32results about How to "Avoid duplication of tests" patented technology

The embodiment of the invention discloses a testing method and device of application programs, and relates to the field of communication. The testing method and device are used for solving the problem that after an operating system of a terminal is upgraded, non-upgraded application programs are repeatedly tested. The method comprises the steps that a latest record and a historical records of a terminal application program list generated in advance are acquired, wherein the latest record records the package name and version information of each application program running in an operating system in a current version, and the historical record records the package name and version information of each application program running in an operating system in a historical version; the latest record and the historical record of the terminal application program list are compared, and application programs, the same as those in the historical record in package name but different in version information, in the latest record and/or new application programs are determined as target application programs. Thus, the problem is solved.

The invention discloses a light module test method which includes the following steps: conducting test of at least one test item on at least one light module to be tested and with unique serial number under multiple different environment temperatures, correlating environment temperature, serial number of the light module to be detected and test data of each test item in current test, storing the data in a local database in index table mode, enabling the test data of each test item to utilize the serial number of the light module to be tested as index and the serial number of the light module to be tested to utilize the environment temperature as index, searching and judging which light modules to be tested under each environment do not finish all test items according to an index table stored in the local database and continue testing on the light modules to be tested and not finishing all the test items when the test is suspended and restarted. The light module test method does not require testing the light modules finishing all tests, avoids repeated test and improves test efficiency.

The invention relates to a method for processing a program BUG in the program testing flow. The method comprises the following steps: a developer uses a SUBVERSION client terminal to submit a completed program to a SUBVERSION server; a tester uses the SUBVERSION client terminal to obtain the developed program from the SUBVERSION server and carries out testing; after the tester finds BUG, a TICKET with a serial number is established in a TRAC server; the relevant information of the BUG is described in the TICKET; the TICKET is assigned to the developer; after the developer receives the TICKET, the BUG is modified; after modification is completed, the developer uses the SUBVERSION client terminal to submit a new-version program bond with a serial number of an original TICKET to the SUBVERSION server; the original TICKET is replied to the tester through the TRAC server; and after the tester receives the replied the TICKET, the new-version program is obtained from the SUBVERSION server and is retested. Compared with the prior art, the method avoids that the developer does not submit the new-version program so as to cause repeated testing on an old-version program by the tester.

The invention discloses an automatic testing system and method of router USB performance. The testing method includes the following steps that (101), functions of a router USB are configured; (102), external storage equipment is configured; (103), batch scripts capable of testing the read-write performance of the router USB are edited; (104), the scripts are run, and a testing result is automatically output. The automatic testing system and method have the advantages that by the adoption of the BAT, portability is good, all platforms can be run, meanwhile, efficiency is high, a lot of manual testing work can be replaced, repeated testing is avoided, and a lot of labor is saved; precision is high, expandability is good, the cost is lowered, the testing efficiency is improved, existing resources can be better utilized, and time needed for putting the product into the market is shortened.

The invention discloses a regression testing method. The regression testing method includes the following steps that according to repaired loopholes and the preset testing strength grade, regression testing paths are obtained, wherein the regression testing paths include the center path in which the repaired loopholes are located and the peripheral path of the repaired loopholes, and the peripheral path is determined according to the preset testing strength grade; according to the center path and the peripheral path, combination testing is adopted, and a testing use case is generated; according to the testing use case, regression testing is carried out according to the regression testing paths. The invention also discloses regression testing equipment, a regression testing device and a computer readable storage medium. According to the egression testing method, equipment and device and the computer readable storage medium, the testing reliability is guaranteed; meanwhile, testing efficiency is improved, and the testing cost is reduced.

The invention provides a test case layout method and device based on to-be-tested line intersection information. The method comprises the following steps: extracting actual scene elements and positionattributes in the to-be-tested line intersection information; querying an intersection scene database based on the actual scene elements to determine a template position scene corresponding to the intersection scene to which the to-be-tested line belongs; determining an actual position scene contained in the to-be-tested line based on the position attribute of the to-be-tested line and a templateposition scene corresponding to the intersection scene to which the to-be-tested line belongs; and processing the test cases contained in each actual position scene based on a preset deduplication rule, and determining the test cases needing to be tested in each actual position scene, the intersection scene database comprising pre-stored template intersection scenes, template position scenes andcorresponding relationships among the test cases. According to the method and the device provided by the invention, the test task completion efficiency is improved, the task time consumption is reduced, and the waste of manpower and material resources caused by repeated test of the same test case in the same road crossing scene can be avoided.

The invention discloses an auxiliary reading device for a photoelectric sampler. The auxiliary reading device comprises a support frame and a connector arranged on the support frame, wherein the connector is made from a metal material; a through hole is formed in the connector; a pulse signal can pass through the through hole. The auxiliary reading device provided by the invention can be used for assisting the photoelectric sampler in reading the real-time test data of an electric energy meter onsite calibrator; the connector is arranged for adsorbing the photoelectric sampler (generally containing magnetic material) to the connector when in use; the connector is arranged on the support frame, so that the photoelectric sampler adsorbed to the connector can be effectively supported by the support frame and cannot shake, the stability of reading work can be greatly improved and the repeated test can be avoided; a worker can grasp the working condition of the onsite equipment by analyzing data; the calibration time can be shortened; the safety risk of the worker by originally holding the photoelectric sampler by hand can be lowered.

The invention discloses a screen body dummy device detection method and device. The method comprises the following steps: applying one or more groups of preprocessing signals to a dummy device to enable the electrical characteristics of the dummy device to be in a stable state; and applying a detection signal to the dummy device to obtain one or more electrical characteristic parameters of the dummy device. By adopting the technical scheme of the embodiment of the invention, the electrical characteristics of the dummy device can be stabilized, the precision and accuracy of detection data are improved, and repeated testing is avoided.

The invention provides an air conditioner, a control method and device of the air conditioner and a readable storage medium. The method comprises the steps that in the system testing process of the air conditioner, under the condition that the compressor frequency limiting problem exists in the air conditioner, the compressor frequency of the air conditioner is controlled by adjusting frequency related parameters of the air conditioner; wherein the frequency related parameters comprise a power frequency limiting control coefficient alpha and/or an inner fan gear correction upper limit frequency coefficient beta. The problem that the frequency limiting problem of the compressor of the air conditioner cannot be effectively adjusted according to the technical scheme in the related technology is solved.

The invention discloses remote test system substation automation equipment capable of being controlled and intervened freely, which comprises a substation end equipment test management unit, a remotecontrol management platform and a communication safety module, and provides a function of intervention control in a remote test process through a safety communication channel. The test case parameterscan be remotely edited, and the test cases and the test tasks can be remotely issued to the station side. The process and intermediate results are tested at a remote monitoring station. The start, stop and recovery of the test in a remote substation can be remotely controlled. The test flow can be observed at a remote end, the test process can be monitored, and remote guidance can be provided. The test result is automatically uploaded to a remote control management platform for unified management, and scientific analysis and statistics are carried out on the test result. By the system, the problems that test cases are not unified, the test process is uncontrollable and the test result cannot be traced and analyzed are solved, and the investment of a considerable amount of testers is saved.

The invention discloses a 1553B bus productization assembly. According to the 1553B bus communication module, the general part in the 1553B communication process is packaged by the component, and a differential configuration interface is reserved, so that developers only need to call the component and carry out differential configuration with different requirements through the configuration interface, and the configuration of the 1553B bus communication module can be realized. The 1553B communication development cycle can be greatly shortened, and the working stability and reliability of the 1553B communication development cycle can be improved.

The invention relates to the field of medical detection equipment, and discloses a darkroom assembly and detection equipment. The darkroom assembly comprises a darkroom, a stage, and a power module. The darkroom is provided with a sample opening communicating with an inner cavity of the darkroom. The stage can enter or leave the inner cavity through the sample opening under the drive of the powermodule. The inner cavity forms a dark space after the sample opening is closed. The darkroom assembly and the detection equipment are provided with the darkroom, the stage, and the power module. The darkroom is provided with the sample opening communicating with the inner cavity of the darkroom. The stage is used for loading the sample to be tested and a scintillator, and can enter the inner cavity of the darkroom to assist the darkroom to form the dark space, so that the sample to be tested and the scintillator are detected in the same dark space. Therefore, the darkroom assembly and the detection equipment are convenient to operate and can be adapted to the detection of low-energy rays, and the detection efficiency and the detection accuracy are improved.