Situational directional real-time two-way push synchronization processing system

Abstract

The invention discloses a situated oriented real-time two-way pushing synchronous processing system. A database is divided into cumulative data, real time data and to-be input cache at a server end; a real time data generator reads cumulative data, performs conditional selection, scheduling transmission and an object judgment mechanism, and compiles and encrypts data needing to be transferred in the current period and then performs the real-time data read-in with a trigger; under the condition that the to-be input cache is non-empty, a data inputting module can perform the analysis and the credibility detecting mechanism on an income XML data package, and data in the XML data package are served as cumulative data of the database; a transmission engine comprises an input terminal and an output terminal that are visible to the outside world; a preanalysis engine establishes connection with real-time data of the database; a background of a client can adopt transmit engine design that is the same as that of a server. The synchronous processing system can relieve the network pressure and reduce the load requirement of the server, and make up for the deficiencies of real-time performance and safety of an existing data automation system.

Description

technical field [0001] The present invention relates to a client-server mode data automation architecture, which is a set of comprehensive calculations based on contextualized schedules (time, location, etc.), and can be expanded and adapted to any type of data processing, and data synchronization by input and output terminals Pushed real-time triggered modular data system. Background technique [0002] At present, the known data automation system is composed of server software and hardware and client software and hardware, respectively running two complete customized systems. Data is arranged and stored according to actual needs, and the storage structure varies according to the purpose of the data. When using this type of data system, the server installs a commercialized general database suite to directly supply data or authenticate and establish a connection with the client through a specially developed network relay software. Customers use customized client software to...

AI Technical Summary

Problems solved by technology

However, this type of data system cannot independently perform real-time data push operations because the data server operates on the data by listening to instructions; if the client or web server repeatedly requests data, it will easily cause the server to The system is overloaded; at the same time, since each element of the user interface closely corresponds to the relevant data structure, it is very difficult to expand each module (including database, data structure, data processing algorithm and user interface), especially when users are limited to only using the client As the only way for data modification access, and due to the highly integrated and closed nature of this type of system, the modification function means the secondary cost of redeveloping the entire system

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