CN101794409A - Real-time data exchange model of cross-platform application system - Google Patents
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Abstract
The invention discloses a real-time data exchange model of a cross-platform application system, belonging to the filed of computer application. The model utilizes an enterprise service bus (ESB) to construct a service interaction channel over an enterprise-class construction and each business system; the functions in the cross-platform application system are packaged to form service components through the WEBSERVICE technology; the function support of data exchange is provided by the service components to build a management module based on the ESB; the service components are edited and integrated to realize service component registration, service routing and data set processing and transmission; and a service blog module is utilized to record the specific conditions and contents of data exchange for further management and monitoring. Compared with the prior art, the data exchange model of the invention provides a cross-platform real-time data exchange scheme with stability and high efficiency for industrial application systems, and also provides an effective tool support for management and monitoring service shared by data exchange.
Description
Technical field
The present invention relates to computer application field, specifically a kind of real-time data exchange model of cross-platform application system based on ESB ESB and WEBSERVICE technology.
Background technology
Along with the continuous intensification of the informationization reform of the develop rapidly of computer networking technology, industry and enterprise, business application system is being played the part of more and more important role in the daily management of enterprise, industry and professional running.Industry and enterprise has on a large scale, institutional framework business application system complicated, that quantity is various becomes a reality, application system can support huge business model preferably more flexibly, and the extensive work personnel are freed from the manual labor of original repetition, improve labor productivity.Yet, problem pendulum that becomes clear day by day industry and enterprise particularly the industry and enterprise administration and supervision authorities in face of: along with the expansion of professional scale, boundary between a lot of business is fuzzy gradually, contact between the different business is constantly deepened, the needs that operation flow is integrated have appearred, this just requires each business application system can realize information sharing, data interaction, the logical running of association, yet because different business application systems is developed based on different technology platforms, the disunity of underlying platform technology has determined each business application system can not directly carry out alternately, exchanges data is shared and can only be utilized the data base tool that is independent of each system outside to realize, as more common intermediate database or intermediate data table mode, there is relatively more outstanding drawback in these modes, the one, ageing can't the assurance often needed one or message delay for more time; The 2nd, the positioning problems difficulty, going wrong based on the exchanges data of these modes searches problem very difficultly, is difficult to the node that problem identificatioin takes place; The 3rd, the exchanges data of these modes is that the pattern of developing one to one between the employing system makes up substantially, can't reuse and cause serious overlapping development and manpower waste.
Summary of the invention
Technical assignment of the present invention is at above-mentioned the deficiencies in the prior art, and a kind of real-time data exchange model of cross-platform application system is provided.This model can provide a kind of cross-platform real time data exchange scheme of stability and high efficiency for the sector application system, and the management and monitoring service of sharing for data interaction provides effective tool support.
Technical assignment of the present invention is realized in the following manner: a kind of real-time data exchange model of cross-platform application system is characterized in:
Utilize ESB ESB build enterprise-level construct with each operation system on the service interaction passage, for the application system that is distributed on the different server provides physical access communication approach;
To encapsulate the formation serviced component based on the data interaction logic in the application system of different technologies platform by the WEBSERVICE technology, and provide the function of data interaction to support by serviced component;
Foundation is based on the serviced component administration module of ESB ESB, be used for serviced component is carried out layout, integration, realize serviced component registration, service route, data acquisition processing transmission, structure and the serviced component in the different business application are combined into the shared flow process of data interaction of the enterprise-level outside the system of being independent of, make each serviced component constitute an organic exchanges data system, form the real time data switching plane of a cover based on services request/response;
Set up the service monitoring module, be used for the concrete condition of record data exchange and the content of exchanges data.
Describedly will encapsulate that to form serviced component be that needs according to the concrete business scenario of exchanges data utilize existing data to provide logical OR newly-increased logical construct serviced component in each operation system based on the data interaction logic in the application system of different technologies platform, the code requirement of the structure data-driven switching plane of serviced component is accomplished the reusability based on serviced component.
Described serviced component administration module carries out layout, integration according to the exchanges data procedural model to serviced component.
Described exchanges data procedural model is to form inter-system data exchange procedural model by the data exchange service flow process between each system being carried out combing, through unified service modeling process analysis procedure analysis key core operation flow, after obtaining the core business process service model, service model is carried out service analysis, the identification serviced component, determine the system boundary of each system, utilize implementation tool to the serviced component realization of encoding then, and the flow services model disposed on ESB ESB in conjunction with serviced component, finally form global data interactive service the component list.
When utilizing the serviced component administration module that serviced component is carried out layout, integration, the preferred data acquisition processing assembly that adds in the assembling process of serviced component, the XML structure of serviced component transmission is processed according to the data content of services request, realize that same serviced component can respond the services request of a plurality of data layouts, to eliminate the dependence of service call to the combination of service describing interaction data.
The basis of exchanges data model framework of the present invention is to utilize the WEBSERVICE technology that existing data interaction logic in each business application system is unified encapsulation, make up serviced component according to the service describing that meets uniform data exchange requirement service externally is provided, this encapsulation can be finished under the prerequisite of original system being carried out less change, invisibleization can be accomplished fully for the practical operation personnel, the stability of original system can be kept preferably; After serviced component makes up and issues, utilize the unified management module that serviced component is managed, the unified management module has realized the function of service register center, according to the UDDI agreement, carry out service registry, classification according to the WSDL standard, set up service catalogue and the search service function is provided.Based on according to the exchanges data procedural model request of serviced component being carried out layout in the unified management module of ESB ESB, form industry exchanges data flow process in addition, the request of serviced component is carried out in order according to flow process.For the exchanges data that may occur unusually by the service monitoring module be responsible for finding, location and cause investigation, the information such as data acquisition of the initiator of the request of service monitoring module records serviced component, initiation time, response side, response time, exchange, but the link that has problems according to these information accurate in locating data exchange processes, but accurate localization is to serviced component that goes wrong and the preliminary reason that goes wrong of summing up.Model has realized that by above approach exchange is effectively supported for industry business application system real time data, can be applied to make up industry-level real time data switching architecture.
Real-time data exchange model of cross-platform application system of the present invention compared with prior art has following outstanding beneficial effect:
(1), changed the unmanageable problem of poor in timeliness, exchange process that conventional data exchange exists in the real time data exchange that has realized under the less expense between cross-platform operation system;
(2) utilize reusing of serviced component to realize that primary development kinds of platform system is shared, reduced the overlapping development that factor brings according to exchange, save lot of manpower and material resources;
(3) changed traditional software architecture, eliminated the technological disparity between the different application systems, allowed different application system coordinate operation and realize that the mutual of data share, laid a good foundation for making up novel integrated application platform;
(4) utilize the WEBSERVICE technology that existing data interaction logic in each business application system is unified encapsulation, this encapsulation can be finished under the prerequisite of original system being carried out less change, invisibleization can be accomplished fully for the practical operation personnel, the stability of original system can be kept preferably;
(5) information such as data acquisition of the initiator of the request of service monitoring module records serviced component, initiation time, response side, response time, exchange, but the link that has problems according to these information accurate in locating data exchange processes, but accurate localization is to serviced component that goes wrong and the preliminary reason that goes wrong of summing up.。
Description of drawings
Accompanying drawing 1 is the frame diagram of real-time data exchange model of cross-platform application system;
Accompanying drawing 2 is web service mechanism structure figure.
Embodiment
Explain below real-time data exchange model of cross-platform application system of the present invention being done with specific embodiment and concrete application example with reference to Figure of description.
Embodiment:
Real-time data exchange model of the present invention can be supported multiple realization system and technology platform that the sector application system extensively adopts in theory, has platform-neutral.Present embodiment has selected common WebSphere Application Server to provide platform as service in building process, IBM DB2 database, and operating system has been selected IBM AIX.
Real-time data exchange model of the present invention be utilize ESB ESB build enterprise-level construct with each operation system on the service interaction passage, exchange channels provides the physical access communication approach of stability and safety for being distributed in application system on the different server.Form inter-system data exchange procedural model by the data exchange service flow process between each system being carried out combing, (can utilize the general service modeling method of multiple industry through unified service modeling process as analysis of key core business process IBM SOMA etc.), after obtaining the core business process service model, service model is carried out service analysis, the identification serviced component, determine the system boundary of each system, utilize implementation tool (as: eclipse Integrated Development Environment) to the serviced component realization of encoding then, and the flow services model disposed (can utilize instruments such as IBM WebSphere Integration Developer to finish) in conjunction with serviced component on ESB ESB, finally form global data interactive service the component list.
Integrate for realizing logical access, flow process under the different technologies platform, utilize the WEBSERVICE technology that existing data interaction logic in each business application system is unified encapsulation, according to meeting the service describing structure serviced component (Service Provider) that the uniform data exchange requires, owing to be based on the logic encapsulation of original business application system, do not transform the bottom Technical Architecture, so be not subjected to the restriction of technology platform, serviced component has characteristics such as platform-neutral, reusability, supports with the function of serviced component as the real time data switching architecture.
Foundation is based on the serviced component unified management module of ESB ESB, administration module carries out layout, integration according to the exchanges data procedural model to serviced component, realize serviced component registration, service route, flow process is shared in the data interaction that serviced component in structure and the different business application is combined into the enterprise-level outside the system of being independent of, and makes each serviced component constitute an organic exchanges data system.Add the data acquisition processing assembly in the assembling process of serviced component, this assembly utilizes the XSLT technology, the XML structure of serviced component transmission is processed according to the data content of services request, realize that same serviced component can respond the services request of a plurality of data layouts, thereby eliminated the dependence of service call to the combination of service describing interaction data, further expanded the reusability of service, formed the real time data switching plane of a cover based on services request/response.
Foundation is based on the service monitoring module of ESB ESB, and the concrete condition of the data exchange request/response between each serviced component of service monitoring module records and the content of data acquisition are so that carry out further management and monitoring.
Described Web service mode is that a kind of SOA (Service Oriented Architecture) is the best agent of service-oriented a kind of architecture of guiding with the service, and at present, web service is the best implementation of SOA.And SOA is an a kind of generic category towards a reusable member architecture more widely, and it can be a concrete algorithm, also can be the system of a complexity, can effectively guarantee the mutual independence between each system.
Concrete application example:
The real time data switching plane is managed the real time data exchange of financial application system under the same industry and enterprise and sales applications system, use SOMA methodology to analyze the business demand of exchanges data between two application systems, combing obtains inter-system data Exchange Service model, utilize the existing program of encapsulation to obtain the realization of serviced component, by data interchange platform service model being carried out service procedure on ESB ESB then realizes, financial application system and sales applications system carry out small-scale transformation, adopt serviced component to replace original program segment, reach the real-time, interactive of inter-system data, after relevant transformation is finished, only need to carry out in the sales applications system services request, data just can be transferred to required system by switching plane by the serviced component of request response.Transmit ageing by force, can carry out pattern exhibiting after the transmission, need not that data are carried out the secondary storage and cause system resource waste.
Claims (5)
1. real-time data exchange model of cross-platform application system is characterized in that:
Utilize ESB ESB build enterprise-level construct with each operation system on the service interaction passage, for the application system that is distributed on the different server provides physical access communication approach;
To encapsulate the formation serviced component based on the data interaction logic in the application system of different technologies platform by the WEBSERVICE technology, and provide the function of data interaction to support by serviced component;
Foundation is based on the serviced component administration module of ESB ESB, be used for serviced component is carried out layout, integration, realize serviced component registration, service route, data acquisition processing transmission, structure and the serviced component in the different business application are combined into the shared flow process of data interaction of the enterprise-level outside the system of being independent of, make each serviced component constitute an organic exchanges data system, form the real time data switching plane of a cover based on services request/response;
Set up the service monitoring module, be used for the concrete condition of record data exchange and the content of exchanges data.
2. real-time data exchange model of cross-platform application system according to claim 1, it is characterized in that, describedly will encapsulate that to form serviced component be that needs according to the concrete business scenario of exchanges data utilize existing data to provide logical OR newly-increased logical construct serviced component in each operation system based on the data interaction logic in the application system of different technologies platform, the code requirement of the structure data-driven switching plane of serviced component is accomplished the reusability based on serviced component.
3. real-time data exchange model of cross-platform application system according to claim 1 is characterized in that, described serviced component administration module carries out layout, integration according to the exchanges data procedural model to serviced component.
4. real-time data exchange model of cross-platform application system according to claim 3, it is characterized in that, described exchanges data procedural model is to form inter-system data exchange procedural model by the data exchange service flow process between each system being carried out combing, through unified service modeling process analysis procedure analysis key core operation flow, after obtaining the core business process service model, service model is carried out service analysis, the identification serviced component, determine the system boundary of each system, utilize implementation tool to the serviced component realization of encoding then, and the flow services model disposed on ESB ESB in conjunction with serviced component, finally form global data interactive service the component list.
5. real-time data exchange model of cross-platform application system according to claim 1, it is characterized in that, when utilizing the serviced component administration module that serviced component is carried out layout, integration, add the data acquisition processing assembly in the assembling process of serviced component, the XML structure of serviced component transmission is processed according to the data content of services request, realize that same serviced component can respond the services request of a plurality of data layouts, to eliminate the dependence of service call to the combination of service describing interaction data.
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