238 results about "Service component" patented technology

The invention belongs to the technical field of software system optimization and intelligent operation and maintenance, and discloses a shared platform autonomous upgrading method based on a graph neural network, and the method comprises the following specific steps: S1, component state perception and feature coding; s2, constructing a heterogeneous dynamic evolution diagram; s3, dynamic graph neural network embedding modeling; s4, state prediction and conflict evaluation; s5, constructing an upgrade game diagram and strategy reasoning; s6, executing an upgrading plan and real-time feedback acquisition; and S7, graph structure reconstruction and strategy closed-loop optimization. According to the method, the heterogeneous dynamic evolution diagram is constructed, the time sequence label and the state quantification model are introduced, real-time sensing and standardized modeling can be carried out on the running state of each service component in the sharing platform, and compared with a traditional upgrading method depending on static configuration and a predefined template, the upgrading efficiency is greatly improved. According to the mechanism, inductive expression of multi-dimensional features such as node resource occupation, access frequency and response fluctuation is completed in the stage before upgrading.

The invention provides an online interactive programming education system based on a micro-service architecture, and the system comprises an infrastructure layer which serves as a bottom layer computing power and provides an elastic computing power through a cross-cloud deployment technology and a dynamic resource scheduling technology; the platform core layer constructs a stateless micro-service cluster through a service registration discovery module, a load balancing module and a fusing mechanism module depending on elastic resources of the infrastructure layer, and the infrastructure layer provides physical resource guarantee for operation of the micro-service cluster of the platform core layer; the platform support layer is used for integrating an authority management component, a workflow engine component and a general service component based on a stateless micro-service cluster constructed on the platform core layer, and providing resource isolation and high-concurrency task scheduling support in a multi-tenant environment for the programming education system; the platform core layer is combined with distributed transaction management to provide stable service scheduling and communication capability for an authority management component, a workflow engine component and a general service component of the platform support layer; and the platform application layer combines service scheduling and communication capabilities, realizes teaching functions such as multi-language development, code debugging visualization, AI personalized suggestion and collaborative learning, and directly serves programming learning of students and teaching management requirements of teachers.

A system includes a memory configured to store a software application and a plurality of microservices including a set of independent software service components configured to be independently executed. The system includes processors operably coupled to the memory and configured to receive a request to initiate an execution of interactions with the software application for satisfying the request, and to identify, based on the request, one or more microservices to be executed to initiate the execution of the interactions with the software application. The processors further execute one or more generative machine-learning models trained to identify anomalous interservice interaction patterns between the one or more microservices. In response to identifying the anomalous interservice interaction patterns, the processors dynamically update operations processes associated with the one or more microservices, and further execute the one or more microservices to initiate the execution of the one or more interactions with the software application.

The invention discloses a unified key management method and device for a distributed password service component, and aims to solve the problems of single-point failure, consistency deficiency and insufficient life cycle management and control of existing key management. According to the method, based on a distributed key generation protocol, Shamir secret sharing, PBFT consensus and Lagrange interpolation, key generation, distributed storage, safe distribution and dynamic rotation whole-process management and control are achieved. The device is composed of n nodes including a processor, a memory and a communication and key processing module, and supports encrypted storage, secure communication and consensus collaboration. Security is guaranteed through a threshold mechanism, hash verification and a hash chain technology, availability is improved through SDN optimization and failover, and nodes and parameters can be flexibly adapted and expanded. The method is applied to scenes such as a power grid, gives consideration to safety, availability and compliance, and is suitable for unified key management of distributed system password services.

The invention discloses a cross-framework rendering method, device and equipment of a business component, a storage medium and a product, relates to the technical field of computers, and is applied to a cross-framework rendering system of the business component, the system comprises a component warehouse, a component service and a component calling toolkit, the method comprises the steps that a component rendering request from a client side is received through the component calling toolkit, and the component rendering request comprises a component identifier, version information and attribute data; acquiring corresponding component resources from the component warehouse through the component service according to the component identifier and the version information, and selecting a corresponding rendering adapter according to the component resources; and through the rendering adapter, performing rendering processing on the component resources by using the attribute data to generate a rendering result, and returning the rendering result to the client through the component calling toolkit to perform rendering presentation. The development cost can be reduced.

The invention provides a Wayland protocol pass-through graph processing method based on cloud application and related equipment, and relates to the technical field of electric digital data processing. The method comprises the steps that when a target cloud application session is started, a hardware coding service component queries a capability list of a target cloud hardware encoder and sends the capability list to a protocol negotiation and forwarding engine component, and an engine negotiates with a target cloud application based on the list and determines a compatible target rendering format. And after a graphic rendering request and to-be-rendered data of an application are received, calling a graphic driver to create a target memory access buffer area according to a target rendering format, rendering the first frame of to-be-rendered data in the buffer area by the application, and feeding back a buffer area handle to the engine. And the engine performs compatibility check on the buffer area, and the hardware encoding service component calls an encoder to encode the first frame of image data to be encoded according to the check result. According to the method, redundant synthesis steps of a traditional synthesizer can be eliminated, a data processing link is shortened, and delay and resource consumption are reduced.

The invention relates to a bank online and offline channel fusion method, device and system and a program product. The method comprises the following steps: receiving a reservation request sent by an online channel, and carrying out risk verification on the reservation request; under the condition that the verification is passed, according to the reservation request, calling a corresponding queuing machine assembly to perform remote reservation number taking; determining that the target service needs to be pre-filled based on the reservation request, and sending a voucher generation request to a unified voucher library; in response to the received electronic certificate file fed back by the unified certificate library, calling the unified communication component to send the electronic certificate file to the client, and sending a reservation success message to the online channel; receiving a service handling completion notice from the bank service component, and associating the electronic receipt information in the service handling completion notice with the reservation request to generate service handling full-cycle data; and in response to the reservation record query request, obtaining and displaying corresponding service handling full-cycle data. By adopting the method, the problems of online and offline flow breakage and data blockage can be solved.

The invention discloses a residual creep life prediction method based on microscopic damage characteristics. The residual creep life prediction method comprises the following steps: acquiring interrupt samples in different damage states through a creep interrupt test; quantitatively characterizing the grain boundary orientation difference and the geometric necessary dislocation density of the interrupted sample by using an electron back scattering diffraction technology; a quantitative damage index is constructed based on the grain boundary orientation difference and the geometric necessary dislocation density, the quantitative damage index is used as an internal variable to be coupled into a Marson-Miller parameter model, and a microscopic-macroscopic associated residual life prediction model is established; and through a microscopic-macroscopic associated residual life prediction model, predicting the residual life of the material under different service times to obtain the residual creep life. According to the method, the microscopic damage state in the material can be directly and quantitatively reflected, early, sensitive and accurate prediction of the residual creep life of the in-service component is realized, and a reliable basis is provided for safe operation and maintenance decision of an overdue service unit of a power plant.

The invention relates to a form processing method and device, computer equipment and a storage medium, and the method comprises the steps: displaying a preset application management page when a form processing request triggered by a user is received; wherein the form processing request carries a form entity demand input by a user, and the application management page comprises a preset component library; receiving a service component screened from a component library in the application management page by a user; extracting a form entity demand from the form processing request, and constructing a corresponding table unit model based on the form entity demand and the service component; based on preset component integration configuration information, performing page rendering on the table unit model to generate a corresponding form interface; generating corresponding form instance data based on business data input in the form interface by a user; judging whether a triggered form storage action event is received or not; and if yes, storing the form instance data. According to the method and the device, the form construction efficiency is effectively improved, and the form construction flexibility is improved.

The invention provides an automatic external connection regression testing method and device, equipment and a storage medium, and belongs to the field of computer software tests.The method comprises the steps that historical external data are extracted from an external connection database in batches based on an external connection regression testing request input by a client interaction page; converting the historical external data into basic test data according to a preset rule based on test demand information input by the client interaction page; updating the basic test data into test sample data matched with the current interface of the external connection component; calling a logic code of the external connection component based on the JSP, analyzing the test sample data and forwarding the test sample data to the service component; and comparing a business result generated by the service component with an expected result, and generating a test report. Through the method provided by the invention, the limitation of a traditional scheme can be overcome, and the efficiency and quality of external connection regression testing are improved in an automatic testing mode.

The invention discloses a business component control method and device, electronic equipment and a program product, and relates to the field of financial science and technology, and the control method comprises the steps: controlling first preset middleware to receive transaction requests of a plurality of channels, all the transaction requests are forwarded to a plurality of business components of a plurality of third preset middleware through second preset middleware, and background transactions corresponding to each channel run on a memory of the second preset middleware; starting all background transactions, determining a current background transaction from all the started background transactions, and determining third target preset middleware corresponding to the current background transaction; and based on the current background transaction, accessing a preset data table in the database, and based on the preset data table, controlling the running state of each service component in the third target preset middleware. According to the invention, the technical problem that the business continuity is affected due to abnormal stop of the system service caused by the fact that the starting and closing of the business component cannot be accurately controlled in the prior art is solved.

Embodiments described herein relate to systems and methods for deploying automated assistant services or conversational bots using an automation service. The automations service includes a series of automation components that are executed in accordance with a workflow in response to a trigger condition being satisfied. The automation service includes one or more automated assistant service components, which may invoke use of generative output engine having a large-language model in order to produce generative content. The generative content may be used by subsequent automation components to produce the automation service result. Content creation and modification may be performed using the permissions of a respective system user and attributed to the automated assistant service.

The embodiment of the invention discloses a visual process arrangement method, system and device and a storage medium, and relates to the technical field of computers, the method comprises the following steps: processing an obtained business demand document to obtain demand information corresponding to the business demand document; determining a plurality of service nodes from a plurality of pre-configured candidate service components based on the demand information; the method comprises the following steps: under the condition that a plurality of service nodes are mapped to a visual arrangement interface, determining a first connection relationship of the plurality of service nodes in the visual arrangement interface and a second connection relationship of each candidate service component in each service node in the visual arrangement interface according to demand information; and in response to an editing instruction of the user, executing an editing operation corresponding to the editing instruction on the target object, thereby realizing efficient arrangement of the service process in the medical and financial business system.

The invention discloses a lightweight compilation deployment method and system for agent applications, and relates to the technical field of artificial intelligence application deployment. Aiming at the defect that an intelligent agent application depends on an intelligent agent development platform to run, the method comprises the following steps: a front-end compiling engine receives webpage description metadata generated by a webpage designer, analyzes and extracts an effective component, converts the effective component into a front-end static resource file, and then packages the front-end static resource file to generate a front-end static resource package only containing an actual component code of an intelligent agent; the back-end compiling engine receives the business process definition file generated by the business process designer, analyzes and extracts service components actually required by the business process and eliminates redundancy, and then packages the service components into a back-end service package capable of being directly operated in combination with process execution scheduling logic; sensitive information of a user access model is extracted, an environment variable configuration file is generated, decoupling of sensitive configuration, a front-end static resource package and a rear-end service package is achieved, and the sensitive configuration and the front-end static resource package are supported to flexibly inject sensitive parameters of a corresponding environment in an independent deployment stage.

The application relates to an application service cluster switching method and device, computer equipment, a computer readable storage medium and a computer program product. The application relates to the technical field of data processing. The method comprises the following steps: switching an online component from a first service component to an intermediate component; acquiring application service traffic through the online component, and splitting the application service traffic into a first part of traffic and a second part of traffic; splitting the first part of traffic to a first service cluster through the intermediate component, and splitting the second part of traffic to a second service cluster, and executing an application service response process corresponding to the application service traffic; if the application service response process is executed without any exception, switching the online component from the intermediate component to a second service component, and switching the online application service cluster from the first service cluster to the second service cluster. The method can improve the system stability during service cluster switching.

The application discloses a security authentication method, a management and control platform, network equipment and a storage medium. The method comprises the following steps: an edge device sends a device activation request to the management and control platform; after the management and control platform verifies the edge device, the edge device state is updated to an activation state, an activation response feedback is sent to the edge device, and a first-level authentication feedback is sent to an authentication service component corresponding to the edge device; after the edge device receives the activation response feedback, a registration request is sent to the authentication service component; after the authentication service component verifies the edge device, a second-level authentication feedback is sent to the edge device; the edge device generates a media resource acquisition request carrying the second-level authentication feedback, and requests a media resource from the authentication service component through the media resource acquisition request. The application reduces the device authentication pressure of the management and control platform.

The application provides a large-scale cluster optimization method and device, equipment and a storage medium, which are applied to a control node. The control node is used for running an application programming interface service component of a large-scale cluster. The control node acquires a node quantity change state corresponding to the large-scale cluster and a load state of the application programming interface service component. Whether to adjust a node reporting frequency is determined according to the node quantity change state and the load state. If yes, a target node reporting frequency parameter is acquired, and the node reporting frequency is adjusted according to the target node reporting frequency parameter. The application intelligently adjusts the node reporting frequency by monitoring and analyzing the cluster node quantity change and the load state of the API service component in real time, thereby effectively reducing the load pressure of the control node and improving the overall performance and stability of the cluster.

The invention provides a business process arrangement method and device of an external connection platform. The method comprises the following steps: acquiring core business logic meeting business process requirements of the external connection platform; creating a target component implementation class based on the core business logic; injecting the target component implementation class into a preset service component; configuring the service component injected into the target component implementation class to obtain a target service component; and introducing the target service component into a pangolin platform to obtain a business process meeting the business process requirements of the external connection platform. In the scheme, the core business logic corresponding to the personalized external connection demand is acquired, the standardized service component which can be identified by the pangolin platform is packaged based on the core business logic, and finally, the component is introduced and arranged into the business process of the pangolin platform, so that the operation efficiency is improved on the premise of not modifying the bottom-layer process of the platform. And personalized arrangement of the business process is realized.

The embodiment of the invention provides an MOM data processing device and method, electronic equipment and a storage medium. The MOM data processing device comprises a data integration module for acquiring multi-source heterogeneous data with different data formats and converting the multi-source heterogeneous data into standardized semantic data with a unified data format, the multi-source heterogeneous data comprising at least one of IT data and OT data; the service configuration module is used for acquiring an MOM service application demand, selecting a plurality of micro-service components associated with the MOM service application demand from a micro-service component library, and arranging the plurality of micro-service components to obtain an MOM service application, and each micro-service component is configured to execute micro-service based on the standardized semantic data; and the front-end configuration module is used for determining each visualization module corresponding to the MOM service application, and presenting each MOM service data processing result of the standardized semantic data processed by the MOM service application to each visualization module.

A system and method for facilitating self-device for managing functionality of a service is disclosed. One or more service components associated with a service are configured in at least one database. Further, the processor suggests one or more predefined action for managing the service. The one or more predefined actions are executed according to the one or more self-service components.

The present application belongs to the technical field of condition-based maintenance support, and particularly relates to a high-temperature structure residual life evaluation method, comprising extracting a service component and sampling an in-situ test piece of a dangerous position; determining a test load according to multi-physical field simulation and equal damage theory, carrying out an in-situ life test under vacuum conditions, and obtaining surface displacement field, microstructure morphology, macroscopic strain rate and life data in the test process; taking the above data as input, training a life prediction model through machine learning; sampling batch components that need to be evaluated for residual life, and evaluating the residual life by using the trained life prediction model. The high-temperature structure residual life evaluation method directly samples the high-temperature structure after service, combines in-situ testing under vacuum environment and machine learning technology, realizes accurate prediction of the residual life of the high-temperature structure, and provides a scientific basis for the change of equipment from time-based maintenance to condition-based maintenance.

The invention provides a business problem processing method and device, equipment, a medium and a program product, can be applied to the field of artificial intelligence and the field of financial science and technology, and relates to application of a large model in an intelligent question and answer scene. The method comprises the following steps: acquiring a business event list corresponding to a business problem; wherein the business event list comprises event description information and business information; under the condition that the business information meets an automatic processing condition, calling a business knowledge base to process event description information through a model service component, and positioning a business scene and a reply template; wherein the model service component is a server tool constructed based on a model context protocol; calling a dynamic database through the model service component, and obtaining business data corresponding to the business scene; and based on the reply template, the business data and the event description information, calling the first large model through the model interface, and generating a question reply corresponding to the business event list.

The invention discloses a software engineering implementation method, and the method comprises the steps: business modeling: anchoring a demand source, and converting a business demand into a landing model; the software requirement specification specification is used for solidifying a requirement standard and forming a specification document based on the business modeling result; summary design: constructing a technical framework, joining demands and development, and macroscopically planning a system architecture; the framework is converted into an executable scheme, and coverage integration, implementation and development are achieved. According to the software engineering implementation process, a standardized'business modeling driving type 'specification is taken as a core, a five-level process model and a data model are used for constructing a business architecture core framework, full-link connection of'business demand-data logic-IT design-landing implementation' is broken through by means of a structured view, and complex processes / functions are deconstructed and split into micro-service interface-level granularity, micro-service interface-level granularity, micro-service interface-level granularity and micro-service interface-level granularity. Accurate correspondence and decoupling of the service component and the IT component are achieved, and finally efficient landing of the service architecture in the IT architecture is guaranteed.

The invention provides a data synchronization system and method, a service component, electronic equipment and a storage medium, and the system comprises an interface module which is used for obtaining a business request and transmitting the business request to a frame module; the configuration management service of the framework module is used for acquiring the business request transmitted by the interface module, generating a data synchronization task and calling a data synchronization strategy of the intelligent strategy service and a service interface of the communication module to execute the data synchronization task; the intelligent strategy service of the framework module is used for transmitting a data synchronization strategy to the configuration management service in response to calling of the configuration management service; and the communication module is used for responding to the calling of the configuration management service and providing a service interface for the configuration management service. The system provided by the embodiment of the invention is helpful for improving the user experience.

The application relates to a security signaling integration method, a system, an electronic device and a storage medium, wherein the security signaling integration method comprises the following steps: encapsulating a security signaling processing capability based on a bytecode enhancement tool to generate a service component; connecting the service component to a video monitoring signaling platform; and using the service component to provide proxy services for target information on the video monitoring signaling platform, wherein the target information refers to communication information between the video monitoring signaling platform and a target device. Through the application, the problems of strong invasiveness, platform binding and inability to be flexibly plugged in caused by the need to modify platform source code in the prior art security capability integration scheme are solved, and zero-invasion integration, cross-platform universality and dynamic pluggability of security signaling capability are achieved.

The invention provides a big data platform deployment method and device, equipment, a medium and a program product, and belongs to the technical field of cloud computing, and the method comprises the steps: receiving a Docker installation package, a deployment description compressed file, a Harbor mirror image file, a deployment planning file and a deployment execution file of a target deployment task; the deployment description compressed file comprises a plurality of deployment description files, and the deployment description files are respectively used for defining deployment configuration parameters of different service components; the Harbor mirror image file comprises mirror images of various service components required by the target deployment task; the deployment planning file is used for storing a server to be operated by each service component; the deployment execution file is based on a Docker installation package, a deployment description compressed file, a Harbor mirror image file and a deployment planning file, and the deployment flow of the target deployment task is connected in series; and running the deployment execution file. According to the method, the big data platform is simply, conveniently and quickly deployed.

The embodiment of the application discloses an interface display method, a computer device and a storage medium, is applied to a vehicle-mounted device, relates to the Internet of Vehicles technical field, and the method comprises the following steps: a current display interface displays a first service component, the first service component displays first content in a first form; determine the driving scene where the vehicle currently locates, in response to the form conversion demand of the service component in the driving scene, determine the interface layout parameter of the target service component to be displayed; wherein the interface layout parameter comprises a second form and second content, the second content of the target service component is associated with the first content displayed by part of the first service component, and the information amount of the display content borne by the display form of different service components is different; according to the interface layout parameter, the display interface is updated, so that the second content corresponding to the target service component is displayed in the second form in the display interface; in this way, through highly adaptive interface form switching, the flexibility and usability of the car machine system are greatly improved.

The invention discloses a network element data migration method and device, equipment, a storage medium and a product, and relates to the technical field of data communication, the network element data migration method comprises the following steps: in response to a network element creation instruction, creating a target network element corresponding to a first network element, the first network element is a network element which needs to migrate data to the first service component in a second service component; determining a to-be-migrated data item corresponding to the first network element; sending the to-be-migrated data item to the second service component to instruct the second service component to obtain target migration data corresponding to the to-be-migrated data item from the first network element; and obtaining the target migration data, and storing the target migration data in the target network element. The migration efficiency of the network element data is improved.

The method includes: grouping multiple cloud service components in a cloud platform into communities based on call relationships, with intra-community call closeness no more less than a preset value and inter-community closeness less than the value; if at least one target component in a first community has performance below a preset level (meeting the first preset condition), creating a second community identical to the first to share part of its load.