CN101610274B - Data synchronization method based on enterprise converged communication platform - Google Patents
Data synchronization method based on enterprise converged communication platform Download PDFInfo
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- CN101610274B CN101610274B CN 200810067882 CN200810067882A CN101610274B CN 101610274 B CN101610274 B CN 101610274B CN 200810067882 CN200810067882 CN 200810067882 CN 200810067882 A CN200810067882 A CN 200810067882A CN 101610274 B CN101610274 B CN 101610274B
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Abstract
The invention discloses a data synchronization method based on an enterprise converged communication platform. The method improves the synchronization flow on the basis of a Webservice synchronization mode. The method not only has the characteristics of cross-platform and cross-language of the Webservice data synchronization mode, but also has the advantages of clear and definite data source relationship and convenient management, and a data retransmission mechanism ensures the data security. In addition, the method adopts a one-to-many communication mode, and has the advantages of avoiding repeated data synchronizing and the like so as to make the data synchronization become clear, safe and high controllable in the environment of the converged communication platform of a system with complex multiple data sources and multiple services, and the method is better suitable for data synchronization of the enterprise converged communication platform.
Description
Technical field
The present invention relates to the enterprise converged communication field, specifically, the present invention relates to a kind of method of data synchronization based on enterprise converged communication platform.
Background technology
Along with internet and in vogue based on the application software of BS framework, enterprise has also proposed new demand to IT business and communication service fusion when pursuing one-stop information-based application solution.This demand not only rests on the simple fusion on the form of service, but transforms oneself service feature and whole workflow by the ICT converged services, forms enterprise converged communication platform.This time is synchronous to the data between the platform, and the data between the operation system have just had higher requirement synchronously.Owing to relate to multiservice system, multi-data source uses traditional database synchronization mode and single WebService interface, and Socket connects the method for synchronization and tend to cause interface too complicated, and data are net distribution synchronously, are not easy to manage.At this moment need a solution, solve these problems in the data synchronization process of converged communication platform.Problem for the synchronous most crucial most critical of data of converged communication platform is exactly:
1, the repeated communications of data source and a plurality of data receivers;
2, cross-network segment Distributed Data Synchronization;
3, because network problem causes the repeating transmission after the loss of data to guarantee;
4, the clear and definite of data synchronized relation;
The mainstream solution of present existing method of data synchronization mainly contains two kinds, and a kind of point-to-point data that are based on WebService are synchronous, mostly is used for striding language, and cross-platform is mutual, and a kind of bottom data that is based on database is synchronous.These two kinds of methods of synchronization have certain drawback in realization.First kind of way although interactive speed is very fast, also can solve by some technological means the repeating transmission problem of loss of data.But more in operation system, data source is comparatively complicated.In the synchronous environment of multiservice system, the complex interfaces degree of this method of synchronization can increase considerably, and the data synchronized relation is very chaotic, is not easy to management.The second method for synchronous, larger to the dependence of database, and have equally the complex interfaces degree larger in the situation of multiservice system and multi-data source, the problem that relation is chaotic also still exists.
Summary of the invention
The present invention is chaotic in order to solve the method for data synchronization data flow that exists in the prior art, complex interfaces, the problems such as Data duplication is synchronous, a kind of method of data synchronization based on enterprise converged communication platform has been proposed, allow between the complicated distributed converged communication network data synchronization structure more clear controlled, and can realize the real-time synchronization of across a network.
Technical scheme of the present invention is:
A kind of method of data synchronization based on enterprise converged communication platform comprises following treatment step:
1) need each network element of synchrodata to the converged communication platform registration of host node in the system;
2) synchrodata is reported in the data relay module of host node converged communication platform;
3) the host node converged communication platform is according to step 1) in log-on message, synchrodata is issued to the data relay module of the converged communication platform of each child node;
4) with synchrodata by the data relay module forwards of the child node data transmit-receive module to each operation system, data transmit-receive module is judged synchrodata, the synchrodata of non-node is received and is synchronized in the operation system, return and receive success message to host node.
Preferably, the registration process described step 1) may further comprise the steps:
11) each child node needs the operation system of synchrodata to the converged communication platform registration of host node;
12) converged communication platform of each child node is to the converged communication platform registration of host node;
13) respectively converged communication platform of node registration under it of the operation system of each child node;
13) converged communication platform of host node is collected each log-on message, and obtains interface IP address.
Preferably, described step 2) synchrodata reports and comprises following processing procedure:
21) need the operation system of synchrodata that data are packed;
22) synchrodata after the packing sends to the data relay module of host node converged communication platform;
23) the data relay module of host node converged communication platform returns success message to the operation system that sends these data after receiving synchrodata.
Preferably, data distributing process described step 3) specifically comprises:
31) converged communication platform of host node is inquired about the interface IP address of the data relay module of each child node according to log-on message;
32) converged communication platform of host node is synchronized to data the data relay module of each child node.
Preferably, described step 4) synchrodata receives and specifically comprises following process: the converged communication platform of child node receives after the synchrodata, with synchrodata by the data relay module forwards of the child node data transmit-receive module to each operation system, data transmit-receive module judges whether this synchrodata is that this operation system is sent, if not, then in each operation system with synchronous this node of data, and return success message to the converged communication platform of host node, if so, then data are then done discard processing.
The present invention is a kind of brand-new method of data synchronization that proposes on the basis of the Webservice method of synchronization.This method not only has the cross-platform of the Webservice data method of synchronization, strides the characteristic of language, also has data source and concerns clear and definite, is convenient to management, data re-transmitting mechanism data security.Adopted the communication mode of one-to-many, have the advantages such as the data of the repetition avoided are synchronous, so that at the multi-data source of complexity, become synchronously clear safety and high controllability of data in the converged communication platform environment of multiservice system, the data that better are applicable to enterprise converged communication platform are synchronous.
Description of drawings
Fig. 1 is data synchronization principles figure between multinode across a network converged communication platform of the present invention;
Fig. 2 is the synchrodata reception ﹠ disposal flow chart of child node operation system of the present invention.
Embodiment
Below in conjunction with accompanying drawing and by specific embodiment technical scheme of the present invention is elaborated.
Be illustrated in figure 1 as between the converged communication platform of cross-network segment and carry out the Distributed Data Synchronization schematic diagram.Be provided with three nodes in the diagram: host node, child node 1, child node 2.Each node is provided with enterprise converged communication platform, and at least one operation system, is provided with the data relay module in the enterprise converged communication platform, is provided with data transmit-receive module in the operation system.Operation system D in the child node 1 initiates the synchronous process of data and describes as example.Basic process is as follows:
1) need the operation system of synchrodata and the converged communication platform of all child nodes to register to the converged communication platform of host node respectively, operation system in each child node is also registered to the converged communication platform of affiliated node respectively, the converged communication platform of host node is collected log-on message, and obtains interface IP address;
2) operation system that needs synchrodata is accomplished fluently synchrodata the data relay module that sends to the converged communication platform of host node behind the bag;
3) after the data relay module of host node converged communication platform is received synchrodata, return success message to the operation system that sends these data; The converged communication platform of host node inquire about according to log-on message each child node the data relay module interface IP address then with Data dissemination to the data relay module of each child node converged communication platform;
4) converged communication platform of child node receives after the synchrodata, with synchrodata by the data relay module forwards of the child node data transmit-receive module to each operation system, data transmit-receive module judges whether this synchrodata is that this operation system is sent, if not, then in each operation system with synchronous this node of data, and return success message to the converged communication platform of host node, if so, then data are then done discard processing.
Among Fig. 1 in the child node 1 data transmit-receive module of operation system D synchrodata is sent to the data relay module of host node; Then synchrodata is issued to again the data relay module of child node 1 and child node 2 by the communication mode of one-to-many, synchrodata is again in the data transmit-receive module of the data relay module forwards by each node in each operation system (A-F) subsequently, whether this synchrodata of each data transmit-receive module is that this operation system is sent, if not, then in each operation system with synchronous this node of data, and return success message to the converged communication platform of host node, if so, then data are then done discard processing.So far synchrodata has just been finished the synchronizing process of the operation system from operation system D to each node.
Below specifically introduce the synchrodata reception ﹠ disposal flow process of child node operation system, concrete steps are as follows as shown in Figure 2 again:
1, when this node of converged communication platform internal data needs were synchronous, at first all operation systems of platform inside were all registered to the data relay module of this node platform;
2, operation system sends to the data packing data relay module of platform;
3, transit module is received synchronous data and is returned success message to operation system;
4, transit module is synchronized to data in the inner operation system according to log-on message;
5, operation system receives that data return success message later on to transit module, then put Data Analysis in storage.
Above content is the further description of the present invention being done in conjunction with concrete preferred implementation, can not assert that implementation of the present invention is confined to these explanations.For the general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (5)
1. the method for data synchronization based on enterprise converged communication platform is characterized in that, described method comprises following treatment step:
1) need each child node of synchrodata to the converged communication platform registration of host node in the system;
2) synchrodata is reported in the data relay module of host node converged communication platform;
3) the host node converged communication platform is issued to synchrodata the data relay module of the converged communication platform of each child node according to the log-on message in the step 1);
4) with synchrodata by the data relay module forwards of the child node data transmit-receive module to each operation system, data transmit-receive module is judged synchrodata, the synchrodata of non-node is received and is synchronized in the operation system, return and receive success message to host node.
2. the method for data synchronization based on enterprise converged communication platform according to claim 1 is characterized in that, the registration process in the described step 1) may further comprise the steps:
11) each child node needs the operation system of synchrodata to the converged communication platform registration of host node;
12) converged communication platform of each child node is to the converged communication platform registration of host node;
13) respectively converged communication platform of node registration under it of the operation system of each child node;
13) converged communication platform of host node is collected each log-on message, and obtains interface IP address.
3. the method for data synchronization based on enterprise converged communication platform according to claim 1 is characterized in that, described step 2) synchrodata reports and comprises following processing procedure:
21) need the operation system of synchrodata that data are packed;
22) synchrodata after the packing sends to the data relay module of host node converged communication platform;
23) the data relay module of host node converged communication platform returns success message to the operation system that sends these data after receiving synchrodata.
4. the method for data synchronization based on enterprise converged communication platform according to claim 2 is characterized in that, the data distributing process of described step 3) specifically comprises:
31) converged communication platform of host node is inquired about the interface IP address of the data relay module of each child node according to log-on message;
32) converged communication platform of host node is synchronized to data the data relay module of each child node.
5. the method for data synchronization based on enterprise converged communication platform according to claim 1, it is characterized in that, the synchrodata of described step 4) receives and specifically comprises following process: the converged communication platform of child node receives after the synchrodata, with synchrodata by the data relay module forwards of the child node data transmit-receive module to each operation system, data transmit-receive module judges whether this synchrodata is that this operation system is sent, if not, then in each operation system with synchronous this node of data, and return success message to the converged communication platform of host node, if so, then synchrodata is done discard processing.
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| CN105282196A (en) * | 2014-06-30 | 2016-01-27 | 中国科学院深圳先进技术研究院 | File sharing method, device and system |
| CN108259561A (en) * | 2017-12-07 | 2018-07-06 | 中国航空工业集团公司西安航空计算技术研究所 | A kind of communication means of cross platform system data-oriented |
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| CN101047552A (en) * | 2006-04-28 | 2007-10-03 | 华为技术有限公司 | Distribution service management method, system and distribution authorization capacibility discrimination and authorization method, system |
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