4results about How to "Improve online efficiency" patented technology

The present disclosure provides a data model automatic testing method and device and electronic equipment, and relates to the field of software testing. The method comprises the following steps: obtaining all attribute combinations of a plurality of preset attributes corresponding to a to-be-tested data model and a plurality of preset conditions, and determining all condition combinations corresponding to the to-be-tested data model according to the all attribute combinations and the plurality of preset conditions; obtaining preset attribute values of each preset attribute under each condition combination, and determining a first target result corresponding to each condition combination according to the preset attribute values of the preset attribute; generating a plurality of data requests corresponding to each condition combination respectively, and inputting the plurality of data requests into the to-be-tested data model to obtain a second target result corresponding to each condition combination output by the to-be-tested data model; and outputting an output test pass message of the to-be-tested data model when each second target result is equal to the first target result of the corresponding condition combination. The present disclosure can improve the comprehensive testing efficiency of the data model.

The application provides an online method and system of a terminal and a computer readable medium. The method comprises the following steps: obtaining the current latest terminal information matching table through a factory base station; polling the terminal which has not entered the factory and is online in the latest terminal information matching table according to a polling period; sending a call package to the polled terminal; updating the state of the polled terminal in the terminal information matching table to the state of having entered the factory and being online if the response package replied by the polled terminal is received within a preset time length; and broadcasting the updated terminal information matching table to the base station accessing the factory network through the factory network, so that the positioning base station updates the factory terminal dynamic list according to the updated terminal information matching table, and communicates with the terminal which has entered the factory and is online in the factory terminal dynamic list according to the polling period, thereby reducing the call time consumption of the terminal which has not entered the factory and is online, and shortening the polling period of the positioning base station.

The application discloses an element positioning method and an element positioning device. The element positioning method comprises the following steps: determining a target logical name of a target element; calling a target calling interface based on the target logical name; determining a target element identifier corresponding to the target logical name based on a first mapping relationship table between logical names and element identifiers by using the target calling interface, wherein the logical name and the element identifier of each element are unique; and determining a target position of the target element based on the target element identifier. The target calling interface is used to determine the target element identifier corresponding to the target logical name of the target element, and the target position of the target element is determined based on the target element identifier, that is, the target positions of the target elements in a page can be automatically determined without manual determination of the target positions by testers; and after the position of the target element in the page is updated, the testers do not need to rewrite scripts, time and labor are saved, and the test efficiency of a user interface is greatly improved.

This invention relates to a four-split conductor auxiliary loading device and its usage method, comprising an upper assembly and a lower assembly. The upper assembly includes a clamping assembly, a guiding assembly, a winding assembly, a first frame, and a locking device. The lower assembly includes a second frame, a conductor pressing assembly, a guide cone, a positioning assembly, and a lifting assembly. The guide cone of the lower assembly engages with the guide assembly of the upper assembly. Clamping assemblies are located on both sides of the first frame, and guide assemblies that engage with the lower assembly are located on the inner sides of the two clamping assemblies. Locking devices are located on one side of each of the two guide assemblies at the bottom of the first frame. A guide cone that engages with the guide assembly is located at the top of the second frame, and a positioning assembly is located between the two guide cones. A lifting assembly is located at the bottom of the second frame. This device reduces the overall weight during high-altitude operations, avoids the problem of overlapping of the upper and lower layers of four-split conductors when the four-split robot is too heavy during loading, and eliminates the tedious operation of repeatedly winding and unwinding the rope, significantly saving operation time and improving loading efficiency.