191 results about "Test types" patented technology

The invention proposes a method and a device for generating a test case. The method comprises the following steps: obtaining an input instrument and a configuration film, wherein the input instruction comprises a test type parameter; the configuration film comprises a module, class information, function information of the tested function and a test parameter; determining the test type according to the test type parameter, and structuring test data according to the test type and the test parameter; rendering the preset template according to the template, the class information, the function information of the tested function and the test data, so as to generate the test case. By adopting the method disclosed by the embodiment of the invention, on one hand, automatic generation of the function test case is achieved without artificially compiling the test case of the tested function, so as to improve the test accuracy, and on the other hand, the test type is determined according to the test type parameter, and support of a plurality of different test modes is achieved, so that the supported test modes are diversified.

The invention provides a base-station radio-frequency automatic test system which comprises a radio-frequency analyzer, a network analyzer, a signal source, a power meter, a severer equipped with automatic test software and a radio-frequency unit comprising coaxial radio-frequency switches as well as filters and attenuators of different specifications. The base-station radio-frequency automatic test system is arranged inside a large-size test cabinet. The operation of the system is under the centralized control of a high-performance workstation. The test software is designed to complete various base-station test items specified in the standard according to user's needs. The base-station radio-frequency automatic test system covers the whole range of the test of various radio-frequency parameters of base station of various communication systems, and maximizes the degree of test automation. Additionally, the base-station radio-frequency automatic test system has the advantages of wide coverage, full test types, high automation degree, easy operation, friendly interface, flexible configuration, convenience for updating along with the modification of the standard, automatic correction function, high test accuracy, and capability of networking several scattered labs via a local area network (LAN) and achieving the effect of test data sharing.

The invention provides a method for generating a test case and a system thereof. The method comprises the steps as follows: test characteristic values fed back by a client side are received; the test characteristic values comprise product type, test type, a function module, a function submodule, neighbor quantity, route capacity, message filter option and the key value of message filter; and the characteristic values are calculated or processed according to an arithmetic which is defined in advance and/or a template which is defined in advance, so as to generate the actual test value to be fed back to the client side. The system and the method can generate the test cases based on market application, such as function test actual value, test script, message analysis chart and the like for use in actual test by the arithmetic defined by the system in advance, a function module template, a function submodule template, a script template and a massage analyzer according to the characteristic values input by a tester.

A method of ensuring the security of data from a medical test includes providing the patient with a medical data card issued by a secure information provider, and having a unique patient identification number (PID), a public key encryption private key, and public key encryption public key (Key 2). The method further includes a first test request card having an encrypted identification of the patient and the test, a health care provider code, Key 2, and the test type that accompanies the patient's test specimen to the secure information provider, a second test request card bearing an encryption of the PID and the test type to forward with the patient's specimen to a testing laboratory; a first test results card bearing an encryption of the PID and the results; and a second test results card that may be read in conjunction with the patient's medical data card.

A control circuit for high-speed test of RAM is disclosed, which is based on hardware logic for correct location of failure and high test efficiency. Its test method includes such steps as setting up the state of test command register, choosing test type, strobing test register, testing data lines by comparison, testing address lines by comparison, step test of memory units, and analyzing error type by reading state registers.

The embodiment of the invention discloses a terminal test method, which comprises the following steps that: a test device triggers a terminal agency to operate terminal to be tested according to test types; the test device obtains current screen content of the terminal to be tested in real time according to the operation of the terminal agency on the terminal to be tested; and the test device compares the current screen content with an expected image to obtain a test result of the terminal to be tested according to preset parameters. The embodiment of the invention also discloses the test device and the terminal agency. Due to the adoption of the invention, the terminal can be tested automatically, the cost is low, the test efficiency is high, and the practicability is high.

The invention discloses a virtual battery management system and an application method thereof, belonging to the technical field of new energies. The virtual battery management system has the structure as follows: a central data processing unit is respectively connected with a man-machine interaction unit, a power battery emulation unit, a CAN (Controller Area Network) communication unit, a measuring unit and an electron load control unit. The virtual battery management system has the advantages that: firstly, the state and charging requirements of a charging object which is possibly encountered in the actual use process are integrated in one system; secondly, charging state information interaction between the virtual battery management system and charging equipment to be tested is realized; thirdly, the model parameters and time coefficients of the test type power battery can be adjusted, and the controllability and work frequency of the charging equipment are improved; and fourthly, the invention provides reference for the influence of the charging equipment on the power battery in the charging process of the power battery, and diversity of the charging loads and universality of the test environment of the charging equipment are realized.

An embodiment of the method includes a method for realizing automatic testing. The method includes determining type of a test performed on a target application already set in a terminal, wherein a test case set corresponding to the test type includes at least one test case; running the test case, in the test case set, corresponding the determined test type; if testing of the test case is finished, acquiring test result data acquired by the running test case, in the test case set, corresponding to the test type. The embodiment of the invention further discloses a device for realizing automatic testing. By adopting the method and the device, automatic testing of the target application already set by the terminal can be realized according to a preset test case set.

The invention discloses a method and a device for testing Android application stability, and relates to the field of terminal application tests. The method and the device for testing the Android application stability are used for solving the problems of incomprehensive test coverage of a monkey tool as well as high maintenance cost and low reusing degree of a monkeyrunner tool. The method comprises the steps of: determining a test type and to-be-tested data based on a preset configuration item, wherein the test type comprises a monkey test and/or a monkeyrunner test; carrying out the monkey test for the to-be-tested data based on each test parameter in a monkey test statement if the test type is the monkey test; and carrying out the monkeyrunner test for the to-be-tested data based on each script statement in each monkeyrunner test statement if the test type is the monekyrunner test. The method and the device for testing the Android application stability are mainly applied to the processes of terminal application tests.

Methods and systems that may be employed to dynamically test the effect of fluids (e.g., well treatment chemicals such as well stimulation treatment chemicals, enhanced oil recovery “EOR” chemicals, etc.) on hydrocarbon recovery from crushed reservoir formation materials under conditions of applied stress. The disclosed methods and systems may be used in one embodiment to dynamically test types of low permeability formations (e.g., such as shale, limestone, quarried rock, etc.).

The invention discloses a quantitative evaluation system and method of a crude oil emulsion stability. The system comprises a signal generator, an oscilloscope, a voltage amplifier, a bottle-test type demulsification dehydrator, a constant-temperature water bath, an emulsion test bottle, a kinetic stability analyzer and a computer, wherein the signal generator generates electric signals with a specific waveform, voltage and frequency, signal amplification is performed through the voltage amplifier, and then an asymmetric high-intensity electric field is applied to crude oil emulsion in the bottle-test type demulsification dehydrator to enable water particles therein to produce electrostatic coalescence and further to accelerate gravity settlement; or under the situation that no electric field is applied, a demulsification agent is directly added into the crude oil emulsion in the bottle-test type demulsification dehydrator to perform chemical demulsification; quantitative analysis and evaluation are performed on the demulsification effect by calculating emulsion dehydration rate or by using the kinetic stability analyzer. The evaluation system and method are convenient, quick, accurate and reliable to use, and can provide convenience for evaluation work of the emulsion demulsification effect under various conditions in laboratories and engineering fields.

The invention discloses a method and device for generating an environment model of an automobile controller test. The method comprises the steps: obtaining the test type and the test device type, wherein the test type comprises an HIL test, an MIL test, and an SIL test; obtaining the test intention, wherein the test intention comprises the input and output signals of the tested controller, and the physical structure and the connection relation of the controlled object controlled by the test controller; and according to the test intention, generating the environment module interfaces corresponding to the test type and the test device and the connection relation between the environment module interfaces. The method and device are capable of improving the universality of the test environment model, and reducing the test time of the automobile controller.

The invention discloses a bioinformatics database system and a data processing method. Unified management of bioinformatics data can be achieved. The bioinformatics database system comprises a sample module, a project module and a test module. The data processing method comprises the steps that identification is set for samples by the sample module and the samples are guided into a sample base; a project is established by the project module, the samples are added to the project from the sample base, and the samples and the project are associated; a test is created in the project by the test module, the samples are added to the test from the samples associated with the project and are associated with the test, a test type is made, high-performance calculation processing is conducted, and a test result is output. According to the system and method, all the links can be connected systematically, unified management can be achieved, the requirement for informationized management in the bioinformatics can be satisfied, and the work efficiency can be improved.

The invention discloses an ATM testing method and a device thereof. The method comprises the following steps of: selecting a test type; loading a test case base of the test type; reading a single case in the case base and analyzing the single case into an executable command; executing the executable command; receiving analysis data transmitted by a client and generated according to executable command executed; and matching the analysis data with key words of expected result of case to generate data analysis results. The method and the device store the test cases used during the currently actual testing in the form of a case base, load the case base into the ATM testing device after a testing procedure is started and sequentially call a single case to execute, execute the executable command according to the description of the case to lead the corresponding devices to act, and finally compare the actual executed result with the expected result so as to judge whether the test is passed. The workload of the testing staff is reduced, the testing efficiency of ATM is improved, the testing cycle is shortened, and the stability and the reliability of testing are enhanced.

An embodiment of the invention provides an automatic testing method and system based on cloud resource, wherein, a cloud core processor acquires test requirement information, and sends the test requirement information to a cloud server corresponding to a test type; a cloud monitoring server receives a test level sent by the cloud server, allocates test resource corresponding to the test level according to resource using conditions of various tests on all of the monitored cloud servers, and sends a resource access parameter corresponding to the test resource to the cloud server; and the cloud server calls, according to the resource access parameter, the corresponding test resource to construct a test environment for executing a test on a script to be tested. Therefore, the test efficient is improved, and the resource allocation is allowed to be maximized reasonably.

A system, method, and article of manufacture is disclosed for determining optimal parameter settings for a business initiative testing model used for testing initiatives for business locations included in a business network. In one aspect, a method is disclosed that includes defining a first test type of a business initiative testing model having a set of parameter settings. Each parameter setting may include a set of one or more parameter setting options. The method may also include performing virtual tests on a set of virtual test sites based on the defined test type. Each virtual test site may reflect a selected business location in the business network. Also, the method may include determining a set of optimal parameter settings for the first test type of the business initiative testing model based on results from the virtual test. Moreover, the method may include configuring the business initiative testing model using the optimal parameter settings from the set for the first test type to test a business initiative to apply to the business network.

The invention provides an automatic testing method, device and system for equipment to be tested. The method comprises the following steps: S100, acquiring test type information, calling a corresponding preset test script according to the test type information, and automatically configuring a test port of a test instrument; S200, generating data streams according to the preset test script, so thatthe test instrument and the equipment to be tested perform a stream printing test according to the data streams; and S300, acquiring a test log, and analyzing the test log to obtain a test result. Through adoption of the automatic testing method, device and system for the equipment to be tested, the test difficulty is lowered; the test efficiency is increased; the test period is shortened; and the working difficulty of test staff is lowered.

The invention discloses a short-term monitoring and bearing capacity evaluation method for existing bridges, and belongs to the technical field of highway engineering detection. The method comprises determining a loaded verification coefficient by a quasi-static equivalent load test; determining the static dynamic characteristics of a bridge by a dynamic equivalent load test and an operation loadtest, wherein the quasi-static equivalent load test includes the determination of a test type, the determination of an equivalent vehicle and the installation and commissioning process of a sensor; performing the equivalent load test and the operation load test; performing data acquisition and data processing. The method provided by the invention has less investment in practical application, but has high technical added value; has little impact on traffic, can achieve monitoring and evaluation without traffic interruption, and has a large amount of data that can be processed, complete information, and high evaluation accuracy.

The invention relates to a USB Type-C interface rapid testing system and method, that system at least includes: a type-C signal input interface; a Type-C protocol mast controller; a USB2.0 module; a USB3.0 module; a Display Port Module; an Electronic load. The host computer controls an MCU to send a test command to the Type-C protocol main controller to control signals switch to different functions, and then the corresponding function modules are controlled to access the circuits, so as to realize the control of the Type- C integrity test. The forward and reverse switching modules are used tosimulate Type-C interface forward and backward insertion, control each module test Type-C interface, and then switch the interface to the reverse insertion mode through the positive and negative switching module to retest. Only one plug-in is required to implement fast Type-C testing, the test efficiency is improved.

The invention discloses a software automation test framework and test method. The software automation test framework comprises a test code generation module, an actuator scheduling module, an interface input parameter processing module, a database monitoring module, an assertion scheduling module and a test result processing and display platform. The automatic software test comprises the followingsteps: step 1, automatically generating a software test code or a test case; step 2, carrying out actuator scheduling and parameter input processing according to a test type; step 3, setting monitoring on the software testing process; step 4, setting assertion for the test result; and step 5, counting, analyzing and displaying the test result. The software automation test framework of the invention can conveniently test the software, is wide in coverage, does not need manual coding, and saves the software test cost.

The invention discloses an intelligent transformer substation test researching system. The system comprises a simulating primary system, simulating primary equipment, process level equipment, a process level network, spacing level equipment, a station control level network, a background monitoring system and a clock synchronization system. The structure of the system is constructed according to the actual secondary system of an intelligent transformer substation; and structurally, each part of the structure is kept highly similar to the secondary link of the actual transformer substation, functionally, each part of the structure can be flexibly adjusted according to test types, and in configuration, each part has practicability. Research on the new technology test of secondary system equipment of the intelligent transformer substation, secondary system equipment performance, the process level network networking way, the protecting device sampling/tripping way and the like can be carried out by the system.

The invention discloses a test method and a test system for a GSM-R network. The test method comprises the following steps: S1) verifying login; S2) selecting test types which comprise a wireless network test type and a GPRS network test type; if wireless network test is selected, testing the environment and selecting in S201); S202) acquiring data; S203) carrying out data analytic treatment; S204) displaying and drawing images; S205) recording logs; circularly executing from S202) to S205) every second; S206) setting parameters; if GPRS network test is selected, S207) opening data connection; S208) setting an access point; S209) activating the GPRS connection; S210) testing a PDP activating success rate, or testing the target IP address and displaying a test result; S211) recording logs; and S212) setting test parameters.

The invention is applicable to the technical field of communication and provides a gateway device testing method and equipment. The method comprises the steps of obtaining test request information, and determining a target test strategy corresponding to the test request information based on a corresponding relationship among the test type corresponding to the test request information, a preset test type and a preset test strategy, and testing a gateway device corresponding to the identification information based on the target test strategy to obtain a test result. Wireless connection and wiredconnection can be tested, a complete gateway device testing environment is provided, testing can be automatically carried out based on the testing method, a testing result is obtained, the testing efficiency is greatly improved, and incompleteness of various pressure tests is complemented.

The invention provides a distributed network performance measuring system and method based on access gateways. The measuring system and method involve testing and collecting the network performance status of an access network through developing and disposing a network performance measuring client in an embedded mode on the access gateways distributed at places; through the Internet, uploading the results of two test types of access gateway nodes distributed at places, i.e. the results of a one-step test and a long-time test to a database server; and further gathering and integrating test data of the gateway nodes through a center control server, and through a webpage form, displaying visualized long-time monitored performance situation change in a form of a distribution map, a line chart and the like through the overall network performance status of a service provider network. The system provided by the invention can accurately acquire and display long-time network performance status in real time.

The invention discloses a test case acquiring method and device. The method includes: acquiring the test type and target keywords of a to-be-tested program, wherein the target keywords are used for searching at least one test case associated with the to-be-tested program; determining a to-be-screened test case set according to the test type and the target keywords, wherein the to-be-screened testcase set comprises a plurality of to-be-screened test cases; acquiring at least one target test case from the to-be-screened test case set, wherein the target test cases are used for testing the to-be-tested program. By the method, the problem that related test cases cannot be timely, comprehensively and accurately found when unexperienced test staff are used in the prior art is solved.

The implementation mode of the invention discloses a method, a device and a system for obtaining intelligent terminal software. The method comprises the following steps of: receiving a group package containing at least two intelligent terminal software installation packages and the test type list of each intelligent terminal software installation package; allocating test task processes corresponding to the intelligent terminal software installation packages according to the test type lists of the intelligent terminal software installation packages; when the test task processes judge that the corresponding intelligent terminal software installation packages exist in a local resource pool, obtaining the corresponding intelligent terminal software installation packages from the local resource pool. The implementation mode of the invention realizes the batch unloading of the software installation packages, avoids repeated downloading for the intelligent terminal software installation packages, remarkably reduces test time, increases test efficiency, and saves test resources.