CN115907923A - Synchronous information processing method for multi-power-provider platform - Google Patents
Synchronous information processing method for multi-power-provider platform Download PDFInfo
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
The invention relates to a synchronous information processing method for a multi-power-provider platform, which comprises the following steps: collecting commodities: the product information of some domestic platform sellers is packaged and stored in a carrier form; merchandise publishing: analyzing the carrier of the collected product information into a standard data format and uploading the standard data format to a cross-border platform through an API (application program interface), so that the product is put on shelf; order processing: during publishing, a mapping relation is established between the local product and the cross-border platform product; therefore, orders are synchronized every Nmin, and order information is related to local products after the orders are synchronized; automatic forecasting: and automatically processing the order according to the order rule configured by the user, matching the product in the product service according to the commodity sku in the order, and sending the customs declaration name, the value and the weight information of the order to the record to be forecasted. According to the invention, manual acquisition is eliminated through the browser plug-in, the server pressure is technically reduced, and the problem of server login authentication identity is better solved.
Description
Technical Field
The invention relates to a data processing method, in particular to a synchronous information processing method of a multi-provider platform.
Background
The cross-border e-commerce platforms are more and more, sellers often relate to a plurality of cross-border e-commerce platforms, cross-platform management is very tedious for the sellers, and how to efficiently and stably execute operations such as commodity collection, commodity publishing, commodity management, order processing and the like becomes a difficult problem of the sellers, wherein the technical aspect relates to the technical problems of breaking through login verification identity of a platform server, effectively analyzing capability and speed of platform commodity information, collecting mode approach and thought, filtering collected commodity data on a local server, converting the collected commodity data into structural data of the platform server, then uploading the structural data to the platform through API (application programming interface) docking, establishing a commodity mapping relation between the local server and the platform server to process orders and the like.
Disclosure of Invention
The invention designs a synchronous information processing method of a multi-provider platform, which solves the technical problems that:
(1) In the prior art, the commodity information needs to be manually picked and copied by manpower, so that the efficiency is extremely low and the manpower is wasted. (2) In the prior art, server congestion is easy to occur when commodities are published. (3) The prior art often does not well deal with order synchronization of the platform. (4) At present, a technical scheme capable of solving the problems of commodity collection, commodity publishing, commodity management, order processing and logistics track synchronization in one-stop mode is lacked in the market.
In order to solve the technical problems, the invention adopts the following scheme:
a synchronous information processing method for a multi-power-provider platform comprises the following steps: collecting commodities: the product information of some domestic platform sellers is packaged and stored in a carrier form; and (4) commodity publishing: analyzing the carrier of the collected product information into a standard data format and uploading the standard data format to a cross-border platform through an API (application program interface), so that the product is put on shelf; order processing: during publishing, a mapping relation is established between the local product and the cross-border platform product; therefore, orders are synchronized every N (N can be 10) min, and order information is related to local products after the orders are synchronized; automatic forecasting: according to the order rule configured by the user, automatically processing the order (for example, marking remarks, specifying logistics merchants according to the addresses of the recipients and warehouse information), matching products in product service according to the products sku in the order, and reporting the name, value and weight information of the order to a record to be forecasted.
Preferably, in order to solve the problem of login authentication of the server and reduce the pressure of the server, the commodity information is captured by the client browser through the browser plug-in unit and then submitted to the background for data analysis and storage; a user needs to log in a platform of a commodity to be collected, the platform can verify the login state when accessing the commodity details, the link url address of the commodity details is copied and written into the collection system, and the system obtains the commodity details through a browser plug-in and submits the commodity details to the product microservice through a specified interface for data processing.
Preferably, a background task is started in the commodity collection, the batch of commodity information to be collected is sent to the background task one by one for execution, the task statistical processing is activated, and the execution result (namely the product storage condition) of each task is recorded; and the browser alternately trains and inquires the task running condition, displays the task running condition at the front end and prompts the client of the acquired result.
Preferably, the commodity publishing publishes the collected commodity information to a store, publishes information such as platform classification and templates in a synchronous manner, establishes a mapping relation with local products, supports instant publishing and timed publishing, and uploads the commodity information to an e-commerce platform through an API.
Preferably, the user maintains the commodity information in the publishing system, submits the publishing application, the commodity information is stored in the current service, and simultaneously sends the event to the message queue MQ, the platform commodity service successively reads the message from the MQ for consumption, submits the message to the background task for commodity publishing processing, sends the message to change the state of the commodity in the commodity service, at this time, the platform commodity service detects the content of the commodity information, submits the commodity to the platform through an interface of the docking platform, if the platform returns error information, the platform commodity service records, and finally updates the publishing result of the commodity service.
Preferably, there is also commodity management between commodity publishing and order processing: after commodity information is modified in the system, the changed commodity information is synchronized to the e-commerce platform through the API, and real-time product information is achieved.
Preferably, the order processing: the method comprises the steps that a user binds a shop in a system, the platform shop service sends a message to inform the platform order service, the platform order service automatically generates a timing task, the timing task is executed for the first time, the platform synchronizes a latest monthly order storage system through a docking interface, the latest synchronization time is recorded, then a periodic task carries out synchronization operation every 10min, an order with changed state within the latest 10min is pulled according to the order updating time and stored, the latest synchronization time is recorded again, and therefore the system finishes the automatic order synchronization process.
Preferably, the order processing: a client user manually synchronizes orders, judges whether the orders are stored in the system or not according to conditions selected by the user, and directly acquires order information from a platform order service and stores the order information in a business system if the orders exist; and if the order does not exist, sending a message to inform the platform of the order service to obtain the order from the platform and storing the order.
Preferably, the automatic forecasting: and (4) synchronizing the order from the order service to the ERP, automatically processing the order by the system according to configured order rules, matching products in the product service according to the commodities sku in the order, and sending information such as the customs declaration name, the value and the weight of the order to a record to be forecasted.
Preferably, the automatic forecast: and (4) verifying the record to be forecasted according to different logistics quotient forecasting rules, and carrying out forecasting operation on the record which meets the conditions through a logistics quotient interface, otherwise, intercepting the order to be forecasted and making remarks abnormal.
The method for processing the synchronous information of the multi-power-provider platform has the following beneficial effects:
(1) According to the invention, manual acquisition is eliminated through the browser plug-in, the server pressure is technically reduced, and the problem of server login authentication identity is better solved.
(2) The invention establishes the mapping relation with the local product through the platform product, has the function of releasing at regular time and has better user experience.
(3) The order processing of the invention adopts the timing task to synchronize the order, thereby ensuring that the order is obtained and avoiding the problem of missing the order.
(4) The orders synchronously completed by the invention can be automatically processed according to the system setting and the rule, and automatic marking, remarking, logistics forecasting and automatic order placing are realized.
Drawings
FIG. 1: the method for processing the synchronous information of the multi-power-provider platform collects a timing chart;
FIG. 2: the method for processing the synchronous information of the multi-power-provider platform includes publishing a timing diagram;
FIG. 3: the order processing sequence diagram in the synchronous information processing method of the multi-power-business platform is disclosed;
FIG. 4 is a schematic view of: the synchronous information processing method of the multi-power-provider platform automatically forecasts a time sequence diagram;
FIG. 5: the invention relates to a business flow chart in a synchronous information processing method of a multi-provider platform;
FIG. 6: the invention relates to an operation flow chart in a synchronous information processing method of a multi-power-merchant platform.
Detailed Description
The present invention is further described below with reference to fig. 1 to 6:
the invention collects the commodities through the browser plug-in, and analyzes and stores the background data. The functions of gathering commodity collection, publishing, commodity management, order processing, logistics track synchronization and the like are integrated into one station, so that the user can use the system conveniently. By establishing the mapping relation, the platform commodity information is linked with the local product, so that the real-time information synchronization is achieved. And automatically preprocessing the order according to the configuration of the order rule.
As shown in fig. 1, 1) acquisition: and acquiring commodity information of the commercial platform through the system. In order to solve the problem of login authentication of the server and reduce the pressure of the server, the commodity information is captured by the client (browser) through a browser plug-in, and then the commodity information is submitted to a background to be analyzed and stored. A user needs to log in a platform of a commodity to be collected, some platforms can verify the login state when accessing commodity details, a link url address of the commodity details is copied and filled into a collection system, and the system acquires the commodity details through a browser plug-in and submits the commodity details to a product micro-service for data processing through a designated interface. The product micro-service starts a background task, sends the batch of commodity information to be collected to the background task one by one for execution, activates task statistical processing, and records the execution result (namely the product storage condition) of each task. And the browser alternately trains and inquires the task running condition, displays the task running condition at the front end and prompts the client of the acquired result.
As shown in fig. 2, 2) publish: and publishing the collected commodity information to the shop of the user. The publishing synchronization platform classifies, templates and other information, establishes a mapping relation with local products, supports instant publishing and timed publishing, and uploads commodity information to the e-commerce platform through an API. The user maintains the commodity information in the publishing system, submits the publishing application, the commodity information is stored in the current service, and simultaneously, the event is sent to the message queue MQ, the platform commodity service can successively read the message from the MQ for consumption, submit the message to the background task for commodity publishing processing, send the message and change the state of the commodity in the commodity service, at the moment, the platform commodity service can detect the commodity information content, submit the commodity to the platform through an interface of the docking platform, if the platform returns error information, the platform commodity service records, and finally, the publishing result of the commodity service is updated.
3) And (3) commodity management: product information is managed in the system. After the commodity information is modified in the system, the changed commodity information is synchronized to the E-commerce platform through the API, and real-time product information is achieved.
As shown in fig. 3, 4) order processing: and performing order fulfillment and ordering delivery in the system. The method comprises the steps that a user binds a shop in a system, the platform shop service sends a message to inform the platform order service, the platform order service automatically generates a timing task, the timing task is executed for the first time, the platform synchronizes a latest monthly order storage system through a docking interface, the latest synchronization time is recorded, then a periodic task carries out synchronization operation every 10min, an order with changed state within the latest 10min is pulled according to the order updating time and stored, the latest synchronization time is recorded again, and therefore the system finishes the automatic order synchronization process. And the client side is used for manually synchronizing the order, judging whether the order is stored in the system according to the conditions selected by the user, and directly acquiring order information from the platform order service and storing the order information in the business system if the order exists. And if the order does not exist, sending a message to inform the platform of the order service to obtain the order from the platform and storing the order.
As shown in fig. 4, 5) automatic forecasting: the user maintains product data, order processing rules, and automatic forecasting rules in the system. The order is synchronized to the ERP from the order service, the system can automatically process the order according to configured order rules (such as marking remarks, appointing logistics providers according to the addresses of the receiving users and warehouse information), match products in the product service according to the commodities sku in the order, and report information such as the name, the value and the weight of the order to a record to be forecasted. And (4) verifying the record to be forecasted according to different logistics quotient forecasting rules, carrying out forecasting operation through a logistics quotient interface according with conditions, and otherwise, intercepting the order to be forecasted and making remarks abnormal.
As shown in fig. 5 and 6, a method for processing synchronization information of a multi-provider platform includes the following steps: and (3) commodity collection: the product information of some domestic platform sellers is packaged and stored in a carrier form; and (4) commodity publishing: analyzing the carrier of the collected product information into a standard data format and uploading the standard data format to a cross-border platform through an API (application program interface), so that the product can be put on shelf; order processing: during publishing, the local product and the cross-border platform product establish a mapping relation; therefore, orders are synchronized every Nmin, and order information is related to local products after the orders are synchronized; automatic forecasting: according to the order rule configured by the user, automatically processing the order (for example, marking remarks, specifying logistics merchants according to the receiving address and warehouse information), matching the products in the product service according to the commodities sku in the order, and putting the customs declaration name, value and weight information of the order into the record to be forecasted.
(1) The invention finishes the capturing of commodity information through the browser plug-in and analyzes and stores the commodity information as semi-structured data in the background.
(2) The invention supports instant publishing and timed publishing, solves the problems of application decoupling, asynchronous message, traffic peak clipping and the like by processing publishing service requests through the MQ, and realizes high performance and high availability. And executing through a Handfire background task queue, and then realizing batch commodity publishing through API docking.
(3) The invention realizes order synchronization by connecting the power on business platform and the system through the API and acquiring order data by adopting a timing task.
(4) The invention aims to provide a solution for solving the ecological problem of cross-border e-commerce in a one-stop way.
The invention is described above with reference to the accompanying drawings, it is obvious that the implementation of the invention is not limited in the above manner, and it is within the scope of the invention to adopt various modifications of the inventive method concept and solution, or to apply the inventive concept and solution directly to other applications without modification.
Claims (10)
1. A synchronous information processing method for a multi-power-provider platform comprises the following steps:
and (3) commodity collection: the product information of some domestic platform sellers is packaged and stored in a carrier form;
and (4) commodity publishing: analyzing the carrier of the collected product information into a standard data format and uploading the standard data format to a cross-border platform through an AP I interface, so that the product is put on shelf;
order processing: during publishing, the local product and the cross-border platform product establish a mapping relation; therefore, orders are synchronized every Nmin, and order information is related to local products after the orders are synchronized;
automatic forecasting: and automatically processing the order according to the order rule configured by the user, matching the product in the product service according to the commodity sku in the order, and sending the customs declaration name, the value and the weight information of the order to the record to be forecasted.
2. The method for processing synchronization information of a multi-provider platform according to claim 1, wherein:
in order to solve the problem of login authentication of the server and reduce the pressure of the server, commodity information is captured by a client browser through a browser plug-in, and then submitted to a background for data analysis and storage; a user needs to log in a platform of a commodity to be collected, the platform can verify the login state when accessing the commodity details, the link url address of the commodity details is copied and filled into the collection system, and the system obtains the commodity details through a browser plug-in and submits the commodity details to the product micro-service through a designated interface for data processing.
3. The method for processing synchronization information of a multi-provider platform according to claim 2, wherein:
background tasks are started in commodity collection, commodity information to be collected in batches is sent to the background tasks one by one to be executed, task statistical processing is activated, and execution results (namely product storage conditions) of each task are recorded; the browser trains and inquires the task running condition in turn, displays the task running condition at the front end and prompts the client of the acquired result.
4. The method for processing the synchronous information of the multi-provider platform according to claim 3, wherein:
the commodity publishing publishes the collected commodity information to a store, publishes information such as platform classification, templates and the like synchronously, establishes a mapping relation with local products, supports instant publishing and timed publishing, and uploads the commodity information to an e-commerce platform through an AP I.
5. The method for processing the synchronous information of the multi-provider platform according to claim 4, wherein: the user maintains the commodity information in the publishing system, submits the publishing application, the commodity information is stored in the current service, and simultaneously, the event is sent to the message queue MQ, the platform commodity service can successively read the message from the MQ for consumption, submit the message to the background task for commodity publishing processing, send the message and change the state of the commodity in the commodity service, at the moment, the platform commodity service can detect the commodity information content, submit the commodity to the platform through an interface of the docking platform, if the platform returns error information, the platform commodity service records, and finally, the publishing result of the commodity service is updated.
6. The method for processing the synchronous information of the multi-provider platform according to claim 5, wherein: the commodity management is also carried out between the commodity publishing and the order processing: after the commodity information is modified in the system, the changed commodity information is synchronized to the E-commerce platform through the AP I, and real-time product information is achieved.
7. The method for processing the synchronous information of the multi-provider platform according to claim 6, wherein: order processing: the method comprises the steps that a user binds a shop in a system, the platform shop service sends a message to inform the platform order service, the platform order service automatically generates a timing task, the timing task is executed for the first time, the platform synchronizes a latest monthly order storage system through a docking interface, the latest synchronization time is recorded, then a periodic task carries out synchronization operation every 10min, an order with changed state within the latest 10min is pulled according to the order updating time and stored, the latest synchronization time is recorded again, and therefore the system finishes the automatic order synchronization process.
8. The method for processing synchronization information of a multi-provider platform according to claim 7, wherein: order processing: a client user manually synchronizes orders, judges whether the orders are stored in the system or not according to conditions selected by the user, and directly acquires order information from a platform order service and stores the order information in a business system if the orders exist; and if the order does not exist, sending a message, and informing the platform of obtaining the order from the platform and storing the order.
9. The method for processing the synchronous information of the multi-provider platform according to claim 8, wherein:
automatic forecasting: and (4) synchronizing the order from the order service to the ERP, automatically processing the order by the system according to configured order rules, matching products in the product service according to the commodities sku in the order, and sending information such as the customs declaration name, the value and the weight of the order to a record to be forecasted.
10. The method for processing synchronization information of a multi-provider platform according to claim 9, wherein: automatic forecasting: and (4) verifying the record to be forecasted according to different logistics quotient forecasting rules, carrying out forecasting operation through a logistics quotient interface according with conditions, and otherwise, intercepting the order to be forecasted and making remarks abnormal.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN116582558A (en) * | 2023-07-12 | 2023-08-11 | 深圳美云集网络科技有限责任公司 | Automatic order interception method and electronic commerce ERP |
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