7 results about "Program Efficiency" patented technology

The invention provides an automatic programming method and device, electronic equipment and a storage medium. The method comprises the steps of obtaining a design demand of a project through an editor, sending a project-containing design request to a predictor, executing prediction through the predictor according to the design demand, returning a plurality of project design intentions to the editor, determining a target design intention from the plurality of project design intentions through the editor, and sending a project programming request to the predictor, executing programming design by the predictor based on the target design intention, and returning programming data to the editor, so that the editor generates an application program of the project. Therefore, through cooperation of the predictor and the editor, intelligent processing from project design requirements to project program generation is achieved, programming efficiency is improved, and design requirements of different application scenes can be accurately met.

This invention discloses a registry-based command interaction design method, primarily addressing the problems of complex programming and low efficiency in serial port command interaction within microcontrollers. Unlike traditional methods where commands and related processing are intertwined, this registry-based command interaction design allows users to add, query, and delete commands by manipulating the registry. Within this framework, designers add corresponding commands to the registry and run registry query functions within the software body, focusing solely on command implementation. This significantly reduces the designer's workload, minimizes coding errors, and improves program efficiency.

The invention belongs to the technical field of table data processing, and discloses a method for extracting and merging EXCEL table data in XFA based on a JAVA language, and the method for extracting and merging table data comprises the following steps: step 1, analyzing an XFA form; step 2, analyzing the XFAXML data; step 3, constructing an EXCEL table template; and step 4, filling the data into Exce l. According to the method, the compatibility of various PDF forms is realized by combining libraries such as Apache PDFBox and the like, XFA data are extracted from the libraries, the XFAXML data are accurately and efficiently processed by utilizing a JavaDOM analyzer and XPath, complex data models and relation requirements are met, styles, formats and placeholders can be flexibly adjusted by customizing an Exce l template, a modular processing mode is adopted for a plurality of XFA data sources, and the data processing efficiency is greatly improved. According to the method and the system, the data are integrated into different areas of the Exce l workbook, resource management and exception handling are emphasized, the program efficiency and the system stability are improved, and the method and the system have excellent expansibility, can quickly adapt to new scenes and requirements, and realize quick response to new challenges.

The invention discloses a programming method, device and equipment, a medium and a product. The method comprises the steps that before automatic test equipment (ATE) testing is executed, a first data block is read, the first data block is determined according to elements in a first Fuse chart and functions of operation elements, and the first Fuse chart is determined according to the functions of the operation elements; the elements in the first Fuse chart comprise a row identifier, a programming data type, a programming data bit, a programming data address, a test flow identifier, a programming data range and programming data; analyzing the first data block based on a function of an operation element to obtain a first Fuse chart; determining a data programming state according to the first Fuse chart; if the data programming state is the first state, the second data block is read, Fuse programming is executed according to the second data block, and through the technical scheme, programming efficiency and accuracy can be improved.

The embodiment of the invention discloses a meta-object code generation method and device, electronic equipment and a storage medium. According to the technical scheme, before the first source code file is compiled, the first source code file is pre-analyzed, the first connection statement in the source code is recognized, and the first connection statement is used for connecting the first function and the second function; obtaining a corresponding first function index and a second function index based on the first connection statement, and generating index mapping information based on the first function index and the second function index; and in the process of compiling the first source code file, generating a meta-object code corresponding to the first connection statement based on the index mapping information. By means of the technical means, the code size can be effectively controlled while the function binding efficiency is improved, and the dual requirements for program efficiency and size in the resource-constrained environment are met.

The application discloses a method for processing a fine boring support hole and belongs to the technical field of machining; the method is based on the user macro program function of a numerical control system, a general macro program with structure solidification and no mode selection variable is called, and self-adaptive fine boring processing of an intermittent coaxial hole system is realized; the method comprises the following steps: positioning to a processing starting point; calling a macro program and inputting an initial tool relief distance parameter and alternately appearing hole section thickness and hole gap parameters in a sequential assignment mode; a sequential execution state machine based on parameter existence is adopted in the macro program, a processing section number is automatically identified through continuous IF condition judgment, and corresponding processing units are executed; after one side processing is completed, a coordinate mirror image function is automatically activated to process the other side hole system. According to the application, an operator can directly input parameters according to drawing size without any calculation, the program body is not modified with the change of the number of processing holes, programming efficiency and program universality are remarkably improved, and the processing efficiency and precision are improved through air block rapid movement and mirror image processing.

The present application relates to the technical field of turning-milling machine tools, and in particular to a post-processing system, electronic equipment, and storage medium for turning-milling machine tools. The present application proposes a modular post-processing system architecture, which divides the system into four independent and collaborative functional modules: parameter configuration, post-processing algorithm, format definition, and program generation. This achieves flexible configuration of parameters, unified processing of algorithms, standard output of formats, and integrated generation of programs. First, the parameter configuration file stores configurable parameter codes and obtains machine tool parameter data. The post-processing algorithm file performs core operations based on these parameters. The format definition file standardizes the output format. Finally, the program generation file uniformly manages the output process. This improves adaptability to turning-milling processing requirements and enhances programming efficiency and program quality.