Transaction processing method executed by server, device, computing equipment and medium

Abstract

The invention provides a transaction processing method executed by a server. The transaction processing method comprises the steps of determining a target user; obtaining a plurality of first transaction function modules associated with the target user, wherein the plurality of first transaction function modules have a function of processing a plurality of transaction requirements of the target user; processing the plurality of first transaction function modules to obtain a target transaction function module; and processing a plurality of transaction demands of the target user based on the target transaction function module. The invention further provides a transaction processing device, computing equipment and a medium.

Description

technical field [0001] The present disclosure relates to the field of computer technology, and in particular, to a transaction processing method, device, computing device and medium executed by a server. Background technique [0002] Existing e-banking channels provide a wide variety of transaction functions, but the degree of customization for a single user is very low. Users need to find commonly used transaction functions among numerous transaction functions, which reduces user efficiency and transaction convenience. For example, different transaction functions are independent and closed. If users need to process multiple transactions, they need to complete the multiple transactions through multiple processes, and there are unnecessary repeated operations in multiple processes, so it is impossible to realize one-time processing in one process. Multiple transactions are completed, resulting in complex operation procedures and long transaction times during the transaction p...

AI Technical Summary

Problems solved by technology

[0002] Existing e-banking channels provide a wide variety of transaction functions, but the degree of customization for a single user is very low. Users need to find commonly used transaction functions among numerous transaction functions, which reduces user efficiency and transaction convenience.

For example, different transaction functions are independent and closed. If users need to process multiple transactions, they need to complete the multiple transactions through multiple processes, and there are unnecessary repeated operations in multiple processes, so it is impossible to realize one-time processing in one process. Completing multiple transactions, resulting in complex operation procedures and long transaction times during the transaction process

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