11 results about "File design" patented technology

The invention discloses an NoC verification method, device and equipment supporting RTL dynamic adaptation, and relates to the technical field of chips, the method comprises the steps that a new RTL version, an IP-XACT file, an NoC design document and a Database file are published together, the IP-XACT file and the NoC design document are analyzed through a pre-created automation tool, AMBA VIP is automatically connected and configured, and an NoC verification platform is updated; analyzing the Database file through the automatic tool, and carrying out content consistency detection on the IP-XACT file, the NoC design document and the Database file; wherein the automation tool comprises a component used for generating the NoC verification platform and a component used for detecting content consistency. According to the invention, efficient verification of complex scenes such as multi-NoC end-to-end communication and cross-NoC access in an SoC verification environment can be realized.

1. The name of the design product: the coding graphical user interface of electronic equipment. 2. The use of the design product: for an electronic equipment. 3. The design points of the design product: the graphical user interface in the electronic equipment. 4. The picture or photo that best shows the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: the graphical user interface is used for coding. The protected part of the graphical user interface is used for coding. The graphical user interface can be interacted with by the user's clicking operation on the graphical user interface or by operating the mouse. The graphical user interface presented by the design 1 front view includes an editing area on the left and a dialogue area on the right, the editing area on the left includes two side-by-side sub-editing areas for displaying code files and vulnerability details, and the dialogue area on the right displays the content output given to the user's questions, the user can select "adopt" or "discard" for each suggestion or "adopt all" or "discard all" for all suggestions according to needs, and the user can also select "return to dialogue" according to needs; by clicking the "adopt all" button in the design 1 front view, the graphical user interface is converted from the design 1 front view to the design 1 change state diagram, which displays the optimization progress in the dialogue area, and the editing area presents the file being modified. The graphical user interface presented by the design 2 front view includes an editing area on the left and a dialogue area on the right, the editing area on the left includes two side-by-side sub-editing areas for displaying code files and vulnerability details, and the dialogue area on the right displays the content output given to the user's questions, the user can select "adopt" or "discard" for each suggestion or "adopt" or "discard" for all suggestions according to needs, and the user can also select "return to dialogue" according to needs. The graphical user interface presented by the design 3 front view includes an editing area on the left and a dialogue area on the right, the editing area on the left includes two side-by-side sub-editing areas for displaying code files and vulnerability details, and the dialogue area on the right displays the content output given to the user's questions, the user can select "adopt" or "discard" for each suggestion or "adopt all" or "discard all" for all suggestions according to needs, and the user can also select "re-scan" or "return to dialogue" according to needs; by clicking the "adopt all" button in the design 3 front view, the graphical user interface is converted from the design 3 front view to the design 3 change state diagram, which displays the repair progress in the dialogue area, and the editing area presents the file being modified. 7. Other matters to be noted Other matters: The dotted lines in each view of Design 1 to Design 3 show parts of the graphical user interface and do not form part of the design claimed.

The application provides a firmware version detection method and device, electronic equipment and a storage medium, and relates to the technical field of firmware detection. A firmware version detection method comprises the following steps: obtaining a corresponding element self-discovery register (CSR) design file based on a target configuration of a current product line server; the CSR design file comprises a latest version CSR firmware package corresponding to the target configuration, a firmware version table and a CSR self-checking program; updating the firmware in the server based on the latest version CSR firmware package to obtain a target server; determining a CSR target version in the target server based on the CSR self-checking program; comparing the CSR target version with the latest version CSR in the firmware version table, and determining a version detection result of the firmware based on the comparison result. Thus, the stability and reliability of the server can be improved, and the use performance of the server can be optimized.

1. The name of the design product: the coding graphical user interface of electronic equipment. 2. The use of the design product: for an electronic equipment. 3. The design points of the design product: in the graphical user interface of the claimed part. 4. The picture or photo that best shows the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: the graphical user interface is used for coding. The claimed part of the graphical user interface is used to operate on the coding. The graphical user interface of design 1 front view includes the coding area on the left and the dialogue area on the right, the user can edit the coding in the editing area and input instructions in the form of dialogue in the dialogue area; the dialogue area of design 1 front view shows the content output given for the user's instructions, including modified files, newly created files and deleted files, the user can choose "accept" or "discard" according to the needs of each suggestion; at the same time, the user can view the modified files "todo_list.py", "doc_list.py" and the newly created file "R4_list.py" mentioned in the dialogue area by selecting different tab cards in the editing area. The graphical user interface of design 2 front view includes the coding area on the left and the dialogue area on the right, the user can edit the coding in the editing area and input instructions in the form of dialogue in the dialogue area; the dialogue area of design 2 front view shows the content output given for the user's instructions, including modified files, newly created files and deleted files, among which the modified files are marked with yellow circular patterns, the newly created files are marked with green circular patterns, and the deleted files are marked with red circular patterns, the user can choose "accept" or "discard" according to the needs of each suggestion; at the same time, the user can view the modified files "todo_list.py", "doc_list.py" and the newly created file "R4_list.py" mentioned in the dialogue area by selecting different tab cards in the editing area. 7. Other circumstances that need to be explained: the dashed line in the front view of design 1 and design 2 shows part of the graphical user interface, which does not constitute the claimed part of the design. Design 2 claims color.

The invention discloses a whole vehicle file design method and device, electronic equipment, a storage medium and a BOM system, and relates to the field of vehicle production. According to the vehicle demand information, a deliverable is generated and added into a whole vehicle document package; driving a vehicle production process according to the whole vehicle document package so as to meet vehicle requirements; wherein the Coze platform is used for central scheduling and automatic verification; the central scheduling of the Coze platform comprises the steps of performing task decomposition, bill of material triggering, risk analysis triggering and document generation triggering on the vehicle demand information based on a Coze central scheduling Agent; the central scheduling of the Coze platform further comprises the steps of calling a knowledge base based on the automatic verification Agent, carrying out BOM verification, risk verification and drawing compliance detection, and feeding back a verification conclusion to the Coze central scheduling Agent; wherein according to a conclusion that the BOM verification, the risk verification and the drawing compliance detection pass, a deliverable document package is correspondingly generated and added into the whole vehicle.

The application provides a method and device for importing a standard module library in software engineering, the method comprising designing a standard module library by adding an api directory and an info.json file in the root directory of the module library, realizing the external interface and configuration of the standardized code library; and importing the standard module library into the main project by using an import tool. The application provides a design standard for an Android engineering function module library and an engineering import tool for the standard, simplifies the import of module functions in Android engineering development, standardizes the import of module functions, and reduces the learning cost of the library. By realizing the standard design of the module library, using a visual import tool, and dynamically adding the corresponding calling code file in the project, the application realizes the efficient import of the Android engineering module library and reduces the learning cost of using related functions.

The application relates to the field of computer technology, in particular to a method for quickly loading a single building three-dimensional model by a fixed view angle of a browser, which comprises the following steps: importing a building model file designed by Autodesk Revit 2019 into a self-developed engine lightweight conversion program, and obtaining important files related to the model; the program is written by C# and is used for calling an Autodesk Revit 2019 SDK; the first is a configuration file corresponding to the model, the configuration file contains model center point information, model highest point information, floor view center point and the corresponding relationship between a floor and a component ID set, the four kinds of information have an important role in loading the three-dimensional model by the browser, and the following is an information extraction method: the model center point information and the highest point information extraction method: obtaining a rectangular bounding box of a corresponding three-dimensional view in a Revit file through the SDK, obtaining eight vertex coordinate value information of the rectangular bounding box, calculating minimum and maximum coordinates of the boundary frame, and then taking the midpoint between the two as the center point of the model.

The invention relates to the technical field of computer information, in particular to a quick migration method for supporting differentiation of large and small files in a multi-data center scene, which comprises the following steps: establishing a data processing center, acquiring a to-be-migrated file, and dividing the to-be-migrated file into a large file and a small file; based on the large file, designing a storage IO adaptive fragmentation and link packet loss linkage LT coding mechanism to complete migration; based on small files, grouping is carried out through service types, and a lightweight verification mechanism is designed to complete migration. The sequential read-write throughput potential of high-performance storage equipment is fully mined through storage IO self-adaptive fragmentation; the link packet loss linkage LT coding mechanism effectively resists the high packet loss challenge of the wide area network; grouping is carried out through service types, so that the connection and source data overhead caused by massive transmission requests is greatly reduced; the lightweight verification mechanism provides efficient and reliable integrity verification, and constructs a highly reliable data transmission system.

The application provides a kind of based on BIM model design file and design disclosure informationization association method, comprising the following steps: S1, based on Bentley platform, the tree structure directory of management model is established in collaborative design;S2, design file is managed according to the tree structure directory mapped by model, and child node has root node information;S3, design disclosure information is managed according to professional division, and is associated with the design file that has been managed by the tree structure directory mapped by model;S4, through steps S1-S3, the design BIM data asset of automatically associated design file, design disclosure information is formed.The method provided by the application is suitable for three-dimensional BIM forward design management in engineering design, and can standardize the management of three-dimensional design model, design file management after three-dimensional drawing and design disclosure information management, form the BIM forward design achievement of light-weight release with design file and design disclosure information, and can be applied to industries including water conservancy and hydropower engineering, new energy engineering, municipal transportation engineering and building engineering.

This invention discloses an automatic cutting saw processing method for stone wipers. The stone wiper includes a stone body, on which at least one side is symmetrically provided with a pre-reserved portion, a raised corner, a tile top, and a tile groove from both sides to the center. Redundant grooves are selectively provided between the raised corner and the tile top. Through parametric design, a cutting saw is used to cut the stone to generate the wiper. This invention does not use milling cutters for carving; instead, it uses an automatic cutting saw to generate the stone wiper. The processing time for one wiper is only 1 / 6 to 1 / 3 of the original method. This invention adopts a parametric design method, directly omitting the steps of 3D file design and conversion of 3D files into milling machine processing files. It directly generates processing files based on the cutting saw, typically completing parameter setting in about three minutes. This reduces the professional skill requirements for operators and greatly improves the processing efficiency of wipers.

The invention belongs to the field of electric power engineering cost, and mainly relates to a local area network electric power engineering cost collaborative compilation method, which comprises the following steps of: installing electric power engineering cost compilation software on a plurality of computer devices, initiating an engineering collaborative compilation request from a main device, and establishing a local area network collaborative compilation network; a plurality of devices can share and edit files in real time; designing and initializing an engineering file structure adapted to multi-user cooperation; according to division of labor of project participants, file parts responsible for the project participants are divided, and smooth file editing is ensured by locking authority control and a transaction data processing mechanism; integrating and synchronizing modified contents of all parties through an operation module of the software, and finally updating and modifying the file through a version control mechanism; according to the method, the cooperation efficiency, the data accuracy and the real-time performance of electric power engineering cost compilation are effectively improved.