14 results about "Secondary development" patented technology

According to the Blockly-based sewing automatic machine visual programming system and method, the medium, the program product and the terminal provided by the invention, the code blocks are quickly established in a graphic block dragging manner, and automatic code conversion, encryption and burning integrated operation is provided, so that the secondary development process is simplified. Meanwhile, debugging message output, a drawing function and a plug-in system hot update mode are also considered, and advanced customization requirements of part of users are met. And a built-in interface can realize debugging and file transmission of automaton equipment and other equipment. Through function blocks designed by the system, code conversion, encryption and burning integration and a simulation function, the code error probability is reduced to the greatest extent, so that the code development efficiency and quality are improved. According to the plug-in system, the updating and upgrading process of an existing system is simplified, the secondary development threshold is lowered, and the reliability of codes is ensured.

The invention provides a low-code management method, device and equipment supporting secondary development and repeated generation, and relates to the technical field of computer software development, and the method comprises the steps: when a code is generated, dividing the generated code into a part which cannot be secondarily developed and a part which can be secondarily developed, storing the part which cannot be secondarily developed in a preset immutable directory, and storing the part which can be secondarily developed in the immutable directory; the secondary development part is stored outside the immutable directory; establishing an incidence relation between the part which cannot be developed for the second time and the part which can be developed for the second time, and enabling codes of the two parts to cooperatively work to realize business logic; when a code regeneration operation is triggered, codes in the immutable directory are completely covered, and for a part capable of being developed for the second time outside the immutable directory, if a file exists, the part is kept unchanged, and if the file does not exist, the part is created. According to the method, the problem that the low-code platform generated codes are difficult to repeatedly generate after secondary development is solved; different characteristics of a front-end and rear-end separation framework are adapted; and the development and maintenance cost is obviously reduced.

The application discloses a front-end project secondary development method, equipment and medium, and the method comprises the following steps: adjusting the initial product code of the front-end project in the Git library to obtain standard product code; the standard product code can support secondary development; obtaining the standard product code from the Git library, cloning the standard product code, and determining the cloned standard product code as the initial code for secondary development; based on the user customization demand and the initial code, the specified page of the front-end project is secondarily developed to obtain a secondary development page; under the pre-set folder of the front-end project, a file in a specified format is newly created, the route of the secondary development page is configured in the file according to the specified format, and a secondary development route configuration file is obtained; and the secondary development route configuration file is parsed through a pre-set script template file to generate a secondary development route script file. The secondary development of the front-end framework project is realized.

This disclosure relates to the field of computer technology, specifically to a game testing method and apparatus, storage medium, and electronic device. The method includes: injecting preset code into a Python virtual machine within a game process; the preset code is used to obtain the address of a target function in the Python virtual machine and establish a data transmission connection between the game process and a control terminal, wherein the target function address is the function address corresponding to the target function of a Python script running in the Python virtual machine; receiving test Python data sent by the control terminal through the data transmission connection, and executing the test Python data in the Python virtual machine based on the target function address. This disclosure separates the test script from the game code, improving the efficiency of testing or secondary development of games developed using Python scripts by injecting the test script into the Python virtual machine within the game process.

The application discloses a computer software intelligent development and flowchart data structure design method, relates to the technical field of software automatic development and secondary development, and solves the technical problem that it is difficult to realize the event code nesting association of different windows when realizing the flowchart logic association relationship and the bottom code splicing in the prior art; the method comprises flowchart splitting and data structure design, the flowchart splitting is realized based on the connection relationship between node units, and the data structure design is realized based on the node corresponding relationship; the flowchart is divided into a plurality of flowcharts according to the layer and the level of the node units based on the characteristics of the flowchart and the set limitation conditions; the level of the flowchart division is combined with the node corresponding relationship to generate a level-layer data structure, the nesting association problem of the event codes of different windows is solved, the running speed is improved, and a large amount of storage space is avoided.

The application provides an AI Agent-based NX secondary development code generation method and system, relates to the field of intelligent development of industrial software, and solves the technical problems of professional programming ability dependence, high technical threshold and low development efficiency of the prior art NX secondary development. The method comprises the following steps: determining a target development mode according to a user's development mode selection instruction; matching associated API knowledge and use examples based on the user's original natural language input and the pre-set NX secondary development field knowledge base; generating an initial NX secondary development source code by using a large language model; obtaining error information existing in the initial NX secondary development source code; and performing self-iteration according to the error information by using an AI Agent until passing the verification; and compiling and packaging the initial source code that passes the verification to obtain an executable DLL file. The application is used in the NX secondary development code generation process.

1. The name of the design product: smart sound box AI conversation development board (ESP32-S3). 2. The use of the design product: learning and secondary development of control development board integrated with AI voice conversation function. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1. 5. Other circumstances that need to be explained: the A in the view is transparent.

This invention relates to a method for outputting model data in Unity programming. It utilizes the Autodesk Revit secondary development interface – IExportContext – to output all target data by writing context parameters and adding methods for data extraction and processing within the context. This includes nine context-dependent process methods: Start(), OnViewBegin(), OnElementBegin(), OnMaterial(), OnFaceBegin(), OnPolymesh(), OnElementEnd(), OnViewEnd(), and Finish(). This invention expands the data medium of Revit data and increases the usability of architectural information.

The application provides a power engineering cost software cross-platform secondary development method, and relates to the field of software development.The method comprises the following steps: dividing a C++ original business module, preparing a to-be-generated header file, dividing the C++ original business module, preparing the to-be-generated header file, and forming information such as a header file, a link library dependency, and a link library directory of each module.Through the use of a path moving mechanism and an erasing mechanism, the existing C++ code function can be reused, and C++ objects and Python object data can be interchanged.The core of the method is to introduce Python language for secondary development, and the advantage lies in simple syntax, dynamic support, which can greatly improve the development efficiency, reduce the learning threshold, and simplify the cross-platform adaptation process.

The application discloses a BIM component coding method based on a 3DE platform and a component information base, and comprises the following steps: formulating a project coding standard according to project characteristics and operation and maintenance management requirements; establishing a network-based component information base according to the project coding standard; developing a coding standard data acquisition interface through a secondary development language EKL provided by the 3DE; designing a coding tool interface through a secondary development framework KAC provided by the 3DE, calling the coding data interface through the secondary development language EKL, and writing attributes and codes at a specified position of a model component; and developing an XML file export function, and traversing the model component to obtain attributes and codes in an attribute structure tree through the secondary development language EKL. The application solves the technical problems of no tool for BIM component coding on the 3DE platform, low fusion degree of coding and standard, missing attribute adding function and low data flow conversion efficiency, and improves the BIM component coding efficiency and quality based on the 3DE platform.

This invention relates to the field of software development and engineering technology, and discloses a dynamic hub logic flow development method based on a low-code scenario. The method includes setting functional hub points, setting and storing scenarios, setting trigger methods, parsing and operating logic flows, error handling and data set protection, nested and hierarchical management of logic flows, and expanding functional hub points. This invention encapsulates all commonly used business functions of the platform, such as data processing, page interaction, and process control, into nodes. By dragging and dropping to configure the node order and parameters, functional flows that meet business requirements can be quickly built without writing a large amount of code. This allows non-developers to implement business functions through configuration, reducing secondary development workload. It also supports developers to register and customize nodes to further expand the tool's capabilities. This method is suitable for the rapid construction, maintenance, and expansion of enterprise-level business systems, covering the entire business process requirements, including data processing, logic control, front-end interaction, and service integration.

The invention discloses a secondary development instruction generation system and method for Flotherm, and the method comprises the steps: converting a thermal simulation parameter setting process which originally depends on human experience, manual table look-up and repeated trial and error into an automatic calculation and generation process based on a physical model and a preset rule through three functional modules, namely a fluid parameter setting module, a transient calculation module and a grid encryption optimization module. The problems of input errors and inconsistency caused by human negligence or experience difference are avoided, the parameter setting time is greatly shortened from the hour level to the minute level, and the simulation work efficiency and the result reliability are greatly improved. According to key implicit experiences such as a grid local encryption strategy and transient step length adaptive selection, permanent storage and efficient reuse of technical experiences are realized, high consistency and comparability of simulation settings among different personnel and different projects are also ensured, and the dependence of simulation work on specific personnel is reduced.

This invention relates to the field of electronic digital data processing technology, and provides a method, apparatus, computer equipment, and medium for cross-product porting of secondary development code. The method includes loading a source project and screening source code files to be ported; identifying the original API type; determining the mapping relationship between the original API type and the target API type; and generating an adaptation layer code framework accordingly. The method also includes copying the source code files to be ported to the target project; replacing call nodes for the original API type with call nodes for the adapter type while maintaining the project hierarchy of the source project; replacing namespace references with the corresponding namespaces in the target project; and obtaining the migrated source code files. Finally, based on the adaptation layer code framework and the migrated source code files, a secondary development project of the target project, based on the API of the second product, is generated. This invention improves the efficiency and accuracy of cross-product secondary development code porting.

The application relates to the field of engineering drawing and application development, and particularly provides a method for generating an engineering drawing list based on CATIA secondary development, which comprises the following steps: S1, obtaining engineering drawing document data and judging the state of the list; S2, obtaining an assembly subpart list and statistically arranging; S3, calculating various data of the list; S4, creating the list; and S5, filling the list. According to the number of assembly subparts, the column number of the list can be calculated, the list conforming to the current drawing size can be created, the problem that a skeleton model cannot be put into the list in top-down design can be solved, and the corresponding relationship between the data of the list and the assembly subpart attributes can be realized. Through the application, the generation efficiency of the assembly list can be improved, the time cost and error rate in the manual creation process can be reduced, and the process of outputting engineering drawings is simplified.