77 results about "Configuration item" patented technology

The application provides a software configuration management method and device and related equipment. Configuration keys of configuration items in a software configuration system are split into a path segment array according to a separator contained in the configuration keys. A hierarchical index structure based on path segmentation of the path segment array is constructed. Different path segments in the array correspond to nodes at different levels in the hierarchical index structure. Configuration values corresponding to the configuration keys are stored in node structures of leaf nodes corresponding to the path segment array. The leaf nodes corresponding to the path segment array are nodes corresponding to the last path segment in the path segment array. The hierarchical index structure is introduced as a storage structure of effective software configuration. The hierarchical configuration keys are mapped to paths in the hierarchical index structure, so that the complexity of single-key query is only related to the key length, the complexity of prefix query is related to the number of matching results, and the performance bottleneck of traditional hash table query traversal is completely eliminated.

This invention discloses a method and system for MCU pin configuration and ARXML generation based on the Excel platform. It automatically parses the MCU chip manual using Python and builds a pin resource library, enabling one-click import of pin data. Utilizing VBA, it achieves dynamic management and intelligent verification of configuration items, supporting error aggregation and location redirection. It also automatically maps configuration data to AUTOSAR standard ARXML files. This invention unifies hardware and software data sources, significantly reduces human error, and improves the efficiency of pin configuration and file generation.

A method of noise reduction, including: collecting configuration data with agents from configuration items, transmitting the collected configuration data to a server for processing, blocking receipt of selected configuration data by a server load protection module to protect the server from overload, storing the configuration data at the server in a storage, processing the configuration data with a batch noise detection module that identifies noise in the configuration data; the batch noise detection module deduces rules based on the identified noise and stores the rules in a data knowledge repository, receiving a user query from a user using a front-end module, analyzing the configuration data with an analytical module to transform the configuration data to be aligned with the user query, responsive to the analysis applying a runtime noise detection module to identify and suppress transformed configuration data to remove irrelevant transformed configuration data.

1. The name of the design product: overview navigation configuration graphical user interface for electronic device. 2. The use of the design product: the design product is used for an electronic device. 3. The design points of the design product: the graphical user interface in the screen. 4. The picture or photo that best indicates the design points: design 1 front view. 5. The use of the graphical user interface: the graphical user interface is the starting interface and background configuration page of the overview navigation configuration. Specifically: design 1 front view is the overview navigation configuration interface of the manufacturer version. The user clicks the lower rectangular block in the central interface. The interface enters design 1 interface change state diagram from design 1 front view interface. The asterisk marked in design 1 interface change state diagram is the key configuration item. Design 2 front view is the overview navigation configuration interface of the distributor version. The user clicks the lower rectangular block in the central interface. The interface enters design 2 interface change state diagram from design 2 front view interface. The asterisk marked in design 2 interface change state diagram is the key configuration item. 6. Design 1 is designated as the basic design.

The application relates to the technical field of network card configuration, and discloses a PCIe reset linkage network card configuration method and device, wherein the method comprises the following steps: listening to change events of a plurality of configuration items, and writing the first configuration state of the configuration item which is changed into a special snapshot storage partition; monitoring a PCIe bus hardware reset signal in real time, and within a hardware time sequence window before a network card chip enters a reset state, forcibly writing full-amount configuration states of the plurality of configuration items into the special snapshot storage partition; after the network card chip completes PCIe reset, reading snapshot data packets and performing validity checking, loading the snapshot data packets which pass the checking into an on-chip SRAM; and respectively performing configuration recovery on each functional module in the network card, and the total time length of the configuration recovery does not exceed a preset time length, so that the technical problems that configuration saving depends on a host operating system and a drive and configuration is completely lost in an uncontrollable reset scene in the prior art are solved.

The application discloses a media task resource quota calculation method and device, a storage medium and a computer device, and relates to the technical field of media task resource quota calculation. The method comprises the following steps: in response to a media task creation request, extracting multimedia task parameters of a media task, wherein the multimedia task parameters comprise a service type and a service attribute; if the service attribute is contained in a service-specific configuration list corresponding to the service type, determining a weight value corresponding to the media task based on the service-specific configuration list; if the service attribute is not contained in the service-specific configuration list corresponding to the service type, querying a configuration item matched with a resolution parameter of the media task in a resolution configuration list according to the video resolution parameter corresponding to the media task, and determining the weight value corresponding to the media task based on the configuration item; and determining a resource quota value according to the weight value corresponding to the media task, so as to perform server resource scheduling based on the resource quota value.

This application provides a data processing method and platform, comprising: receiving assessment tasks issued by the assessment subjects; selecting target configuration items from a visual interface according to the assessment content, and creating a target configuration interface corresponding to the assessment content; selecting business data of the work corresponding to the target configuration items from a business database according to the target configuration items; for each assessment subject, scoring the business data of the assessment subject according to the scoring criteria corresponding to the assessment content, and obtaining an assessment score representing the assessment subject under the assessment content; obtaining the assessment results of all assessment subjects based on the business data and assessment scores of all assessment subjects under the assessment content, thereby completing the assessment task, and displaying the assessment results to the assessment subjects. This application reduces the workload of the assessment subjects and improves the efficiency of the assessment process.

This application discloses a device configuration method and a device management system, applied to a device management system including a management platform and at least one device. The method includes: the device intercepting a configuration command, the configuration command being used to configure a target configuration item to be configured; the configuration command is issued by the management platform, or the configuration command is a user-local configuration command; determining the local storage address of the target configuration item on the device, and querying the lock file corresponding to the target configuration item at the storage address; different configuration items correspond to different lock files; if the query result indicates that the target configuration item is currently in an unconfigured state, then modifying the target configuration item to a configured state, and configuring the target configuration item in response to the configuration command; if the query result indicates that the target configuration item is currently in a configured state, then ignoring the configuration command. This method enables fine-grained configuration conflict protection for the device, improving the flexibility and reliability of device parameter configuration.

This invention relates to a customizable SaaS configuration method for multiple backend applications, specifically in the field of custom configuration for multiple backend applications. It defines basic database configuration, basic server configuration, basic security configuration, basic network configuration, basic storage configuration, and basic log configuration for different application systems. Based on single responsibility and application system components, the application system is divided into multiple independent modules. Dependencies between modules are identified by recording the call order and time relationships between modules through time-series analysis. Parameters and configuration items are categorized and defined according to their module and function, applicable environment, importance and scope of influence, security level, and data type. Resource templates are freely combined to form an overall architecture based on the functional requirements of different applications. The behavior and style of modules are controlled by parameters and configurations corresponding to the functional requirements of the applications within the architecture, establishing an efficient and reliable application hosting system.

This application discloses a robot configuration method, device, and storage medium. The method includes: displaying a robot configuration page, the configuration page including a configuration editing area, the configuration editing area including adjustable agent configuration items, each agent configuration item being associated with at least one interactive control, the interactive control being used to trigger parameter adjustment of the agent configuration item; generating configuration information for a target agent in response to a user's parameter adjustment operation on the agent configuration item via the interactive control; and sending the configuration information of the target agent to the target robot in response to the user's selection operation of a target robot in a robot list, thereby updating the interactive behavior of the target robot; the robot list includes at least one robot that has been device-bound through the user's terminal. This application can effectively improve the efficiency of customizing robot interaction experiences.

The present disclosure provides an interface simulation method and device, equipment and storage medium, relating to the technical field of computer, which can obtain interface information of a target interface and at least one interface response configuration item through a monitoring instruction when starting an application to be simulated, so as to realize monitoring and simulation of the target interface, thereby improving the efficiency of testing. The method comprises: accepting a start request for an application to be simulated, the start request carrying a monitoring instruction; starting the application to be simulated based on the start request, and obtaining interface information of a target interface and at least one interface response configuration item based on the monitoring instruction; determining whether the target interface called exists in the started application to be simulated based on the interface information; and in response to the existence of the target interface called in the started application to be simulated, simulating the target interface called based on the at least one interface response configuration item.

This application provides a web crawler configuration method and related equipment. The web crawler configuration method includes: displaying a corresponding web crawler configuration interface in response to the selection of a configuration mode, the web crawler configuration interface containing multiple web crawler configuration items; obtaining a preliminary configuration scheme in response to configuration operations on each of the web crawler configuration items; executing corresponding debugging steps according to the preliminary configuration scheme in response to the triggering of the debugging function of the configuration interface; and forming a final configuration scheme in response to the completion of debugging. The technical solution of this application significantly reduces the complexity of web crawler configuration by responding to each step of user operation, combining a visual interface and real-time debugging, enabling non-professional users to easily and quickly configure web crawlers, improving user experience and configuration accuracy.

This application relates to a method, system, and medium for batch deployment and migration of low-voltage systems based on configuration templates and differential synchronization, belonging to the field of low-voltage equipment integration technology. The method for batch deployment and migration of low-voltage systems includes: creating parameter configuration templates based on device models and generating a project variable library by combining variable types; connecting low-voltage devices according to preset protocol driver plug-ins, collecting and converting device configuration items to form an application configuration snapshot; generating a theoretical configuration table based on actual values ​​in the project variable library, comparing it with the application configuration snapshot, calculating the configuration difference, and forming a configuration command sequence; selecting target devices according to configuration tasks, constructing a task execution queue, generating and transmitting the corresponding configuration command sequence, and returning command feedback information; parsing the command feedback information, determining the configuration execution result, obtaining a new configuration snapshot of the target device, and comparing it with the theoretical configuration table to verify the configuration execution result; ensuring the consistency and accuracy of the configuration.

Embodiments of the present disclosure disclose a bid analysis method and device, electronic equipment and a computer readable medium. A specific embodiment of the method comprises: obtaining a bid dataset; displaying a first display interface; in response to detecting a configuration operation of a user configuring a control in the first display interface for an enterprise score item, determining at least one enterprise score configuration item according to the configuration operation; determining a winning bid score of a target enterprise according to the at least one enterprise score configuration item and the bid data; and analyzing the bid data and the winning bid score of the target enterprise according to the at least one enterprise score configuration item to obtain a bid analysis result of the target enterprise. The embodiment can ensure the fairness, justice and legality of the bidding process, can give the winning bid probability of each bidder for the reference of the tenderer, and can show the performance of each enterprise on each enterprise score configuration item for the tenderer in the bidding process, avoiding the influence of human factors.

This invention provides a method, apparatus, and system for configuring serverless resources, relating to the field of resource configuration, and can provide users with workload deployment solutions that meet their needs. Based on this invention, the system can provide configuration items that allow users to define one or more attribute parameters among scaling and / or scheduling workloads, the type of computing resources used for the workload, or the workload's tolerance to interruptions. This supports users in determining resources based on their actual workload and preferences, achieving rational resource allocation. Furthermore, the system can estimate and display the cost of the required resources based on the user's attribute configuration, intuitively informing the user of the costs they will subsequently incur. This allows users to decide whether to accept the workload deployment solution after receiving payment information.

This application provides a data processing method, apparatus, device, medium, and product for a configuration management database. It relates to the field of data processing technology. The method includes: acquiring multi-source heterogeneous data, including structured data, semi-structured data, and unstructured data, through a preset data access layer; extracting configuration items and their attribute information from the multi-source heterogeneous data, and constructing a configuration item list based on the configuration items and their attribute information; acquiring multi-source behavioral data, performance data, and business data; generating a dependency graph based on the multi-source behavioral data and the configuration item list using a preset inference model; and predicting various preset target faults based on the configuration item list, dependency graph, performance data, and business data, so as to perform corresponding maintenance operations based on the prediction results. This application uses artificial intelligence technology to drive CMDB upgrades, realizing intelligent fusion of multi-source data, dynamic relationship construction, and predictive maintenance, creating an intelligent decision-making center.

This application provides a screen lighting method, apparatus, electronic device, and storage medium. The method includes: responding to a first selection operation applied to a preset chip list, determining a target display driver chip to be configured, and loading a configuration interface corresponding to the target display driver chip; displaying at least one configuration item corresponding to the target display driver chip in the configuration interface, and determining configuration parameter information corresponding to the at least one configuration item; responding to a second selection operation applied to a preset programming control, writing the configuration parameter information into a preset storage area of ​​the target display driver chip, so that after the target display driver chip is powered on again, it reads the configuration parameter information from the preset storage area and lights up the screen based on the configuration parameter information. This solution enables visual parameter configuration, reduces the development threshold for screen lighting, significantly shortens the adaptation and lighting cycle for screens of different specifications, improves testing efficiency, and ensures testing quality.

The application discloses a railway freight car configuration history management method, device, medium and equipment, and the method comprises the following steps: acquiring history basic information, including the attributes and attribute fields of each configuration item. An association matrix is constructed according to the correlation intensity of each attribute field, the penetration probability between each attribute field is determined based on the association matrix, the attribute grouping and the history type identification of the attribute field are determined according to the penetration probability. Each classified attribute field is taken as a node to construct a causal reasoning graph, and the causal strength and the causal path between each classified attribute field are determined according to the causal reasoning graph. The classified attribute fields are established into a hierarchical data structure according to a preset configuration level, the causal strength and the causal path between the classified attribute fields are marked in the hierarchical data structure, and the attribute configuration result of each configuration item is obtained. The application is helpful for the effective management and tracing of the attribute information of the railway freight car configuration item.

The application discloses a kind of communication tunnel test data generation method and its device, electronic equipment, it is related to automatic test technical field, wherein, the test data generation method includes: determining initial configuration item;Based on target strategy dependency graph, configuration item extension is carried out to initial configuration item, obtains multiple target extension configuration items and at least one target extension configuration item value corresponding to each target extension configuration item, wherein, target strategy dependency graph is constructed by multiple configuration items and multiple constraint relations;Based on initial configuration item, all target extension configuration items and all target extension configuration item values, at least one combination test data for communication tunnel is generated.The present application solves the technical problem that different test data combinations are difficult to cover in related technologies, and there is a risk of missing measurement.

This invention discloses a method for generating application data configuration files, along with its medium and electronic device. The method includes: reading and checking the integrity of a configuration script; reading an input file to be configured; calculating the maximum amount of data sent per cycle, the maximum amount of security messages sent per cycle, the maximum allowed amount of security data sent per cycle, and the maximum allowed amount of maintenance data sent per cycle; when the maximum allowed amount of security data sent per cycle is greater than the maximum amount of security messages sent per cycle, writing the former into the configuration file; calculating the maximum amount of maintenance data sent per cycle; when the maximum allowed amount of maintenance data sent per cycle is greater than the maximum allowed amount of maintenance data sent per cycle, writing the monitoring message configuration and alarm message configuration of the corresponding node in the input file into the configuration file; and completing the configuration of all configuration items in the input file according to the above steps to complete the configuration of the entire configuration file. Its advantage is that this method improves the correctness of the generated configuration file.

The application is suitable for the technical field of DDD, and provides a middle platform construction method and device, terminal equipment and storage medium. Through repeated mathematical abstraction of specific field model itself concept, an empty flow table only including data categories and a plurality of empty configuration tables only including configuration items are designed according to business requirements, while the relationship characteristics between concepts are reserved, the dependence on specific business knowledge is avoided, and the specific business is not coupled. Then each configuration table is mapped to a value object through a software development kit developed in advance. Finally, all value objects are perfected according to business requirements through the software development kit, the complete life and use cycle of the value objects in DDD are managed, the configuration file meeting the business requirements is generated, the problem that DDD is too general and difficult to land is avoided, unlike the tool components of TMF, COLA and other technical layers, the complexity of the business layer is reduced, and the construction level of the middle platform is improved.

The application discloses a network device configuration management method and device, equipment and a storage medium, and relates to the technical field of communication. In the case that it is monitored that an orchestration management system has deployed a first network device instance, initial configuration data is sent to the first network device instance according to a pre-configuration data file of the first network device instance. In the case that configuration data after the first network device instance is obtained, a configuration management interface of the first network device instance is generated according to a configuration management model file of a network device template corresponding to the first network device instance. In the case that a configuration change command of the first network device instance input by a user is obtained through the configuration management interface, the configuration change command is sent to the first network device instance, and in the case that a configuration change response returned by the first network device instance is obtained, the configuration is updated in the configuration management interface. The scheme of the application can realize the functions and configuration items supported by dynamic setting of the network device.

This invention relates to an artificial intelligence-based network configuration change risk assessment method, comprising the following steps: receiving target network device information, configuration commands, change service background, and time window; parsing the configuration commands based on the manufacturer and model in the target network device information, extracting configuration items, parameters, and target objects, and constructing a structured representation; and collecting network topology, current configuration, operating status, recent alarms, and related security policies of the target network device and associated devices based on the target objects. This application uses target network device information, configuration commands, service background, and time window as input, sequentially executing parsing, collection, assessment, report generation, and manual review, achieving full automation from change application to assessment completion. Compared to traditional manual review, this method reduces the review time from hours or even days to minutes, directly solving the technical problem of low efficiency in manual review.

The application discloses a railway wagon configuration control method, device, medium and equipment. The method comprises the following steps: acquiring a target configuration item matched with a project configuration requirement, and extracting a target configuration code of the target configuration item in a configuration code library; the configuration code library comprises configuration codes of a plurality of configuration items, each configuration code comprises a function code and a position code; a mapping relationship between the function code and the position code of the target configuration item is established; a function structure tree is generated according to a node position of the target configuration item in a function hierarchical structure, and a position structure tree is generated according to a node position of the target configuration item in a position hierarchical structure; the target configuration item node in the function structure tree has a mapping relationship with the target configuration item node in the position structure tree. The application helps to improve the configuration control precision of the railway wagon product and the subsequent change tracing efficiency.

The specification relates to the technical field of configuration detection, and discloses a configuration detection method and an electronic device. The method is applied to a configuration detection system, the configuration detection system is preconfigured with a knowledge base, a mapping relationship between a rule type and a detection tool, and a system prompt word used for constraining a model to perform a detection task. The method comprises: obtaining service configuration data of a to-be-detected service; taking a service type, a configuration item and a field path in the service configuration data as a rule retrieval condition, retrieving at least one detection rule corresponding to the service configuration data from the knowledge base; inputting the retrieved at least one detection rule, the service configuration data and the system prompt word into a preset language model, so that the preset language model analyzes the at least one detection rule according to the system prompt word, determines a rule type corresponding to each detection rule, and determines a detection tool corresponding to each detection rule based on the mapping relationship; extracting a to-be-detected field corresponding to each detection rule from the service configuration data according to the detection tool determined by the preset language model, and calling a corresponding detection tool to perform detection on the to-be-detected field; receiving detection results returned by each detection tool, and generating a structured detection result for the service configuration data based on the detection results returned by each detection tool.

The application relates to the field of application distribution, and provides a smart screen terminal application distribution method, a system, equipment and a storage medium. The method comprises the following steps: abstracting an interface structure of an application store into a layout component set and performing template processing to obtain an application store template; inputting an operation configuration instruction into a visual configuration platform, performing content binding on a plurality of layout components in the application store template to obtain an application store configuration item; performing distribution rule matching on the application store configuration item according to device attribute information and user dimension information to obtain a distribution strategy; performing dynamic analysis on the application store configuration item by a rendering engine in a target terminal to obtain an application store interface; and in response to a triggering operation of a user on an application entry in the application store interface, starting a target application according to a jump path parameter to obtain a function direct access page. The application realizes dynamic configuration, personalized distribution and direct access of application functions of the application store interface.

This application relates to the field of terminal technologies, and provides an always-on screen display method, an electronic device, and a computer-readable storage medium. The method includes: receiving a first operation inputted by a user on a theme selection interface; selecting a first theme in response to the first operation, where the first theme corresponds to a first configuration file and a first resource package, the first configuration file includes at least a first configuration item, and the first configuration item indicates whether the first theme supports a full-screen AOD mode; receiving a second operation performed by the user in an unlocked state, where the second operation is a screen-off operation; playing a first screen-off animation in response to the second operation; and after the playing of the first screen-off animation is completed, entering the full-screen AOD mode in response to a current configuration value of the first configuration item being that the first theme supports the full-screen AOD mode. The foregoing method can improve user experience.

The application discloses a design method and device of a satellite control software general architecture. The method comprises the following steps: establishing a satellite control software layered architecture, the layered architecture comprising a computer interface abstraction layer, an operating system interface abstraction layer, a component interface abstraction layer, a core service layer and a model application layer arranged in sequence from bottom to top; constructing the computer interface abstraction layer to uniformly encapsulate the differences between different processor architectures; constructing the operating system interface abstraction layer to uniformly encapsulate the differences between different operating systems; constructing the component interface abstraction layer to uniformly encapsulate the differences between different devices; constructing the core service layer to form general functions on the basis of the computer interface abstraction layer, the operating system interface abstraction layer and the component interface abstraction layer; and constructing the model application layer to select the general functions in the core service layer for the target satellite model, to parameterize the configuration items, and to extend the model-specific functions. The application can effectively improve the cross-platform reuse capability, development efficiency and quality consistency of the software.

A geotechnical engineering BIM application system based on 3D GIS, belonging to the field of geographic information technology, is characterized by comprising: a geotechnical engineering BIM application analysis subsystem and a geotechnical engineering BIM digital delivery subsystem; performing BIM lightweight processing on various information models obtained through geotechnical engineering investigation and design; providing refined display of engineering geological model layers in the 3D scene; performing pile foundation evaluation analysis and virtual pile layout analysis on engineering geological model layers and pile foundation model layers; editing and processing attribute fields of model layers, performing data modeling on specified attribute fields, rendering and displaying the modeling results in the 3D scene and outputting them; managing and authorizing functions for role information; and setting configuration items for the geotechnical engineering BIM digital delivery subsystem. Advantages: It can effectively combine BIM and GIS, and then use multi-source heterogeneous data for visualization integration, quantitative analysis, collaborative application, and digital management.

The embodiment of the application provides a kind of service application statistics method and device, electronic equipment, storage medium, belong to computer technical field, wherein, service application statistics method includes: receiving by client sends for the service request of to-be-executed business, wherein, service request carries service introduction parameter;According to the parameter replacement of first service extension configuration item of pre-construction according to service introduction parameter, obtain second service extension configuration item;According to second service extension configuration item, generate service application code;Send service application code to pre-configured data analysis engine;Receive the service application statistical result of to-be-executed business that is output according to service application code by data analysis engine.The embodiment of the application, through data analysis engine, can simply and conveniently output service application statistical result, can reduce service development maintenance cost, while it is favorable to more clearly and accurately track service application situation.