Real-time webpage synchronization and background distributed data storage system

Abstract

The invention provides a real-time webpage synchronization and background distributed data storage system. The real-time webpage synchronization and background distributed data storage system is characterized in that a big data storage platform is used for conducting structured storage on written unstructured data by adopting a distributed storage structure and using a task as a metadata model, a real-time data pushing module is connected to the big data storage platform and builds a Socket long-chain channel with a plurality of client sides, and when it is detected that data inside the big data storage platform are modified, the data related to modification are automatically pushed to each client side; each client side is used for receiving the data which are related to the modification and come from the real-time data pushing module and used for synchronously displaying the data related to the modification on a webpage of the corresponding client side in real time after the corresponding client side logs in to a designated URL address. According to the real-time webpage movable packaging technology, real-time data interaction, pushing and reminding are achieved, and working tasks and schedules can be tracked and checked in real time.

Description

technical field [0001] The invention relates to the technical field of mobile Internet, in particular to a real-time webpage synchronization and background distributed data storage system. Background technique [0002] With the development of big data, Internet and mobile Internet technologies, the Internet has entered a new technology era based on big data storage and computing, cloud platform, HTML5 and mobile terminals. [0003] Since the birth of the Internet, the HTML static technology defined as Web1.0 technology has entered the stage of history, and then with the demand for data technology, Web2.0 technology has emerged as the times require, with PHP, JSP, Asp combined with Ajax and other dynamic template data loading technologies to represent. Entering the 21st century, Web3.0 technologies are represented by HTML5 and CSS3, and are more widely based on semantic networks and unstructured data presentation. [0004] However, the traditional web page model based on We...

AI Technical Summary

Problems solved by technology

[0004] However, the traditional webpage model based on Web3.0 technology has disadvantages such as poor real-time performance, low effectiveness, insufficient interaction, and inability to handle huge amounts of data.

In addition, the traditional web page architecture requires the browser to refresh to request server data. During this interval, it often happens that user A and user B modify data at the same time, resulting in data loss or data conflict.

In addition, the traditional data interval refresh often causes the data server to be overloaded or the number of requested connections is too large, resulting in blocking, failure to refresh data or data loss, and delay problems, resulting in poor user experience

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