CN101312409B - Information layered process system - Google Patents
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- CN101312409B CN101312409B CN2007100411117A CN200710041111A CN101312409B CN 101312409 B CN101312409 B CN 101312409B CN 2007100411117 A CN2007100411117 A CN 2007100411117A CN 200710041111 A CN200710041111 A CN 200710041111A CN 101312409 B CN101312409 B CN 101312409B
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Abstract
Disclosed is an information layering processing system, which is composed of a service manager, a user server, a background configuration client, a web server and network, wherein a process server is arranged in the network, an administration program is operated in the service manager and the process server, and a process block interface and a process block are added in a process of service processing of the administration program. The process block interface logically describes the processes in the administration program, and the web server displays the service process at the foreground according to the process logic set by the background configuration client. The process block with nested property can conveniently realize a layered service process, the workflow block interface provides an assembly mechanism of the process block to realize dynamic assembly of the process module, and provides assembly for different servers even for remote servers to realize a distributed process administration mechanism, and further the process block is good in encapsulation and capable of nesting with different blocks in a process to realize complicated service process without concerning specific implementation form of the process in the process block.
Description
Technical field
The present invention relates to electricity field, computer system especially, particularly the treatment technology of electronic information specifically is a kind of information layered process system.
Background technology
In the prior art, enterprise extensively utilizes computer system processor information, and typical computer connects and composes runs administrative software in system by service managerZ-HU, client server, backstage configuration client and Web server by network.The user passes through work station or terminating machine or personal computer and is connected with Web server by network, running browser in work station or terminating machine or the personal computer, browser is connected with Web server in the HTTP mode, Web server according to the backstage dispose predefined flow logic with service process exhibition on the foreground, and receive from the operation requests of browser and convert thereof into the request of processing, send to service managerZ-HU and carry out allocation process, at last result is sent to browser with the form of HTML.But, above-mentioned existing systems can't be carried out the microcosmic of information and the layering processing of macroscopic view according to the operation flow of enterprise, company manager and concrete business personnel can not obtain the corresponding informance of suitable data amount on demand, existing systems and be difficult to adapt to the complicated service flow process.
Summary of the invention
The purpose of this invention is to provide a kind of information layered process system, described this information layered process system will solve the technical problem that the complicated service flow process could be handled, be difficult to adapt to enterprise computer system in the prior art according to the layering that the operation flow of enterprise be carried out the microcosmic of information and macroscopic view.
This information layered process system of the present invention is by service managerZ-HU, client server, backstage configuration client, Web server, personal terminal be connected network and constitute, wherein, described backstage configuration client is connected with service managerZ-HU by network, described Web server is connected with service managerZ-HU by network, described client server is connected with service managerZ-HU by network, be provided with workflow server in the described network, described workflow server is connected with service managerZ-HU, described personal terminal is connected with Web server by network, operational management program in service managerZ-HU and the workflow server, be provided with the flow path block interface in the described hypervisor, described flow path block interface carries out in logic description to the flow process in the hypervisor, the flow logic that Web server is set according to backstage configuration client with service process exhibition on the foreground, the operation requests that Web server receives from browser in the personal terminal converts thereof into the request of processing, send to service managerZ-HU then and carry out allocation process, at last result is sent to browser in the personal terminal with the form of HTML.
Further, described service managerZ-HU and workflow server all adopt the SOA framework, all move the Web service program in service managerZ-HU and the workflow server.
Further, be nested with at least one interface block in the described flow path block interface.
Further, the browser in the personal terminal is connected with Web server in the HTTP mode.
Further, in the implementation of described hypervisor, this realizes that the flow path block of interface points to the flow path block of this flow process.
Further, in the implementation of described hypervisor, this realizes that the flow path block of interface points to workflow server of this flow process of operation or the flow path block on the workflow server in the local domain.
Further, in the implementation of described hypervisor, the flow path block on the workflow server in the flow path block sensing territory, strange land of this realization interface.
Operation principle of the present invention is: added flow path block interface and flow path block in the flow process that hypervisor is managed business.The flow path block interface is a logical block in the flow processing, and this logical block is only carried out in logic description to the flow process that will realize, so that the whole service flow process is complete in logic.It possesses a plurality of entrance and exits, and the processing of concrete operation flow is realized by flow path block.Flow path block has same entrance and exit with the interface of being realized.Flow path block specifically describes the flow process that enters the mouth the outlet from interface and realizes, the interface that in this flow process realizes, can also comprise next level, and the interface of next level is by the piece specific implementation of next level again, and simultaneously, a flow path block interface can be realized by corresponding a plurality of flow path blocks.Service managerZ-HU, the main management of being responsible for server in the territory in whole system, and do not carry out concrete Business Processing, its effect comprises: accept to handle request, assignment process task, return result, server locatees and data forwarding.Server is connected with service managerZ-HU by network, is responsible for concrete Business Processing such as user's login, process flow operation and returns result.Can be divided into workflow server and client server according to the service difference that provides.Workflow server provides the service of process flow operation, maintenance and management; Client server provides the service of user's logon rights management specially.Can have multiple servers to work simultaneously in a territory, the loading condition according to server during service managerZ-HU assignment process task carries out load balance automatically.Service managerZ-HU and workflow server provide service based on the SOA architecture design with Web Service form, and based on the .Net2.0 platform development, and the WCF that provides by WebService Enhancement3.0 (WSE3.0) realizes the distribution process of standard.Server adopts the design of the minimum performance element of micronize, carries out the time of database latching operation when effectively having shortened multiserver, has guaranteed that the parallel processing conflict minimizes, and has realized the service of distributed stream thread management.Configuration client in backstage is connected with service managerZ-HU by network, in order to receive the various backstages configuration operation from the keeper, comprises flow process drafting, list design, flow process intellectual analysis, lean optimization, data source configuration, server admin etc.Configuration client in backstage sends to service managerZ-HU with the processing request of aforesaid operations has it to carry out allocation process, and returns the demonstration result.The keeper according to the Business Process Analysis process of reality, utilizes the flow path block interface to draw out roughly flow logic in the flow process drawing tool of backstage configuration client, at each flow path block interface segmentation, draws the flow path block of its specific implementation again.Can also continue nested more next layer interface in these flow path blocks to realize further flow process segmentation, so refine to each concrete node layer by layer, thereby the ground of refinement successively carry out the stratified flow thread management.When flow performing, set the flow path block that this realizes interface.These flow path blocks can point to the flow path block of this flow process, also can point to the flow path block on the workflow server in this workflow server or the local domain, can also refer to the flow path block on the workflow server in the territory, strange land.Set the process that this realizes the flow path block of interface, by the assembly parameter of system according to interface, can when beginning, flow process carry out, also can when carrying out the flow path block interface, carry out, the flow path block that is assembled produces the flow path block example, and give the workflow server at flow path block example place according to the data packet delivery that the data parameters that defines on interface extracted data from flow process produces the XML form, and make flow path block have desired data and handle, make flow process realize dynamic assembling.Web server is connected with service managerZ-HU by network, in order to realize the Web issue of foreground business operation.Web server according to the backstage dispose predefined flow logic with service process exhibition on the foreground, and receive from the operation requests of browser and convert thereof into the request of processing, send to service managerZ-HU and carry out allocation process, at last result is sent to browser with the form of HTML.Browser is connected with Web server in the HTTP mode, in order to realize the foreground business operation.
The present invention and prior art contrast, and its effect is actively with tangible.The present invention has added workflow server in computer information processing system, added flow path block interface and flow path block in the flow process that hypervisor is managed business.Flow path block possesses can nested property, can realize with different levels operation flow easily, the flow path block interface provides the assembling mechanism of flow path block, realized the dynamic assembling of flow path block, the flow process interface provides the assembling of different server even strange land server block, has realized distributed stream thread management mechanism, and flow path block possesses good encapsulation, can nested on stream different piece realizing the complicated service flow process, and needn't be concerned about the specific implementation of flow process in the piece.
Description of drawings
Fig. 1 is the principle schematic of information layered process system of the present invention.
Fig. 2 is the flow process layering schematic diagram of refinement step by step among the embodiment of information layered process system of the present invention.
Embodiment
As shown in Figure 1, information layered process system of the present invention is by service managerZ-HU, workflow server, client server, backstage configuration client, Web server, personal terminal be connected network and constitute, wherein, described backstage configuration client is connected with service managerZ-HU by network, described Web server is connected with service managerZ-HU by network, described client server is connected with service managerZ-HU by network, be provided with workflow server in the described network, described workflow server is connected with service managerZ-HU, described personal terminal is connected with Web server by network, operational management program in service managerZ-HU and the workflow server, be provided with the flow path block interface in the described hypervisor, described flow path block interface carries out in logic description to the flow process in the hypervisor, the flow logic that Web server is set according to backstage configuration client with service process exhibition on the foreground, the operation requests that Web server receives from browser in the personal terminal converts thereof into the request of processing, send to service managerZ-HU then and carry out allocation process, at last result is sent to browser in the personal terminal with the form of HTML.
Further, described service managerZ-HU and workflow server all adopt the SOA framework, all move the Web service program in service managerZ-HU and the workflow server.
Further, be nested with at least one interface block in the described flow path block interface.
Further, the browser in the personal terminal is connected with Web server in the HTTP mode.
Further, in the implementation of described hypervisor, this realizes that the flow path block of interface points to the flow path block of this flow process.
Further, in the implementation of described hypervisor, this realizes that the flow path block of interface points to workflow server of this flow process of operation or the flow path block on the workflow server in the local domain.
Further, in the implementation of described hypervisor, the flow path block on the workflow server in the flow path block sensing territory, strange land of this realization interface.
In embodiment as shown in Figure 2, certain power industry enterprise utilizes system of the present invention to carry out Business Process Analysis.Because online implementing is badly in need of in enterprise, therefore earlier a part of flow process is refine to node, a part of flow process exists with the form of piece earlier.The interface among Fig. 21 for example, interface 1 itself in a piece, are the equal of the flow process of next level just, have embodied the stratification of flow process.And this part content of 1 pairing interface at first not by refinement, afterwards along with the needs and the actual conditions of enterprise, be subdivided into 4 nodes again.When not segmented, as long as define the data of passing to interface, flow process just can be runed smoothly.So just make that flow process can layering refinement step by step, from the actual needs of enterprise, and non-traditional directly settling at one go, demand loses contact with reality.
Simultaneously, introduce after the piece, the configuration of flow process is more flexible and changeable, as the outer line interface 4 among Fig. 2, and corresponding two pieces, one is that built on stilts 2, one of pieces are cable pieces 3.Because from power industry, when electric wire sets up, must consider the actual conditions of geology and environment, deciding is that built on stilts laying wire also is to use underground cable.Introduce after the piece, this problem just is readily solved, and when having arrived outer line interface, the user only need select built on stilts or cable is packaged joins according to actual conditions, just can run smoothly by realization flow.The workflow management notion of single level a little less than the flow process adaptability to changes, was difficult to the variation of reflection actual conditions in the past.In the L ' Promis system, even if also can run into new demand or variation, we also only need be in interface embedded new piece, by assembling new technological process piece, just can easily tackle the variation of actual conditions, thereby make flow process flexible and changeable, adaptability is strong.
In another embodiment of the present invention, utilize the color electric billboard to show as the foreground.When the senior enterprise leader leader enters system's billboard, what at first see is the progress of enterprise's all items, it is normal to set green representative progress, redness is represented the duration and all overtime by the date, but orangely represent the overtime closing date of duration not have overtime, but it is overtime overtime by the date that on behalf of the duration, yellow do not have, and the high-level leader just comes into plain view to whole macroscopical service conditions of enterprise like this.This leader also can click certain project of selection and check, can view the state of these all professional bulks of project, can see that scheme of colour is as above arranged equally, and is very clear, and wherein grey is represented the part that does not also begin.Free coordinate more can help the user to understand the progress situation on the electronic board.If this leader also wants to continue to understand details, can also continue to select certain the concrete piece in the bulk business to check, until the specifying information that views certain node, the microcosmic business information is also had a panoramic view.
Claims (7)
1. information layered process system, by service managerZ-HU, client server, backstage configuration client, Web server, personal terminal be connected network and constitute, it is characterized in that: described backstage configuration client is connected with service managerZ-HU by network, described Web server is connected with service managerZ-HU by network, described client server is connected with service managerZ-HU by network, be provided with workflow server in the described network, described workflow server is connected with service managerZ-HU, described personal terminal is connected with Web server by network, operational management program in service managerZ-HU and the workflow server, be provided with the flow path block interface in the described hypervisor, described flow path block interface carries out in logic description to the flow process in the hypervisor, the processing of concrete operation flow is realized by the flow path block of flow path block interface correspondence, also continue nested more next layer interface in the described flow path block to realize further flow process segmentation, so refine to each concrete node layer by layer, thereby carry out to refinement successively the stratified flow thread management, the flow logic that Web server is set according to backstage configuration client with service process exhibition on the foreground, the operation requests that Web server receives from browser in the personal terminal converts thereof into the request of processing, send to service managerZ-HU then and carry out allocation process, at last result is sent to browser in the personal terminal with the form of HTML.
2. information layered process system as claimed in claim 1 is characterized in that: described service managerZ-HU and workflow server all adopt the SOA framework, all move the Web service program in service managerZ-HU and the workflow server.
3. information layered process system as claimed in claim 1 is characterized in that: be nested with at least one interface block in the described flow path block interface.
4. information layered process system as claimed in claim 1 is characterized in that: the browser in the personal terminal is connected with Web server in the HTTP mode.
5. information layered process system as claimed in claim 1 is characterized in that: in the implementation of described hypervisor, this realizes that the flow path block of interface points to the flow path block of this flow process.
6. information layered process system as claimed in claim 1, it is characterized in that: in the implementation of described hypervisor, this realizes that the flow path block of interface points to workflow server of this flow process of operation or the flow path block on the workflow server in the local domain.
7. information layered process system as claimed in claim 1 is characterized in that: in the implementation of described hypervisor, and the flow path block on the workflow server in the flow path block sensing territory, strange land of this realization interface.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2007100411117A CN101312409B (en) | 2007-05-23 | 2007-05-23 | Information layered process system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2007100411117A CN101312409B (en) | 2007-05-23 | 2007-05-23 | Information layered process system |
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| CN101312409A CN101312409A (en) | 2008-11-26 |
| CN101312409B true CN101312409B (en) | 2010-08-04 |
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| CN105704183A (en) * | 2014-11-28 | 2016-06-22 | 国网河南省电力公司南阳供电公司 | Power grid multidimensional information integration method based on WCF technology and system |
| CN109300037B (en) * | 2018-09-28 | 2021-07-30 | 中国银行股份有限公司 | Transaction progress display method and device |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1122928A (en) * | 1994-10-28 | 1996-05-22 | 佳能株式会社 | Information processing method and apparatus |
| CN1383644A (en) * | 2000-04-06 | 2002-12-04 | 索尼公司 | Information processing system and its method, information recording medium and ,program providing medium |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1122928A (en) * | 1994-10-28 | 1996-05-22 | 佳能株式会社 | Information processing method and apparatus |
| CN1383644A (en) * | 2000-04-06 | 2002-12-04 | 索尼公司 | Information processing system and its method, information recording medium and ,program providing medium |
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