Order withdrawing processing system and method

Abstract

The invention discloses an order withdrawing processing system and method. The order withdrawing processing system comprises a synchronization server, an asynchronization server and an operation platform. The synchronization server comprises a receiving end and a processing end, and a plurality of user-oriented units are connected to the processing end in series. The asynchronization server is provided with a plurality of merchant-oriented units. The receiving end of the synchronization server receives the order withdrawing operation of a user, the order locking information of the user is generated and sent to the processing end, the processing end conducts user-oriented information processing according to the respective functions of the user-oriented units sequentially, an order withdrawing instruction is generated after processing is over, and the order withdrawing instruction is sent to the operation platform. After the synchronization server generates the order withdrawing instruction, a backstage processing instruction is sent to the asynchronization server, the asynchronization server conducts merchant-oriented information processing according to the respective functions of the merchant-oriented units in sequence, and the entire processing process is calibrated after processing is over.

Description

technical field [0001] The present invention relates to an information interaction processing device and method, more specifically, to a chargeback processing system and method Background technique [0002] At present, various information processing systems have penetrated into all walks of life. In the traditional retail industry, electronic information systems have also begun to be widely used to replace traditional businesses, such as shopping or returning goods. At present, there are relatively complete corresponding systems. [0003] For the return system, the current retail return system is mainly based on a linear processing flow. In order to ensure the security and integrity of the information, it is necessary to synchronize all the return processes with the user's operations during the user's return process. Completed to complete a chargeback process. [0004] The current return process starts with the merchant’s information processing. After most of the merchant’s...

AI Technical Summary

Problems solved by technology

[0005] Obviously, there are some obvious problems in the current chargeback processing:

[0009]①The business is not easy to expand;

[0010]②The risk of developing new functions is high;

[0011]③Does not support multi-person parallel development, which is inefficient;

[0012]④ Poor code readability;

[0013]3. Excessive synchronous processing, across multiple libraries, easy to generate abnormal data

[0014]4. No processing of abnormal data

[0016]② There is no exception notification mechanism reserved;

[0017] It can be seen that the current chargeback system is mainly superior to the high degree of coupling between multiple databases, resulting in users and merchants being "bundled" in such a In the system, the efficiency of multiple parties is jointly low, and the operation time is lengthy

Images