CN111061461B - Retail chain response type system - Google Patents
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- CN111061461B CN111061461B CN201911300154.1A CN201911300154A CN111061461B CN 111061461 B CN111061461 B CN 111061461B CN 201911300154 A CN201911300154 A CN 201911300154A CN 111061461 B CN111061461 B CN 111061461B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/20—Software design
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/54—Interprogram communication
- G06F9/542—Event management; Broadcasting; Multicasting; Notifications
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2209/00—Indexing scheme relating to G06F9/00
- G06F2209/54—Indexing scheme relating to G06F9/54
- G06F2209/547—Messaging middleware
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Abstract
A retail chain response type system comprises a chain main system, message middleware and service subsystems, wherein the systems communicate through the message middleware; the chain main system is used for issuing tasks to the corresponding service subsystems according to service requirements, receiving receipt results fed back by the service subsystems, and issuing the next tasks to the corresponding service subsystems or other service subsystems based on the receipt results; the service subsystem is used for receiving the tasks issued by the interlocking main system, executing corresponding actions according to the corresponding tasks, and feeding back receipt results to the interlocking main system after the execution is completed. In the invention, each service subsystem responds to the message sent by the chain main system, returns after processing, and in the mode, each service subsystem does not care whether other systems succeed or fail, only needs to process the notified task, and the whole initialization progress and the abnormal processing are controlled by the chain main system, so that each service subsystem is not directly coupled and kept independent.
Description
Technical Field
The invention relates to the field of retail chain management, in particular to a retail chain response type system.
Background
Along with the rapid development of retail business, the complexity of the system and the business is continuously improved, and how to solve the coupling among a plurality of systems after the system is serviced, the response time and throughput of the business are improved, and the robustness and stability of the system are effectively ensured, so that the method is a main problem facing to people.
Disclosure of Invention
In order to solve the technical problems, the invention provides a retail chain response type system, which combines the thinking of the prior art system and service characteristics, drives and responds type architecture and RxJava framework in the practical field of service to solve the problems caused by complex system and service, and the technical scheme of the invention is as follows:
the retail chain response type system comprises a chain system based on field driven design (DDD), wherein the chain system comprises a chain main system, service subsystems and message middleware, the chain main system and the service subsystems are connected through the message middleware, and the message is sent and received through the message middleware;
the chain main system is used for issuing corresponding tasks to corresponding service subsystems in the service subsystems according to service requirements, receiving receipt results fed back by the corresponding service subsystems, and issuing next tasks to the corresponding service subsystems or other service subsystems based on the receipt results;
the service subsystem is used for receiving the tasks issued by the interlocking main system, executing corresponding actions according to the corresponding tasks, and feeding back receipt results to the interlocking main system after the execution is completed.
Further, the business subsystem comprises a store creation system for creating stores, a peripheral management system for managing peripheral equipment, a warehouse management system for managing warehouses, a commodity management system for managing commodities and an inventory management system for managing inventory, wherein the store creation system, the peripheral management system, the warehouse management system, the commodity management system and the inventory management system are all connected with message middleware, and the message middleware is used for sending and receiving messages.
Further, the business requirements comprise chain store creation requirements, the chain master system is used for issuing corresponding chain store creation tasks to the store creation system according to the chain store creation requirements, and the store creation system is used for creating chain stores according to the chain store creation tasks and feeding back receipt results of chain store creation completion to the chain master system after the chain stores are created.
Further, the chain main system is further used for sending a peripheral management task to the peripheral management system after receiving the receipt results created and completed by the chain branch, and the peripheral management system is used for carrying out peripheral management work corresponding to the chain branch according to the peripheral management task and feeding back the receipt results completed by the peripheral management to the chain main system after the peripheral management work is completed.
Further, the chain main system is further used for sending a warehouse management task to the warehouse management system after receiving the receipt results created and completed by the chain branches, and the warehouse management system is used for carrying out warehouse management work corresponding to the chain branches according to the warehouse management task and feeding back the receipt results completed by the warehouse management to the chain main system after the warehouse management work is completed.
Further, the chain main system is further used for sending commodity management tasks to the commodity management system after receiving receipt results of completion of warehouse management, and the commodity management system is used for carrying out commodity management work of the corresponding warehouse according to the commodity management tasks and feeding back receipt results of completion of commodity management to the chain main system after completion of commodity management work.
Further, the chain main system is further used for sending an inventory management task to the inventory management system after receiving the receipt result of the completion of commodity management, and the inventory management system is used for carrying out inventory management work of corresponding commodities according to the inventory management task and feeding back the receipt result of the completion of inventory management to the chain main system after the inventory management work is completed.
Further, the business subsystem also comprises an asset management system; the asset management system is connected with the message middleware and is connected with the chain main system through the message middleware, the chain main system is further used for sending asset management tasks to the asset management system after receiving receipt results created by chain branches, and the asset management system is used for carrying out asset management of corresponding chain branches according to the asset management tasks and feeding back receipt results completed by asset management to the chain main system after the asset management is completed.
Further, the business subsystem also comprises an employee management system; the staff management system is connected with the message middleware and is connected with the chain main system through the message middleware, the business subsystem is further used for sending staff management tasks to the staff management system after receiving receipt results created by chain branches, and the staff management system is used for carrying out staff management of corresponding chain branches according to the staff management tasks and feeding back receipt results completed by staff management to the chain main system after staff management is completed.
The invention has the following beneficial effects:
1. in the invention, in the establishment of store business, each business subsystem responds to the message sent by the chain main system, and returns after processing is completed, and through the mode, each business subsystem does not care whether other systems succeed or fail, only needs to process the notified task, and the whole initialization progress and the abnormal processing are controlled by the chain main system, so that each business subsystem is not directly coupled and kept independent.
2. Different service domains are split into different service subsystems, so that the maintenance of the system is facilitated, and the expansibility of the system is improved.
3. In the face of increasingly complex retail business scenes, the invention comprehensively realizes the asynchronization of system business by adopting a responsive architecture, improves the robustness and flexibility of a complex business system and provides powerful support.
Drawings
FIG. 1 is a block diagram of a retail chain responsive system provided by an embodiment of the present invention;
fig. 2 is a system architecture of a linkage system based on domain driving design according to an embodiment of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and fully with reference to the accompanying drawings, in which it is evident that the embodiments described are only some, but not all embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
As shown in fig. 1, as a first embodiment of the present invention, there is provided a retail chain response system, the system including a Domain Drive Design (DDD) -based chain system including a chain main system, a message middleware, and service subsystems, the chain main system and the service subsystems being connected through the message middleware, and transmitting and receiving a message through the message middleware;
the chain main system is used for issuing corresponding tasks to corresponding service subsystems in the service subsystems according to service requirements, receiving receipt results fed back by the corresponding service subsystems, and issuing next tasks to the corresponding service subsystems or other service subsystems based on the receipt results;
the service subsystem is used for receiving the tasks issued by the interlocking main system, executing corresponding actions according to the corresponding tasks, and feeding back receipt results to the interlocking main system after the execution is completed.
In the invention, in the establishment of store business, each business subsystem responds to the message sent by the chain main system, and returns after processing is completed, and through the mode, each business subsystem does not care whether other systems succeed or fail, only needs to process the notified task, and the whole initialization progress and the abnormal processing are controlled by the chain main system, so that each business subsystem is not directly coupled and kept independent.
As a second embodiment of the present invention, preferably, the business subsystem includes a store creation system for creating a store, a peripheral management system for managing peripherals, a warehouse management system for managing a warehouse, a commodity management system for managing commodities, a stock management system for managing inventory, a asset management system for managing assets, and an employee management system for managing employees, each of the store creation system, the peripheral management system, the warehouse management system, the commodity management system, the stock management system, the asset management system, and the employee management system being connected to a message middleware through which a message is transmitted and received, the store creation system being a first level subsystem, the peripheral management system, the warehouse management system, the asset management system, and the employee management system being a second level subsystem, the commodity management system being a third level subsystem, the inventory management system being a fourth level subsystem, the peripheral management system, the warehouse management system, the asset management system, and the employee management system being dependent on completion of chain store creation of the store creation system, the commodity management system being dependent on completion of warehouse management work, the commodity management system being dependent on completion of the commodity management system.
As a third embodiment of the present invention, preferably, the business requirement includes a chain store creation requirement, the chain host system is configured to issue a corresponding chain store creation task to a store creation system according to the chain store creation requirement, and the store creation system is configured to perform chain store creation according to the chain store creation task, and to feed back a receipt result of completion of chain store creation to the chain host system after completion of chain store creation;
as a fourth embodiment of the present invention, preferably, the chain main system further sends peripheral management tasks, warehouse management tasks, asset management tasks and employee management tasks to an external management system, a warehouse management system, an asset management system and an employee management system after receiving receipt results of completion of creation of chain branches, where the peripheral management system is configured to perform peripheral management tasks corresponding to the chain branches according to the peripheral management tasks, and feed back receipt results of completion of peripheral management to the chain main system after completion of the peripheral management tasks; the warehouse management system is used for carrying out warehouse management work of corresponding chain branch stores according to the warehouse management task and feeding back receipt results of the completion of the warehouse management to the chain main system after the warehouse management work is completed; the asset management system is used for carrying out asset management of the corresponding chain branch stores according to the asset management task, and feeding back receipt results of the completion of the asset management to the chain main system after the completion of the asset management; the staff management system is used for carrying out staff management of the corresponding chain branch stores according to staff management tasks, and feeding back receipt results of staff management completion to the chain main system after the staff management is completed.
As a fifth embodiment of the present invention, preferably, the chain main system is further configured to send a commodity management task to the commodity management system after receiving a receipt result that completes the management of the warehouse, where the commodity management system is configured to perform a commodity management job corresponding to the warehouse according to the commodity management task, and feed back the receipt result that completes the management of the commodity to the chain main system after completing the commodity management job.
As a sixth embodiment of the present invention, the chain host system is further configured to send an inventory management task to the inventory management system after receiving a receipt result of completion of commodity management, where the inventory management system is configured to perform inventory management work of a corresponding commodity according to the inventory management task, and feed back the receipt result of completion of inventory management to the chain host system after completion of the inventory management work.
According to the invention, different business domains are split into different business subsystems, such as a store creation system, a peripheral management system, a warehouse management system, a commodity management system, an asset management system, an employee management system and an inventory management system, each business subsystem does not care whether other systems succeed or fail, only the notified tasks are processed, and the whole initialization progress and the abnormal processing are controlled by the chain main system, so that each business subsystem is not directly coupled and kept independent of each other, and is faced with more and more complex retail business scenes, the asynchronization of the system business can be comprehensively realized, and the robustness and the flexibility of the complex business system are improved, so that a powerful support is provided.
As a seventh embodiment of the present invention, there is provided a system architecture of a Domain Drive Design (DDD) -based linkage system, which includes an infrastructure layer, an application interface layer, a domain layer, and a user layer, as shown in fig. 2.
The infrastructure layer mainly provides general technical capabilities for other layers, such as messaging of applications, domain persistence, etc. In practical project applications, this layer is mainly used for reading and writing persistent data, and we can sequence the domain objects needing to be persistent into a designated storage medium at this layer, for example: in the same way, databases, hbase, mongoDB, ES, etc. can also take data from these storage media and assemble domain objects, and at this level, a warehousing mechanism is generally used to implement domain persistence capability.
The application interface layer is used for providing application services and is mainly responsible for arranging and assembling business use cases, whether business logic is processed or not, coordinating the relation between the domain layer and the user interface layer, providing various application functions for the user interface layer, and completing various business arrangement and assembly for domain objects or domain services of the internal call domain layer.
The domain layer, also called the model layer, belongs to the most core layer in the service system, almost all service logic in the whole system can be realized in the layer, and the layer mainly comprises a domain model and domain services.
The domain model is used for abstracting complex business logic, converting the complex business logic into a conceptual diagram model which is convenient to understand, and generally consists of entities and value objects, and the difference between the domain model and the data model is that: the data model describes the persistence of the object, and the domain model describes the classes in the domain and the relationships between the classes.
The domain service may be considered as an addition to the domain model, because in the actual modeling process, some concepts are essentially operations, they may involve multiple domain objects, and the operations need to be coordinated to be completed, if the operations are forcefully classified into an object, the object may assume some roles that the object does not belong to, and then an object role ambiguity occurs, where the domain service is needed to carry the operations to be used to concatenate multiple domain objects. We have introduced domain services for carrying information aggregation operations in modeling, considering rationality.
The user layer is mainly responsible for displaying user information, requesting the application layer to acquire data required to be displayed by a user, and sending a command to the application layer to require the application layer to execute a certain user action. The front end calls the back end service in an http mode, the front end is interacted in a REST service providing mode at the layer, then an RPC calling mode is uniformly adopted, the interaction between the two-side service interface and the front end node layer is declared at the layer, and then the specific interface is realized at the application layer.
The foregoing description of the preferred embodiments of the invention is not intended to limit the invention to the precise form disclosed, and any such modifications, equivalents, and alternatives falling within the spirit and scope of the invention are intended to be included within the scope of the invention.
Claims (1)
1. The retail chain response type system is characterized by comprising a chain system based on field driven design (DDD), wherein the chain system comprises a chain main system, message middleware and service subsystems, the chain main system and the service subsystems are connected through the message middleware, and the message is sent and received through the message middleware;
the chain main system is used for issuing corresponding tasks to corresponding service subsystems in the service subsystems according to service requirements, receiving receipt results fed back by the corresponding service subsystems, and issuing next tasks to the corresponding service subsystems or other service subsystems based on the receipt results;
the service subsystem is used for receiving the task issued by the interlocking main system, executing corresponding actions according to the corresponding task, and feeding back a receipt result to the interlocking main system after the execution is completed;
the business subsystem comprises a store creation system for creating a store, a peripheral management system for managing peripheral equipment, a warehouse management system for managing a warehouse, a commodity management system for managing commodities and an inventory management system for managing inventory, wherein the store creation system, the peripheral management system, the warehouse management system, the commodity management system and the inventory management system are all connected with a message middleware, and the message middleware is used for sending and receiving messages
The business requirements comprise chain store creation requirements, the chain master system is used for issuing corresponding chain store creation tasks to the store creation system according to the chain store creation requirements, and the store creation system is used for creating chain stores according to the chain store creation tasks and feeding back receipt results of chain store creation completion to the chain master system after the chain stores are created;
the chain main system is also used for sending a peripheral management task to the peripheral management system after receiving a receipt result created by the chain branch, and the peripheral management system is used for carrying out peripheral management work corresponding to the chain branch according to the peripheral management task and feeding back the receipt result after the peripheral management work is completed to the chain main system;
the chain main system is further used for sending a warehouse management task to the warehouse management system after receiving receipt results created by the chain branches, and the warehouse management system is used for carrying out warehouse management work of the corresponding chain branches according to the warehouse management task and feeding back the receipt results after the warehouse management work is completed to the chain main system;
the chain main system is also used for sending a commodity management task to the commodity management system after receiving a receipt result of completion of warehouse management, and the commodity management system is used for carrying out commodity management work of a corresponding warehouse according to the commodity management task and feeding back the receipt result of completion of commodity management to the chain main system after the commodity management work is completed;
the chain main system is also used for sending an inventory management task to the inventory management system after receiving the receipt result of the completion of commodity management, and the inventory management system is used for carrying out inventory management work of corresponding commodities according to the inventory management task and feeding back the receipt result of the completion of inventory management to the chain main system after the inventory management work is completed;
wherein the business subsystem further comprises an asset management system; the asset management system is connected with the message middleware and is connected with the chain main system through the message middleware, the chain main system is further used for sending asset management tasks to the asset management system after receiving receipt results created by chain branches, and the asset management system is used for carrying out asset management of corresponding chain branches according to the asset management tasks and feeding back receipt results completed by asset management to the chain main system after the asset management is completed;
wherein, the business subsystem also comprises an employee management system; the staff management system is connected with the message middleware and is connected with the chain main system through the message middleware, the business subsystem is further used for sending staff management tasks to the staff management system after receiving receipt results created by chain branches, and the staff management system is used for carrying out staff management of corresponding chain branches according to the staff management tasks and feeding back receipt results completed by staff management to the chain main system after staff management is completed.
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