31results about How to "Avoid Manual Testing" patented technology

The invention discloses an application test method and apparatus, relates to the technical field of software testing, and mainly aims to solve the problems that during manual testing of an application, developed in a wechat applet, of an existing insurance type electronic commercial product, due to input of a large amount of data such as identity numbers, ages, insurance fees, insurance products and the like, manual testing of pure manpower cannot meet the iterative speed of the electronic commercial product, a large amount of manpower resources are wasted, and the test effect is reduced. According to the main technical scheme, whether attributes of a user interface (UI) component elements exist in a health insurance application or not is judged in a test environment, wherein the UI component elements are objects for executing different UI component programs in the health insurance application according to a business process; and if the attributes exist, a triggering event of the UI components corresponding to the attributes runs according to preset test codes, and a running result is returned. The application test method and apparatus are mainly used for application testing.

The invention relates a sensitivity attenuation test method and apparatus. The method comprises a step of obtaining the first reception sensitivity of a present channel in channels to be tested when the sensitivity attenuation tests of the channels to be tested of a terminal is carried out in order, a step of obtaining the second reception sensitivity of a former adjacent channel of the present channel in channels to be tested, and a step of determining whether the first reception sensitivity is trusted data according to the first reception sensitivity, the second reception sensitivity and a preset sensitivity jump threshold. According to the technical scheme, whether the first reception sensitivity is the trusted data can be accurately determined according to the first reception sensitivity, the second reception sensitivity and a preset sensitivity jump threshold, thus the accurate of the sensitivity test result of the present channel is ensured, and the sensitivity test efficiency can be substantially improved according to the method of automatically testing whether the first reception sensitivity is the trusted data.

The invention discloses an electrical data peak processing (EDPP) test method for a server graphics processing unit (GPU). The method comprises the steps of creating a test environment; performing multiple EDPP tests on multiple GPUs simultaneously, wherein a test program is restarted in each test; and recording a test process and a test result. Compared with the prior art, the test process involves no manual labor, thereby making the test result more reliable; and EDPP tests are performed on multiple GPUs simultaneously, so that test time is shortened greatly, and the working efficiency is improved.

The invention discloses a BMC automatic testing system. The BMC automatic testing system comprises a test object determination module, a hardware abstraction module, a script generation module, a file analysis module and a test execution module, wherein the test object determination module is used for determining to-be-tested BMC firmware; the hardware abstraction module is used for performing abstraction processing on hardware in a target server to obtain corresponding class files; the script generation module is used for generating corresponding test case scripts through the class files obtained by hardware abstraction module; the file analysis module is used for analyzing preset configured files to obtain basic data files required by the test case scripts; and the test execution module is applied to the target server for performing corresponding test on the to-be-tested BMC firmware through the test case scripts and the basic data files. By adoption of the BMC automatic testing system, the manpower cost in the BMC firmware testing is lowered while the test efficiency is improved. In addition, the invention also correspondingly discloses a BMC automatic testing method.

The invention discloses a particle swarm optimization algorithm (PSO) based Android automatic testing method. Triggering of an application control can be carried out in a modularized manner; relatively efficient input test data can be generated; and software exception can be relatively efficiently triggered when convenience is achieved. The method comprises the following steps: (1) mounting an app on a simulator, starting view server service by a viewer module, and obtaining control hierarchy tree information of the app through a hierarchy viewer; (2) with the obtained control hierarchy tree information as input, organizing a tree structure convenient to traverse by a build tree method of a PSO module; (3) traversing a control hierarchy tree constructed by the build tree, and searching whether a historical test case exists or not in a test case module after traversing a node every time; and (4) calling a test case set stored in the test case module, thereby implementing automatic testing.

The invention discloses a functional module detection method and system for a question and answer robot. The method comprises the steps of acquiring the operating index of a functional module to be detected, calling a monitoring program corresponding to the functional module to be detected to detect the operating index, and obtaining and outputting the state of the operating index according to a detection result. By the adoption of the method and system, the state of the operating index of the functional module can be automatically detected and fed back to a user in time, so that the user or a maintenance module can take measures in time. On the basis that normal operation of the question and answer robot is guaranteed, the situation that detection requires lots of labor is avoided, normal operation of each functional module of the question and answer robot is effectively guaranteed, performance stability of the question and answer robot can be improved, and good user experience is provided for the user from the technical view.

The invention relates to a starting voltage testing method for an all-digital follow-up system. A test bench, a servo controller and a power amplifier are adopted, wherein the test bench comprises a singlechip microcomputer with a display screen and a starting button; the singlechip microcomputer is electrically connected with the starting button; a voltage regulating value text frame and a voltage display frame are displayed on the display screen; when a number is input into the voltage regulating value text frame, a voltage value in a current state can be immediately displayed in the voltage display frame below the voltage regulating value text frame; every time the starting button is clicked, the voltage displayed by the voltage display frame is cumulatively increased by taking the number of the voltage regulating value text frame as an increment; the servo controller is electrically connected with the singlechip microcomputer, receives voltage digital quantity displayed by the voltage display frame of the test bench and sends the voltage digital quantity to the power amplifier; the input end of the power amplifier is electrically connected with the servo controller, and the output end of the power amplifier is electrically connected with a motor; the power amplifier can be a digital power amplifier or an analog power amplifier and drives the motor.

The invention relates to a display performance testing method and device, computer equipment, a storage medium and a computer program product. The method comprises the following steps: acquiring a display performance test task; based on the display performance test task, controlling a multi-station machine table to determine target test equipment; wherein the multi-station machine table is used for clamping at least two pieces of test equipment; and if the display performance test task is an optical parameter measurement task, switching a screen of the target test equipment to different display modes based on each configuration item in a software script in a process of running the software script corresponding to the optical parameter measurement task, calling a color analyzer to measure different display modes to obtain corresponding test results; wherein the color analyzer is used for measuring optical parameters. By adopting the method, the test efficiency of the display performance test can be effectively improved.

The invention relates to a wireless charging electronic float automatic test device, system and method. A wireless charging electronic float is provided with floating taillight and energy storage equipment. A device module comprises an installation position, a light sensing sensor, a floating taillight processor, a floating taillight control switch, a wireless charger, a wireless charging controlswitch, an electric energy detector, an electric energy comparator, a data recorder and a test controller. When the wireless charging electronic float automatic test device tests a wireless charging electronic float, performance parameters when the wireless charging electronic float works or charges can be detected by the sensor or other devices, such as the floating taillight and the energy storage equipment and the like. The starting of the floating taillight and the charging process of the energy storage equipment can be automatically controlled, and then, the automatic test system can completely avoid manual testing, each performance testing of the wireless charging electronic float can be completed, a test speed is fast and efficiency is high.

The invention relates to static detection device and method for a phased array radar system. The device comprises an upper computer, a power supply, a signal source, a frequency spectrograph, a wave control power panel, an antenna sub-array system, a transmitting antenna and a receiving antenna; wherein the upper computer is respectively connected with the power supply, the frequency spectrograph and the signal source, and the upper computer is also connected with the wave control power panel through a low-voltage differential signal; the power supply is also respectively connected with the frequency spectrograph, the signal source and the wave control power supply board; the antenna sub-array system is connected with the transmitting antenna wave control power panel and the signal source respectively; and the frequency spectrograph is also connected with the receiving antenna. By arranging the wave control power supply board, the power supply and the upper computer, automatic detection of the antenna sub-array system is realized, manual testing is avoided, the labor cost is saved, the testing precision is improved, and the testing accuracy is ensured.

The invention discloses a battery cell testing device for intelligent electric vehicle production, and relates to the technical field of battery cell testing devices, in particular to a battery cell testing device for intelligent electric vehicle production, which comprises a mounting base body, a progressive block is fixedly mounted on the inner side of the mounting base body, and a sliding groove is formed in the inner side of the mounting base body. A sliding block is movably connected in a sliding groove formed in the inner side of the installation base body in a sleeved mode, a driving block is fixedly installed on the inner side of the sliding block, and the top of the driving block and the top of the sliding block are both inclined planes. According to the battery cell testing device for intelligent electric vehicle production, a battery cell is placed in the inner cavity of the mounting base body, then a hydraulic rod is started, so that a connecting plate drives a driving block to ascend, the battery cell is jacked, the battery cell enters the top of a progressive block, and in the jacking process, the battery cell enters the progressive block; the battery cells can be arranged through the cooperation of the driving block and the progressive block, so that the battery cells are neat and ordered, the later test is facilitated, and the accuracy of the test result is improved.

The invention belongs to the technical field of automatic equipment, and discloses automatic testing equipment for products, which comprises a frame body, and a containing bin, an execution mechanism, a trigger assembly and a computer which are arranged on the frame body, and is characterized in that the containing bin can contain a plurality of products, and when the products are contained in the containing bin, the products can be charged; the executing mechanism can move the products in the containing bin to a preset position and can place the products into the containing bin. The triggering assembly can trigger the product; the computer is in communication connection with the execution mechanism, the trigger assembly and the product located on the execution mechanism, and the computer is in communication connection with the upper computer. The upper computer enables the execution mechanism to move according to a preset track through the computer, enables the product located at the preset position to enter a shooting mode, and enables the triggering assembly to trigger a shooting key of the product. According to the automatic test equipment of the product, automatic shooting is realized, the shooting efficiency is improved, the consistency of shooting positions is improved, and the test data precision and the test reliability are improved.

The invention discloses an automatic psychological tester for tumor patients. The automatic psychological tester comprises a shell, a wrist strap fixedly arranged outside the shell and used for wearing the shell on a wrist; a connecting wire, wherein one end of the connecting wire is fixedly connected with the shell and extends into the shell; an oxyhemoglobin saturation clip electrically connected with the other end of the connecting line and used for detecting the blood oxygen and blood sugar information of the patient; a charging power supply fixedly arranged in the shell and used for supplying power; a display screen fixedly mounted on one side of the shell; and a sensing detection unit which is fixedly installed in the shell, extends to the other side of the shell and is used for detecting information such as blood pressure, blood sugar, heartbeat and breathing frequency and tone of a patient. According to the method for automatically testing the psychology of the tumor patient, the situation of manual testing is avoided through systematic calculation, and the testing result is more accurate by considering multi-aspect information of the patient.