51 results about "Service bus" patented technology

The invention discloses a smart mine mining method and device based on an industrial cloud platform, and a medium, and relates to the technical field of smart mining, and the method comprises the steps: enabling a digital twinborn analysis module to communicate with a data governance fusion module through a data service bus, and receiving mine comprehensive state data outputted by the data governance fusion module, constructing a three-dimensional geologic model, carrying out abnormal behavior detection through a deep learning algorithm, and outputting an abnormal detection result; and the intelligent decision optimization module is associated with the digital twinborn analysis module through an algorithm cooperation interface, and is used for establishing a disaster prediction model and performing disaster risk assessment based on an abnormal detection result and mine comprehensive state data, and optimizing a mining strategy by using a reinforcement learning algorithm to obtain an optimal mining scheme. And the data is transmitted back to the data acquisition upper cloud module through a feedback control link to guide field acquisition and scheduling. And the overall safety, the operation efficiency and the intelligent level of a mine system are improved.

The invention provides a multi-modal ecological environment monitoring element plug-in integration system and method based on unified objectification modeling. Firstly, an object model and an inheritance system of monitoring equipment, data and an algorithm are constructed; on the basis, a unified logic storage and metadata cataloguing mechanism oriented to heterogeneous databases such as relational databases, non-relational databases and file object databases is designed and realized; the plug-and-play and full-life-cycle management of equipment, data and algorithm models is further realized through a dynamic registration module; common APIs (Application Program Interface) such as object-level addition, deletion, modification and query, space-time association query, concurrent task scheduling and aggregation and the like are externally provided by relying on a unified service bus. And the hybrid storage engine cooperatively manages structured and unstructured data and maintains a topological relation between objects. According to the scheme, object dynamic integration and expansion are completed on the premise that operation is not interrupted, the multi-source heterogeneous data management and cross-modal analysis efficiency is remarkably improved, and the method is suitable for various ecological environment monitoring scenes such as natural reserve, drainage basin pollution supervision and disaster emergency response.

The invention provides a self-service terminal hardware service driving method, system and device for achieving cross-platform self-adaption and a medium, and belongs to the technical field of hardware service driving. The method comprises the steps that a front-end application is received to generate a hardware service request; the service bus dynamically loads a corresponding hardware service plug-in from a plug-in library according to the target hardware identifier; the interface adaptation layer selects a protocol template according to the interface type, and injects an operation parameter into the selected protocol template to generate an intermediate instruction; the loaded hardware service plug-in converts the intermediate instruction into a platform-independent hardware instruction; the platform adaptation layer detects the type of a current operating system, and calls a corresponding bottom driver library to convert a platform irrelevant hardware instruction into an operating system level hardware instruction; and sending an operating system level hardware instruction to the physical hardware, packaging a return result into a uniform response format, and returning the return result to the front-end application. According to the invention, cross-platform adaptive hardware driving is realized, and compatibility, flexibility and maintenance efficiency are improved.

The invention relates to the technical field of communication, in particular to a data security management method, an enterprise service bus system and an electronic product, and is used for solving the problem that the enterprise service bus system in the prior art adopts a static privacy strategy, so that the system flexibility and security are poor. The method comprises the steps of determining the sensitivity level of received to-be-processed data based on the data structure type of the received to-be-processed data, determining a target storage node in a plurality of storage nodes with different safety coefficients according to the sensitivity level, and determining the target storage node based on the sensitivity level and the data volume corresponding to the to-be-processed data. Determining a target encryption strategy comprising an encryption algorithm and an encryption key generated based on the master key, encrypting the to-be-processed data based on the target encryption strategy, and storing the encrypted to-be-processed data to a target storage node; the storage node and the encryption strategy are determined through the sensitivity level, the flexibility of the service bus system is improved, the safety of high-sensitivity data is guaranteed, meanwhile, excessive protection of low-sensitivity data is avoided, and the system performance and the safety strength are improved.

The invention relates to a service bus design and implementation method based on a micro-service architecture, and belongs to the field of micro-services. According to the invention, load balancing and regularized forwarding are supported through the dynamic routing module, the centralized bottleneck is avoided, and the routing efficiency can be effectively improved and the request forwarding delay can be reduced by combining the real-time updating of the service registration center and the dynamic capacity expansion and shrinkage of the adaptive micro-service; the functions of fusing, degrading, current limiting and gray release are integrated, dependence on a third-party component is not needed, the system complexity is reduced, and the service iteration period is shortened; and calling chain tracking is realized based on Trace ID, and log and index analysis is combined, so that the fault positioning time is shortened from an hour level to a minute level, and the operation and maintenance efficiency is remarkably improved.

The invention relates to the technical field of communication, and provides a cross-domain collaborative intelligent management and control system and method.The cross-domain collaborative intelligent management and control system comprises a distributed intelligent sensing layer, an intelligent processing center layer and an autonomous planning layer, and the distributed intelligent sensing layer, the intelligent processing center layer and the autonomous planning layer are in communication connection through a micro-service bus; when the distributed intelligent sensing layer receives an execution instruction, a node network in a target scene is constructed, and sea-land-air multi-domain data is collected through each node in the node network and pre-processed. And the intelligent processing center layer identifies a target object according to the sea-land-air multi-domain data, generates a scene situation corresponding to a target scene and obtains schedulable resources. And the autonomous planning layer generates a task execution plan of the target scene according to the scene situation and the schedulable resources, generates the task execution control instruction according to the task execution plan, and controls each task execution target object to execute a task on at least one executed task target object. Therefore, efficient and accurate intelligent management and control can be realized.

The application discloses a supply chain transaction link intelligent generation method, system, device and storage medium. The scheme receives natural language instructions, business events and external data, assembles context information to generate a task object relying on a PCM service bus; an intent, an entity and constraint analysis are completed through a large model, and a standardized task plan is output. A business topology is built relying on a knowledge base and a knowledge graph, an evaluation function is constructed combining semantic weights, rules and constraints to screen candidate links; a plurality of business systems are linked to check conditions such as resources, budgets and permissions and to prune invalid paths; a plurality of intelligent agent tasks are split to drive a heterogeneous system to complete document landing; after a closed loop, experience, cases, vector and graph data are stratified and deposited. The application realizes the conversion of supply chain transaction links from a fixed process to an intent-driven intelligent generation iteration.

The invention discloses an artificial intelligence micro-service system for digital twinborn city construction, which belongs to the technical field of artificial intelligence services and comprises a perception access layer, an event perception layer, a semantic alignment layer, an AI reasoning layer, a twinborn driving layer, a strategy arrangement layer, an elastic resource layer and a lightweight service bus. According to the method, a sensing-inference-twinning closed loop is compressed to extremely low delay through an event perceiving layer and a granularity entropy driven elastic arrangement mechanism, so that a synchronous evolution situation can be immediately seen in a digital twinning body when an emergency is just exposed, and the timeliness of emergency decision is effectively improved; the technical threshold is reduced through zero-code semantic alignment and low-code strategy arrangement, so that business personnel can directly operate, when a new sensor or social media data source appears, access can be completed without restarting a service or retraining a large model, and when an emergency plan needs to be adjusted, only a strategy block needs to be dragged to be online.

The application discloses a kind of based on service bus's park integrated energy system real-time data transmission method, service producer accesses service management center by service bus, and service that can be provided is published to service management center;Service consumer accesses service management center by service bus and carries out service orientation, and service management center provides registered service to service consumer, and service consumer carries out service binding;Service consumer initiates service call request, and service management center passes request to service producer, and service producer makes service response according to request, and service management center passes to service producer.The service bus designed in the application shields the specific method of bottom communication technology and application processing for upper application, reduces the coupling degree between applications, improves system response capability, ensures the real-time transmission of each energy subsystem data in integrated energy system, collaborative optimization and reliable inter-database data synchronization.

The embodiment of the utility model provides a thermal power plant fused salt energy storage stable steam supply system. The system comprises a first power supply unit, a second power supply unit and a fused salt energy storage steam supply module. The first power supply unit and the second power supply unit are respectively connected with the fused salt energy storage and steam supply module through a station service bus and are used for supplying power to the fused salt energy storage and steam supply module; the first power supply unit, the second power supply unit and the station service bus are respectively connected with a power grid bus; and the fused salt energy storage steam supply module is used for supplying steam to users. According to the thermal power plant fused salt energy storage stable steam supply system, by flexibly selecting the operation modes of multiple units, it is guaranteed that the thermal power plant fused salt energy storage steam supply system can stably supply steam to users under various working conditions of starting and stopping of the units, the stability of the thermal power plant steam supply system is improved, social benefits are guaranteed, and the economic benefits are increased. And possible safety accidents are avoided.

The invention discloses an adjacent thermal power plant feed pump power supply system and method, and relates to the technical field of feed pump power supply after one thermal power plant in adjacent thermal power plants loses power. The thermal power plant comprises a plant bus and a water feeding pump, and the plant bus is electrically connected with the water feeding pump. The inter-plant connecting line can be electrically connected with the power supply buses of the plant feed pumps of any two adjacent thermal power plants. The station service bus of the non-power-loss power plant is electrically connected with the station service bus of the power-loss power plant through an inter-station connecting line, so that the non-power-loss power plant serves as a power supply power plant to supply power to a power supply bus of a water feeding pump of the power-loss power plant. According to the technical scheme, the station service bus of the non-power-losing power plant supplies power to the water feeding pump of the power-losing power plant. The starting speed of the feed pump of the power-losing power plant after power failure is increased; and the non-power-loss power plant can permanently supply power to the water feeding pump of the power-loss power plant. Power can be supplied to the water feeding pump when a power plant loses power on the whole, the response speed is increased, the maintenance cost is reduced, and the unit safety is guaranteed.

The invention discloses a webpage display method and system, a storage medium, electronic equipment and a computer program product. The webpage display method comprises the steps that a local webpage file is statically loaded according to preset conditions to generate a front-end page, and the preset conditions are local webpage file updating and / or front-end page restarting; acquiring a request message initiated by a front-end page; sending a request message to a server side through the private service bus; receiving a processing result from the server side through the private service bus; and sending the processing result to the front-end page, so that the front-end page displays the processing result. According to the webpage display method provided by the invention, the security requirement of the power production control area is met, and the network security problem in the power production control area can be solved.

The application relates to the fields of CAE simulation technology and distributed architecture, and discloses a service-oriented CAE simulation platform micro-service architecture construction method and system, which comprises the following steps: constructing a micro-service architecture, wherein the micro-service architecture comprises a core micro-service cluster, a unified service bus, a dynamic resource scheduling center and a distributed data layer; data generated by each micro-service is stored through the distributed data layer; the distributed data layer cuts unstructured data into data shards and stores the data shards in the form of multiple copies into an object storage cluster, stores structured data into a relational database, stores business metadata into a cache cluster, listens to change logs of the relational database by using a change data capture technology, and synchronizes change events to the cache cluster. The traditional monomer platform needs 3 hours to complete the same task, the application only needs 1 hour and 30 minutes, the efficiency is improved by 50%, and the task queuing time is shortened from 1 hour to 10 minutes.

A system (100) for the unified control of middleware integration, consisting of: a unified integration control engine (1) configured to define and enforce integration control policies for an enterprise-wide integration landscape; a service bus coordination layer (2) coupled with the unified integration governance engine (1) and configured to coordinate message handling, routing, transformation and orchestration between heterogeneous applications and services; an API gateway authentication and authorization module (3) configured to authenticate clients, authorize access to APIs and apply traffic control for the north-south API entry; a cloud AI module for predictive operations (4) configured to analyze runtime telemetry and generate predictive operational actions to prevent or mitigate integration failures; a Java-based microservices runtime layer (5) configured to provide and execute a variety of microservices that implement integration adapters and domain APLS; a compliance and audit ledger module (6) configured to store governance events and operational actions in a tamper-proof manner; and a developer self-service portal and an automation module (7) configured to publish regulated artifacts and automate onboarding and lifecycle operations, wherein the unified integration governance engine (1) distributes enforceable governance controls to at least the service bus coordination layer (2), the API gateway authentication and authorization module (3) and the Java-based microservices runtime layer (5), and wherein the cloud AI prediction operations module (4) generates at least one proactive corrective instruction that is applied to at least one of the service bus coordination layers (2) and the Java-based microservices runtime layer (5).

The application discloses a kind of wisdom mine mining method, equipment and medium based on industrial cloud platform, it is related to wisdom mining technical field, including, through data service bus, digital twin analysis module is communicated with the data management fusion module, for receiving the mine comprehensive state data that data management fusion module outputs, constructs three-dimensional geological model, and carries out abnormal behavior detection by deep learning algorithm, outputs exception detection result;Intelligent decision optimization module is associated with the digital twin analysis module by algorithm coordination interface, for establishing disaster prediction model based on exception detection result and mine comprehensive state data, carries out disaster risk assessment, and utilizes reinforcement learning algorithm to optimize mining strategy, obtains optimal mining scheme, is guided by feedback control link back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is dispatched in field back to data acquisition and uploads to cloud module and is collected and is

The invention relates to the technical field of power grid data interaction, in particular to a data interaction system and method based on source network interconnection and network security protection. The system configures a server cluster at a centralized control end through a component configuration module, meanwhile, an operation service bus is arranged at a power grid end, and the operation service bus subscribes a message queue of the server cluster in real time; and meanwhile, structured data of the centralized control end is converted into standard data through a data transmission module, the standard data is signed and then pushed to an operation service bus for analysis and processing, and meanwhile, a confirmation message of the power grid end is fed back to a server cluster of the centralized control end, so that bidirectional data asynchronous interaction between the power grid end and the centralized control end is realized. The system also controls the equipment access of the centralized control end through the firewall intrusion detection module, collects the operation data of the power grid, carries out the network intrusion detection, and intercepts the network intrusion behavior. According to the invention, bidirectional data real-time interconnection and transmission of the power grid and the power generation system are realized under the condition that the network security protection requirements of the power grid and the power generation system are met.

The present application relates to the technical field of data processing, in particular to a medical community business interconnection method and system based on platform and data double bus, through the double mode of timing and real-time collection and standardization of each institution heterogeneous business data, a unified data resource center is constructed; a double bus architecture of platform service bus and data exchange bus cooperation is established, respectively realizing intelligent scheduling of business service and reliable transmission of data; the core business capability is packaged as a standardized reusable service, and the business request is dynamically distributed through the intelligent routing mechanism; through the unified interface layer, the protocol and semantic double adaptive access with external systems are realized; finally, through full link monitoring and multi-modal intelligent diagnosis, abnormal early warning and root cause positioning are realized. The problems such as low data flow efficiency, slow business response, lack of unified scheduling and intelligent routing mechanism in the existing medical community system are solved, and the overall operation efficiency and service capability of the medical community are improved.

The application provides a vehicle password service management method and system. The method takes the vehicle-end password service bus as the core of the whole vehicle unified password management architecture. The originally heterogeneous password libraries of each ECU, domain controller and upper-layer application are integrated into a distributed password node cluster divided according to security domains, and the password service bus is used as the unified password service entrance of the whole vehicle. At the same time, by identifying the service type and the home security domain of the request, the matching execution node is screened in the distributed password node cluster of the corresponding security domain, the whole vehicle password computing power is scheduled as needed, and the safety execution standard of the password operation is uniformly controlled. Finally, the target password node is called to perform the password operation with the exclusive domain key of the corresponding security domain, the isolation of the key according to the security domain and the controllable management of the whole process are realized, the originally disordered key storage and distribution mode is replaced, the risk of key leakage and illegal tampering is avoided, and the safety of the whole vehicle password service management is effectively improved.

The application belongs to the technical field of power systems, and particularly relates to a system and method for micro-service cross-zone registration and calling. The steps include: the application determines the security zone to be registered by the micro-service through a service bus and completes the registration; the service bus of the registered security zone calls the micro-service in the zone according to the service name and calling information, and inputs the return result to the calling party. The whole process is completely transparent to the calling party of the service, and reduces the development difficulty of application cross-zone service calling. The application solves the technical problem that the service cannot be called across zones in the process of the main station system transformation to the micro-service architecture, reduces the cross-zone business development difficulty of the main station system, improves the real-time performance of cross-zone data processing, and guarantees the reliable and stable operation of the main station system in the process of technical transformation.

The present application relates to the technical field of power grid data interaction, and particularly relates to a data interaction system and method based on source grid interconnection and network security protection. The system configures a server cluster at the control end through a component configuration module, and sets an operation service bus at the power grid end, which subscribes to the message queue of the server cluster in real time. Meanwhile, the structured data at the control end is converted into standard data through a data transmission module, and after the standard data is signed, it is pushed to the operation service bus for analysis and processing. At the same time, the confirmation message of the power grid end is fed back to the server cluster of the control end, realizing the bidirectional data asynchronous interaction between the power grid end and the control end. The system also controls the device access of the control end through a firewall intrusion detection module, collects the power grid operation data for network intrusion detection, and intercepts network intrusion behavior. The present application realizes the real-time interconnection and transmission of bidirectional data between the power grid and the power generation system under the condition of meeting the network security protection requirements of the power grid and the power generation system.

The utility model provides a kind of photovoltaic power generation system of gas turbine power plant, comprising: photovoltaic module, the photovoltaic module is installed on the surface of power plant roof and parking lot;Grid-connected inverter, the output end of the photovoltaic module is connected with grid-connected inverter by direct-current cable, the AC output end of grid-connected inverter is connected with grid-connected cabinet by alternating current cable;Grid-connected cabinet, the grid-connected cabinet is connected with the station service bus of power plant, and is connected with the output end of grid-connected inverter, and power transmission is carried out to station service system by access point;Station service transformer, the low voltage side of station service transformer is connected with grid-connected cabinet, the low voltage side busbar is connected with the station service system of power plant, by spontaneous self-use mode and is incorporated into 380V station service system, and the dependence on external power grid is reduced as far as possible.In normal circumstances, photovoltaic power generation capacity directly powers station service system;If photovoltaic power generation cannot fully meet demand, then redundant power is sent to high-voltage station service by station service transformer, to ensure stable power supply.

The invention belongs to the field of data governance, and discloses a data governance system and method based on an AI large model, and the system comprises a data integration and access module, a data processing and governance core module, an AI large model intelligent engine module, a data asset and service module, a user interaction and intelligent auxiliary module, and a system management and support module. All the modules carry out data interaction and function collaboration through a unified service bus and an API interface. On the basis of a mature data governance function system, a leading-edge AI large model technology is deeply fused, and full-process intelligent upgrading from data integration, processing, governance and service to interactive guidance is achieved.

The invention discloses an enterprise service bus optimization method and device, electronic equipment and a program product, and relates to the technical field of service bus management. The method comprises the following steps: dividing log data of an enterprise service bus into a plurality of sub-time regions according to equal-time fine granularity of time regions; collecting operation log data and abnormal log data of each sub-time region, and calculating an operation efficiency index and an abnormal processing optimization index based on the operation log data and the abnormal log data, so as to obtain a comprehensive optimization index; and determining a control strategy by comparing the comprehensive optimization index with an optimization threshold value and an early warning threshold value. According to the technical scheme, real-time monitoring of the operation state of the enterprise service bus is achieved, the operation stability and the service adaptation capacity of the enterprise service bus are remarkably improved, the fault risk is reduced, and support is provided for efficient collaboration and service continuity of an enterprise IT architecture.

The invention discloses a water and electricity information intelligent management system and method based on a data service bus, and relates to the technical field of data management, and the method comprises the following steps: obtaining real-time and historical water and electricity information, setting a safe flow range, comparing the real-time storage flow with the interval, and determining the water and electricity information. Accordingly, a low-flow early warning mechanism, flood control emergency response or an optimal scheduling process are triggered respectively; the method comprises the following steps: establishing a neural network architecture, and establishing a quantitative relation model between target power generation efficiency corresponding to an expected load and a current water head; calculating the deviation between the actual power generation efficiency and the target power generation efficiency; the performance weight of the generator set under the current working condition is calculated based on the current actual efficiency, the historical optimal efficiency, the healthy operation duration, the total operation duration and the number of faults in unit time, load distribution is dynamically optimized in combination with the performance weight of the generator set and the power grid requirement, and intelligent management of water and electricity information is achieved.

The invention discloses a method and a device for embedding and acquiring data of a WEB component of a power system, and belongs to the technical field of the power system.The method comprises the following steps: analyzing an acquired CIM / G picture file to obtain WEB component description information; obtaining a corresponding resource file compressed package from a power dispatching system server through a file service in a power system service bus; decompressing the resource file compression package, and loading default webpage resources in the resource file compression package so as to initialize a WEB component engine; injecting a data request adapter into the initialized WEB component engine in a JavaScript object form, and providing a communication interface for calling the power system service bus capability for the WEB component; and in response to a request of the WEB component, initiating asynchronous data calling to the service bus of the power system, receiving power system data returned by the service bus and transmitting the power system data to the WEB component. According to the invention, seamless integration and data acquisition of the WEB component by the C / S architecture man-machine browser are realized.

The invention discloses a real-time network security state monitoring system. Comprising a multi-source acquisition access module, a data standardization and feature extraction module, an asset and domain model management module, a risk assessment and state scoring module, an event association and attack chain identification module, a visual situation display module, a disposal closed loop and audit module and an interface and service bus module. The system carries out timestamp calibration and duplicate removal preprocessing on the security-related data, packages the security-related data into a uniform event structure and extracts a behavior feature set; associating the event with an asset list, an asset attribute tag and a network domain / service domain division rule; calculating an asset risk score and a domain risk score and generating a whole network security state score; the events are associated and aggregated to output an associated event cluster and an attack chain candidate path, and audit traceability is displayed and disposed in a linkage manner, so that the safety state quantification capability, the event research and judgment efficiency and the disposal traceability are improved.

A method for a remote procedure call can be used between entities in a service bus communication system that includes a first consumer, a data exchange system and a number of publishers. The method includes receiving a first request for data from the first consumer at the data exchange system, transmitting the first request from the data exchange system to the plurality of publishers, receiving, by the data exchange system, a first reply to the first request for data from a first publisher of the plurality of publishers, and transmitting the first reply from the data exchange system to the first consumer.

The application relates to the field of automobile digital twinning technology, in particular to a vehicle simulation system and method and a storage medium, which comprise a vehicle display end configured to display a current state of a vehicle; a vehicle service simulation end configured to simulate a service of the vehicle and publish the service to a service bus of the vehicle; and in the case that the service is called, the vehicle service simulation end sends information of the called service to the vehicle display end to change the displayed state of the vehicle. Thus, the problems that in the prior art, in the case that a counterpart tool is missing or a function on the counterpart tool is not developed, normal publishing and subscribing of the service cannot be realized, and thus the smooth development and testing of software functions cannot be ensured, are solved.

The invention discloses a data exchange system and method based on a high-performance service bus, belongs to the technical field of distributed computing and data interaction, and aims to solve the technical problem of how to realize high-performance, easy-to-access, extensible and easy-to-monitor data exchange. Comprising a client SDK (Software Development Kit) packaged with network connection management, data coding and decoding, data encryption and decryption, and service discovery and load balancing functions based on a service registration center; the server SDK is packaged with functions of network monitoring, multi-thread pool concurrent processing, data compression and encryption, protocol analysis and data service registration; the data transmission bus cluster is used for realizing authentication verification, routing, load balancing and protocol conversion of a data service request between the client SDK and the server SDK; the unified management and control platform is used for providing full-life-cycle management of data services; and the monitoring alarm module is used for collecting and aggregating system performance indexes and logs in real time and supporting flexible threshold rules and multi-channel alarm.

The invention provides a business processing method and device, and the method comprises the steps: receiving an event corresponding to a business through a business container, and transmitting the event to a corresponding business module; the event is distributed to each business component through the business module, so that each business component respectively executes business logic corresponding to the event, and messages are sent to other associated business components through the business component via the service bus to realize communication between the business components; the execution results of all the service components are aggregated through the service module and sent to the service container, the response results to the events are generated through the service container according to the execution results of all the service components, and the problems that in a traditional architecture, the component coupling degree is high, dependence management is complex, and memory leakage and call-back disorder exist are effectively solved.