CN108256815A - Across a network platform service flow seamless connection intelligent control method and server - Google Patents
Across a network platform service flow seamless connection intelligent control method and server Download PDFInfo
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Abstract
The invention discloses a kind of across a network platform service flow seamless connection intelligent control methods and server, this method to include：When first terminal under first network platform carries out business processing, if the second terminal received under second network platform asks the business processing of the business, according to the flow nodes sequence of business under first network platform, determine that business has completed all flow nodes handled under first network platform；According to the mapping relations of each flow nodes under each flow nodes of the predetermined business under first network platform and second network platform, all flow nodes that processing has been completed under first network platform with flow nodes of the business under second network platform are matched, determine that business does not complete the flow nodes of processing under second network platform；The preset order of the flow nodes of processing is not completed by business under second network platform, business is handled.The present invention is effectively improved the operating efficiency of across a network platform service processing.
Description
Technical field
The present invention relates to field of computer technology more particularly to a kind of across a network platform service flow seamless connections intelligently to control
Method processed and server.
Background technology
At present, row business process management system known in the industry is typically used to provide Business Process Modeling, automation, management
With the criterion and method of optimization, such as existing process management system mainly with application software such as CRM (Customer
Relationship Management, customer relation management) system, ERP (Enterprise Resource Planning, enterprise
Industry resource planning) system and ECM (Enterprise Content Management, enterprise content management) system be integrated, this
Application of the kind effect in the management process or operation flow of trans-departmental, cross-system and user is especially prominent, and this kind of product is more
For the business scenarios (for example, loan transaction scene, vehicle insurance business scenario, life insurance business scene etc.) such as examining, servicing.
With the continuous development of conventional internet, mobile Internet, for the industry for improving business processing efficiency, facilitating client
Business is handled, and major business company (for example, insurance company) no longer depends solely on the single network platform and carries out business processing (example
Such as, the processing such as service handling and examination ＆ approval), this just needs business company in addition to having the business processing of traditional telephone network platform
Outside system, it is also necessary to which this kind of company has the business processing of the transaction processing system of conventional internet platform, mobile network platform
System etc..However, the business processing scheme of existing across a network platform is：When the terminal under a network platform is (for example, phone
The network terminal) handled some flow nodes in an operation flow (for example, loan flow) after, put down if changing by other networks
Terminal (for example, mobile network's terminal) under platform goes to handle the operation flow, then the terminal under other network platforms needs again
All nodes of the start to process operation flow, wasting manpower and material resources, inefficient operation hinder the business of across a network platform
The fusion of flow.
Invention content
It is a primary object of the present invention to provide a kind of across a network platform service flow seamless connection intelligent control method and
Server, it is intended to improve the operating efficiency of across a network platform service processing.
To achieve the above object, a kind of across a network platform service flow seamless connection intelligent control side provided by the invention
Method applied to Business Process Control server, the described method comprises the following steps：
A, when the first terminal under first network platform carries out business processing, if receiving second under second network platform
The business processing request of the terminal-pair business, then according to the mapping of the predetermined network platform and the flow nodes sequence of business
Relationship determines the flow nodes sequence of the business under first network platform and the flow nodes of second network platform business respectively
Sequentially；
B, according to the flow nodes of business described under first network platform sequence, the business under first network platform is determined
All flow nodes of processing are completed；
C, each flow nodes and second network platform according to the predetermined business under first network platform
Under each flow nodes mapping relations, the business has been completed under first network platform to all flow nodes of processing
It is matched with flow nodes of the business under second network platform, determines that the business is not complete under second network platform
Into the flow nodes of processing；
D, the preset order of the flow nodes of processing is not completed by the business under second network platform, to the business
It is handled.
Preferably, this method further includes：
After the operation flow node configuring request that service management terminal is sent out is received, to service management terminal feedback the
Operation interface is configured in one operation flow node, and the first operation flow node configuration operation interface is selected including reference platform type
It selects item and is associated with Platform Type options；
Receiving reference platform type and pass of the user based on the first operation flow node configuration operation interface selection
After joining Platform Type, to service management terminal feedback and the reference platform type of selection or association Platform Type corresponding second
Operation interface is configured in operation flow node, and the second operation flow node configuration operation interface includes the reference platform class of selection
The each flow nodes and the corresponding configuration button of each flow nodes of type or the corresponding operation flow of association Platform Type；
User is being received by the configuration button to the reference platform type of selection or the corresponding industry of association Platform Type
After the configuration information for flow of being engaged in, according to the configuration information to the reference platform type of selection or the corresponding industry of association Platform Type
The each flow nodes for flow of being engaged in carry out corresponding configuration operation.
Preferably, it is if the corresponding each flow nodes of the first network platform and second network platform are corresponding each
It the quantity of flow nodes and is arranged in order to be completely corresponding, and the first terminal under first network platform is recently completed the stream of processing
Cheng Jiedian is first pass node, then described step B, C, D are replaced with：
According to each flow nodes under the predetermined first network platform with it is each under second network platform
The mapping relations of flow nodes determine the mapped with the first pass node first mapping flow under second network platform
Node, so that the second terminal is according to the sequence of the corresponding each flow nodes of second network platform postponed the successively row of processing
Each remaining flow nodes of the sequence after the described first mapping flow nodes.
Preferably, this method further includes：
When N terminals under the N network platforms carry out business processing, if the N+1 received under the N+1 network platforms is whole
It holds and the business processing of the business is asked, then closed according to the mapping of the predetermined network platform and the flow nodes sequence of business
System, determines the flow nodes sequence of the N+1 network platforms business, and N is the natural number more than or equal to 2；
According to the flow nodes of business described under N network platforms sequence, determine that the business is complete under the N network platforms
Into all flow nodes of processing；
According under each flow nodes of the predetermined business under the N network platforms and the N+1 network platforms
Each flow nodes mapping relations, by the business completed under the N network platforms processing all flow nodes with
Flow nodes of the business under the N+1 network platforms are matched, and determine that the business is not complete under the N+1 network platforms
Into the flow nodes of processing；
The preset order of the flow nodes of processing is not completed by the business under the N+1 network platforms, to the business
It is handled.
Preferably, this method further includes：
The N streams of the complete corresponding business processing flow of the N network platforms of N terminal processes under the N network platforms
After Cheng Jiedian, if the business processing request of the N+1 terminals under the N+1 network platforms is not received, according to the N network platforms
The sequence of corresponding each flow nodes determines downstream node of the sequence after the N flow nodes, for the N
The downstream node that terminal processes determine.
In addition, to achieve the above object, the present invention also provides a kind of Business Process Control server, the Business Stream is program-controlled
Control server includes：
First determining module, when carrying out business processing for the first terminal under first network platform, if receiving second
Second terminal under the network platform asks the business processing of the business, then according to the stream of the predetermined network platform and business
The mapping relations of journey node sequence determine the flow nodes sequence and second network platform of the business under first network platform respectively
The flow nodes sequence of the business；
Second determining module for the flow nodes sequence according to business described under first network platform, is determined first
The business has completed all flow nodes of processing under the network platform；
Matching module, for according to each flow nodes of the predetermined business under first network platform and the
The business has been completed the institute of processing by the mapping relations of each flow nodes under two network platforms under first network platform
There are flow nodes to be matched with flow nodes of the business under second network platform, determine the business in the second network
The flow nodes of processing are not completed under platform；
Flow processing module, for not completing the default of the flow nodes of processing by the business under second network platform
Sequentially, the business is handled.
Preferably, it further includes：
Configuration module, for after the operation flow node configuring request that service management terminal is sent out is received, to the business
Management terminal feeds back the first operation flow node configuration operation interface, and the first operation flow node configuration operation interface includes
Reference platform type options be associated with Platform Type options；It is configured receiving user based on the first operation flow node
The reference platform type of operation interface selection and after be associated with Platform Type, feeds back to the service management terminal and the benchmark of selection is put down
Platform type or the corresponding second operation flow node configuration operation interface of association Platform Type, the second operation flow node are matched
Put the reference platform type of operation interface including selection or each flow nodes of the corresponding operation flow of association Platform Type and
The corresponding configuration button of each flow nodes；User is being received by the configuration button to the reference platform type of selection or pass
After the configuration information for joining the corresponding operation flow of Platform Type, according to the configuration information to the reference platform type of selection or pass
The each flow nodes for joining the corresponding operation flow of Platform Type carry out corresponding configuration operation.
Preferably, it is if the corresponding each flow nodes of the first network platform and second network platform are corresponding each
It the quantity of flow nodes and is arranged in order to be completely corresponding, and the first terminal under first network platform is recently completed the stream of processing
Cheng Jiedian is first pass node, then the flow processing module is additionally operable to：
According to each flow nodes under the predetermined first network platform with it is each under second network platform
The mapping relations of flow nodes determine the mapped with the first pass node first mapping flow under second network platform
Node, so that the second terminal is according to the sequence of the corresponding each flow nodes of second network platform postponed the successively row of processing
Each remaining flow nodes of the sequence after the described first mapping flow nodes.
Preferably, when the N terminals that first determining module is additionally operable under the N network platforms carry out business processing,
If receiving the business processing request of the N+1 terminal-pairs business under the N+1 network platforms, put down according to predetermined network
The mapping relations of the flow nodes sequence of platform and business determine the flow nodes sequence of the N+1 network platforms business, and N is big
In or equal to 2 natural number；
Second determining module is additionally operable to the flow nodes sequence according to business described under the N network platforms, determines
The business has completed all flow nodes of processing under the N network platforms；
The matching module is additionally operable to each flow nodes under the N network platforms according to the predetermined business
With the mapping relations of each flow nodes under the N+1 network platforms, by the business, completion is handled under the N network platforms
All flow nodes matched with flow nodes of the business under the N+1 network platforms, determine the business in N
The flow nodes of processing are not completed under+1 network platform；
The flow processing module is additionally operable to not complete the flow nodes of processing by the business under the N+1 network platforms
Preset order, the business is handled.
Preferably, the flow processing module is additionally operable to：
The N streams of the complete corresponding business processing flow of the N network platforms of N terminal processes under the N network platforms
After Cheng Jiedian, if the business processing request of the N+1 terminals under the N+1 network platforms is not received, according to the N network platforms
The sequence of corresponding each flow nodes determines downstream node of the sequence after the N flow nodes, for the N
The downstream node that terminal processes determine.
Across a network platform service flow seamless connection intelligent control method and server proposed by the present invention, by determining the
The processed all flow nodes of first terminal under one network platform, and according to the predetermined business in the first net
The mapping relations of each flow nodes under network platform and each flow nodes under second network platform, by the business the
All flow nodes and flow nodes of the business under second network platform that processing has been completed under one network platform carry out
Matching determines that the business does not complete the flow nodes of processing under second network platform；Second under second network platform
Terminal handles each untreated flow nodes successively.Part flow section has been handled due to working as the first terminal under first network platform
After point, gone to handle the operation flow by the second terminal under second network platform if changing, second terminal need not start the process over
All flow nodes under second network platform, and need to only handle and not locate in each flow nodes under second network platform
Flow nodes are managed, so as to use manpower and material resources sparingly, are effectively improved the operating efficiency of across a network platform service processing.
Description of the drawings
Fig. 1 is that the flow of one embodiment of across a network platform service flow seamless connection intelligent control method of the present invention is illustrated
Figure；
Fig. 2 is same loan industry in one embodiment of across a network platform service flow seamless connection intelligent control method of the present invention
Flow comparison diagram of the business under different platform type；
Fig. 3 is the first Business Stream in one embodiment of across a network platform service flow seamless connection intelligent control method of the present invention
The schematic diagram of operation interface is configured in Cheng Jiedian；
Fig. 4 is the second Business Stream in one embodiment of across a network platform service flow seamless connection intelligent control method of the present invention
The schematic diagram of operation interface is configured in Cheng Jiedian；
Fig. 5 is in the second business in one embodiment of across a network platform service flow seamless connection intelligent control method of the present invention
Flow nodes configuration operation interface carries out the schematic diagram of flow nodes sequence adjustment；
Fig. 6 is in the second business in one embodiment of across a network platform service flow seamless connection intelligent control method of the present invention
Flow nodes configuration operation interface carries out the schematic diagram of flow nodes merging；
Fig. 7 is the high-level schematic functional block diagram of one embodiment of Business Process Control server of the present invention；
Fig. 8 is the high-level schematic functional block diagram of another embodiment of Business Process Control server of the present invention.
The embodiments will be further described with reference to the accompanying drawings for the realization, the function and the advantages of the object of the present invention.
Specific embodiment
In order to make technical problems, technical solutions and advantages to be solved clearer, clear, tie below
Drawings and examples are closed, the present invention will be described in further detail.It should be appreciated that specific embodiment described herein is only
To explain the present invention, it is not intended to limit the present invention.
The present invention provides a kind of across a network platform service flow seamless connection intelligent control method, program-controlled applied to Business Stream
Control server.
With reference to Fig. 1, Fig. 1 is the stream of one embodiment of across a network platform service flow seamless connection intelligent control method of the present invention
Journey schematic diagram.
In one embodiment, which includes：
Step S10, when the first terminal under first network platform carries out business processing, if receiving under second network platform
Second terminal the business processing of the business is asked, then according to the flow nodes of the predetermined network platform and business sequence
Mapping relations, determine the flow nodes sequence of the business under first network platform and the stream of second network platform business respectively
Journey node sequence.
In the present embodiment, Business Process Control server under first network platform (for example, telephone network platform)
After the first pass node of the complete corresponding business processing flow of first network platform of one terminal processes, put down if receiving the second network
The business processing request of second terminal under platform (for example, mobile network platform), then according to the predetermined network platform and industry
The mapping relations for flow nodes sequence of being engaged in determine the first network platform and the corresponding each flow section of second network platform respectively
The sequence of point.For example, in a kind of specific embodiment, as shown in Fig. 2, Fig. 2 for across a network platform service flow of the present invention without
Flow comparison diagram of the same loan transaction under different platform type in seam linking one embodiment of intelligent control method；Same loan
Business corresponds to respective operation flow node sequence under different platform type, as the flow nodes under conventional internet platform are suitable
Sequence for " net 1, net 2, net 3, net 4, net 5, net 6, net 7, net 8,,, "；Under telephone network platform flow nodes sequence be
" electricity 1, electricity 2, electricity 3, electricity 4, electricity 5, electricity 6, electricity 7, electricity 8,,, "；Under mobile network platform flow nodes sequence for " move 1,
Move 2, move 3, move 4, move 5, move 6, move 7, move 8,,, ".The first pass node can be any flow nodes, such as can be with
It is telephone network platform in Fig. 2 " electricity 2 " flow nodes " reference mandate (uploading identity card, the power of attorney) ".
The first network platform, second network platform can be conventional internet platform, telephone network platform or movement
The network platform or the other kinds of network platform, do not limit herein.
Step S20 according to the flow nodes of business described under first network platform sequence, is determined under first network platform
The business has completed all flow nodes of processing.
After the sequence for determining the corresponding each flow nodes of the first network platform, you can according to current first terminal
The first pass node and the determining first network for just having handled the corresponding business processing flow of first network platform are put down
The sequence of the corresponding each flow nodes of platform, to determine all first processed flow nodes of the first network platform, wherein,
All first processed flow nodes include the first pass node and the corresponding each flow section of the first network platform
All processed flow nodes of the sequence before the first pass node in point.If for example, the first pass node is " electricity
5 " flow nodes, then can determine all first processed flow nodes under telephone network platform include " electricity 5 " flow nodes with
And all processed flow nodes " electricity 1 ", " electricity 2 ", " electricity 3 " and " electricity 4 " flow sections of the sequence before " electricity 5 " flow nodes
Point.
Step S30, according to each flow nodes of the predetermined business under first network platform and the second net
The business has been completed all streams of processing by the mapping relations of each flow nodes under network platform under first network platform
Cheng Jiedian is matched with flow nodes of the business under second network platform, determines the business in second network platform
The lower flow nodes for not completing processing.
In the present embodiment, by comparing analysis to the long-time tracking of different operation flows a large amount of under heterogeneous networks platform
Research finds that the flow under heterogeneous networks platform for same business can resolve into different flow nodes, the difference of decomposition
Flow nodes under the network platform between each other there are certain association, flow nodes under a network platform can with it is another
Another or multiple flow nodes under one network platform are corresponding.For example, same loan transaction is in different platform in Fig. 2
Under type, " net 1 " same flow nodes " filling registration information " corresponding with " electricity 1 ", " net 2 " and " net 3 " and " electric 3 " correspondence are same
Flow nodes " filling in personal information, occupational information ", " bank account verifies subflow to " net 4 " same flow nodes corresponding with " electricity 4 "
Journey ", " net 5 " same flow nodes " reference mandate (uploading identity card, the power of attorney) " corresponding with " electricity 2 ", " net 6, net 7 and net 8 "
Same flow nodes " supplement personal information supplements occupational information, fills in associated person information " corresponding with " electricity 5 ".It can be with from Fig. 2
Find out, the flow difference of conventional internet platform and telephone network platform is：" electricity 2 " corresponding tradition of telephone network platform is mutually
" net 5 " under networked platforms；Two flow nodes " net 2 " under " electricity 3 " corresponding conventional internet platform of telephone network platform
" net 3 "；Three flow nodes " net 6, net 7 and net 8 " under " electricity 5 " corresponding conventional internet platform of telephone network platform.
Therefore, the mapping relations of each flow nodes of the same business under heterogeneous networks platform can have been predefined, such as
In the present embodiment, can predefine each flow nodes under the first network platform with it is each under second network platform
The mapping relations of a flow nodes.It, can basis after all first processed flow nodes of the first network platform are determined
Each flow nodes under the predetermined first network platform are reflected with each flow nodes under second network platform
Relationship is penetrated, each first processed flow nodes flow nodes corresponding with second network platform are matched, you can really
The flow nodes to match under fixed second network platform with each first processed flow nodes, the flow nodes to match
It is flow nodes processed under second network platform, it is processed without from the beginning handling this again under second network platform
Flow nodes.After determining flow nodes processed under second network platform, you can and then determine second network
Untreated flow nodes under platform, the untreated flow nodes are to be removed in all flow nodes under second network platform
Remaining flow nodes after processed flow nodes.
Step S40 is not completed the preset order of the flow nodes of processing under second network platform by the business, to institute
The business of stating is handled.
If for example, the untreated flow nodes under second network platform include " electricity 3 ", " electricity 4 ", " electricity 2 ", according to this
Flow nodes sequence " electricity 1, electricity 2, electricity 3, electricity 4, electricity 5, electricity 6, electricity 7, electricity under second network platform, that is, telephone network platform
8th,,, ", determine the sequencing of each untreated flow nodes, and resequence, such as rearrangement is " electricity 2 ",
" electricity 3 ", " electricity 4 ", for the second terminal under second network platform, that is, telephone network platform handle successively in this order it is each
Untreated flow nodes " electricity 2 ", " electricity 3 ", " electricity 4 ".
The present embodiment all flow nodes processed by determining the first terminal under first network platform, and according to
Each flow nodes of the predetermined business under first network platform and each flow section under second network platform
The business has been completed under first network platform all flow nodes of processing and the business the by the mapping relations of point
Flow nodes under two network platforms are matched, and determine that the business does not complete the flow section of processing under second network platform
Point；Second terminal under second network platform handles each untreated flow nodes successively.Due to working as under first network platform
First terminal handled part flow nodes after, gone to handle the Business Stream by the second terminal under second network platform if changing
Journey, second terminal need not start the process over all flow nodes under second network platform, and need to only handle second net
Untreated flow nodes under network platform in each flow nodes so as to use manpower and material resources sparingly, are effectively improved across a network and put down
The operating efficiency of platform business processing.
Further, in other embodiments, this method further includes：
Business Process Control server receives the operation flow section that service management terminal (for example, mobile phone, computer etc.) is sent out
(for example, being equipped with operation flow node configuration client-side program in the service management terminal in advance, user can be with for point configuring request
Button is configured in the operation flow node being configured by the operation flow node in the operation interface that client-side program provides, to described
Business Process Control server sends the operation flow node configuring request；Alternatively, it is installed in advance in the service management terminal
There is browser, user can access the Business Process Control server by the browser, from the Business Stream
The operation interface that program-controlled control server reception is fed back to, button is configured based on the operation flow node in the operation interface,
The operation flow node configuring request is sent to the Business Process Control server).The Business Process Control server
The request is responded, and the first operation flow node configuration operation interface is fed back to the service management terminal.As shown in figure 3, Fig. 3 is
First operation flow node configuration behaviour in one embodiment of across a network platform service flow seamless connection intelligent control method of the present invention
Make the schematic diagram at interface.In the present embodiment, the first operation flow node configuration operation interface is selected including reference platform type
It selects item and is associated with Platform Type options, the reference platform type options, association Platform Type options include but unlimited
In the options of telephone network platform, conventional internet platform, mobile network platform etc..
The Business Process Control server is receiving user based on the first operation flow node configuration operation interface
The reference platform type of selection be associated with Platform Type after, to the service management terminal feed back with select reference platform type or
It is associated with the corresponding second operation flow node configuration operation interface of Platform Type.As shown in figure 4, Fig. 4 is put down for across a network of the present invention
The schematic diagram of second operation flow node configuration operation interface in one embodiment of platform operation flow seamless connection intelligent control method.
The second operation flow node configuration operation interface includes the reference platform type of selection or the corresponding industry of association Platform Type
Be engaged in each flow nodes of flow and the corresponding configuration button of each flow nodes, such as each flow nodes S1, S2, S3, S4,
S5, the configuration button of corresponding each flow nodes include " node merging " button, " adjustment sequence " button etc..
The Business Process Control server is receiving user by the configuration button to reference platform type or association
After the configuration information of the corresponding operation flow of Platform Type, according to the configuration information to the reference platform type of selection or association
Each flow nodes of the corresponding operation flow of Platform Type carry out corresponding configuration operation.For example, same loan transaction in Fig. 2
Under different platform type, " net 1 " same flow nodes corresponding with " electricity 1 ", " net 2 " and " net 3 " and " electricity 3 " corresponding same flow
Node, " net 4 " same flow nodes corresponding with " electricity 4 ", " net 5 " same flow nodes corresponding with " electricity 2 ", " net 6, net 7 and net 8 "
Same flow nodes corresponding with " electricity 5 ".From figure 2 it can be seen that the flow of conventional internet platform and telephone network platform is poor
It is different to be：" net 5 " under " electricity 2 " corresponding conventional internet platform of telephone network platform；" electricity 3 " of telephone network platform is corresponding
Two flow nodes " net 2 " and " net 3 " under conventional internet platform；" electricity 5 " corresponding conventional internet of telephone network platform
Three flow nodes " net 6, net 7 and net 8 " under platform.User can be corresponding to the reference platform type of selection as needed
Each flow nodes of operation flow carry out corresponding configuration operation, and such as each flow nodes S1, S2, S3, S4, S5 are flowed
The operations such as the adjustment of journey node sequence, node merging.As shown in Figure 5, Figure 6, Fig. 5 is seamless for across a network platform service flow of the present invention
It is connected in one embodiment of intelligent control method and carries out flow nodes sequence adjustment in the second operation flow node configuration operation interface
Schematic diagram, Fig. 6 be one embodiment of across a network platform service flow seamless connection intelligent control method of the present invention in the second industry
Flow nodes of being engaged in configuration operation interface carries out the schematic diagram of flow nodes merging.
In one embodiment, user is if desired corresponding with association platform by the corresponding each flow nodes of reference platform
Each flow nodes quantity and be arranged in order completely to correspond, such as by conventional internet platform and phone in Fig. 2
Each flow nodes of the network platform are configured to completely correspond.User can be configured in the second operation flow node
In operation interface by " net 5 " adjust to after " net 1 " with corresponding with " electricity 2 ", will the merging of " net 2 " and " net 3 " progress node with
" electricity 3 " is corresponding, and " net 6, net 7 and net 8 " is carried out node merges with corresponding with " electricity 5 ", after association, under conventional internet platform
The incidence relation of flow nodes and the flow nodes under telephone network platform includes：" net 1 " is associated with " electricity 1 "；" net 5 " and " electricity
2 " associations；" net 2 " and " net 3 " after merging is associated with " electricity 3 "；" net 4 " is associated with " electricity 4 "；" net 6, net 7 and net after merging
8 " are associated with " electricity 5 ".In this way, the quantity of each flow nodes by conventional internet platform and telephone network platform can be realized
And it is completely corresponding to be arranged in order.
Further, on the basis of above-described embodiment, if by the corresponding each flow nodes of the first network platform with
It the quantity of the corresponding each flow nodes of second network platform and is arranged in order to be completely corresponding, and under first network platform
The flow nodes that first terminal is recently completed processing are first pass node, then above-mentioned steps S20, S30, S40 is replaced with：
According to each flow nodes under the predetermined first network platform with it is each under second network platform
The mapping relations of flow nodes determine the mapped with the first pass node first mapping flow under second network platform
Node, so that the second terminal is according to the sequence of the corresponding each flow nodes of second network platform postponed the successively row of processing
Each remaining flow nodes of the sequence after the described first mapping flow nodes.
If for example, by conventional internet platform in Fig. 2 and the quantity and sequence of each flow nodes of telephone network platform
It is configured to completely correspond, if the first pass node is " net 5 ", according to the predetermined first network platform
Under each flow nodes and second network platform under each flow nodes mapping relations, it may be determined that go out second network
Under platform, that is, telephone network platform is " electricity 2 " with the first pass node i.e. first mapping flow nodes of " net 5 " mapping, is somebody's turn to do
Second terminal under second network platform, that is, telephone network platform can be according to corresponding each with the telephone network platform postponed
Each remaining flow nodes electricity 3, electricity 4, electricity 5 of the handling ordered after " electricity 2 ", operation are simpler successively for the sequence of flow nodes
It is single quick.
Further, in other embodiments, this method further includes：
When N terminal of the Business Process Control server under the N network platforms carries out business processing, if receiving N+1
The business processing request of the N+1 terminal-pairs business under the network platform, then according to the predetermined network platform and business
The mapping relations of flow nodes sequence, determine the flow nodes sequence of the N+1 network platforms business, and N is more than or equal to 2
Natural number；
According to the flow nodes of business described under N network platforms sequence, determine that the business is complete under the N network platforms
Into all flow nodes of processing；
According under each flow nodes of the predetermined business under the N network platforms and the N+1 network platforms
Each flow nodes mapping relations, by the business completed under the N network platforms processing all flow nodes with
Flow nodes of the business under the N+1 network platforms are matched, and determine that the business is not complete under the N+1 network platforms
Into the flow nodes of processing；
The preset order of the flow nodes of processing is not completed by the business under the N+1 network platforms, to the business
It is handled.
In the present embodiment, when having multiple network platforms such as 3,4 or more networks platform carries out Connection between Processes, such as
Mode in above-described embodiment carries out across a network platform service flow seamless connection, and details are not described herein.
Further, the complete N nets of N terminal processes of the Business Process Control server under the N network platforms
After the N flow nodes of the corresponding business processing flow of network platform, if not receiving the N+1 terminals under the N+1 network platforms
Business processing is asked, then according to the sequence of the corresponding each flow nodes of the N network platforms, determines sequence in the N flows
Downstream node after node, for the downstream node that the N terminal processes determine, in the N network platforms
Complete conventional business flow processing.
The present invention further provides a kind of Business Process Control servers.
With reference to Fig. 7, Fig. 7 is the high-level schematic functional block diagram of one embodiment of Business Process Control server of the present invention.
In one embodiment, which includes：
First determining module 01, when carrying out business processing for the first terminal under first network platform, if receiving the
Second terminal under two network platforms asks the business processing of the business, then according to the predetermined network platform and business
The mapping relations of flow nodes sequence, the flow nodes sequence and the second network for determining the business under first network platform respectively are put down
The flow nodes sequence of the platform business.
In the present embodiment, Business Process Control server under first network platform (for example, telephone network platform)
After the first pass node of the complete corresponding business processing flow of first network platform of one terminal processes, put down if receiving the second network
The business processing request of second terminal under platform (for example, mobile network platform), then according to the predetermined network platform and industry
The mapping relations for flow nodes sequence of being engaged in determine the first network platform and the corresponding each flow section of second network platform respectively
The sequence of point.For example, in a kind of specific embodiment, as shown in Fig. 2, same loan transaction is corresponding under different platform type
Respective operation flow node sequence, if the flow nodes sequence under conventional internet platform is " net 1, net 2, net 3, net 4, net
5th, net 6, net 7, net 8,,, "；Flow nodes sequence under telephone network platform is " electricity 1, electricity 2, electricity 3, electricity 4, electricity 5, electricity
6th, electricity 7, electricity 8,,, "；Flow nodes sequence under mobile network platform is " to move 1, move 2, move 3, move 4, shifting 5, move 6, move
7th, move 8,,, ".The first pass node can be any flow nodes, as that can be telephone network platform in Fig. 2
" electricity 2 " flow nodes " reference mandate (uploading identity card, the power of attorney) ".
The first network platform, second network platform can be conventional internet platform, telephone network platform or movement
The network platform or the other kinds of network platform, do not limit herein.
Second determining module 02 for the flow nodes sequence according to business described under first network platform, is determined the
The business has completed all flow nodes of processing under one network platform.
After the sequence for determining the corresponding each flow nodes of the first network platform, you can according to current first terminal
The first pass node and the determining first network for just having handled the corresponding business processing flow of first network platform are put down
The sequence of the corresponding each flow nodes of platform, to determine all first processed flow nodes of the first network platform, wherein,
All first processed flow nodes include the first pass node and the corresponding each flow section of the first network platform
All processed flow nodes of the sequence before the first pass node in point.If for example, the first pass node is " electricity
5 " flow nodes, then can determine all first processed flow nodes under telephone network platform include " electricity 5 " flow nodes with
And all processed flow nodes " electricity 1 ", " electricity 2 ", " electricity 3 " and " electricity 4 " flow sections of the sequence before " electricity 5 " flow nodes
Point.
Matching module 03, for according to each flow nodes of the predetermined business under first network platform with
The business has been completed processing by the mapping relations of each flow nodes under second network platform under first network platform
All flow nodes are matched with flow nodes of the business under second network platform, determine the business in the second net
The flow nodes of processing are not completed under network platform.
In the present embodiment, by comparing analysis to the long-time tracking of different operation flows a large amount of under heterogeneous networks platform
Research finds that the flow under heterogeneous networks platform for same business can resolve into different flow nodes, the difference of decomposition
Flow nodes under the network platform between each other there are certain association, flow nodes under a network platform can with it is another
Another or multiple flow nodes under one network platform are corresponding.For example, same loan transaction is in different platform in Fig. 2
Under type, " net 1 " same flow nodes " filling registration information " corresponding with " electricity 1 ", " net 2 " and " net 3 " and " electric 3 " correspondence are same
Flow nodes " filling in personal information, occupational information ", " bank account verifies subflow to " net 4 " same flow nodes corresponding with " electricity 4 "
Journey ", " net 5 " same flow nodes " reference mandate (uploading identity card, the power of attorney) " corresponding with " electricity 2 ", " net 6, net 7 and net 8 "
Same flow nodes " supplement personal information supplements occupational information, fills in associated person information " corresponding with " electricity 5 ".It can be with from Fig. 2
Find out, the flow difference of conventional internet platform and telephone network platform is：" electricity 2 " corresponding tradition of telephone network platform is mutually
" net 5 " under networked platforms；Two flow nodes " net 2 " under " electricity 3 " corresponding conventional internet platform of telephone network platform
" net 3 "；Three flow nodes " net 6, net 7 and net 8 " under " electricity 5 " corresponding conventional internet platform of telephone network platform.
Therefore, the mapping relations of each flow nodes of the same business under heterogeneous networks platform can have been predefined, such as
In the present embodiment, can predefine each flow nodes under the first network platform with it is each under second network platform
The mapping relations of a flow nodes.It, can basis after all first processed flow nodes of the first network platform are determined
Each flow nodes under the predetermined first network platform are reflected with each flow nodes under second network platform
Relationship is penetrated, each first processed flow nodes flow nodes corresponding with second network platform are matched, you can really
The flow nodes to match under fixed second network platform with each first processed flow nodes, the flow nodes to match
It is flow nodes processed under second network platform, it is processed without from the beginning handling this again under second network platform
Flow nodes.After determining flow nodes processed under second network platform, you can and then determine second network
Untreated flow nodes under platform, the untreated flow nodes are to be removed in all flow nodes under second network platform
Remaining flow nodes after processed flow nodes.
Flow processing module 04, for not completing the pre- of the flow nodes of processing by the business under second network platform
If sequence, handles the business.
If for example, the untreated flow nodes under second network platform include " electricity 3 ", " electricity 4 ", " electricity 2 ", according to this
Flow nodes sequence " electricity 1, electricity 2, electricity 3, electricity 4, electricity 5, electricity 6, electricity 7, electricity under second network platform, that is, telephone network platform
8th,,, ", determine the sequencing of each untreated flow nodes, and resequence, such as rearrangement is " electricity 2 ",
" electricity 3 ", " electricity 4 ", for the second terminal under second network platform, that is, telephone network platform handle successively in this order it is each
Untreated flow nodes " electricity 2 ", " electricity 3 ", " electricity 4 ".
The present embodiment all flow nodes processed by determining the first terminal under first network platform, and according to
Each flow nodes of the predetermined business under first network platform and each flow section under second network platform
The business has been completed under first network platform all flow nodes of processing and the business the by the mapping relations of point
Flow nodes under two network platforms are matched, and determine that the business does not complete the flow section of processing under second network platform
Point；Second terminal under second network platform handles each untreated flow nodes successively.Due to working as under first network platform
First terminal handled part flow nodes after, gone to handle the Business Stream by the second terminal under second network platform if changing
Journey, second terminal need not start the process over all flow nodes under second network platform, and need to only handle second net
Untreated flow nodes under network platform in each flow nodes so as to use manpower and material resources sparingly, are effectively improved across a network and put down
The operating efficiency of platform business processing.
Further, as shown in figure 8, another embodiment of the present invention proposes a kind of Business Process Control server, above-mentioned
On the basis of embodiment, which further includes：
Configuration module 05 is matched for receiving the operation flow node that service management terminal (for example, mobile phone, computer etc.) is sent out
Putting request, (for example, being equipped with operation flow node configuration client-side program in the service management terminal in advance, user can pass through
Operation flow node configuration button in the operation interface that operation flow node configuration client-side program provides, to the business
Row control server sends the operation flow node configuring request；Alternatively, it is equipped in advance in the service management terminal clear
Look at device system, user can access the Business Process Control server by the browser, program-controlled from the Business Stream
The operation interface that control server reception is fed back to, button is configured based on the operation flow node in the operation interface, to institute
It states Business Process Control server and sends the operation flow node configuring request).The Business Process Control server response
The request, and feed back the first operation flow node configuration operation interface to the service management terminal.In the present embodiment, described first
Operation flow node configuration operation interface is put down including reference platform type options with Platform Type options, the benchmark is associated with
Platform type options, association Platform Type options include but not limited to telephone network platform, conventional internet platform, mobile network
The options of network platform etc..
The Business Process Control server is receiving user based on the first operation flow node configuration operation interface
The reference platform type of selection be associated with Platform Type after, to the service management terminal feed back with select reference platform type or
It is associated with the corresponding second operation flow node configuration operation interface of Platform Type.The second operation flow node configuration operation circle
Face includes the reference platform type of selection or each flow nodes and each flow of the corresponding operation flow of association Platform Type
The corresponding configuration button of node, such as each flow nodes S1, S2, S3, S4, S5, the configuration button packet of corresponding each flow nodes
Include " node merging " button, " adjustment sequence " button etc..
The Business Process Control server is receiving user by the configuration button to reference platform type or association
After the configuration information of the corresponding operation flow of Platform Type, according to the configuration information to the reference platform type of selection or association
Each flow nodes of the corresponding operation flow of Platform Type carry out corresponding configuration operation.For example, same loan transaction in Fig. 2
Under different platform type, " net 1 " same flow nodes corresponding with " electricity 1 ", " net 2 " and " net 3 " and " electricity 3 " corresponding same flow
Node, " net 4 " same flow nodes corresponding with " electricity 4 ", " net 5 " same flow nodes corresponding with " electricity 2 ", " net 6, net 7 and net 8 "
Same flow nodes corresponding with " electricity 5 ".From figure 2 it can be seen that the flow of conventional internet platform and telephone network platform is poor
It is different to be：" net 5 " under " electricity 2 " corresponding conventional internet platform of telephone network platform；" electricity 3 " of telephone network platform is corresponding
Two flow nodes " net 2 " and " net 3 " under conventional internet platform；" electricity 5 " corresponding conventional internet of telephone network platform
Three flow nodes " net 6, net 7 and net 8 " under platform.User can be corresponding to the reference platform type of selection as needed
Each flow nodes of operation flow carry out corresponding configuration operation, and such as each flow nodes S1, S2, S3, S4, S5 are flowed
The operations such as the adjustment of journey node sequence, node merging.
In one embodiment, user is if desired corresponding with association platform by the corresponding each flow nodes of reference platform
Each flow nodes quantity and be arranged in order completely to correspond, such as by conventional internet platform and phone in Fig. 1
Each flow nodes of the network platform are configured to completely correspond.User can be configured in the second operation flow node
In operation interface by " net 5 " adjust to after " net 1 " with corresponding with " electricity 2 ", will the merging of " net 2 " and " net 3 " progress node with
" electricity 3 " is corresponding, and " net 6, net 7 and net 8 " is carried out node merges with corresponding with " electricity 5 ", after association, under conventional internet platform
The incidence relation of flow nodes and the flow nodes under telephone network platform includes：" net 1 " is associated with " electricity 1 "；" net 5 " and " electricity
2 " associations；" net 2 " and " net 3 " after merging is associated with " electricity 3 "；" net 4 " is associated with " electricity 4 "；" net 6, net 7 and net after merging
8 " are associated with " electricity 5 ".In this way, the quantity of each flow nodes by conventional internet platform and telephone network platform can be realized
And it is completely corresponding to be arranged in order.
Further, on the basis of above-described embodiment, if by the corresponding each flow nodes of the first network platform with
It the quantity of the corresponding each flow nodes of second network platform and is arranged in order to be completely corresponding, and under first network platform
The flow nodes that first terminal is recently completed processing are first pass node, then above-mentioned flow processing module 04 is additionally operable to：
According to each flow nodes under the predetermined first network platform with it is each under second network platform
The mapping relations of flow nodes determine the mapped with the first pass node first mapping flow under second network platform
Node, so that the second terminal is according to the sequence of the corresponding each flow nodes of second network platform postponed the successively row of processing
Each remaining flow nodes of the sequence after the described first mapping flow nodes.
If for example, by conventional internet platform in Fig. 2 and the quantity and sequence of each flow nodes of telephone network platform
It is configured to completely correspond, if the first pass node is " net 5 ", according to the predetermined first network platform
Under each flow nodes and second network platform under each flow nodes mapping relations, it may be determined that go out second network
Under platform, that is, telephone network platform is " electricity 2 " with the first pass node i.e. first mapping flow nodes of " net 5 " mapping, is somebody's turn to do
Second terminal under second network platform, that is, telephone network platform can be according to corresponding each with the telephone network platform postponed
Each remaining flow nodes electricity 3, electricity 4, electricity 5 of the handling ordered after " electricity 2 ", operation are simpler successively for the sequence of flow nodes
It is single quick.
Further, in other embodiments, above-mentioned first determining module 01 is additionally operable to the N under the N network platforms
When terminal carries out business processing, if receiving the business processing request of the N+1 terminal-pairs business under the N+1 network platforms,
According to the predetermined network platform and the mapping relations of the flow nodes sequence of business, the N+1 network platforms business is determined
Flow nodes sequence, N is natural number more than or equal to 2；
Above-mentioned second determining module 02 is additionally operable to the flow nodes sequence according to business described under the N network platforms, determines
The business has completed all flow nodes of processing under the N network platforms；
Above-mentioned matching module 03 is additionally operable to each flow section under the N network platforms according to the predetermined business
Point and the mapping relations of each flow nodes under the N+1 network platforms, by the business under the N network platforms at completion
All flow nodes of reason are matched with flow nodes of the business under the N+1 network platforms, determine that the business exists
The flow nodes of processing are not completed under the N+1 network platforms；
Above-mentioned flow processing module 04 is additionally operable to not complete the flow section of processing by the business under the N+1 network platforms
The preset order of point, handles the business.
In the present embodiment, when having multiple network platforms such as 3,4 or more networks platform carries out Connection between Processes, such as
Mode in above-described embodiment carries out across a network platform service flow seamless connection, and details are not described herein.
Further, the complete N nets of N terminal processes of the Business Process Control server under the N network platforms
After the N flow nodes of the corresponding business processing flow of network platform, if not receiving the N+1 terminals under the N+1 network platforms
Business processing is asked, then according to the sequence of the corresponding each flow nodes of the N network platforms, determines sequence in the N flows
Downstream node after node, for the downstream node that the N terminal processes determine, in the N network platforms
Complete conventional business flow processing.
It should be noted that herein, term " comprising ", "comprising" or its any other variant are intended to non-row
His property includes, so that process, method, article or device including a series of elements not only include those elements, and
And it further includes other elements that are not explicitly listed or further includes intrinsic for this process, method, article or device institute
Element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that including this
Also there are other identical elements in the process of element, method, article or device.
Through the above description of the embodiments, those skilled in the art can be understood that above-described embodiment side
Method can add the mode of required general hardware platform to realize by software, naturally it is also possible to be realized by hardware, but very much
In the case of the former be more preferably embodiment.Based on such understanding, technical scheme of the present invention is substantially in other words to existing
The part that technology contributes can be embodied in the form of software product, which is stored in a storage
In medium (such as ROM/RAM, magnetic disc, CD), used including some instructions so that a station terminal equipment (can be mobile phone, calculate
Machine, server, air conditioner or network equipment etc.) perform method described in each embodiment of the present invention.
Above by reference to the preferred embodiment of the present invention has been illustrated, not thereby limit to the interest field of the present invention.On
It states that serial number of the embodiment of the present invention is for illustration only, does not represent the quality of embodiment.It is patrolled in addition, though showing in flow charts
Sequence is collected, but in some cases, it can be with the steps shown or described are performed in an order that is different from the one herein.
Those skilled in the art do not depart from the scope of the present invention and essence, can there are many variant scheme realize the present invention,
It can be used for another embodiment for example as the feature of one embodiment and obtain another embodiment.All technologies with the present invention
The all any modification, equivalent and improvement made within design, should all be within the interest field of the present invention.
Claims (10)
1. a kind of across a network platform service flow seamless connection intelligent control method, applied to Business Process Control server,
It is characterized in that, the described method comprises the following steps：
A, when the first terminal under first network platform carries out business processing, if receiving the second terminal under second network platform
The business processing of the business is asked, then is closed according to the mapping of the predetermined network platform and the flow nodes sequence of business
System, determine respectively the business under first network platform flow nodes sequence and second network platform business flow nodes it is suitable
Sequence；
B, according to the flow nodes of business described under first network platform sequence, determine that the business is complete under first network platform
Into all flow nodes of processing；
C, according to each flow nodes of the predetermined business under first network platform under second network platform
The business has been completed all flow nodes and the institute of processing by the mapping relations of each flow nodes under first network platform
It states flow nodes of the business under second network platform to be matched, determines that the business does not complete place under second network platform
The flow nodes of reason；
D, the preset order of the flow nodes of processing is not completed by the business under second network platform, the business is carried out
Processing.
2. across a network platform service flow seamless connection intelligent control method as described in claim 1, which is characterized in that the party
Method further includes：
After the operation flow node configuring request that service management terminal is sent out is received, the first industry is fed back to the service management terminal
Flow nodes of being engaged in configuration operation interface, the first operation flow node configuration operation interface include reference platform type options
Be associated with Platform Type options；
Receive user based on the first operation flow node configuration operation interface selection reference platform type and be associated with put down
After platform type, to service management terminal feedback the second business corresponding with the reference platform type or association Platform Type that select
Flow nodes are configured operation interface, the second operation flow node configuration operation interface include selection reference platform type or
It is associated with each flow nodes and the corresponding configuration button of each flow nodes of the corresponding operation flow of Platform Type；
User is being received by the configuration button to the reference platform type of selection or the corresponding Business Stream of association Platform Type
After the configuration information of journey, according to the configuration information to the reference platform type of selection or the corresponding Business Stream of association Platform Type
Each flow nodes of journey carry out corresponding configuration operation.
3. across a network platform service flow seamless connection intelligent control method as claimed in claim 1 or 2, which is characterized in that
If by the quantity of the corresponding each flow nodes of the first network platform each flow nodes corresponding with second network platform
And it is arranged in order to be completely corresponding, and it is first-class that the first terminal under first network platform, which is recently completed the flow nodes of processing,
Cheng Jiedian, then described step B, C, D are replaced with：
According to each flow under each flow nodes under the predetermined first network platform and second network platform
The mapping relations of node determine the mapped with the first pass node first mapping flow section under second network platform
Point, so that the second terminal is according to the sequence of the corresponding each flow nodes of second network platform postponed successively handling ordered
Each remaining flow nodes after the described first mapping flow nodes.
4. across a network platform service flow seamless connection intelligent control method as claimed in claim 1 or 2, which is characterized in that
This method further includes：
When N terminals under the N network platforms carry out business processing, if receiving the N+1 terminal-pairs under the N+1 network platforms
The business processing request of the business, then according to the predetermined network platform and the mapping relations of the flow nodes sequence of business,
Determine the flow nodes sequence of the N+1 network platforms business, N is the natural number more than or equal to 2；
According to the flow nodes of business described under N network platforms sequence, determine under the N network platforms at business completion
All flow nodes of reason；
According to each flow nodes of the predetermined business under the N network platforms with it is each under the N+1 network platforms
The mapping relations of a flow nodes, by the business completed under the N network platforms processing all flow nodes with it is described
Flow nodes of the business under the N+1 network platforms are matched, and determine that the business does not complete place under the N+1 network platforms
The flow nodes of reason；
The preset order of the flow nodes of processing is not completed by the business under the N+1 network platforms, the business is carried out
Processing.
5. across a network platform service flow seamless connection intelligent control method as claimed in claim 4, which is characterized in that the party
Method further includes：
The N flow sections of the complete corresponding business processing flow of the N network platforms of N terminal processes under the N network platforms
After point, if not receiving the business processing request of the N+1 terminals under the N+1 network platforms, corresponded to according to the N network platforms
Each flow nodes sequence, downstream node of the sequence after the N flow nodes is determined, for the N terminals
The determining downstream node of processing.
6. a kind of Business Process Control server, which is characterized in that the Business Process Control server includes：
First determining module, when carrying out business processing for the first terminal under first network platform, if receiving the second network
Second terminal under platform asks the business processing of the business, then according to the flow section of the predetermined network platform and business
The mapping relations of dot sequency determine the flow nodes sequence of the business under first network platform and second network platform industry respectively
The flow nodes sequence of business；
Second determining module for the flow nodes sequence according to business described under first network platform, is determined in first network
The business has completed all flow nodes of processing under platform；
Matching module, for each flow nodes and the second net according to the predetermined business under first network platform
The business has been completed all streams of processing by the mapping relations of each flow nodes under network platform under first network platform
Cheng Jiedian is matched with flow nodes of the business under second network platform, determines the business in second network platform
The lower flow nodes for not completing processing；
Flow processing module, for not completing the default suitable of the flow nodes of processing by the business under second network platform
Sequence handles the business.
7. Business Process Control server as claimed in claim 6, which is characterized in that further include：
Configuration module, for after the operation flow node configuring request that service management terminal is sent out is received, to the service management
Terminal feeds back the first operation flow node configuration operation interface, and the first operation flow node configuration operation interface includes benchmark
Platform Type options be associated with Platform Type options；The first operation flow node configuration operation is based on receiving user
The reference platform type of interface selection and after be associated with Platform Type, to service management terminal feedback and the reference platform class of selection
Type or the corresponding second operation flow node configuration operation interface of association Platform Type, the second operation flow node configuration behaviour
Make the reference platform type at interface including selection or each flow nodes of the corresponding operation flow of association Platform Type and each
The corresponding configuration button of flow nodes；It is flat to the reference platform type of selection or association by the configuration button receiving user
It is flat to the reference platform type of selection or association according to the configuration information after the configuration information of the corresponding operation flow of platform type
Each flow nodes of the corresponding operation flow of platform type carry out corresponding configuration operation.
8. Business Process Control server as claimed in claims 6 or 7, which is characterized in that if by the first network platform pair
It the quantity of each flow nodes answered each flow nodes corresponding with second network platform and is arranged in order to be completely corresponding,
And the first terminal under first network platform is recently completed the flow nodes of processing as first pass node, then the flow processing
Module is additionally operable to：
According to each flow under each flow nodes under the predetermined first network platform and second network platform
The mapping relations of node determine the mapped with the first pass node first mapping flow section under second network platform
Point, so that the second terminal is according to the sequence of the corresponding each flow nodes of second network platform postponed successively handling ordered
Each remaining flow nodes after the described first mapping flow nodes.
9. Business Process Control server as claimed in claims 6 or 7, which is characterized in that first determining module is also used
When the N terminals under the N network platforms carry out business processing, if the N+1 terminal-pairs received under the N+1 network platforms should
The business processing request of business, then according to the predetermined network platform and the mapping relations of the flow nodes sequence of business, really
The flow nodes sequence of the fixed N+1 network platforms business, N are the natural number more than or equal to 2；
Second determining module is additionally operable to the flow nodes sequence according to business described under the N network platforms, determines in N nets
The business has completed all flow nodes of processing under network platform；
The matching module is additionally operable to according to each flow nodes of the predetermined business under the N network platforms and the
The business has been completed the institute of processing by the mapping relations of each flow nodes under the N+1 network platforms under the N network platforms
There are flow nodes to be matched with flow nodes of the business under the N+1 network platforms, determine the business in N+1 nets
The flow nodes of processing are not completed under network platform；
The flow processing module is additionally operable to not complete the pre- of the flow nodes of processing by the business under the N+1 network platforms
If sequence, handles the business.
10. Business Process Control server as claimed in claim 9, which is characterized in that the flow processing module is additionally operable to：
The N flow sections of the complete corresponding business processing flow of the N network platforms of N terminal processes under the N network platforms
After point, if not receiving the business processing request of the N+1 terminals under the N+1 network platforms, corresponded to according to the N network platforms
Each flow nodes sequence, downstream node of the sequence after the N flow nodes is determined, for the N terminals
The determining downstream node of processing.
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