CN102467379B - The Lightweight Extensible application integration framework of Component-Based Development technology - Google Patents
The Lightweight Extensible application integration framework of Component-Based Development technology Download PDFInfo
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Abstract
The present invention relates to the Lightweight Extensible application integration framework of a kind of Component-Based Development technology, this integrated framework includes message path control deivce and at least one Guan Tongge, each Guan Tongge performs according to multi-thread concurrent, and described Guan Tongge is mainly made up of source binding component, translation building block and target binding component.This integrated framework is the integrated of legacy application and adapter development provides unified method and technology, has that motility is strong, be prone to customization, reusable advantage, can realize the quick exploitation of new integration component, reduce repetitive operation, improve Integrated Development efficiency.
Description
Technical field
The invention belongs to the integrated technology field of computer software, be specifically related to the Lightweight Extensible application integration framework of a kind of Component-Based Development technology.
Background technology
Integrated technology relates to two big problems.One is the software architecture framework supporting information system resources integrated, has the most integrated and interoperability under this framework between the application of exploitation；Two is the adapter technique that legacy application is integrated, is realized the integrated of the legacy application that can not be directly integrated by adapter and migrates.Discuss mainly for the latter herein.
The integrated technology at present used legacy application substantially can be summarized as two kinds, and one is the based on interface integrated of coarseness, i.e. directly initiates the operation of Legacy System under unified GUI, two be integrated into point between use provisional integrated way as required.All there is certain problem in both modes.First kind of way is difficulty with real integrated, and the second way then workload is big, and process is difficult to control to.
Different integrated technologies and the integration capability of instrument are widely different.The integrated simply simple formal check having and the exploitation at the master control interface calling each member's application system; integrated proprietary integrated just for special object having, and powerful integration tool would generally provide the ability such as provide powerful support for of integrated framework flexibly, abundant integration tool support, patterned Integrated Development interface, reliable and secure Message routing mechanism, QoS tenability, standard criterion.
The integrated approach of legacy application is improved by the present invention, overcomes the shortcoming that coarseness is integrated and workload is big.At present, mostly concerned with the technical program prior art has:
1) Service Orientation Architecture SOA: it is by abstract for the service logic service for having the definition of good external interface, loose couplings between service, the recognized standard definition and agreement are followed in the description of service and the use of service, realize service application, operation flow or new service by the combination of service.Due to its high opening and flexibility characteristics, SOA has become software development and integrated main stream approach.Support that the major technique framework of SOA theory has Web service based on SOAP, Web service based on REST, ESB based on SCA and ESB based on JBI etc. at present.
2) application adapter technology: at present, in the main flow legacy application integrated system realized based on CORBA, JBI etc., the application adapter technology used mainly includes WRAPPER technology, Binary Component adaptation technique (BCA), active interface technology etc..Wherein, WRAPPER technology uses the such as design pattern such as decorative mode, mode adapter and strategy pattern, and its shortcoming is the opaquest to all users；BCA technology, because adaptation is postponed to the load time, which results in the additional operations in the load time, had a strong impact on Adaption efficiency and performance；Active interface technology, owing to using callback mechanism based on JAVA, needs to remodify for source code calling interface, causes it to be difficult to the problems such as loosening degree, autgmentability is bad, reuse capability is the strongest.
Summary of the invention
In order to overcome the defect of prior art, it is an object of the invention to develop the Lightweight Extensible application integration framework of a kind of Component-Based Development technology.This framework can provide an application integration environment expansible, reusable, believable for integrated user, thus realize the Legacy System centered by message reuse migration.
To this end, the present invention is achieved through the following technical solutions:
A kind of Lightweight Extensible application integration framework of Component-Based Development technology, it thes improvement is that:
This integrated framework includes that message path control deivce and at least one Guan Tongge, each Guan Tongge perform according to multi-thread concurrent, and described Guan Tongge includes source binding component and the target binding component being connected with linear arrangement or non-linear arrangement；
Described source binding component, is the Producer of message, and on the one hand it realize and the binding being integrated object, on the other hand the interface message being integrated object is converted to internal information form, is passed by message path control deivce and transfers a message to target binding component:
Described target binding component, is responsible for transforming the message into as being integrated the interface shape required by object；
Described message path control deivce, the materialization as above-mentioned Member Container realizes, and is responsible for providing the integrated required running environment of legacy application and providing system service functions, controls selection and the transmission of message of route..
Wherein, described Guan Tongge includes that source binding component, target compile connection component and at least one translation building block, and when translation building block is one, it is connected directly between source binding component and target binding component；When translation building block is more than one, it is connected between source binding component and target binding component with linear arrangement or non-linear arrangement；
Described translation building block, is received by message path control deivce and comes from the message that binding component in source sends, and change message according to himself ability and configuring condition, then be sent to target binding component or next translation building block by message path control deivce.
Wherein, the message mode of standard XML form is used to communicate between described source binding component, translation building block and target binding component.
Wherein, the concrete structure of described message is:
<message>:=<message header><message stack>
<message header>:=<message id><adapter name><initial component><theme>
<message stack>:={<message frame>}
<message frame>:=<frame founder><flag of frame><data object vectors><element mapping table><exception vector>
Wherein, the concrete transfer approach of described message is: binding component in source forms message header and the initial frame (frame at the bottom of stack) of message stack, often through a translation building block, translation building block reads the message frame of message stack top, it is changed, then the data after conversion are formed new message frame press-in stack top, again by message path control deivce, the new information of formation is sent to subsequent members process, this subsequent members is translation building block or target binding component, and message finally arrives target binding component；Target binding component reads the data object vectors in message stack top message frame, transfers to destination service to carry out the process of necessity；If the data in data object vectors occur abnormal, then labelling in the exception vector of stack top message frame；Translation building block, after subsequent members has processed message return, ejects (by oneself previously press-in) message stack top element, checks subsequent members execution abnormal conditions, then carry out the abnormality processing of necessity；Finally, in the stack that binding component in source is seen, unique element is the message frame of oneself press-in and performs the most abnormal situation.
Wherein, this integrated framework introduces at least one function in transaction-capable support, QoS support, event call-back mechanism, message routing safety safeguard, abnormal mechanism of makeing mistakes, log mechanism, remotely monitoring and graphical integrated support.
Wherein, described Guan Tongge, be by integrated work needed for functional design become reusable integration component, these integration components are organized into the form of similar " lattice " according to integrated needs.
Wherein, described integration component carries out the processed of necessity to meet specific application demand for the data object used internal to this integrated framework, and its major function is to support the conversion of content and structure of message, message based on content and structure to abandon or message route, capture and message to component exception re-route.
The Lightweight Extensible application integration framework of Component-Based Development technology of the present invention has the advantage that
This integrated framework is the integrated of legacy application and adapter development provides unified method and technology, has that motility is strong, be prone to customization, reusable advantage, can realize the quick exploitation of new integration component, reduce repetitive operation, improve Integrated Development efficiency.
This integrated framework is made up of (being at least made up of) so-called Guan Tongge source binding component and target binding component source binding component, translation building block and target binding component.In Guan Tongge, translation building block can be with linear arrangement, it is also possible to be the non-linear arrangement of general lattice mode.Multiple Guan Tongge can be performed by multi-thread concurrent.The outstanding advantages of this mode is, the realization of each integration component can be divided by function and ability, is then combined by certain flow process and is customized.
This integrated framework can introduce at least one function in transaction-capable support, QoS support, event call-back mechanism, message routing safety safeguard, abnormal mechanism of makeing mistakes, log mechanism, remotely monitoring and graphical integrated support.
Compared with SOA Technical Architecture, the integrated framework of the present invention can provide more superior and perfect technical system in the aspect of realization.Service-oriented architecture is primarily upon the interaction protocol between outside ability description and the service of more macroscopic aspect software and occupation mode, and the integrated framework of the present invention more payes attention to realizing organizational structure and the deployment way of aspect software.Although the user of service need not be concerned about for the specific implementation of service and the technology that realizes of employing, but the integrated framework of the present invention is due to its superior architectural characteristic, has become to realize the optimum selection that legacy application migrates.The integrated of legacy application needs through a series of processing procedures such as interface and protocol binding, message transmission, message conversion, route test, need the support of the aspects such as global transaction process, abnormality processing, security reliability, therefore, application integration is often technical strong, a complicated development for somewhat expensive.Its architecture majority of integrated software of the most commercial integration tool software and internal exploitation is single-body type (monolithic) structure, and very flexible, autgmentability is bad, and reuse capability is the strongest.
With application adapter technology (WRAPPER technology, Binary Component adaptation technique (BCA), active interface technology etc.) compare, the integrated framework of the present invention passes through the expansible standard element race reused, adapter general utility functions and structure are separated with concrete adapter proprietary feature characteristic, the dynamically configuration of adapter and smooth adaptation can be realized without coding, by setting up componentization abstract model and the adapter customized development method of adapter, reduce the degree of coupling of component adaptation, improve reusability and the transparency of component, while keeping the well packaged property of component and execution efficiency, realize the loose couplings between integrated system and application program.
Accompanying drawing explanation
Fig. 1 is the structural representation of integrated framework of the present invention；
Fig. 2 is simplest Guan Tongge；
Fig. 3 is the Guan Tongge comprising translation building block；
Fig. 4 is the Guan Tongge comprising conversion chains link；
Fig. 5 is the Guan Tongge of fan-out structure；
Fig. 6 is the Guan Tongge of fan-in structure.
Detailed description of the invention
Below in conjunction with the accompanying drawings the Lightweight Extensible application integration framework of Component-Based Development technology of the present invention is described in further detail.
The Lightweight Extensible application integration framework of Component-Based Development technology mainly by translation building block, source binding component, target binding component, message path control deivce and forms about monitoring and system service component.
Message path control deivce is that the materialization of Member Container realizes, and is responsible for providing the integrated required running environment of legacy application and providing system service functions, controls selection and the transmission of message of route.Source binding component, translation building block, target binding component are the three class integration components realizing integrated functionality, and the Guan Tongge (p-lattice) proposed with this project that connects between them realizes.So-called Guan Tongge, it is simply that some functional design needed for integrated work are become reusable a series of integration component, and these components can be organized into the form of similar " lattice " according to integrated needs.The internal message mode using standard XML form of legacy application integration tool communicates.Source binding component is the Producer of message, and on the one hand it realize and the binding being integrated object, on the other hand the interface message being integrated object is converted to the inside story form of Guan Tongge, sends suitable translation building block to by message path control deivce.Translation building block is changed according to the satisfy the need message of origin of himself ability and configuring condition, as revised, strengthen, filtering, calibration etc., is then sent to next component (translation building block or target binding component) by controller.Target binding means subjects transforms the message into as being integrated the interface shape required by object.Integration component can carry out the processed of necessity to meet specific application demand to the data object that lower portion uses, the conversion of the content and structure of message, message based on structure and content mainly can be supported to abandon or message route, to the capture of component exception and the function such as message rerouting.
In Guan Tongge, each integration component may be constructed various different application model by different combinations, to adapt to different application demands, some main mode of operations is set forth below:
■ pattern one, simplest Guan Tongge
One Guan Tongge at least should have a source binding component and a target binding component.Simplest Guan Tongge is purchased into, as shown in Figure 2 with the connection of single target binding component by single source binding component:
■ pattern two, comprises the Guan Tongge of translation building block
Can also comprise translation building block in addition to a source binding component and a target binding component in one Guan Tongge, translation building block can provide processed function to message data, as shown in Figure 3.
■ pattern three, comprises the Guan Tongge of conversion chains link
Translation building block also is able to link together with chain-like manner, and such method for designing that is connected as provides modularity and the configurability of height, and the pipeline just as the order line on UNIX shell is the same.As shown in Figure 4, it is a Guan Tongge typically comprising chain type translation building block.
■ pattern four, supports the Guan Tongge of fan-in/fan-out structure
The structure of Guan Tongge is not limited solely to linear structure, it is also possible to create the Guan Tongge of " fan-in " and " fan-out " form, wherein, the Guan Tongge of fan-out structure as it is shown in figure 5, the Guan Tongge of fan-in structure as shown in Figure 6.
As a example by the Guan Tongge of the fan-in structure shown in Fig. 6: if there is legacy application 1 and legacy application 2, the data object of legacy application 1 is converted into internal standard message by source binding component, it is converted into the Format Object needed for target binding component via multistage translation building block, the various message between message path control deivce (see Fig. 1) transmission source binding component, translation building block, target binding component carries out integrated.It is integrated with other legacy application that legacy application may cross multiple source binding components.
Existing adapter technique is typically legacy application is packaged legacy application according to the interface standard of oneself, write the interface routine of necessity, by comparison, by Guan Tongge, legacy application carried out the integrated process decreasing coding, improve integrated efficiency, there is extensibility simultaneously.
The message transmitted between each component is data-message (DO), encapsulates integrated required all kinds of load informations in it, and these information are with nested<name, value>set tissue.The type system supported is defined as follows:
DOType:=SDOType | ...
SDOType:=primitiveSDOType | { DOAttribute}1 n
PrimitiveSDOType:=BOOLEAN | INT16 | SHORT | INT32 | INTEGER | INT64 | LONG |
FLOAT|DOUBLE|STRING|OPAQUE|BIGINT|BIG_INTEGER|
BIGFLOAT BIG_DECIMAL|DATE|DATETIME|TIME|
DOVOIDSTAR|JDOMDOCUMENT
DOAttribute:=attrName attrType
AttrType:=primitiveSDOType | vector of SDOType
The structure of message is as follows:
<message>:=<message header><message stack>
<message header>:=<message id><adapter name><initial component><theme>
<message stack>:={<message frame>}
<message frame>:=<frame founder><flag of frame><data object vectors><element mapping table><exception vector>
Message uses SIB form, and concrete structure see table:
The following is the XML representation of a message:
<？Xml version=' 1.0 ' encoding=' iso-8859-1 '？>
<dataobjectmessage version=" 1.0 ">
<metadata type=" NDCD " version=" 1.0 ">
<ElementDef Name=DOMessageWrapper__ ">
<AttributeDef Name=" data " Datatype=" Any "/>
<AttributeDef Name=" UniqueID " Datatype=" String "/>
</ElementDef>
</metadata>
<metadata type=" NDCD " version=" 1.0 ">
<ElementDef Name=" Any ">
<AttributeDef Name=" Att1 " Datatype=" Boolean "/>
<AttributeDef Name=" Att2 " Datatype=" Int16 "/>
<AttributeDef Name=" Att3 " Datatype=" Int32 "/>
<AttributeDef Name=" Att4 " Datatype=" Int64 "/>
<AttributeDef Name=" Att5 " Datatype=" Float "/>
<AttributeDef Name=" Att6 " Datatype=" Double "/>
<AttributeDef Name=" Att7 " Datatype=" String "/>
<AttributeDef Name=" Att8 " Datatype=" Date "/>
<AttributeDef Name=" Att9 " Datatype=" DateTime "/>
<AttributeDef Name=" Att10 " Datatype=" BigInt "/>
<AttributeDef Name=" Att11 " Datatype=" BigFloat "/>
</ElementDef>
</metadata>
<dataobjects type=" basicdo " version=" 1.0 ">
<DOMessageWrapper__>
<Row>
<data>
<Any>
<Row>
<Att1>1</Att1>
<Att2>5427</Att2>
<Att3>14798765</Att3>
<Att4>1049123456</Att4>
<Att5>3.1415E30</Att5>
<Att6>3.14159265359E120</Att6>
<Att7>Hello world</Att7>
<Att8>1805-10-21</Att8>
<Att9>1805-10-21T11:42:12London/Europe</Att9>
<Att10>314159265358979323846</Att10>
<Att11>3.14159265358979323846</Att11>
</Row>
<Row>
<Att1>0</Att1>
<Att2>15427</Att2>
<Att3>114798765</Att3>
<Att4>11049123456</Att4>
<Att5>1.31415E31</Att5>
<Att6>1.314159265359E121</Att6>
<Att7>Hello world1</Att7>
<Att8>1905-10-21</Att8>
<Att9>1905-10-21T11:42:12London/Europe</Att9>
<Att10>1314159265358979323846</Att10>
<Att11>13.14159265358979323846</Att11>
</Row>
<Row>
<Att1>0</Att1>
<Att2>25427</Att2>
<Att3>214798765</Att3>
<Att4>21049123456</Att4>
<Att5>2.31415E31</Att5>
<Att6>2.314159265359E121</Att6>
<Att7>Hello world2</Att7>
<Att8>2005-10-21</Att8>
<Att9>2005-10-21T11:42:12London/Europe</Att9>
<Att10>2314159265358979323846</Att10>
<Att11>23.14159265358979323846</Att11>
</Row>
<Row>
<Att1>0</Att1>
</Row>
</Any>
</data>
<UniqueID>xts-9734d52d7f6[159.226.223.214]_20060414T06:33:53796_1</UniqueID>
</Row>
</DOMessageWrapper__>
</dataobjects>
</dataobjectmessage>
Connection component is compiled in the source of the present invention and target is compiled connection component and can be used the type having built up as follows:
■ Flat Files supports the read-write of pure file, and this is highly useful to the work carrying out system migration and test.
■ Sockets supports TCP/IP Socket is carried out read and write operation.It uses simple agreement to carry out shaking hands and transaction coordination.
■ HTTP supports to receive and send HTTP message.
■ JDBC supports to be written and read the data of relational database system operation, such as Sybase, Orcale, MS SQL Server.
■ RMI support adapter provides service as the mode that RMI services, or sends messages to RMI service.
■ JMS supports the queue to JMS or theme, sends and receives data.
Additionally, present invention also offers user and customize source binding component and the interface of target binding component, user can customize source binding component and the target binding component of oneself by this interface, thus realizes receiving message from the external system that built-in standard element is not supported or sending message to external system.
1 by the application of object lesson explanation integrated framework of the present invention below in conjunction with the accompanying drawings:
As shown in Figure 1, this integrated framework comprises two Guan Tongge performed according to multi-threaded parallel, framework upper is by source binding component 1, the Guan Tongge that target binding component 1 and single translation building block 1 are constituted, any two kinds that source binding component in this Guan Tongge and target binding component are created as in above-mentioned six types, message is reached translation building block conversion to the type consistent with target binding component by message path control deivce by source binding component, target binding component is consistent with the type of application 1, call the data in data base by application 1 and complete concrete application scenarios；Lower frame is the Guan Tongge being made up of source binding component 2, target binding component 2 and two-stage translation building block 21,22, any two kinds that source binding component in this Guan Tongge and target binding component are created as in above-mentioned six types, binding component in source is consistent with the particular type of application 2, target binding component is consistent with the particular type of application 3, message is reached the type that the conversion of two-stage translation building block is the most consistent with target binding component by message path control deivce by source binding component, completes concrete application scenarios by application 2 and application 3.In this integrated framework, also comprise multiple source binding component, multiple translation building block and multiple target binding component, the Guan Tongge of multiple different mode can be set up to complete different application scenarios.It addition, also introduce transaction-capable support, QoS support in this framework, make mistakes abnormal mechanism and log mechanism are to complete several functions.
Complete the example 1 of application scenarios: legacy application support based on data base
In this example, how demonstration is realized by Guan Tongge the data query of oracle database, and by the regular internal data object that Query Result is converted to Guan Tongge of message.
First, we configure the tables of data of good pending inquiry in oracle database；Then, we are initially configured Guan Tongge, binding component adaptation device type in appointment source is OracleSQLSource by configuration file, and configure the JDBC link information of remote data base, such as contents such as SID, user name, password, connectors, the SQL query statement performed will be needed to write in the middle of configuration file simultaneously, and target binding component adaptation device type is the output of componentization integrated framework terminal screen, i.e. FileSink；Then Guan Tongge is run, it will be seen that after SQL query statement performs via Guan Tongge, successfully read out the corresponding data in oracle database, and they are changed smoothly for the internal data Format Object of Guan Tongge, finally export on screen in the way of XML.
Complete the example 2 of application scenarios: legacy application support based on JMS
In this use-case, how to realize carrying out message communicating with JMS service by Guan Tongge by demonstration, thus realize the Integrated Development to legacy application based on JMS messenger service service.
First, our remote server starts the JMS messenger service of sing on web Logic, and in JMS message server, has configured the content such as Queue queue, Queue factory；Then, in Guan Tongge, by the source binding component adaptation device of specified file pattern, we read the data in text, target binding component adaptation device type is then configured to JMSSink, and configure JMS service device Queue queue relevant information, such as contents such as Queue factory, Queue theme, JNDI link information, Weblogic link informations；Then Guan Tongge is run, Queue queue file content being sent in JMS message server, by checking the JMS messenger service daily record in long-range WebLogic service, it can be seen that, Guan Tongge the most successfully reads out the data in text, it is converted the internal data Format Object for Guan Tongge, and successfully sends to JMS messenger service Queue queue.
Finally should be noted that: above example is only in order to illustrate that technical scheme is not intended to limit, although the present invention being described in detail with reference to above-described embodiment, those of ordinary skill in the field are it is understood that still can modify or equivalent to the detailed description of the invention of the present invention, and without departing from any amendment of spirit and scope of the invention or equivalent, it all should be contained in the middle of scope of the presently claimed invention.
Claims (7)
1. the Lightweight Extensible application integration framework of a Component-Based Development technology, it is characterised in that:
This integrated framework includes that message path control deivce and at least one Guan Tongge, each Guan Tongge perform according to multi-thread concurrent, institute
State source binding component and target binding component that Guan Tongge includes being connected with linear arrangement or non-linear arrangement；
On the one hand described source binding component, is the Producer of message, and it realizes and the binding being integrated object, on the other hand will be by
The interface message of integrated object is converted to internal information form, transfers a message to target binding component by message path control deivce；
Described target binding component, is responsible for transforming the message into as being integrated the interface shape required by object；
Described message path control deivce, the materialization as above-mentioned Member Container realizes, and is responsible for providing legacy application integrated required fortune
Row environment also provides system service functions, controls selection and the transmission of message of route；
Described Guan Tongge includes that source binding component, target compile connection component and at least one translation building block, when translation building block is one,
It is connected directly between source binding component and target binding component；When translation building block is more than one, it is with linear arrangement or non-
Linear arrangement is connected between source binding component and target binding component；
Described translation building block, is received by message path control deivce and comes from the message that binding component in source sends, and according to himself
Message is changed by ability and configuring condition, then is sent to target binding component or next conversion structure by message path control deivce
Part.
2. the Lightweight Extensible application integration framework of Component-Based Development technology as claimed in claim 1, it is characterised in that:
The message mode of standard XML form is used to lead between described source binding component, translation building block and target binding component
Letter.
3. the Lightweight Extensible application integration framework of Component-Based Development technology as claimed in claim 2, it is characterised in that described
The concrete structure of message is:
<message>:=<message header><message stack>
<message header>:=<message id><adapter name><initial component><theme>
<message stack>:={<message frame>}
<message frame>:=<frame founder><flag of frame><data object vectors><element mapping table><exception vector>.
4. the Lightweight Extensible application integration framework of Component-Based Development technology as claimed in claim 3, it is characterised in that described
The concrete transfer approach of message is:
Binding component in source forms message header and the initial frame of message stack, and often through a translation building block, translation building block reads and disappears
The message frame of breath stack top, changes it, then the data after conversion is formed new message frame press-in stack top, then will be formed
New information by message path control deivce be sent to subsequent members process, this subsequent members is translation building block or target binding component,
Message finally arrives target binding component；Target binding component reads the data object vectors in message stack top message frame, transfers to mesh
Mark service carries out the process of necessity；If the data in data object vectors occur abnormal, then at the exception vector of stack top message frame
Middle labelling；Translation building block, after subsequent members has processed message return, ejects by the message stack top element of oneself previously press-in, inspection
Look into subsequent members and perform abnormal conditions, then carry out the abnormality processing of necessity；Finally, unique unit in the stack that binding component in source is seen
Element is the message frame of oneself press-in and performs the most abnormal situation.
5. the Lightweight Extensible application integration framework of the Component-Based Development technology as described in claim 1-4 is arbitrary, it is characterised in that:
Introducing transaction-capable support in this integrated framework, QoS support, event call-back mechanism, message routing safety ensure and arrange
Execute, at least one function in abnormal mechanism of makeing mistakes, log mechanism, remotely monitoring and graphical integrated support.
6. the Lightweight Extensible application integration framework of the Component-Based Development technology as described in claim 1-4 is arbitrary, it is characterised in that:
Described Guan Tongge, be by integrated work needed for functional design become reusable integration component, these integration components are according to collection
Needs are become to be organized into the form of similar " lattice ".
7. the Lightweight Extensible application integration framework of Component-Based Development technology as claimed in claim 6, it is characterised in that:
It is specific to meet that described integration component carries out the processed of necessity for the data object used internal to this integrated framework
Application demand, its major function is to support that the conversion of content and structure of message, message based on content and structure abandon or message
Route, the capture making an exception component and message re-route.
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| US20060041522A1 (en) * | 2004-08-18 | 2006-02-23 | Xerox Corporation. | Abstract document management systems and methods |
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| Title |
|---|
| 基于CORBA的海量数据加载中间件的研究与实现;杜凯 等，;《计算机科学》;20031231;第30卷(第10期);全文 * |
| 基于XML的异构系统集成框架的研究;鱼滨 等，;《计算机应用与软件》;20050731;第22卷(第7期);第3节，第4.2节第一段，图2 * |
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