module and a report generation module; the test case module is used for calling and debugging a test case based on a test demand; the version management module is used for carrying out distinguishing test on to-be-tested versions, wherein the to-be-tested version comprises multiple of a webpage version, a desktop version and a client version; the target identification module is used for performing identification test on the to-be-tested target based on the test case to obtain a test result, wherein the to-be-tested target comprises a to-be-tested picture and a to-be-tested three-dimensional model; the report generation module is used for generating a test report according to the test result. According to the testing system, the universality of 3D graphic software testing is effectivelyimproved.

The invention relates to an automatic test method and device. The test method comprises the following steps of: constructing test cases according to an operation demand and a common business function(common api), wherein the operation demand comprises click, screen sliding, dragging, long press and screenshot; obtaining a test case corresponding to a test operation request sent by a user terminalaccording to the test operation request; and testing a to-be-tested front-end program in the user terminal according to the test case corresponding to the test operation request. According to the method and device, the test cases are compiled through the common api, so that different user terminals can carry out test by using a uniform test framework, thereby effectively reducing the case compilation cost and satisfying the demands of test engineers in the aspect of automatic test.

The invention relates to an automatic absorption liquid filling and labeling integrated system. The automatic absorption liquid filling and labeling integrated system comprises a working machine table, wherein a first bearing tray and a second bearing tray which are oppositely arranged are rotationally connected to the working machine table. The automatic absorption liquid filling and labeling integrated system further comprises a plurality of first clamping mechanisms and second clamping mechanisms which are annularly arranged on the first bearing tray at intervals, a plurality of first liquid filling mechanisms and second liquid filling mechanisms which are annularly arranged on the second bearing tray at intervals, and a labeling device used for attaching labels to absorption bottles subjected to liquid filling, wherein the labeling device comprises an installation support, a printing device, a label pressing assembly and a labeling mechanism. During working, the absorption bottles are clamped on the first clamping mechanisms and the second clamping mechanisms, absorption liquid is injected into the absorption bottles clamped by the first clamping mechanisms through the first liquid filling mechanisms, and the absorption liquid is injected into the absorption bottles clamped by the second clamping mechanisms through the second liquid filling mechanisms; and after the absorption liquid is filled, the labels are attached to the absorption bottles through the labeling mechanism, so that automatic liquid filling and labeling actions are realized.

The invention discloses an adjustable phase shifter being controllable by software. The adjustable phase shifter comprises a housing; and a data interface is arranged at one side of the housing. A driving mechanism, a sliding mechanism, a control system, a connection line, an inner-outer conductor group, an outer conductor group, an inner conductor group and a joint are arranged inside the housing. The data interface is connected with an external data input terminal cooperatively. The control system is respectively connected with the data interface and the driving mechanism; and the driving mechanism is connected with the sliding mechanism. The connection line, the inner-outer conductor group, the outer conductor group, the inner conductor group and the joint are connected successively, coaxially, and horizontally; and the inner-outer conductor group and the sliding mechanism are in cooperative connection. Therefore, under the circumstance that the circuit of the radio frequency transmission system is not interrupted, delay of a signal is changed continuously; the phase of the measurement system is adjusted in an online manner by software control; the automatic test need of the modern communication system is met; the manpower and material resources are saved substantially; and the efficiency is improved.

The invention provides an automatic testing method and device, equipment and a storage medium, and the method comprises the steps: transmitting a test message to a tested system of a commercial bank, so as to enable the tested system to generate a corresponding return message according to the test message; if normal communication with the tested system cannot be realized and an expected return message is obtained from the tested system, determining that the test result is a communication level error; if the expected return message is obtained, determining a corresponding processing result according to the return message; if the processing result is correct, determining that the test result is correct at the application level; if the processing result is an error, determining that the test result is an application-level error; if the processing result indicates that re-checking or remote authorization needs to be carried out, determining that the test result needs authorization; in the process of testing the tested system, if detecting that processing of the test program is abnormal, determining that the test result is an internal error; and outputting the mark and description information corresponding to the test result, thereby improving the test efficiency.

The invention discloses a small part comparison detection clamping device. A standard part and a product are clamped independently, a product clamping device ascends and descends vertically, a standard part clamping device ascends and descends in an inclined sliding mode, when the standard part needs to be calibrated, the product clamping device moves downwards to avoid, the standard part clamping device moves upwards, automatic switching and accurate positioning of a detected product and a comparison standard product are realized, and a probe and a loading and unloading manipulator are effectively avoided when the product or a standard part is detected. The invention further discloses a small part comparison detection clamping method based on the small part comparison detection clamping device.

The invention discloses a system and a method for automatically testing an electrical cabinet of a control system. The system comprises a test host, an electrical cabinet, an interface transfer box, a stepping motor frame and a communication service host, wherein the test host is internally and dynamically expanded, integrates various board card modules, and is connected with an external system through various aviation plugs; the test host is provided with special ETest software for embedded test, manages various board card modules, and provides a software platform for test; the interface transfer box is used for transferring the electrical signals of the electrical cabinet to the test host and the stepping motor frame respectively; a plurality of stepping motors are mounted on the stepping motor frame and are used for receiving electric signals of the electric cabinet; and the communication service host is used for carrying out communication service between the test host and the PLC in the electrical cabinet through a network interface, and processing and forwarding communication information between the test host and the PLC. Automatic testing of the electrical cabinet of the mirror bracket control system is realized, and the detection efficiency of the electrical cabinet is greatly improved.

The invention discloses a linear structured light three-phase synchronous measurement system and method based on a neural network and a calibration method, and the system and method can quickly obtainthe three-dimensional data of the surface of an object through the principle of linear structured light. Meanwhile, the problem that a monocular camera is limited by the shielding of a complex structure on the surface of an object in the scanning process can be solved, noise caused by highlight spots generated by the material problem on the surface of the object can be removed to a certain extent, the method and device do not need to depend on a precise mechanical motion device, the calibration method is relatively simple, and field calibration can be achieved; and hardware is low in overallcost, the method and device are convenient to operate and easy to popularize.

The invention aims to provide an automatic test method and equipment based on hybrid cloud, and the method comprises the steps: judging whether there is a redundant test task locally or not to cause the insufficiency of local test resources, and distributing the redundant test task to public cloud if there is the redundant test task, so as to obtain a test result of the redundant test task throughthe public cloud; and pulling the test results of the redundant test tasks on the public cloud to the local, and combining the test results of the redundant test tasks and the test results of the local test tasks into a local test set result. According to the invention, when the requirement of the automatic test on the computing power is at the peak value, the computing power of the local machineroom can be expanded more economically to meet the requirement of the automatic test.