WO2022199076A1

WO2022199076A1 - Service processing method for multiple types of services, computer device, and storage medium

Info

Publication number: WO2022199076A1
Application number: PCT/CN2021/131754
Authority: WO
Inventors: 孙岩; 邱进; 王真; 许军; 司孝波
Original assignee: 苏宁易购集团股份有限公司
Priority date: 2021-03-26
Filing date: 2021-11-19
Publication date: 2022-09-29
Also published as: CN113032398B; CN113032398A

Abstract

The present application relates to a service processing method and apparatus for multiple types of services, a computer device, and a storage medium. The method comprises: reading first codes for a plurality of types of services, the first codes comprising a parent code and first child codes, the parent code being used for implementing service flow processing of each type of service by using the same processing flow, and the first child codes comprising configuration parameters and being used for implementing service data processing on each type of service; and when a service parameter of any type of service in the plurality of types of services is received, running the first codes, and transmitting the service parameter to the first codes, so that when the first codes are run, the service flow processing of any type of service is implemented according to the same processing flow, and service data processing is performed on any type of service after the service parameter matches the configuration parameter. According to the method, service data processing can be carried out on a plurality of types of services by means of one set of codes, and a modification amount of codes in a service management system is reduced.

Description

Business processing method, computer equipment and storage medium for multi-type business

technical field

The present application relates to the technical field of service data processing, and in particular, to a service processing method, apparatus, computer equipment and storage medium for multiple types of services.

Background technique

Currently facing the business needs of different platforms and different formats of multi-scenarios, the business types that need to be managed by the business management system are increasing. For the business data processing of multiple business types, the business management system develops corresponding codes for each business type, so as to realize the data processing of the business data of the corresponding business types when the corresponding codes are run.

When the business management system receives new business requirements, the code in the business management system must be adjusted based on the new business requirements. The current adjustment method is to make changes to the old code or copy a new code to make changes to obtain the execution code that matches the new business. However, making changes to old code increases the risk of existing functionality within the business management system. If a new code is copied and modified, the code repetition rate in the business management system will be high, and the later business management will change. Multiple codes in the business management system need to be modified at the same time, resulting in low R&D efficiency of the entire business management system and code changes. Management is complex.

technical solutions

Based on this, it is necessary to provide a business processing method, device, computer equipment and storage medium for multi-type business in response to the above technical problems, which can realize business data processing of various types of business through one code, and reduce the number of internal business management systems. The amount of code modification improves the R&D efficiency of the business management system and simplifies the amount of code management.

A business processing method for multi-type business, the method comprises: reading first codes of multiple types of business, the first code includes parent class code and each first subclass code inherited from the parent class code, the parent class code It is used to implement business process processing for each type of business among multiple types of business using the same processing flow when it is run. Each first subclass code contains configuration parameters and each first subclass code is used to implement the process for each type of business when it is run. Carry out business data processing; when receiving business parameters of any type of business among multiple types of business, run the first code, and pass the business parameters to the first code, so that when the first code is run, the same processing flow is implemented. Business process processing is performed on any type of business, and business data processing is performed on any type of business after matching the business parameters with the configuration parameters.

In one of the embodiments, the parent class code is further provided with an extension interface, and the extension interface is used to implement code rewriting of the subclass method in the parent class code to obtain the second subclass code of the parent class code, the second subclass code It is used to process the business data of the extended business at runtime, and the extended business is not included in the various types of business.

In one of the embodiments, a service processing method for multiple types of services further includes: reading a second code transmitted by parameters of multiple types of services, and using the second code to receive service parameters; Implement the parameter passing method of parameter passing. The entity object is set in the parameter passing method, and the entity object is used to receive business parameters of any type of business.

In one of the embodiments, the business parameters include first platform parameters and first business parameters, the configuration parameters include second platform parameters and second business parameters, and the business parameters are passed to the first code so that the first code is executed when the first code is executed. To implement business process processing for any type of business according to the same processing flow and to perform business data processing for any type of business after matching the business parameters with the configuration parameters, including: passing the first platform parameters and the first format parameters to the first code, so that when the first code is run, it implements business process processing for any type of business according to the same processing flow, and when the first code is run, it implements the matching of the first platform parameters with the second platform parameters and the first The business type parameters are matched with the second business type parameters, and business data processing is performed on any type of business according to the matching result.

In one of the embodiments, a business processing method for multi-type business further includes: storing business data of each type of business in the multi-type business in sub-databases and sub-tables to obtain a plurality of data tables stored in the plurality of databases , each data table is used to record the business data of each type of business, and each data table adopts the configuration parameter as the identification of the business data; after matching the business parameter and the configuration parameter, the business data processing of any type of business, including: Match with the configuration parameters, determine the target first subclass code from each first subclass code according to the matching result, and run the target first subclass code so that when the target first subclass code is realized, the target first subclass code is obtained from the stored multiple code according to the matching parameter. The business data of any type of business is extracted from the data table for business data processing.

In one of the embodiments, a business processing method for multiple types of business further includes: reading a configuration file, and extracting configuration parameters of each first subclass code from the configuration file; loading the configuration parameters into the configuration component of the front end, The configuration parameters are displayed through the configuration component; when the front-end detects that the configuration parameters in the configuration component are triggered, the configuration parameters are used as the received business parameters.

In one of the embodiments, when the front end detects that the configuration parameter in the configuration component is triggered, the configuration parameter is used as the received service parameter, including: when the front end detects that the configuration parameter in the configuration component is triggered Perform verification processing on the user authority of the user who triggered the configuration parameter and the triggered configuration parameter; when it is verified that the user authority meets the first preset condition and the triggered configuration parameter meets the second preset condition, the configuration parameter is used as the received service parameter .

A service processing device for multiple types of services, the device includes: a reading module for reading first codes of multiple types of services, the first codes include parent code and each first child inherited from the parent code Class code, the parent class code is used to implement business process processing for each type of business in the multi-type business using the same processing flow at runtime. Each first subclass code contains configuration parameters and each first subclass code is used to be run. The processing module is used to run the first code when receiving the service parameters of any type of service among the multiple types of services, and pass the service parameters to the first code, so that the first code When a code is run, it implements business process processing for any type of business according to the same processing flow, and performs business data processing for any type of business after matching the business parameters with the configuration parameters.

A computer device includes a memory, a processor, and a computer program stored in the memory and executable on the processor, and the processor implements the steps of the method in any of the foregoing embodiments when the processor executes the computer program.

A computer-readable storage medium on which a computer program is stored, and when the computer program is executed by a processor, implements the steps of the method in any of the foregoing embodiments.

beneficial effect

For the business processing method, device, computer equipment and storage medium of the above-mentioned multi-type business, the first code is set in the business management system. The first code includes the parent class code and the first subclass codes inherited from the parent class code. The parent class code is used to implement business process processing for each type of business in the multi-type business using the same processing flow when it is run. A subclass code includes configuration parameters, and each first subclass code is used to implement business data processing for various types of business at runtime. When the service management system receives the service parameters of any type of service among the multiple types of services, it runs the first code, and transfers the service parameters to the first code, so that when the first code is run, it can implement the same processing flow for any type of service. The business process is processed for the type of business and the business data is processed for any type of business after matching the business parameters with the configuration parameters. Therefore, the business management system can use one code to realize business data processing of various types of businesses, which reduces the amount of code modification in the business management system, improves the research and development efficiency of the business management system, and simplifies the amount of code management.

Description of drawings

Fig. 1 is an application environment diagram of a service processing method of a multi-type service in one embodiment;

2 is a schematic flowchart of a service processing method for a multi-type service in one embodiment;

3 is a schematic diagram of an application flow of a business processing method for a multi-type business in a usage scenario;

Fig. 4 is a structural block diagram of a service processing apparatus of a multi-type service in one embodiment;

FIG. 5 is a diagram of the internal structure of a computer device in one embodiment.

Embodiments of the present invention

In order to make the purpose, technical solutions and advantages of the present application more clearly understood, the present application will be described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application, but not to limit the present application.

A service processing method for multi-type services provided by the present application can be applied to the application environment shown in FIG. 1 . As shown in FIG. 1 , the server 202 of the service management system is configured to execute a service processing method of a multi-type service of the present application. Specifically, the server 202 is provided with the first code. The implementation logic of the first code is shown in FIG. 1 . The first code includes the parent class code of the parent class and the first subclass codes inherited from the parent class code. The parent class code is used to implement business process processing for each type of business in the multi-type business using the same processing flow at runtime. , each first subclass code includes configuration parameters and each first subclass code is used to implement business data processing for various types of business at runtime. When the server 2020 of the service management system receives the service parameters of any type of service among the multiple types of services sent by the front end 102, it runs the first code, and passes the service parameters to the first code, so that the first code is executed when the first code is executed. Perform business process processing on any type of business according to the same processing flow, and perform business data processing on any type of business after matching the business parameters with the configuration parameters. Therefore, the business management system can use one code to realize business data processing of various types of businesses, which reduces the amount of code modification in the business management system, improves the research and development efficiency of the business management system, and simplifies the amount of code management.

In one embodiment, as shown in FIG. 2 , a service processing method for multi-type services is provided, and the method is applied to the server 202 of the service management system in FIG. 1 as an example for description, including the following steps:

S202, read the first codes of multiple types of services, the first codes include parent class codes and each first subclass code inherited from the parent class codes, and the parent class codes are used to implement the same processing flow to many when being run In the type business, each type of business performs business process processing, and each first subtype code includes configuration parameters and each first subtype code is used to implement business data processing for each type of business when it is run.

In this embodiment, the first code is set, and the first code adopts a general code structure. For multiple types of business, the business process that needs to be executed during business data processing is the same. At this time, the parent class code of the parent class is set in the first code, and the parent class code is used to implement the same processing flow for each type of business in multiple types of business Carry out business process processing. Set up multiple first subclasses inherited from the parent class, and the codes of each first subclass are used to realize business data processing of various types of business. Wherein, each first subclass code includes configuration parameters, and various types of services corresponding to each first subclass code can be identified according to the configuration parameters. When each first subclass code is executed, it realizes business data processing for the business of the type corresponding to the configuration parameter.

There are differences in the business data processing of each type of business, but the business process processing of each type of business is the same. Therefore, by setting each first subclass code to inherit from the parent class code, it is possible to realize the business of multiple types of business through a set of parent class codes. Process processing.

For example, an abstract method is set in the parent class code, and the abstract method is mainly used to define the business processing flow of multiple types of business. Abstract methods can include one or more. When there are multiple abstract methods, the execution order of each abstract method in the parent class code is fixed, so that the business processing flow of multiple types of business is determined through each fixed order abstract method, and the same processing flow is obtained. For example, the same processing flow includes the first step for data proofreading, the second step for submission processing, the third step for generating approval flow, and the fourth step for post-approval data entry, and the following steps The fifth step of the downstream system. The structure of these steps is fixed, and the corresponding abstract methods are set for each step in the parent class code, so as to obtain the same processing flow.

For each type of business, when there are differences in business data processing, the abstract method of the parent class can be rewritten in the code of the first subclass to obtain the corresponding specific method. The specific method is used to define the business data processing of the corresponding type of business. For example, although the operation sequence of each step has been specified by the parent class code, there may be differences in specific business data processing between different types of services. At this time, the first subclass code is used to implement differentiated business data processing between different types of business. Specifically, in the first subclass code, the subclass method can be used to rewrite the abstract method of the parent class to realize differentiated business data processing between different types of business.

S204, when the service parameters of any type of service among the multiple types of services are received, run the first code, and pass the service parameters to the first code, so that when the first code is run, any type of service is executed according to the same processing flow. The business performs business process processing and business data processing is performed on any type of business after matching business parameters with configuration parameters.

In this embodiment, when the server receives service parameters of any type of service among multiple types of services, the server runs the first code, and transmits the received service parameters to the first code. Wherein, when the first code is run, the parent code of the first code implements business process processing for any type of business. At the same time, the first code implements matching the business business parameters with the configuration parameters of each first subclass code, determines the corresponding first subclass code according to the matching result, and then uses the corresponding first subclass code to realize any type of service business data processing. Therefore, the processing of business data of any type of business is realized.

In the above-mentioned business processing method for multiple types of business, a first code is set in the business management system. The first code includes the parent class code and the first subclass codes inherited from the parent class code. The parent class code is used to implement business process processing for each type of business in the multi-type business using the same processing flow when it is run. A subclass code includes configuration parameters, and each first subclass code is used to implement business data processing for various types of business at runtime. When the service management system receives the service parameters of any type of service among the multiple types of services, it runs the first code, and transfers the service parameters to the first code, so that when the first code is run, it can implement the same processing flow for any type of service. The business process is processed for the type of business and the business data is processed for any type of business after matching the business parameters with the configuration parameters. Therefore, the business management system can use one code to realize business data processing of various types of businesses, which reduces the amount of code modification in the business management system, improves the research and development efficiency of the business management system, and simplifies the amount of code management.

In one embodiment, an extension interface is also provided in the parent class code, and the extension interface is used to realize the code rewriting of the subclass method in the parent class code to obtain the second subclass code of the parent class code, and the second subclass code uses It implements business data processing for extended services when it is running, and extended services are not included in various types of services.

In this embodiment, an extension interface is reserved in the parent class code, and the extension interface is used to implement code rewriting of the subclass method in the parent class code. Therefore, when a new type of service is added, the subclass method of the second subclass code can be obtained by rewriting the abstract class in the superclass code through the extended interface. Subclass methods are used to implement business data processing for new types of business. Here, the new type of service can be called an extended service of the service management system, thus improving the expansibility of the service management system.

In one embodiment, before the above S204, it further includes the step of: reading the second codes for parameter transmission of multiple types of services, and using the second codes to receive service parameters; wherein, the second codes are provided with parameters for realizing parameter transmission. The parameter method, the entity object is set in the parameter method, and the entity object is used to receive business parameters of any type of business.

In this implementation, the reception of service parameters of any type of service among multiple types of services is implemented by the second code. Wherein, the second code receives the business parameters by means of entity parameter transmission. The method of entity parameter transfer can directly call the interface to set the newly added business parameters without modifying the parameter transfer method when adding new business parameters. For example, the parameter-passing method in the second code is method A, and the business parameters to be passed include parameter a and parameter b. If the traditional parameter passing method is adopted, the parameter a and the parameter b are directly used as the passing parameters set in the method A, that is, methodA(a,b). If you want to add parameter c in the business parameters, method A cannot pass parameter a, parameter b, and parameter c at the same time, and you need to rewrite a new method to pass parameter a, parameter b, and parameter c at the same time. At this time, if the method of this embodiment is adopted, method A is designed as an entity passing parameter, that is, methodA(Entity A), and Entity A represents an entity object. Entity A reserves parameters a, parameter b, parameter c, parameter d, etc. of common attributes. If the business parameters passed this time are parameter a and parameter b, create an entity object Entity A, and Entity A passes the Set a and Set b perform attribute assignment. The a in Set a refers to parameter a, and the b in Set b refers to parameter b. If you want to add parameter c later, you only need to call Set c at the interface for assignment, and you do not need to modify the interface method methodA (Entity A). Among them, c in Set c refers to parameter c. Therefore, the second code does not fix the passed business parameters, but makes extensible entity parameter passing, which is convenient for subsequent business parameter expansion.

In one embodiment, the service parameters include first platform parameters and first business type parameters, and the configuration parameters include second platform parameters and second business type parameters. The above-mentioned business parameters are passed to the first code, so that when the first code is run, business process processing for any type of business according to the same processing flow and business data for any type of business after matching the business parameters with the configuration parameters. The processing includes: passing the first platform parameter and the first format parameter to the first code, so that when the first code is run, the business process of any type of business can be processed according to the same processing flow, and when the first code is run The first platform parameters are matched with the second platform parameters and the first format parameters are matched with the second format parameters respectively, and business data processing is performed for any type of business according to the matching result.

In this embodiment, the configuration parameters include second platform parameters and second format parameters. That is, when setting each first subcategory code of the first code, the second platform parameter and the second format parameter are preset in the first subcategory code. The received service parameters include first platform parameters and first format parameters. At this time, when the first code is run, it realizes business process processing for any type of business according to the same processing flow. At the same time, when the first code is running, the parameters of the first platform and the parameters of the second platform are respectively matched, and the parameters of the first format and the parameters of the second format are matched. The corresponding first subclass code is determined according to the two matching results, and the corresponding first subclass code is used to implement corresponding business data processing.

For example, the first code is the code configured in the approval flow and used to implement business approval processing for various types of business. The business parameters of various types of business are set by the front end and sent to the server by the front end. When the server receives the first platform field and the first service field sent by the front end, the server uses the first platform field as the first platform parameter and the first service field as the first service parameter in the approval flow configuration. Run the first code in the approval flow configuration. The process configuration logic in the first code will flow to the corresponding approver node according to the first platform parameters and the first business parameters, so that business data of different platforms and formats can be approved by different post personnel. The process configuration logic in the first code refers to the data processing logic set in the parent class code and each first subclass code in the first code. The first code controls the business process flow to transfer to the corresponding approver according to the matching of the first platform parameter with the second platform parameter in the first subclass code and the matching between the first format parameter and the second format parameter in the first subclass code node. Therefore, a set of codes is realized to realize business data processing of various types of businesses, the amount of code modification in the business management system is reduced, the research and development efficiency of the business management system is improved, and the amount of code management is simplified.

In one embodiment, before the above-mentioned S204, it further includes the step of: storing the business data of each type of business in the multiple types of business in sub-database and sub-table, to obtain a plurality of data tables stored in a plurality of databases, and each data table uses It is used to record the business data of various types of business, and each data table adopts the configuration parameters as the identification of the business data. The above-mentioned business data processing for any type of business after matching the business parameters with the configuration parameters includes: matching the business parameters with the configuration parameters, and determining the target first subclass code from each first subclass code according to the matching result, The target first subclass code is run so that when the target first subclass code is realized, business data of any type of business is extracted from the stored multiple data tables according to the matching parameters to perform business data processing.

In this embodiment, it is at the database design level of the business management system. Store data of similar business functions in the same table, and differentiate and expand through the platform fields and business form fields in the table. For example, the database adopts MYSQL database, and the business data of various types of business is stored in sub-database and sub-table. A total of 10 databases and 1,000 tables are designed. Wherein, the storage method of the sub-library and sub-table may be performed by taking the modulo of the commodity code of the commodity corresponding to the business to perform the sub-library and sub-table. When running the first code, match the business parameters with the configuration parameters, determine the target first subclass code from each first subclass code according to the matching result, run the target first subclass code, and select the stored multiple code according to the matching parameters. The business data of any type of business is extracted from each data table for business data processing.

Among them, the commodity code modulo is a routing strategy of sub-database and sub-table. When the data volume of commodities corresponding to various types of business is relatively large and the inventory of commodities is relatively large, if commodity data of various types of businesses are stored in a database and table, the performance of the database will be limited. The storage method of sub-database and sub-table can realize the extended storage of business data, reduce the amount of data in each data table, and improve the read-write efficiency of business data.

In one embodiment, before the above S204, it also includes the steps of: reading the configuration file, and extracting the configuration parameters of each first subclass code from the configuration file; loading the configuration parameters into the configuration component of the front end, so as to be displayed by the configuration component Configuration parameters; when the front-end detects that the configuration parameters in the configuration component are triggered, the configuration parameters are used as the received business parameters.

In this embodiment, a configuration component is set on the maintenance interface of the front end, and the configuration component is used to display platform parameters and format parameters of different functional modules. Specifically, a configuration file is stored in the service management system, and the configuration file includes configuration parameters of each first subclass code. It may be that the R&D personnel develop each first subclass code for different functional modules, and each first subclass code includes configuration parameters. At this point, the R&D personnel set the configuration parameters into the configuration file. The server of the service management system extracts the configuration parameters of each first subclass code from the configuration file and loads the configuration parameters into the configuration component of the front end to display the configuration parameters through the configuration component. At this point, the configuration parameters are also the platform parameters and format parameters displayed in the configuration component. For example, the server dynamically reads configuration parameters from configuration files. The background control layer reads the front-end framework through the SCM (software configuration management) file, and returns the configuration parameters read by the server to the background view layer. The front-end page loads the configuration parameters of the background view layer into the corresponding configuration components to realize the configuration parameters. flexible increase or decrease.

Specifically, the formats and platforms in the business management system are respectively defined by two different KEYs (identification numbers), and the definitions represent the scope of all formats and platforms in the entire system. Each of the first subclass codes in the first code represents different functional modules. Each different functional module determines certain scopes of the format and platform in the global system definition above through the KEY corresponding to the functional module, that is, the KEY corresponding to the functional module indicates the platform and format supported by each functional module, and the result will be directly It is displayed in the maintenance interface of the corresponding function of the front-end management side.

When the business needs to increase or decrease a certain platform or format, the corresponding personnel with configuration authority can make adjustments at any time in the system definition through the maintenance interface. After the adjustment, the system will take effect immediately, and the adjustment track will be recorded in the operation log. middle. After the business is maintained on the management interface, click Submit, and the data of platform parameters and business format parameters will be transmitted to the backend. The back-end server implements the first code, so as to perform corresponding business data processing on the front-end platform parameters and business format parameters.

The platforms currently supported by the system are: retail chain platform, B2C e-commerce platform, B2B government-enterprise platform, Youhuo platform, Tmall platform, public platform, Darlingka, Dangdang, retail cloud, and electrical partner. Multiple platforms are defined by the configuration item CHANNEL_CONFIG in the business management system. The supported platform range corresponding to each different function module is defined by FC_CHANNEL_CONFIG, and multiple definitions are separated by English commas.

The formats currently supported by the system are: electrical appliances, supermarkets, Red Kids, Jiwu, sports, Wanda Department Store, technology companies, sports equipment, after-sales companies, small stores, Dia Tiantian, Carrefour, Hong Kong, overseas purchases, cross-border trade, overseas purchases General trade, in stock, buy together. Multiple businesses are defined through the configuration item THRY_CONFIG in the business management system. The business scope corresponding to each different function module is defined through FC_BUSINESS_UNIT_CONFIG, and multiple definitions are separated by English commas.

Therefore, the platforms and business formats that can be maintained by the front-end maintenance interface are not fixed. The corresponding platforms and business formats are configured and displayed through the corresponding functional modules in the business management system. Through the front-end configurable configuration components and the first code of the back-end server, the business management system realizes the dynamic configuration of multi-type business business processing, avoids repeated code development, and quickly realizes different platforms and formats with the same management specifications. business data processing on the management side.

In one embodiment, when the front-end detects that the configuration parameter in the configuration component is triggered, the configuration parameter is used as the received service parameter, including: when the front-end detects that the configuration parameter in the configuration component is triggered, Perform verification processing on the user authority of the user who triggered the configuration parameter and the triggered configuration parameter; when it is verified that the user authority meets the first preset condition and the triggered configuration parameter meets the second preset condition, the configuration parameter is used as the received service parameter.

Specifically, data verification is performed on the configuration parameters triggered by the front end. The method of data verification is: verifying the user authority of the user, and the user authority verification succeeds when the user authority meets the first preset condition. The first preset condition may be user rights of one or more users set in the service management system that can trigger configuration parameters. Verify the triggered configuration parameters. The triggered configuration parameter is verified successfully when the triggered configuration parameter satisfies the second preset condition. The second preset condition may be a triggerable configuration parameter corresponding to the user authority set in the service management system.

After the data verification is passed, it will be saved in the pending approval table and the approval flow will be generated. The triggered configuration parameters include the platform field and the format field. At this point, the platform field and the format field will be passed to the approval flow configuration as business parameters, and the process configuration logic in the approval flow configuration will be transferred to the corresponding approver node according to the corresponding business parameters to realize the business of different platforms and formats. Approved by different positions. After the final review is passed, the data falls into the effective table and becomes effective, and the effective data is sent to the downstream system through the delivery interface.

For the service processing method of the multi-type service described in the above embodiments, a specific usage scenario is given below. For the usage scenario, reference may be made to the flowchart shown in FIG. 3 .

In this usage scenario, multiple types of services are multiple types of services used for pricing. The business data processing of the multi-type business is the business data processing in the pricing approval process of the multi-type business.

The following lists the functions of manual pricing of goods in the system, and elaborates the entire implementation process in detail:

The initial business requirement of manual pricing on stock is to maintain the manual price of electrical appliances on the stock platform. Considering that the later development model of price pricing tends to be multi-platform and multi-format, a multi-type business of this application is adopted. The processing method turns the in-stock manual pricing into an extensible componentized pricing. Specifically, improvements are made in the following aspects to achieve scalable componentized pricing for in-stock manual pricing:

In terms of database design: common attributes that may be used in the pricing process are reserved, such as commodity code, supplier, city, location, etc., and common fields are redundant, especially the platform and format fields are reserved.

In terms of system architecture: Spring's MVC mode is adopted to separate the model layer and business layer. The separate Controller layer is responsible for processing front-end page requests, the Service layer is responsible for processing business logic, the Dao layer is responsible for database operations, and the FlowService layer is responsible for processing approvals Process, the SendService layer is responsible for data delivery, and the Ftl layer is responsible for data display.

In the code construction of the background approval flow: a set of process codes is made for the entire process of creation, submission, review, validation, distribution, and display. The codes of different functional modules handle different business logic, and the functions and codes are layered. It has done a good stripping. The business parameter transfer in the code is not hard-coded, but an extensible entity parameter transfer is made to facilitate the expansion of subsequent business parameters.

Approval process configuration: All process configurations use the business parameters passed from the process template to determine which set of process branches to go to, and do not directly match the process, and transfer the approval flow to the corresponding post personnel node according to different process branches.

Front-end maintenance interface: The range of platforms and formats that can be maintained is not fixed, but is read and displayed through the range of the corresponding function module configuration in the system.

Specifically, to dynamically realize the reading process of platforms and formats, at the beginning of the business, you only need to manually price the electrical appliances of the available platforms. First, you need to configure the CHANNEL_CONFIG configuration item in the system to all the platforms involved in the system. The configuration item THRY_CONFIG is configured as all the formats involved in the system, and then the configuration item FC_CHANNEL_CONFIG is configured as an in-stock platform in the system, and finally the configuration item FC_BUSINESS_UNIT_CONFIG is configured as an electrical appliance. After completing the above configuration, open the system and log in to the maintenance of in-stock manual pricing. interface, you can support manual pricing of electrical appliance formats that maintain the stock platform.

The follow-up business has successively proposed that the in-stock pricing function needs to support retail cloud pricing and public pricing, and the business format needs to support supermarkets, red children, polar objects, sports, overseas purchases, and after-sales. These new requirements are not much different from the previous pricing of in-stock electrical appliances, but the management personnel are different. At this time, by modifying the configuration items FC_CHANNEL_CONFIG and FC_BUSINESS_UNIT_CONFIG in the system, the newly proposed platform and format can be supported. New development work is added.

The initial developer-day price of Yuhuo Electric Appliances is 20 person-days, involving more than 3,500 lines of code. If it is not for the support of configurable platform and format pricing, each new platform and format will be re-developed or transformed according to the business at least It takes 5 man-days to develop, plus testing to conduct a comprehensive regression test for each function point, which consumes more man-days. However, after the configuration is implemented, there is no development workload, and testing is only the main task of adding new requirements. The process can be returned, which greatly reduces the duplication of code, improves the utilization of code, and reduces the risk of transforming on the basis of the original code.

Therefore, by providing a set of dynamic configuration methods in the system to form a set of common pricing components, the demand development cycle can be reduced, the code scalability and ease of use can be improved, the risk of code changes and code duplication rates can be reduced, and developers' experience can be improved. R&D efficiency.

It should be understood that although the various steps in the flowchart are displayed in sequence according to the arrows, these steps are not necessarily executed in sequence according to the arrows. Unless explicitly stated herein, the execution of these steps is not strictly limited to the order, and these steps may be performed in other orders. Moreover, at least a part of the steps in the flowchart may include multiple sub-steps or multiple stages. These sub-steps or stages are not necessarily executed at the same time, but may be executed at different times. The execution of these sub-steps or stages The sequence is also not necessarily sequential, but may be performed alternately or alternately with other steps or sub-steps of other steps or at least a portion of a phase.

In one embodiment, as shown in FIG. 4 , a service processing apparatus for multiple types of services is provided, and the apparatus includes a reading module 402 and a processing module 404 . The reading module 402 is used to read the first codes of various types of services, the first codes include parent class codes and each first subclass code inherited from the parent class codes, and the parent class codes are used to be implemented and adopted by the runtime. The same processing process performs business process processing for each type of business in multiple types of business, each first subclass code contains configuration parameters, and each first subclass code is used to implement business data processing for each type of business when it is run; the processing module 404, for running the first code when receiving the service parameters of any type of service among the multiple types of services, and passing the service parameters to the first code, so that when the first code is run, the processing of any type of service is implemented according to the same processing flow. One type of business performs business process processing, and after matching business parameters with configuration parameters, business data processing is performed for any type of business.

In one of the embodiments, a service processing apparatus for multiple types of services further includes a receiving module, configured to read a second code transmitted by parameters of multiple types of services, and use the second code to receive service parameters; wherein, the second code A parameter-passing method for implementing parameter transfer is set in the parameter-passing method, and an entity object is set in the parameter-passing method, and the entity object is used to receive business parameters of any type of business.

In one of the embodiments, a service processing apparatus for multiple types of services further includes a storage module for storing the service data of each type of services in multiple types of services in sub-databases and sub-tables to obtain data stored in multiple databases. A plurality of data tables, each data table is used to record business data of various types of business, and each data table uses configuration parameters as the identifier of the business data. After matching the business parameters with the configuration parameters, perform business data processing on any type of business, including: matching the business parameters with the configuration parameters, determining the target first subclass code from the first subclass codes according to the matching result, and running The target first subclass code is used to extract business data of any type of business from a plurality of stored data tables according to matching parameters to perform business data processing when the target first subclass code is implemented.

In one of the embodiments, a service processing apparatus for multiple types of services further includes a configuration module for reading a configuration file, extracting configuration parameters of each first subclass code from the configuration file; loading the configuration parameters into the front-end In the configuration component, the configuration parameters are displayed through the configuration component; when the front-end detects that the configuration parameters in the configuration component are triggered, the configuration parameters are used as the received business parameters.

For a specific definition of a service processing apparatus for a multi-type service, reference may be made to the above definition of a service processing method for a multi-type service, which will not be repeated here. Each module in the above-mentioned service processing apparatus for multiple types of services may be implemented in whole or in part by software, hardware and combinations thereof. The above modules can be embedded in or independent of the processor in the computer device in the form of hardware, or stored in the memory in the computer device in the form of software, so that the processor can call and execute the operations corresponding to the above modules.

In one embodiment, a computer device is provided, and the computer device may be a server supporting the above-mentioned service management system, and its internal structure diagram may be as shown in FIG. 5 . The computer device includes a processor, memory, a network interface, and a database connected by a system bus. Among them, the processor of the computer device is used to provide computing and control capabilities. The memory of the computer device includes a non-volatile storage medium, an internal memory. The nonvolatile storage medium stores an operating system, a computer program, and a database. The internal memory provides an environment for the execution of the operating system and computer programs in the non-volatile storage medium. The network interface of the computer equipment is used for communicating with the external terminal to receive service parameters sent by the external terminal. The computer program, when executed by the processor, implements a service processing method for multiple types of services.

Those skilled in the art can understand that the structure shown in FIG. 5 is only a block diagram of a part of the structure related to the solution of the present application, and does not constitute a limitation on the computer equipment to which the solution of the present application is applied. Include more or fewer components than shown in the figures, or combine certain components, or have a different arrangement of components.

In one embodiment, a computer device is provided, including a memory, a processor, and a computer program stored in the memory and running on the processor, and the processor implements the following steps when executing the computer program: reading multiple types of services The first code, the first code includes the parent class code and each first subclass code inherited from the parent class code, and the parent class code is used to implement the same processing flow for each type of business in the multi-type business when it is run. Process processing, each first subclass code contains configuration parameters and each first subclass code is used to implement business data processing for various types of services when running; when receiving business parameters of any type of business among multiple types of services When the first code is run, the business parameters are passed to the first code, so that when the first code is run, the business process of any type of business can be processed according to the same processing flow, and the business parameters and configuration parameters are matched. One type of business conducts business data processing.

In one embodiment, the parent class code is further provided with an extension interface, and the extension interface is used to implement code rewriting of the subclass method in the parent class code to obtain the second subclass code of the parent class code, and the second subclass code uses It implements business data processing for extended services when it is running, and extended services are not included in various types of services.

In one embodiment, when the processor executes the computer program, the following steps are further implemented: reading the second codes for parameter transmission of multiple types of services, and using the second codes to receive service parameters; wherein the second codes are provided with parameters for implementing The passed parameter method, the entity object is set in the parameter pass method, and the entity object is used to receive business parameters of any type of business.

In one embodiment, the business parameters include first platform parameters and first business parameters, and the configuration parameters include second platform parameters and second business parameters; the business parameters are passed to the first code, so that the first code is implemented at runtime Perform business process processing on any type of business according to the same processing flow, and perform business data processing on any type of business after matching the business parameters with the configuration parameters, including: passing the first platform parameters and the first format parameters to the first code , so that when the first code is run, it implements business process processing for any type of business according to the same processing flow, and when the first code is run, it implements the matching of the first platform parameters with the second platform parameters and the first format The parameters are matched with the second format parameters, and business data processing is performed on any type of business according to the matching result.

In one embodiment, the processor further implements the following steps when executing the computer program: storing business data of various types of services in multiple types of services in sub-databases and sub-tables to obtain multiple data tables stored in multiple databases, each of which is stored in multiple databases. The data table is used to record the business data of various types of business, and each data table adopts the configuration parameter as the identifier of the business data. After matching the business parameters with the configuration parameters, perform business data processing on any type of business, including: matching the business parameters with the configuration parameters, determining the target first subclass code from the first subclass codes according to the matching result, and running The target first subclass code is used to extract business data of any type of business from a plurality of stored data tables according to matching parameters to perform business data processing when the target first subclass code is implemented.

In one embodiment, when the processor executes the computer program, the following steps are further implemented: reading the configuration file, and extracting the configuration parameters of each first subclass code from the configuration file; loading the configuration parameters into the configuration component of the front end to pass The configuration component displays the configuration parameters; when the front-end detects that the configuration parameters in the configuration component are triggered, the configuration parameters are used as the received business parameters.

In one embodiment, when the front end detects that the configuration parameter in the configuration component is triggered, the configuration parameter is used as the received service parameter, including: when the front end detects that the configuration parameter in the configuration component is triggered The user authority of the user who configures the parameter and the triggered configuration parameter are verified; when it is verified that the user authority meets the first preset condition and the triggered configuration parameter meets the second preset condition, the configuration parameter is used as the received service parameter.

In one embodiment, a computer-readable storage medium is provided, on which a computer program is stored, and when the computer program is executed by a processor, the following steps are implemented: when receiving service parameters of any type of service among multiple types of services , run the first code, and pass the business parameters to the first code, so that when the first code is run, it can process the business process of any type of business according to the same processing flow and match the business parameters with the configuration parameters. Type business for business data processing.

In one embodiment, when the computer program is executed by the processor, the following steps are further implemented: reading the second codes transmitted by parameters of multiple types of services, and using the second codes to receive service parameters; The parameter-passing method of parameter passing, the entity object is set in the parameter-passing method, and the entity object is used to receive business parameters of any type of business.

In one embodiment, when the computer program is executed by the processor, the following steps are further implemented: the business data of each type of business among the multiple types of business is stored in sub-databases and sub-tables to obtain multiple data tables stored in multiple databases, Each data table is used to record business data of various types of business, and each data table adopts configuration parameters as the identification of the business data. After matching the business parameters with the configuration parameters, perform business data processing on any type of business, including: matching the business parameters with the configuration parameters, determining the target first subclass code from the first subclass codes according to the matching result, and running The target first subclass code is used to extract business data of any type of business from a plurality of stored data tables according to matching parameters to perform business data processing when the target first subclass code is implemented.

In one embodiment, when the computer program is executed by the processor, the following steps are further implemented: reading the configuration file, and extracting the configuration parameters of each first subclass code from the configuration file; loading the configuration parameters into the configuration component of the front end, to The configuration parameters are displayed through the configuration component; when the front-end detects that the configuration parameters in the configuration component are triggered, the configuration parameters are used as the received business parameters.

Those of ordinary skill in the art can understand that all or part of the processes in the methods of the above embodiments can be implemented by instructing relevant hardware through a computer program, and the computer program can be stored in a non-volatile computer-readable storage In the medium, when the computer program is executed, it may include the processes of the above-mentioned method embodiments. Wherein, any reference to memory, storage, database or other medium used in the various embodiments provided in this application may include non-volatile and/or volatile memory. Nonvolatile memory may include read only memory (ROM), programmable ROM (PROM), electrically programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM), or flash memory. Volatile memory may include random access memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in various forms such as static RAM (SRAM), dynamic RAM (DRAM), synchronous DRAM (SDRAM), double data rate SDRAM (DDRSDRAM), enhanced SDRAM (ESDRAM), synchronous chain Road (Synchlink) DRAM (SLDRAM), memory bus (Rambus) direct RAM (RDRAM), direct memory bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM) and so on.

The technical features of the above embodiments can be combined arbitrarily. In order to make the description simple, all possible combinations of the technical features in the above embodiments are not described. However, as long as there is no contradiction in the combination of these technical features It is considered to be the range described in this specification.

The above-mentioned embodiments only represent several embodiments of the present application, and the descriptions thereof are specific and detailed, but should not be construed as a limitation on the scope of the invention patent. It should be pointed out that for those skilled in the art, without departing from the concept of the present application, several modifications and improvements can be made, which all belong to the protection scope of the present application. Therefore, the scope of protection of the patent of the present application shall be subject to the appended claims.

Claims

A business processing method for multiple types of business, the method comprising:

Read the first code of multiple types of services, the first code includes parent class code and each first subclass code inherited from the parent class code, and the parent class code is used to implement the same The processing flow performs business process processing on each type of business in the multi-type business, and each first subclass code includes configuration parameters and each first subclass code is used to implement the various types of services when running. conduct business data processing;

When a service parameter of any type of service among the multiple types of services is received, the first code is run, and the service parameter is passed to the first code, so that the first code is executed when the first code is executed. Perform business process processing on the any type of service according to the same processing process, and perform service data processing on the any type of service after matching the service parameters with the configuration parameters.
The method according to claim 1, wherein the parent class code is further provided with an extension interface, and the extension interface is used to implement code rewriting of a subclass method in the parent class code to obtain the parent class code. The second subclass code of the class code, the second subclass code is used by the runtime to implement business data processing for the extended service, and the extended service is not included in the multiple types of services.
The method according to claim 1, wherein the method further comprises:

reading the second codes transmitted by the parameters of the multiple types of services, and using the second codes to receive the service parameters;

Wherein, the second code is provided with a parameter passing method for realizing the parameter transfer, and an entity object is set in the parameter passing method, and the entity object is used to receive the service parameters of any type of service.
The method according to claim 1, wherein the service parameters include a first platform parameter and a first format parameter, the configuration parameter includes a second platform parameter and a second format parameter, and the is passed to the first code, so that when the first code is run, the business process of any type of business is processed according to the same processing flow and after the business parameters and the configuration parameters are matched Perform business data processing on any type of business, including:

Passing the first platform parameter and the first format parameter to the first code, so that when the first code is run, the business process processing of the any type of business is implemented according to the same processing flow , and when the first code is run, the first platform parameters are matched with the second platform parameters, the first format parameters and the second format parameters are matched, and the matching results are matched according to the matching results. The business of any type performs business data processing.
The method according to claim 1, wherein the method further comprises:

The business data of each type of business in the multiple types of business is stored in sub-databases and sub-tables, and multiple data tables stored in multiple databases are obtained, and each data table is used to record the business data of each type of business and the The data table adopts the configuration parameter as the identifier of the service data;

The performing business data processing on any type of business after matching the business parameters with the configuration parameters includes:

Match the business parameters with the configuration parameters, determine the target first subclass code from the first subclass codes according to the matching result, and run the target first subclass code to achieve the target first subclass code. When a subclass code is used, the business data of any type of business is extracted from the plurality of stored data tables according to the matching parameter to perform business data processing.
The method according to claim 1, wherein the method further comprises:

reading the configuration file, and extracting the configuration parameters of the first subclass codes from the configuration file;

Loading the configuration parameters into the configuration component of the front end, so as to display the configuration parameters through the configuration component;

When the front end detects that the configuration parameter in the configuration component is triggered, the configuration parameter is used as the received service parameter.
The method according to claim 6, wherein when the front end detects that the configuration parameter in the configuration component is triggered, the configuration parameter is used as the received service parameter, include:

When detecting that the configuration parameter in the configuration component is triggered by the front end, verify the user authority of the user who triggered the configuration parameter and the triggered configuration parameter;

When it is verified that the user authority meets the first preset condition and the triggered configuration parameter meets the second preset condition, the configuration parameter is used as the received service parameter.
A service processing device for multiple types of services, characterized in that the device comprises:

The reading module is used to read the first codes of various types of services, the first codes include parent class codes and each first subclass code inherited from the parent class codes, and the parent class codes are used for The run-time implementation uses the same processing flow to perform business process processing on each type of business in the multi-type business, and the first subclass codes include configuration parameters and the first subclass codes are used for the run-time implementation. Perform business data processing on the various types of business;

a processing module, configured to run the first code when receiving service parameters of any type of service among the multiple types of services, and pass the service parameters to the first code, so that the first code When the code is run, it implements business process processing for the any type of business according to the same processing flow, and performs business data processing on the any type of business after matching the business parameters with the configuration parameters.
A computer device, comprising a memory, a processor, and a computer program stored in the memory and running on the processor, characterized in that, when the processor executes the computer program, any one of claims 1 to 7 is implemented the steps of the method.
A computer-readable storage medium on which a computer program is stored, characterized in that, when the computer program is executed by a processor, the steps of the method according to any one of claims 1 to 7 are implemented.