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CN-122022426-A - Service demand standardization processing method and device, storage medium and electronic equipment

CN122022426ACN 122022426 ACN122022426 ACN 122022426ACN-122022426-A

Abstract

The application discloses a service demand standardization processing method and device, a storage medium and electronic equipment. The method comprises the steps of obtaining service information of a target service full life cycle, inputting the service information into a preset standardized processing system, determining a core service process and a service management process based on service information related to the service full life cycle, identifying and processing differences of planning benchmarks and historical actual execution results of the core service process and the service management process to determine service core logic, disassembling a service architecture corresponding to the service core logic to obtain service management activities and management objects, mapping the service management activities and management objects and service application scenes to corresponding dimensions of a three-dimensional demand coordinate system respectively to generate structured service demands, constructing a demand model, a logic model, a structural model and an architecture model based on the structured service demands, integrating the demand model, analyzing the service information of the target service through the standardized processing system, and outputting standardized demand results of the target service.

Inventors

  • ZHAO ZHIAO
  • Miao Xuewen
  • LI MUDONG
  • HE QINGJIE

Assignees

  • 中国人民解放军93184部队

Dates

Publication Date
20260512
Application Date
20251229

Claims (10)

  1. 1. A business requirement standardization processing method, characterized in that the method comprises: Acquiring service information of a target service full life cycle; The service information is input into a preset standardized processing system, the standardized processing system is constructed in advance by determining a core service process and a service management process based on service full life cycle related service information, identifying and processing the differences of the planning reference and the historical actual execution result of the core service process and the service management process to determine service core logic, disassembling a service framework corresponding to the service core logic to obtain service management activities and management objects, mapping the service management activities, the management objects and service application scenes to corresponding dimensions of a three-dimensional requirement coordinate system respectively, generating a structured service requirement, and constructing a requirement model, a logic model, a structure model and a framework model based on the structured service requirement to be integrated; And analyzing and processing the service information of the target service through the standardized processing system, and outputting the standardized demand result of the target service, wherein the standardized demand result comprises the functional range definition of the target service, the logic rule of flow execution, the association rule of management objects and the interaction specification of functional components.
  2. 2. The method of claim 1, wherein identifying and processing differences in planned benchmarks and historical actual execution results of the core business process, the business management process to determine business core logic comprises: Acquiring a preset planning benchmark and an actual execution record of the core business process and the business management process; Based on the planning reference and the actual execution record, identifying difference items of the core business process and the business management process in business circulation nodes, execution efficiency and resource allocation dimension; According to the flow specification, the management standard and the preset business target in the business full life cycle related business information, the time sequence deviation, the quantized deviation value of the execution efficiency and the adaptation degree characteristic of the resource configuration of the difference item at a business flow node are combined, the difference item is layered according to business process class and management process class, and the difference item is classified according to the time sequence deviation class, the efficiency deviation class and the configuration adaptation class; Respectively formulating corresponding regulation and control optimization strategies for the difference items of the business process class, the management process class, the time sequence deviation class, the efficiency deviation class and the configuration adaptation class; Executing the regulation and control optimization strategy to obtain optimized execution data of the core business process and the business management process, and refining the optimized execution data to obtain business core logic.
  3. 3. The method of claim 2, wherein disassembling the business architecture corresponding to the business core logic to obtain a business management activity and a management object, mapping the business management activity, the management object and a business application scene to corresponding dimensions of a three-dimensional requirement coordinate system, respectively, and generating a structured business requirement comprises: determining a hierarchical structure and a core component of the service architecture based on the service core logic, determining a service management activity according to the hierarchical structure, and determining a management object according to the core component; Acquiring various application scenes in the actual development process of the service, and constructing a three-dimensional demand coordinate system by taking service management activities as service dimensions, management objects as object dimensions and application scenes as application dimensions; mapping the service management activities to the service dimension of the three-dimensional demand coordinate system, mapping the management objects to the object dimension of the three-dimensional demand coordinate system, and mapping the various application scenes to the application dimension of the three-dimensional demand coordinate system; And extracting association rules corresponding to the cross nodes of each dimension based on mapping results of the service dimension, the object dimension and the application dimension in the three-dimensional demand coordinate system, and carrying out structural integration according to the association rules to form a structural service demand.
  4. 4. The method of claim 3, wherein extracting association rules corresponding to cross nodes of each dimension based on mapping results of service dimension, object dimension and application dimension in the three-dimensional demand coordinate system, and performing structured integration according to the association rules to form a structured service demand comprises: for the cross node of the service dimension and the object dimension, extracting an adaptation association rule of the service management activity and the management object, wherein the adaptation association rule is used for determining the operation authority, the data interaction requirement and the flow connection standard of different service management activities on various management objects; Extracting a scenerification association rule aiming at three-dimensional intersection nodes of a service dimension, an object dimension and an application dimension, wherein the scenerification association rule comprises a comprehensive evaluation class rule and a prediction analysis class rule, the comprehensive evaluation class rule is used for determining a selection standard, weight distribution logic and an aggregation calculation method of a multi-dimension index, and the prediction analysis class rule is used for defining a data sampling range, a trend fitting algorithm and a threshold judgment condition; Determining logic contradictions and authority conflicts among adaptation association rules, scenerized association rules and between the adaptation association rules and the scenerized association rules of different nodes through a rule conflict detection algorithm; And based on the flow priority, the business target achievement weight and the resource constraint condition in the business full life cycle related business information, carrying out hierarchical ordering on the association rules subjected to conflict verification, and sequentially adjusting the functional requirements and the data association requirements corresponding to the appropriate matching association rules and the business flow requirements and the non-functional requirements corresponding to the scene association rules according to the ordering result to form the structured business requirements.
  5. 5. The method of claim 1, wherein building a demand model, a logic model, a structural model, and an architecture model based on the structured business demand and integrating them to form a standardized processing system comprises: According to the functional requirements, the nonfunctional requirements, the service flow requirements and the data association requirements in the structured service requirements, a requirement model is constructed, and the core content and the boundary range of the service requirements are determined through the requirement model; Determining the execution logic and interaction relation of a service function according to the demand model, constructing a logic model according to the execution logic and interaction relation, and determining the operation rule and the data circulation path of each link of the service through the logic model; determining a component structure and a hierarchical relation corresponding to the service function according to the logic model, constructing a structural model according to the component structure and the hierarchical relation, and determining a component constitution and an interface definition corresponding to the service function through the structural model; Integrating architecture design elements of a service full life cycle according to the structural model, constructing an architecture model according to the architecture design elements, and determining an overall architecture framework and a technical implementation specification of the service through the architecture model; And integrating the core content and boundary range of the service requirement, the operation rules and data flow paths of each link of the service, the component constitution and interface definition corresponding to the service functions, and the whole framework and technical realization specification of the service to generate a standardized processing system.
  6. 6. The method of claim 5, wherein the method further comprises: Based on the operation rules and the data circulation paths of each link of the service in the logic model, constructing a simulation scene, inputting typical data and boundary conditions in the actual development process of the service, and simulating the complete execution process of the service flow; Identifying deadlock, bottleneck, logic error and missing links existing in a business process by monitoring the execution state, data flow efficiency and node connection condition of each link of the business in the simulation process, wherein the deadlock is determined by judging whether each link has a state of circulating waiting resources and cannot be advanced, the bottleneck is determined by analyzing the execution time consumption and data backlog condition of each link, the logic error is determined by checking the consistency of an actual execution result and a preset rule, and the missing link is determined by checking whether the business process covers all necessary execution steps; for the identified deadlock, optimizing resource allocation rules and execution priorities of all links of the service according to resource allocation standards and service priority requirements in service information related to the whole service life cycle, for the identified bottleneck, adjusting a data flow path or execution logic of an optimization key link according to efficiency indexes and data flow optimization criteria in service flow demands, for the identified logic errors, correcting operation rules of all links of the service according to function demand specifications, data association rules and preset service targets in structural service demands, and for the identified missing links, supplementing corresponding execution steps and data flow relations according to service core logic and core constituent elements of a service architecture.
  7. 7. The method according to any one of claims 1-6, further comprising: Establishing a traceability relation between the service demand core content determined in the demand model and the service function execution logic determined in the logic model through association mapping, establishing a traceability relation between the service function execution logic determined in the logic model and the functional components determined in the architecture model through allocation mapping, and establishing a traceability relation between the service function components determined in the structure model and each link data circulation path of the service determined in the logic model through traceability mapping to form a complete traceability link covering a service target, a service flow and architecture implementation; When the service demand is changed, traversing the related elements in the demand model, the logic model, the structural model and the architecture model according to the complete traceability link, and analyzing the influence scope of the change on the service demand core content, the service link operation rules, the data circulation path, the service function assembly and the function assembly; And determining the resource cost, the time cost and the potential risk of the change according to the influence range, the flow specification, the management standard and the preset business target in the business information related to the business full life cycle, and determining the model adjustment, the flow optimization and the component adaptation strategy corresponding to the change.
  8. 8. A business need standardization processing device, the device comprising: The acquisition module is used for acquiring service information of the whole life cycle of the target service; The input module is used for inputting the service information into a preset standardized processing system, the standardized processing system is constructed in advance by determining a core service process and a service management process based on service full life cycle related service information, identifying and processing the differences of the planning reference and the historical actual execution result of the core service process, the planning reference and the historical actual execution result of the service management process to determine service core logic, disassembling a service framework corresponding to the service core logic to obtain service management activities and management objects, mapping the service management activities, the management objects and service application scenes to corresponding dimensions of a three-dimensional demand coordinate system respectively, generating a structured service demand, and constructing a demand model, a logic model, a structural model and a framework model based on the structured service demand to be integrated and formed; The processing module is used for analyzing and processing the service information of the target service through the standardized processing system and outputting the standardized demand result of the target service, wherein the standardized demand result comprises the functional range definition of the target service, the logic rule of flow execution, the association rule of the management object and the interaction specification of the functional components.
  9. 9. A storage medium comprising a stored program, wherein the program, when run, controls a device in which the storage medium is located to perform the traffic demand standardization processing method according to any one of claims 1 to 7.
  10. 10. An electronic device, characterized in that the device comprises at least one processor, and at least one memory and a bus connected with the processor, wherein the processor and the memory complete communication with each other through the bus, and the processor is used for calling program instructions in the memory to execute the service requirement standardization processing method according to any one of claims 1-7.

Description

Service demand standardization processing method and device, storage medium and electronic equipment Technical Field The present application relates to the field of computer technologies, and in particular, to a service requirement standardization processing method and apparatus, a storage medium, and an electronic device. Background In the field of business requirements, the prior art mostly adopts a traditional structural analysis method. The method takes the data flow as the core, and the service functions are combed in a top-down layer-by-layer decomposition mode, so that various forms such as charts, characters and the like can be flexibly utilized to describe the service framework. However, the method lacks a unified standard description language, and the related business requirement description is difficult to form standardized and unambiguous expression, so that the understanding deviation between business personnel and technicians is easily caused, and the business personnel and the technicians cannot be directly identified by a computer, so that the design stage needs to repeatedly confirm functional details with users, and the efficient promotion of the related work of the subsequent business is influenced. Disclosure of Invention In view of the above problems, the present application provides a service requirement standardization processing method, a device, a storage medium and an electronic apparatus. In order to solve the technical problems, the application provides the following scheme: The method comprises the steps of obtaining service information of a target service full life cycle, inputting the service information into a preset standardized processing system, constructing the standardized processing system in advance by determining a core service process and a service management process based on service full life cycle related service information, identifying and processing differences of planning benchmarks and historical actual execution results of the core service process and the service management process to determine service core logic, disassembling a service framework corresponding to the service core logic to obtain service management activities and management objects, mapping the service management activities, the management objects and service application scenes to corresponding dimensions of a three-dimensional requirement coordinate system respectively to generate structured service requirements, constructing a requirement model, a logic model, the structure model and the architecture model based on the structured service requirements, and integrating the service information of the target service through the standardized processing system to output standardized requirements of the target service, wherein the standardized requirements comprise functional range definition, flow execution logic rules, management object association rules and functional component interaction specifications of the target service. In a second aspect, the present application provides a service requirement standardization processing device, including: The acquisition module is used for acquiring service information of the whole life cycle of the target service; The input module is used for inputting the business information into a preset standardized processing system, and the standardized processing system is constructed in advance by determining a core business process and a business management process based on business full life cycle related business information, identifying and processing differences of planned benchmarks and historical actual execution results of the core business process and the business management process to determine business core logic, disassembling business architecture corresponding to the business core logic to obtain business management activities and management objects, mapping the business management activities, the management objects and business application scenes to corresponding dimensions of a three-dimensional demand coordinate system respectively, generating structured business demands, and constructing demand models, logic models, structure models and architecture models based on the structured business demands to form the integrated business system; The processing module is used for analyzing and processing the service information of the target service through the standardized processing system and outputting the standardized demand result of the target service, wherein the standardized demand result comprises the functional range definition of the target service, the logic rule of flow execution, the association rule of the management object and the interaction specification of the functional components. In order to achieve the above object, according to a third aspect of the present application, there is provided a storage medium including a stored program, wherein the device in which the storage medium is controlled to execute the service requirement stan