Text generation and sending method and device based on configuration table

Abstract

The invention provides a text generation and sending method and device based on a configuration table, relates to the field of data processing, can be applied to the financial field and other fields, and comprises the following steps: obtaining a text generation demand and a call session, respectively generating session information and text configuration parameters according to the call session and the text generation demand, generating a configuration table through the text configuration parameters and the session information configuration text; calling a text generation configuration table according to the batch tasks, calling corresponding text configuration parameters through a calling session in the text generation configuration table to generate text data, and storing a generation log of the text data into a text generation log table according to the calling session; and extracting corresponding text data according to the received call session and the text generation log table, obtaining text sending information according to the text sending parameter table, and sending the text data to a target system in an ftp mode in different sessions through the text sending information and the call session.

Description

technical field [0001] This application relates to the field of data processing, and can be applied to the financial field and other fields, especially a method and device for generating and sending text based on configuration tables. Background technique [0002] At present, the peripheral systems of the bank are not synchronized with each other in real time. In the case of large daily transaction volume, the batch synchronization data between peripheral systems adopts the method of sending text from the upstream system and loading text from the downstream system. In this way, when there are new data requirements between upstream and downstream systems, it is necessary to add new texts, write new text generation programs and increase batch changes, and the system development and testing costs are high; specifically, the existing bank peripheral systems Among them, most of them use the method of direct text transmission to realize data synchronization between various periphe...

AI Technical Summary

Problems solved by technology

[0002] At present, the peripheral systems of the bank are not synchronized in real time. In the case of large daily transaction volume, the batch synchronization data between peripheral systems adopts the method of sending text by the upstream system and loading text by the downstream system. In this way, when there are new data requirements between upstream and downstream systems, it is necessary to add new texts, write new text generation programs and increase batch changes, and the system development and testing costs are high; specifically, the existing bank peripheral systems Most of them use direct text transfer to achieve data synchronization between peripheral systems. There are many and complex texts, and the requirements are constantly changing: including text name changes, text field changes, and text timeliness requirements. If you use traditional batch running In this way, different programs and interface documents need to be written according to different requirements, which is complicated, inefficient, and unable to guarantee the timeliness required by each downstream system

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