148 results about "Global configuration" patented technology

A networking device in a HA configuration processes network flows for a VNIC. Network configurations include networking policies that govern network packet processing by the networking device. Global epoch values are associated with each version of the network configuration. The networking device has a control plane, a data plane, and a flow table. The control plane uses the most recent network configuration to produce flow table entries to be stored in the flow table and the data plane uses the flow table entries to process network packets. Flow table entries include flow epoch values that match the global epoch value associated with the network configurations used to create the flow entries. A datapath epoch value, a VNIC peer epoch value, and a VNIC local epoch value are associated with each VNIC. The various epoch values are used to ensure consistent flow table entries among the peers in the HA configuration.

The invention discloses a middleware management method and device, relates to the technical field of middleware, and mainly aims to realize unified management and configuration of middleware, reduce the management and maintenance difficulty of the middleware and improve the flexibility and convenience of flow management. According to the main technical scheme, each middleware instance is divided into one or more logic clusters according to operation characteristics of each service, wherein the operation characteristics are used for representing characteristics related to high-reliability operation of the services; general configuration setting is carried out on the one or more logic clusters to obtain global configuration information containing all the logic clusters, and the general configuration setting at least comprises setting of physical mapping and routing strategies of middleware instances docked by all the services in the running process; and respectively issuing the global configuration information to each middleware instance contained in each logic cluster so as to run according to the global configuration information when a service butted with the middleware instance contained in each logic cluster is started. The middleware management method and device are used for middleware management.

The invention discloses a method and device for generating mass database table test data based on configuration, and the method comprises the steps: obtaining table building information, extracting table metadata from the table building information, and carrying out the standardization processing of the table metadata, and obtaining the standardized table metadata; obtaining a data generation template based on the standardized table metadata; modifying the data generation template according to a target demand to generate a target data generation template; extracting global variable information from a global configuration node of the target data generation template; analyzing a data generation rule corresponding to each field based on the global variable information, and generating test data based on the field generation rule; and based on the test data, generating an insertion statement, and writing the insertion statement into a preset file to obtain a final test data file. According to the embodiment of the invention, full-process automation from table metadata extraction to test data files can be realized, real association of data is guaranteed, and test effectiveness is improved.

The invention provides a parallel multi-target random parameter optimization method and device.The parallel multi-target random parameter optimization method comprises the steps that the number of nodes of a parallel computing cluster is configured, and a random seed sequence is generated; carrying out structure loading and compiling on the to-be-optimized model, and obtaining global configuration of the to-be-optimized model; sending the global configuration to all processes, generating an initial parameter population meeting the constraint of the global configuration by each process based on the random seed, and performing serial evaluation to obtain a target function value; independently iteratively executing shuffling complex evolution by each process until a convergence condition is met; each process outputs the respective optimal parameter vector and the corresponding objective function value to a root process, and a global optimal solution is determined through the root process. By means of the method and device, the accuracy and efficiency of parameter optimization can be remarkably improved, and the problem that the model optimization effect is poor in the prior art is solved.

The invention discloses a management method and device for a process instance in a semiconductor computer integrated manufacturing system, and the method comprises the steps: taking a process timeout time as a global configuration parameter, and configuring the global configuration parameter in a process template in a process template design stage; generating corresponding process instances through the process template, and creating an independent runtime context for each process instance; storing the process instance in a process instance container module; before each process node instance is executed, the timeout state of the process instance to which the process node instance belongs is judged through a unified preposition method; periodically scanning a process instance container module through an independent timing compensation task, and carrying out timeout judgment on the process instance in a running state; receiving an external instruction through a manual intervention interface provided by the management module; all modification operations on the process instance state keep the isolation of the instance level. According to the invention, flexible manual intervention and timeout termination mechanisms are supported.

The invention discloses an intelligent business data processing method, system and device and a storage medium, and relates to the technical field of data processing.The method comprises the steps that a target component is selected from preset components based on the target requirement of a target user, and the preset components at least comprise a management component and a function component; the functional components at least comprise an identification component, a form component, an auxiliary component and a layout component; accessing a target component; user-defined configuration information of the target user is obtained, personalized adjustment is carried out on the target component based on the user-defined configuration information, a corresponding customized component is obtained, and the user-defined configuration information at least comprises global configuration information, service configuration information and component configuration information; and processing the business data input by the target user based on the customized component. By means of the mode, a modularized framework is used, the requirements are disassembled into different assemblies, repeated code development can be avoided, the development cost is reduced, and the development period is shortened.

The invention relates to the technical field of system operation and maintenance, in particular to an equipment configuration compliance self-checking method and device, equipment and a storage medium. The method comprises the following steps of: performing parameter-level configuration anomaly detection on residual configuration items through an anomaly detection model, performing confidence analysis on global configuration compliance by fusing two types of anomaly detection results, finally generating a comprehensive analysis report about target equipment, and realizing closed-loop management of automatic repair-shadow verification-safe rollback by linking a repair system. According to the scheme, through rule and AI model cooperative detection and a closed-loop repair mechanism, the configuration check efficiency and accuracy are remarkably improved, the labor cost and the business risk are reduced, meanwhile, the dynamic adaptive capacity is achieved, and the method is suitable for automatic compliance management of large-scale IT infrastructures.

The invention relates to the technical field of optical module firmware verification, in particular to an automatic integration test method and system for optical module firmware verification, and the method comprises the following steps: building a test environment of a to-be-tested optical module; the batch processing script is run, a batch processing entry file of the test case is retrieved from a test case library directory, the retrieved batch processing entry file is loaded to an execution queue, and the test case is stored in a test case library in the form of a standardized batch processing entry file; test cases are loaded according to the batch processing entry files in the execution queue, and test configuration files corresponding to the test cases are loaded into global configuration in sequence; and executing the test case, and generating a test log and a test report. According to the method, a framework in which the test case is separated from entry retrieval is adopted, and meanwhile, the test task is automatically executed based on the test configuration file, so that the reusability and compatibility of the test case are improved, and the automation degree and the test efficiency of the test are remarkably improved.

The invention provides a message processing method and device and a storage medium, and the method comprises the steps that a first communication device firstly receives service messages forwarded by a user plane function UPF node, and then forwards the service messages according to a tunnel classification table and a terminal service flow table. Wherein the tunnel classification table and the terminal service flow table are obtained by converting local global configuration information of the UPF node. According to the embodiment of the invention, the service processing capability of the UPF is expanded to the first communication equipment, and the message is unloaded and forwarded by means of the first communication equipment, so that the processing pressure of a core network UPF node can be effectively shared, the throughput of the core network UPF node can be improved, and the processing delay of the service message can be shortened and the network communication quality can be optimized through local rapid forwarding of the first communication equipment.

The invention provides a service deployment method and a service deployment system based on Kubernetes. The method comprises the following steps: receiving a deployment instruction carrying an overall planning script package, wherein the overall planning script package comprises an overall planning file, a global configuration file and a plurality of sub-script packages; analyzing the overall arrangement file to determine the execution sequential logic of each sub-script package, and extracting a target configuration parameter from the global configuration file; the sub-script packages are scheduled in sequence, sub-script package description files in the sub-script packages are read, and instantiation deployment parameters are generated in combination with local parameters; analyzing an instruction definition file in the sub-script package to identify an extension instruction; and executing the instruction according to the instantiated parameters, and completing container deployment, database initialization and configuration issuing of business services by issuing an atomic operation instruction to a Kubernetes cluster. According to the method, a complex deployment process is abstracted into a unified arrangement and scheduling process, and the efficiency and reliability of service deployment are remarkably improved.

The invention provides an AUTOSAR architecture diagnosis code generation method and device and a medium, and belongs to the technical field of computers. The method comprises the following steps: acquiring a diagnosis database required for configuring the AUTOSAR diagnosis system, wherein the diagnosis database records a plurality of diagnosis units and a logic relation graph formed by the diagnosis units; generating a plurality of diagnosis registrators corresponding to the plurality of diagnosis units in a Simulink application layer model by adopting a registrator module according to the logic relation graph; performing parameter configuration on the plurality of diagnosis registrators to generate a diagnosis database configuration file; generating a diagnosis global manager in the Simulink application layer model, and then performing parameter configuration to generate a diagnosis global configuration file; and integrating the diagnosis database configuration file and the diagnosis global configuration file to obtain an AUTOSAR architecture diagnosis code file corresponding to the AUTOSAR diagnosis system. According to the invention, the AUTOSAR diagnosis function can be realized in a lightweight manner.

The invention provides a lightweight elliptic curve cryptographic reconfigurable processor. The reconfigurable computing unit array comprises a shared data area and a reconfigurable instruction memory, the shared data area is used for an upper layer system to write initial data, global configuration parameters, two sets of moduli, two sets of pre-computing parameters Mu and to-be-computed data, the initial data comprises elliptic curve configuration parameters and a group of noise data, and the global configuration parameters comprise reconfigurable data of the computing unit array; the reconfigurable instruction memory is used for an upper-layer system to write reconfigurable instructions, and the reconfigurable instructions comprise an initialization instruction, an operation instruction and a jump instruction. The method can cope with application scenes such as high security, low power consumption, rapid switching and reconstruction of the ECC algorithm, can be flexibly applied to the fields of national password security, network security teaching and commercial password, and has a wide application prospect.

The invention discloses a virtual local area network re-ploughing configuration method and device and a nonvolatile storage medium. The method comprises the following steps: acquiring a global configuration file from optical line terminal equipment and multi-service edge equipment through a first preset program interface, and extracting configuration data of a preset field type from the global configuration file; determining a preset resource allocation result corresponding to each type of service according to the configuration data, and generating a re-ploughing configuration script according to the preset resource allocation result; and after the re-ploughing configuration script is distributed, collecting first hardware address information of each type of service in the first local area network and second hardware address information of each type of service in the second local area network in real time, and determining whether the re-ploughing configuration process is abnormal according to the first hardware address information and the second hardware address information. The technical problem of low re-cultivation efficiency of the virtual local area network caused by inaccurate service data configuration and acquisition in the existing re-cultivation technology is solved.

The invention discloses an equipment configuration scheme solution method based on a web interface, equipment and a medium, and belongs to the technical field of network equipment management. The method comprises the following steps: selecting to add configuration on an intention network interface based on a user demand, and creating self-defined configuration based on a preset configuration process; wherein the custom configuration comprises a configuration name, a configuration command, a configuration type and a configuration item; selecting at least one custom configuration in the intention network interface, and generating a solution based on the at least one custom configuration; selecting a solution to open a solution interface, and configuring parameters based on the selection of the user to complete a configuration instance; wherein the configuration instances comprise a global configuration instance and a port configuration instance; and displaying the configuration instance based on the solution interface. By means of the method, the user-defined configuration requirement of a user can be met, and the effect of batch configuration operation can be achieved.

The invention provides an unmanned aerial vehicle cluster networking secure communication method, which comprises the following steps: acquiring real-time position information of each node in an unmanned aerial vehicle cluster, and calculating a relative distance between the nodes in combination with a preset communication range threshold; based on the communicable node pair set, constructing a communication topological graph of the unmanned aerial vehicle cluster by adopting a network topology analysis method based on a graph theory, and identifying a possible local congestion area in the network; in a local congestion area, dynamically increasing the interval between the nodes by adjusting the flight path of part of the nodes, and reducing the influence of channel competition and multipath effect; if the node distance is greater than a preset stability threshold value, a relay node is introduced to optimize a communication link, and continuity and reliability of data transmission are ensured; a clustering analysis method in a machine learning algorithm is adopted to perform grouping management on unmanned aerial vehicle clusters, the global configuration of networking intervals is optimized, and the overall performance of the network is improved.

The invention discloses an FPGA (Field Programmable Gate Array) configuration architecture and an application method thereof. The architecture comprises FILO modules, a local shared configuration memory area and a distributed parameter storage area established between adjacent FILO module clusters, wherein the distributed parameter storage area is specially used for caching key configuration data of a current task execution period; a configuration memory area is shared globally, a high-bandwidth configuration memory is integrated on the top layer of the FPGA architecture, and all reconfigurable parameter sets of the full task process are stored persistently. And adding a temporary stack pointer and setting a corresponding pointing area. The application method comprises the steps of global configuration preloading, local dynamic loading and FILO module execution. According to the method, the performance, the energy efficiency and the resource utilization rate of the FPGA in a lightweight and dynamic application scene are greatly improved. The method can be widely applied to the field of programmable logic device system structures.

A procedure for resolving configuration errors that includes: aggregating a plurality of configuration files, by a system comprising a hardware processor, to generate a first common configuration file; determining, by the system, a line specification error or a line ordering error in the first common configuration file, wherein the line specification error is an error associated with a line specification; Comparison of the first common configuration file with a term replacement database by the system; Updating the term replacement database with the determined line specification error or line ordering error by the system; updating, by the system, a second common configuration file corresponding to a plurality of switches; Validation of the second common configuration file by the system using the updated term replacement database; and Causing the installation of the second common configuration file on the plurality of switches as part of the activation of the plurality of switches.

The invention discloses a global configuration management system and method for a multi-control-domain vehicle-mounted system, and centralized management of multi-control-domain configuration is realized through a configuration management server, a Redis sentry node cluster and a Redis master-slave node cluster. The Redis server is used as a configuration storage engine, role-based access control is realized by adding built-in attributes in configuration data, fine-grained authority management is supported, and configuration is prevented from being modified unintentionally; and master-slave replication is adopted to ensure the consistency of data, version management, persistent storage and automatic backup recovery of configuration data are supported, and meanwhile, a complete configuration change auditing and rollback mechanism is provided. According to the invention, the problems of scattered configuration, low updating efficiency, insufficient safety and the like in the traditional configuration management method are solved, the efficiency, the safety and the maintainability of the configuration management of the vehicle-mounted system are remarkably improved, and a solid technical support is provided for the development of intelligent networked automobiles.

The invention discloses an application program detection and updating method and device, a terminal and a medium, and the method comprises the steps: obtaining an automatic updating identifier of global configuration when an application program is started; requesting a latest version number and a downloading address from a server, and calling an interface when the application program runs to obtain a current version number; judging whether automatic updating is carried out; creating a downloading task, and adding a downloading task monitoring event; and when the downloading state monitored by the monitoring event is "received data", dynamically registering the broadcast receiver, monitoring the installation event, and cancelling monitoring after the installation is completed. Through the core design of in-application downloading and dynamic broadcast monitoring, a user does not need to manually download an installation package or jump to an application store, operation steps are reduced, loss in the updating process is avoided, and therefore the two problems of updating process breakage and installation monitoring failure are solved on the premise of not depending on an external application store.

The application discloses a kind of API gateway application access authorization and management method across resource pool, the method includes the following steps: S1: when creating application, controller is configured to be stored to nationwide area database Application, as global configuration center;S2: authorization process;S3: cancel authorization process;S4: user calls API application scene;A kind of API gateway application access authorization and management system across resource pool, the system is applicable to any one of the above method, and system includes: one: the application configuration storage module based on database implementation across resource pool;Two: application configuration adaptation module;Three: authentication authorization management module based on plug-in;Four: API calling SDK.The application improves efficiency and performance, reduces resource overhead, flexibly controls consumer configuration using consumer-restriction plug-in, but does not affect the dependence of other APIs on consumers, is simple and easy to use, improves the security capability and application scene of gateway.

Some embodiments of the present disclosure relate to automatic global configuration error removal of cluster network devices. Embodiments facilitate dynamic repair of system grammar. The system can determine the presence of an error in a common configuration file. The system can use this determination to compare the common configuration file with a term replacement dictionary to determine solution options. If the error or solution to the error is not in the term replacement dictionary, the system can update the term replacement dictionary.

The application provides a multi-application combined compilation method and system. The method comprises the following steps: obtaining a global configuration of a total project and a module configuration of an application module; configuring a first construction rule of a main module and a second construction rule of an application logic module based on the global configuration, the module configuration and a type identifier of the application module; scanning the application logic module, extracting first combination information and first dependency information of a plurality of first logic components in the application logic module; analyzing a first dependency relationship of the plurality of first logic components based on the first combination information and the first dependency information; determining an initialization sequence of a target logic component based on the first dependency relationship, the target logic component comprising the first logic component; inserting a custom compilation stage in a standard compilation process, and generating combined logic code for sequentially calling the target logic component based on the initialization sequence. The application realizes combined compilation of multi-application through custom configuration and compilation process, and improves the running efficiency of a device.

This invention provides a parallel multi-objective stochastic parameter optimization method and apparatus. The method includes: configuring the number of nodes in a parallel computing cluster and generating a random seed sequence; loading and compiling the model to be optimized and obtaining its global configuration; sending the global configuration to all processes, with each process generating an initial parameter population satisfying the global configuration constraints based on the random seeds, and serially evaluating the objective function value; each process iteratively executing a shuffling complex evolution until convergence is met; and each process outputting its optimal parameter vector and corresponding objective function value to the root process, which then determines the global optimal solution. This invention significantly improves the accuracy and efficiency of parameter optimization, solving the problem of poor model optimization performance in existing related technologies.

The invention discloses an automatic deployment method for a long safety chain network based on Kubernetes Operator, and the core scheme of the method is to define double-layer custom resources (CRD): ChainMakerNetwork is used for declaring chain-level global configuration, ChainMakerNode is used for declaring node-level configuration, through the cooperative work of a node controller and a network controller, the network controller is used for declaring the global configuration of the chain-level, and the network controller is used for declaring the global configuration of the chain-level and the node-level configuration of the chain-level. A node controller generates an identity for each node and reports the identity to a resource state field in advance, and a network controller aggregates information to generate a global chain configuration file after monitoring that all dependencies are ready, so that the mechanism of the scheme breaks the circular dependency that node starting depends on network configuration, and network configuration generation depends on node identity; according to the invention, one-key and declarative deployment and full-life-cycle management of the long safety chain network in the Kubernetes environment are realized, and the deployment efficiency, reliability and operation and maintenance automation level are greatly improved.

The application relates to the technical field of program optimization, and particularly discloses a small program code volume reduction method and device, a storage medium and a computer device. The method comprises the following steps: in response to a small program code volume reduction instruction, determining a target small program to be subjected to volume reduction; acquiring a global configuration file of the target small program, and parsing declared valid page paths from the global configuration file; scanning an engineering directory corresponding to the target small program, and identifying a plurality of page directories contained in the engineering directory; comparing each page directory with the declared valid page paths respectively, so as to screen out redundant page directories not contained in the valid page paths from the plurality of page directories; and deleting the redundant page directories and all files under the redundant page directories, so as to obtain a target small program after code reduction.

The invention discloses an interface aggregation request method and device, equipment, a storage medium and a program product. The method comprises the steps that an aggregation request sent by a client is received, the aggregation request comprises at least two interface identifiers selected by the client, and the interface identifiers are used for indicating interfaces needing to be called by a server; interface information corresponding to the interfaces indicated by the at least two interface identifiers is obtained from a global configuration table, the global configuration table is used for storing information of the interfaces accessed by the server side, and the interface information comprises calling modes of the interfaces; under the condition that the ith interface in the at least two interfaces meets a preset interface condition, the ith interface is called based on the interface information of the ith interface, the calling result of the ith interface is obtained, the preset interface condition is related to the historical calling condition of the ith interface, and i is a positive integer; and sending the calling result to the client, so that the calling flexibility for different interfaces in the aggregation request can be improved, and the response efficiency for the aggregation request can be improved.

The invention discloses a Modbus instrument communication configuration method and device based on an XML script, and relates to the field of instrument communication. The method comprises the steps that an XML script model is constructed, the XML script model is determined according to instrument communication data, and the instrument communication data comprises instrument global configuration information, organization logic of instrument parameters and definition and operation instructions of instrument data; acquiring instrument communication data to be configured, and writing the instrument communication data to be configured into the XML script model to obtain an instrument communication configuration result; and reading the instrument communication configuration result, obtaining a complete instrument data model, and feeding back the complete instrument data model to a caller. The technical problem that the development cost and the maintenance cost are high due to the fact that a Modbus instrument configuration scheme in the prior art cannot adapt to all types of instruments is solved.

The invention relates to an application file verification method and device, electronic equipment and a storage medium. The application file verification method comprises the following steps: acquiring a global configuration file contained in an application file, and acquiring a source code file contained in the application file; and obtaining application information of the application file contained in the global configuration file, and obtaining a byte array of the application file contained in the source code file. And verifying the application file according to the application information and the byte array. By means of the application file verification method and device, when the application file is verified, the necessary files of the application file are analyzed, all files contained in the application file do not need to be analyzed, the analysis speed of analyzing the application file information is increased, and then the verification speed of verifying the application file is increased.

The invention discloses a three-party warehouse docking method and system, and the method comprises the steps: entering a docking interface after obtaining the docking authority of a three-party warehouse, obtaining the first docking data of the three-party warehouse and the second docking data of an e-commerce ERP, updating all global configuration items in a global configuration region according to basic data, matching an interface parameter value from the interface data according to the interface parameter name to perform interface configuration, establishing a mapping relationship between the mapping parameter name and the system parameter name and the system parameter value in the second docking data, generating a feature code according to the global configuration information and the interface configuration information, and inserting the feature code into a code framework to complete interface configuration. And a docking code of the three-party warehouse is generated, and docking between the three-party warehouse and the e-commerce ERP is completed according to the docking code. According to the method and the corresponding system, professional requirements of docking configuration can be greatly reduced, configuration and mapping of three-party bin docking can be rapidly completed, the flexibility of modifying configuration information is improved, the docking threshold is effectively reduced, and the docking time is greatly shortened.

The application discloses a cluster load balancing method, system, device and computer readable storage medium, the cluster load balancing method comprises the following steps: controlling a global configuration module to acquire parameter information of each load balancing control end corresponding to a cluster, and controlling the global configuration module to send the parameter information to a linkage module; controlling the linkage module to listen to changes of each container in the cluster; when the container in the cluster changes, controlling the linkage module to create an interface according to the parameter information and state change information corresponding to the container whose state changes, and sending interface information of the interface to the load balancing control end. The application avoids compatibility problems between load balancing control ends provided by different manufacturers.