CN102446309A - Process pattern based dynamic workflow planning system and method - Google Patents
Process pattern based dynamic workflow planning system and method Download PDFInfo
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Abstract
The invention discloses a process pattern based dynamic workflow planning system and method and is mainly used for reducing the difficulty of business process modeling and realizing the dynamic generation of process definition. The system disclosed by the invention comprises a process pattern base, an application analyzing system, a dynamic planning server, a process adapting server and a workflow engine, wherein the process pattern base is used for storing created process patterns and defined evaluation functions; the application analyzing system is used for constructing application scenarios corresponding to business goals according to business information provided by users and relevant data of precursor process activities and outputting the business goals and the application scenarios; the dynamic planning server is used for searching out the process pattern matched with the business goals and the application scenarios which are output by the application analyzing system and generating the process definition of the process pattern; the process adapting server is used for adapting the process definition output by the dynamic planning server; and the workflow engine is used for executing each process pattern storied in the process pattern base and the adapted process definition. According to the invention, the workflow definition meeting requirements can be dynamically planned according to the business information in the execution process and the relevant data of the precursor process activities.
Description
Technical field
The present invention relates to the BPM field, relate in particular to a kind of workflow dynamic programming system and method based on process mode.
Background technology
Because the complexity of service environment constantly increases; Workflow can't obtain all information before real execution of business; Also just can't confirm flow process, have only when implementing current business in the implementation and can confirm actual workflow according to environment at that time.Therefore, under the situation that can't foresee all information, how effectively, dynamically construct flow definition and necessitate.
Present most of working flow products, or require complete manual modeling, confirm flow definition completely; Before flow startup, all possibilities are enumerated one by one, by the time select a kind of possibility wherein according to actual conditions in the flow performing process.Also having some is the method realization flow definition combinations in the process of implementation that utilize sub-process nested, and this method requires artificial the participation, and in database, needs the nest relation of all sub-processes of record.These all can make the definition flow process become complicated and control with being difficult to, and lack dynamic and dirigibility.
Therefore, in process of service execution, how to utilize Workflow system to obtain current real-time information and data, automatically confirm current flow process, the dynamic structure of realization flow definition becomes the problem that the BPM field presses for solution.
Summary of the invention
To the problems referred to above; The present invention provides a kind of can cook up satisfactory workflow defining according to the related data of the business information in the implementation and forerunner's process action; Reduce the difficulty of operation flow modeling, be implemented in the workflow dynamic programming system and method that the flow definition under the operation flow situation complicated and changeable dynamically generates based on process mode.
For achieving the above object, the present invention is based on the workflow dynamic programming system of process mode, comprising:
The process mode storehouse, the process mode that storage has been created and the valuation functions of definition;
The analytic application system; Whether the process action of monitoring stream engine current executed is goal activities; Receive this goal activities corresponding service target and business information that the user submits to; Obtain the related data of workflow engine forerunner process action simultaneously, and according to the related data structure business objective of business information and forerunner's process action corresponding application scenarios and output;
The dynamic programming server receives the business objective and the application scenarios of the output of said analytic application system, and traversal flow process library finds out the process mode that is complementary with this business objective and application scenarios, and generates the flow definition of this process mode;
Flow process adaptation services device receives the flow definition of said dynamic programming server output, and it is carried out adaptive and exports the flow definition after adaptive; And
Workflow engine is carried out each process mode of storing in the process mode storehouse, and receives and carry out the flow definition from said flow process adaptation services device output.
Further, described process mode comprises sign, title, affiliated field, business objective, application scenarios and solution; Wherein,
Said business objective, the professional ideal for this process mode will reach comprises sign, title, affiliated field, description, input data and output data;
Said application scenarios; Residing environment when accomplishing the current business target for this process mode; Comprise positive factor and the negative factor of reaching business objective; Said positive factor and negative factor are the set of scene entry, and said scene entry comprises context title, evaluation operation symbol, weight and standard value;
Said solution when said process mode is high-level operation flow, comprises goal activities; When said process mode is the operation flow of low level, under a certain application scenarios, accomplishing an idiographic flow of business objective; Wherein, said goal activities is business function and the input that description can be accomplished.
Further, described analytic application system comprises application system and resolver; Wherein,
Said application system, whether the flow process of monitoring stream engine current executed is goal activities, receives this goal activities corresponding service target and business information that the user submits to, obtains the related data of workflow engine forerunner process action simultaneously;
Said resolver, the business information of respectively user being submitted to and the related data of forerunner's flow process are analyzed and are converted to scene entry and dose in the corresponding application scenarios tabulation of business objective, construct corresponding application scenarios of business objective and output.
Further, described dynamic programming server comprises adaptation and flow definition device; Wherein,
Said adaptation, traversal flow process library finds out and is received from the business objective of said analytic application system output and the process mode that application scenarios is complementary, and calculates the total score value of coupling of each process mode;
Said flow definition device; Make up the process mode candidate list; Process mode that is received from the output of said adaptation and the total score value of coupling are dosed into wherein; And each process mode sorted according to the total score value of coupling, select coupling total score value the highest process mode, and generate the flow definition of this process mode.
The present invention is based on the workflow dynamic programming method of process mode, may further comprise the steps:
(1) visioning procedure pattern is set valuation functions, and process mode and valuation functions are stored in the process mode storehouse;
(2) execution work stream process action judges whether the process action of current executed is goal activities; Be; Receive this goal activities corresponding service target and business information that the user submits to; Obtain the related data of workflow engine forerunner process action simultaneously; According to the corresponding application scenarios of related data structure business objective of business information and forerunner's process action, not, carry out current process action by definition;
(3) business objective and the application scenarios that draw according to step (2), traversal flow process library finds out the process mode that is complementary with this business objective and application scenarios, and generates the flow definition of this process mode;
(4) flow definition that step (3) is generated carries out adaptive;
(5) flow definition of execution in step (4) after adaptive;
(6) step (5) complete after, change the next process action of goal activities described in step (2) the execution work stream process action over to.
Further, described process mode comprises sign, title, affiliated field, business objective, application scenarios and solution; Wherein,
Said business objective, the professional ideal for this process mode will reach comprises sign, title, affiliated field, description, input data and output data;
Said application scenarios; Residing environment when accomplishing the current business target for this process mode; Comprise positive factor and the negative factor of reaching business objective; Said positive factor and negative factor are the set of scene entry, and said scene entry comprises context title, evaluation operation symbol, weight and standard value;
Said solution when said process mode is high-level operation flow, comprises goal activities; When said process mode is the operation flow of low level, under a certain application scenarios, accomplishing the concrete grammar of business objective; Wherein, said goal activities is business function and the input that description can be accomplished.
Wherein, step (2) is concrete realizes as follows:
2.1 execution work stream process action, whether the process action of monitoring current executed is goal activities; Be, carry out step 2.2, be not, carry out current process action by definition;
2.2 the user imports above-mentioned goal activities corresponding service target;
2.3 traversal flow process library, the business objective whether inquiry has the user to import, be, carry out step 2.4, not, report an error and withdraw from;
Submit business objective corresponding service information to 2.4 read the user;
2.5 scene entry is analyzed and converted to the business information of user's submission to be dosed in the corresponding application scenarios tabulation of business objective;
2.6 obtain the execution result and the global variable of workflow engine forerunner process action, it analyzed and convert to scene entry dose in the corresponding application scenarios tabulation of business objective;
2.7 accomplish the structure of application scenarios.
Step (3) is concrete to be realized as follows:
3.1 traversal flow process library inquires the identical process mode in affiliated field of affiliated field and the business objective of user's input of the business objective of each process mode in the process mode storehouse, and it is stored in during process mode tabulates;
3.2 the process mode that traversal step 3.1 obtains tabulation compares the business objective of process mode in the tabulation and the business objective of user's input; If identical, the coupling score value of this process mode is made as 1.0, and carries out next step, if different, reads next process mode in the tabulation, in traversal of lists till all process mode;
3.3 obtaining the coupling score value is the application scenarios of 1.0 process mode; According to each scene entry of application scenarios and the valuation functions in the process mode storehouse; Application scenarios assessed draw the application scenarios point value of evaluation, its calculating formula is: application scenarios point value of evaluation=∑ (positive factor scene entry weight * positive factor scene entry point value of evaluation)-negative factor influence coefficient * (negative factor scene entry weight * negative factor scene entry point value of evaluation);
3.4 judge that whether the application scenarios point value of evaluation is greater than application scenarios assessment threshold value; Be, carry out next step, not, do not read next process mode in the tabulation, in traversal of lists till all process mode;
3.5 coupling score value, application scenarios point value of evaluation and business objective influence coefficient according to process mode; Calculate the total score value of coupling of this process mode, its computing formula is: mate total score value=coupling score value * business objective influence coefficient+application scenarios point value of evaluation;
3.6 judge that whether the total score value of coupling is greater than the coupling threshold value; Be, this process mode is listed in the candidate's process mode tabulation, not, read next process mode in the tabulation, in traversal of lists till all process mode;
3.7 according to all the process mode descending sorts in the big young pathbreaker candidate process mode tabulation of the total score value of coupling;
3.8 from the tabulation of candidate's process mode, read the highest process mode of the total score value of coupling, and generate the flow definition of this process mode.
Step (4) is concrete to be realized as follows:
4.1 the process mode that is complementary that step (3) is found out replaces with sub-process, father's flow process of this sub-process is this process mode place flow process;
4.2 input and output parameter maps with the business objective of the variable of father's flow process and this process mode; And the mapping of the input and output parameter of the business objective of this process mode and sub-process input, replace with the variable of father's flow process and the input and output parameter maps of its sub-process;
4.3 accomplish the adaptive of flow definition.
Especially, in the step (5), in the described flow definition if comprise goal activities, the then same step of implementation (2)～(5); Otherwise, carry out said flow definition until complete.
Workflow dynamic programming system and method based on process mode according to the invention can be cooked up satisfactory workflow defining automatically according to the real-time information in the flow performing process.
The present invention has following some beneficial effect:
(1) the present invention can be complicated and changeable at service environment, can't foresee in advance under the situation of flow definition, confirms flow definition according to current practical business environment, thereby effectively improve the dirigibility of Workflow system;
(2) the present invention is limited in process mode inside with the ins and outs of operation flow, significantly reduces the complexity of workflow modeling;
(3) dynamic programming method that the present invention is based on process mode can be implemented in dynamically revises contextual information in the process of service execution, and the recursive call of support process pattern, thereby reduces process mode quantity, and it is better multiplexing to make operation flow obtain;
(4) dynamic programming function of the present invention is transparent to work on hand stream engine user, and the engine user need not change the custom of using workflow engine.
Description of drawings
Fig. 1 is the workflow dynamic programming system architecture synoptic diagram that the present invention is based on process mode;
Fig. 2 is the process flow diagram that the present invention is based on the workflow dynamic programming method of process mode;
Fig. 3 is an embodiment synoptic diagram that the present invention is based on the workflow dynamic programming method of process mode.
Embodiment
Do detailed description below in conjunction with the Figure of description specific embodiments of the invention.
As shown in Figure 1, the present invention is based on the workflow dynamic programming system of process mode, comprising:
The process mode storehouse, storage is based on the process mode of business model instrument establishment and the valuation functions of definition;
Dynamic programming server 2 comprises adaptation and flow definition device; Wherein, said adaptation, traversal flow process library finds out and is received from the business objective of said analytic application system 1 output and the process mode that application scenarios is complementary, and calculates the total score value of coupling of each process mode; Said flow definition device; Make up the process mode candidate list; Process mode that is received from the output of said adaptation and the total score value of coupling are dosed into wherein; And each process mode sorted according to the total score value of coupling, select coupling total score value the highest process mode, and generate the flow definition of this process mode;
Flow process adaptation services device receives the flow definition of said dynamic programming server 2 outputs, and it is carried out adaptive and exports the flow definition after adaptive; And
Workflow engine is carried out each process mode of storing in the process mode storehouse, and receives and carry out the flow definition from said flow process adaptation services device output.
Wherein, described process mode comprises sign, title, affiliated field, business objective, application scenarios and solution; Its format sample is as shown in table 1.
The format sample of table 1 process mode
Said business objective, the professional ideal for this process mode will reach comprises sign, title, affiliated field, description, input data and output data; Its format sample is as shown in table 2.
The format sample of table 2 business objective
Said application scenarios; Residing environment when accomplishing the current business target for this process mode; Comprise positive factor and the negative factor of reaching business objective; Said positive factor and negative factor are the set of scene entry, and said scene entry comprises context title, evaluation operation symbol, weight and standard value; Its format sample is as shown in table 3.
The format sample of table 3 application scenarios
Said solution is described in the concrete grammar of accomplishing business objective under the current environment, representes with a flow process, and a certain workflow definition language that can use workflow to carry out the engine support defines this flow process, as long as sub-process supported in this language.When using process mode to describe high-level operation flow; Can comprise goal activities in its solution; Said goal activities is only described business function and the input and output parameter that can accomplish; The detailed process of accomplishing this business function is then postponed till in the implementation and is confirmed through dynamic programming, therefore, need in workflow definition language, add this new Activity Type of goal activities; When using process mode to describe the concrete operation flow of low level, then its solution is exactly concrete flow process, does not comprise goal activities.Wherein, said goal activities is business function and the input that description can be accomplished; Its format sample is as shown in table 4.
Table 4 solution/flow process
As shown in Figure 2, the present invention is based on the process flow diagram of the workflow dynamic programming method of process mode.Its concrete steps are described below:
(1) visioning procedure pattern defines valuation functions, and process mode and valuation functions are stored in the process mode storehouse;
Workflow expert and business diagnosis Shi Liyong business model instrument visioning procedure pattern, and process mode stored in the process mode storehouse, the keeper starts flow process by Workflow system.
(2) the corresponding application scenarios of structure goal activities corresponding service target;
2.1 workflow engine execution work stream process action, whether the process action that application system is monitored current executed in real time is goal activities; Be, carry out step 2.2, be not, carry out current process action by definition;
2.2 the user imports above-mentioned goal activities corresponding service target through the application system interface;
2.3 application system traversal flow process library, the business objective whether inquiry has the user to import, be, carry out step 2.4, not, report an error and withdraw from;
Submit business objective corresponding service information 2.4 read the user to through the application system interface;
2.5 resolver receives the business information that the user submits to, it is analyzed and converts to scene entry dose in the corresponding application scenarios tabulation of business objective;
2.6 resolver obtains the related data of workflow engine forerunner process action, mainly comprises the execution result and the global variable of forerunner's process action, and it is analyzed and convert to scene entry dose in the corresponding application scenarios tabulation of business objective;
2.7 accomplish the structure of application scenarios.
(3) traversal flow process library finds out the process mode that is complementary with goal activities corresponding service target and application scenarios, and generates the flow definition of this process mode;
3.1 adaptation traversal flow process library inquires the identical process mode in affiliated field of affiliated field and the business objective of user's input of the business objective of each process mode in the process mode storehouse, and it is stored in during process mode tabulates;
3.2 the process mode that traversal step 3.1 obtains tabulation compares the business objective of process mode in the tabulation and the business objective of user's input; If identical, the coupling score value of this process mode is made as 1.0, and carries out next step, if different, reads next process mode in the tabulation, in traversal of lists till all process mode; Table 5 is the example of an adaptation function, and this example is used to judge whether two character strings are identical.
Table 5 is judged the function whether character string equates
3.3 obtaining the coupling score value is the application scenarios of 1.0 process mode, according to each scene entry of application scenarios and the valuation functions in the process mode storehouse, application scenarios is assessed draw the application scenarios point value of evaluation, its calculating formula is:
Application scenarios point value of evaluation=∑ (positive factor scene entry weight * positive factor scene entry point value of evaluation)-negative factor influence coefficient * (negative factor scene entry weight * negative factor scene entry point value of evaluation);
3.4 judge that whether the application scenarios point value of evaluation is greater than application scenarios assessment threshold value; Be, carry out next step, not, do not read next process mode in the tabulation, in traversal of lists till all process mode;
3.5 according to coupling score value, application scenarios point value of evaluation and the business objective influence coefficient of process mode, calculate the total score value of coupling of this process mode, its computing formula is:
Mate total score value=coupling score value * business objective influence coefficient+application scenarios point value of evaluation;
3.6 judge that whether the total score value of coupling is greater than the coupling threshold value; Be, this process mode is listed in the candidate's process mode tabulation, not, read next process mode in the tabulation, in traversal of lists till all process mode;
3.7 according to all the process mode descending sorts in the big young pathbreaker candidate process mode tabulation of the total score value of coupling;
3.8 the flow definition device reads the highest process mode of the total score value of coupling from the tabulation of candidate's process mode, and generates the flow definition of this process mode.
(4) flow definition that step (3) is generated carries out adaptive;
4.1 flow process adaptation services device replaces with sub-process with the process mode that is complementary that step (3) finds out, father's flow process of this sub-process is this process mode place flow process;
4.2 input and output parameter maps with the business objective of the variable of father's flow process and this process mode; And the mapping of the input and output parameter of the business objective of this process mode and sub-process input, replace with the variable of father's flow process and the input and output parameter maps of its sub-process;
4.3 accomplish the adaptive of flow definition.
(5) flow definition of execution in step (4) after adaptive;
Flow definition after adaptive is deployed to workflow engine, calls the API of workflow engine, starts the workflow defining of being disposed.If still comprise goal activities in the described flow definition, then the same step of implementation (2)～(5); Otherwise, carry out said flow definition until complete.
(6) step (5) complete after, workflow engine changes father's flow process over to and continue to carry out, and promptly changes the next process action of goal activities described in step (2) the execution work stream process action over to.
Fig. 3 is a specific embodiment of the workflow dynamic programming method based on process mode according to the invention.Present embodiment is a fault processing system workflow, and its concrete workflow dynamic programming method is as shown in Figure 3:
In the 1st step, workflow expert and business diagnosis Shi Liyong business model instrument are created fault handling in the process mode storehouse, and the unit of being issued at individual some business objectives; The typical application scene of analyzing these business objectives is for issuing units M and being issued to a number N; Defining corresponding process mode is respectively the fault handling pattern, is issued to M unit pattern, is issued to 1 unit pattern, is issued to N people's pattern, is issued to people's pattern;
In the 2nd step, the Workflow system keeper starts process action, gets into troubleshooting process; It is movable to carry out GetM, and the user need fill in list, and the given units M that issues is made as 3 according to the physical fault type; Behind user's submission form, system runs to " unit of being issued to " and is judged as goal activities;
In the 3rd step, the current business target is " unit of being issued to ", and resolver analyzes the corresponding application scenarios of current business target for issuing units M＞1;
The 4th step, call adaptation, according to business objective and application scenarios that the 2nd step obtained, the coupling process mode obtains " being issued to M unit " pattern, and corresponding solution is exactly " being issued to M the unit " flow process shown in Fig. 3;
In the 5th step, " unit of being issued to " goal activities " is issued to M unit " by sub-process and replaces, and M=3 is mapped to father's flow process " fault handling " relevant parameter.
In the 6th step, workflow engine starts " being issued to M unit " sub-process;
The 7th step in the sub-process implementation, started Dec-M, and M carries out and subtracts 1 operation, when continuing operation, runs into " unit of being issued to " goal activities once more, changes for the 3rd step, and so recurrence, obtains " being issued to a unit " flow process up to M=1; Equally, it also is like this handling for the goal activities of " being issued to the individual ";
In the 8th step, after sub-process is finished, return " fault handling " father flow process, until end.
Relevant proper noun and the explanation of following table 6 for the present invention relates to.
Table 6 proper noun and explanation
Workflow dynamic programming system and method based on process mode according to the invention; Can go out satisfactory workflow defining according to the related data dynamic programming of the business information in the implementation and forerunner's process action; Reduced the difficulty of operation flow modeling, realized that the flow definition under operation flow situation complicated and changeable dynamically generates.
More than; Be merely preferred embodiment of the present invention, but protection scope of the present invention is not limited thereto, any technician who is familiar with the present technique field is in the technical scope that the present invention discloses; The variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain that claim was defined.
Claims (10)
1. the workflow dynamic programming system based on process mode is characterized in that, comprising:
The process mode storehouse, the process mode that storage has been created and the valuation functions of definition;
The analytic application system; Whether the process action of monitoring stream engine current executed is goal activities; Receive this goal activities corresponding service target and business information that the user submits to; Obtain the related data of workflow engine forerunner process action simultaneously, and according to the related data structure business objective of business information and forerunner's process action corresponding application scenarios and output;
The dynamic programming server receives the business objective and the application scenarios of the output of said analytic application system, and traversal flow process library finds out the process mode that is complementary with this business objective and application scenarios, and generates the flow definition of this process mode;
Flow process adaptation services device receives the flow definition of said dynamic programming server output, and it is carried out adaptive and exports the flow definition after adaptive; And
Workflow engine is carried out each process mode of storing in the process mode storehouse, and receives and carry out the flow definition from said flow process adaptation services device output.
2. according to the said workflow dynamic programming system of claim 1, it is characterized in that described process mode comprises sign, title, affiliated field, business objective, application scenarios and solution based on process mode; Wherein,
Said business objective, the professional ideal for this process mode will reach comprises sign, title, affiliated field, description, input data and output data;
Said application scenarios; Residing environment when accomplishing the current business target for this process mode; Comprise positive factor and the negative factor of reaching business objective; Said positive factor and negative factor are the set of scene entry, and said scene entry comprises context title, evaluation operation symbol, weight and standard value;
Said solution when said process mode is high-level operation flow, comprises goal activities; When said process mode is the operation flow of low level, under a certain application scenarios, accomplishing an idiographic flow of business objective; Wherein, said goal activities is business function and the input that description can be accomplished.
3. according to the said workflow dynamic programming system of claim 1, it is characterized in that described analytic application system comprises application system and resolver based on process mode; Wherein,
Said application system, whether the process action of monitoring stream engine current executed is goal activities, receives this goal activities corresponding service target and business information that the user submits to, obtains the related data of workflow engine forerunner process action simultaneously;
Said resolver, the business information of respectively user being submitted to and the related data of forerunner's process action are analyzed and are converted to scene entry and dose in the corresponding application scenarios tabulation of business objective, construct corresponding application scenarios of business objective and output.
4. according to the said workflow dynamic programming system of claim 1, it is characterized in that described dynamic programming server comprises adaptation and flow definition device based on process mode; Wherein,
Said adaptation, traversal flow process library finds out and is received from the business objective of said analytic application system output and the process mode that application scenarios is complementary, and calculates the total score value of coupling of each process mode;
Said flow definition device; Make up the process mode candidate list; Process mode that is received from the output of said adaptation and the total score value of coupling are dosed into wherein; And each process mode sorted according to the total score value of coupling, select coupling total score value the highest process mode, and generate the flow definition of this process mode.
5. the workflow dynamic programming method based on process mode is characterized in that, may further comprise the steps:
(1) visioning procedure pattern is set valuation functions, and process mode and valuation functions are stored in the process mode storehouse;
(2) execution work stream process action judges whether the process action of current executed is goal activities; Be, receive this goal activities corresponding service target and business information that the user submits to, obtain the related data of workflow engine forerunner process action simultaneously, according to the corresponding application scenarios of related data structure business objective of business information and forerunner's process action; , do not carry out current process action by definition;
(3) business objective and the application scenarios that draw according to step (2), traversal flow process library finds out the process mode that is complementary with this business objective and application scenarios, and generates the flow definition of this process mode;
(4) flow definition that step (3) is generated carries out adaptive;
(5) flow definition of execution in step (4) after adaptive;
(6) step (5) complete after, change the next process action of goal activities described in step (2) the execution work stream process action over to.
6. according to the said workflow dynamic programming method of claim 5, it is characterized in that described process mode comprises sign, title, affiliated field, business objective, application scenarios and solution based on process mode; Wherein,
Said business objective, the professional ideal for this process mode will reach comprises sign, title, affiliated field, description, input data and output data;
Said application scenarios; Residing environment when accomplishing the current business target for this process mode; Comprise positive factor and the negative factor of reaching business objective; Said positive factor and negative factor are the set of scene entry, and said scene entry comprises context title, evaluation operation symbol, weight and standard value;
Said solution when said process mode is high-level operation flow, comprises goal activities; When said process mode is the operation flow of low level, under a certain application scenarios, accomplishing the concrete grammar of business objective; Wherein, said goal activities is business function and the input that description can be accomplished.
7. according to claim 5 or 6 said workflow dynamic programming methods, it is characterized in that step (2) is concrete to be realized as follows based on process mode:
2.1 execution work stream process action, whether the process action of monitoring current executed is goal activities; Be carry out step 2.2; Not to carry out current process action by definition;
2.2 the user imports above-mentioned goal activities corresponding service target;
2.3 traversal flow process library, the business objective whether inquiry has the user to import, be, carry out step 2.4, not, report an error and withdraw from;
Submit business objective corresponding service information to 2.4 read the user;
2.5 scene entry is analyzed and converted to the business information of user's submission to be dosed in the corresponding application scenarios tabulation of business objective;
2.6 obtain the execution result and the global variable of workflow engine forerunner process action, it analyzed and convert to scene entry dose in the corresponding application scenarios tabulation of business objective;
2.7 accomplish the structure of application scenarios.
8. according to claim 5 or 6 said workflow dynamic programming methods, it is characterized in that step (3) is concrete to be realized as follows based on process mode:
3.1 traversal flow process library inquires the identical process mode in affiliated field of affiliated field and the business objective of user's input of the business objective of each process mode in the process mode storehouse, and it is stored in during process mode tabulates;
3.2 the process mode that traversal step 3.1 obtains tabulation compares the business objective of process mode in the tabulation and the business objective of user's input; If identical, the coupling score value of this process mode is made as 1.0, and carries out next step, if different, reads next process mode in the tabulation, in traversal of lists till all process mode;
3.3 obtaining the coupling score value is the application scenarios of 1.0 process mode; According to each scene entry of application scenarios and the valuation functions in the process mode storehouse; Application scenarios assessed draw the application scenarios point value of evaluation, its calculating formula is: application scenarios point value of evaluation=∑ (positive factor scene entry weight * positive factor scene entry point value of evaluation)-negative factor influence coefficient * (negative factor scene entry weight * negative factor scene entry point value of evaluation);
3.4 judge that whether the application scenarios point value of evaluation is greater than application scenarios assessment threshold value; Be, carry out next step, not, do not read next process mode in the tabulation, in traversal of lists till all process mode;
3.5 coupling score value, application scenarios point value of evaluation and business objective influence coefficient according to process mode; Calculate the total score value of coupling of this process mode, its computing formula is: mate total score value=coupling score value * business objective influence coefficient+application scenarios point value of evaluation;
3.6 judge that whether the total score value of coupling is greater than the coupling threshold value; Be, this process mode is listed in the candidate's process mode tabulation, not, read next process mode in the tabulation, in traversal of lists till all process mode;
3.7 according to all the process mode descending sorts in the big young pathbreaker candidate process mode tabulation of the total score value of coupling;
3.8 from the tabulation of candidate's process mode, read the highest process mode of the total score value of coupling, and generate the flow definition of this process mode.
9. according to claim 5 or 6 said workflow dynamic programming methods, it is characterized in that step (4) is concrete to be realized as follows based on process mode:
4.1 the process mode that is complementary that step (3) is found out replaces with sub-process, father's flow process of this sub-process is this process mode place flow process;
4.2 input and output parameter maps with the business objective of the variable of father's flow process and this process mode; And the mapping of the input and output parameter of the business objective of this process mode and sub-process input, replace with the variable of father's flow process and the input and output parameter maps of its sub-process;
4.3 accomplish the adaptive of flow definition.
10. according to claim 5 or 6 said workflow dynamic programming methods, it is characterized in that based on process mode, in the step (5), in the described flow definition if comprise goal activities, the then same step of implementation (2)～(5); Otherwise, carry out said flow definition until complete.
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| CN103646315A (en) * | 2013-12-16 | 2014-03-19 | 国家电网公司 | Method and device for data processing in electricity bureau engineering project workflow |
| CN106485399A (en) * | 2016-09-22 | 2017-03-08 | 东软集团股份有限公司 | The exhibiting method of flow monitoring figure and device |
| CN108805379A (en) * | 2017-05-03 | 2018-11-13 | 北京京东尚科信息技术有限公司 | Support that multi-mode is honoured an agreement the system and method for flow |
| CN109919729A (en) * | 2019-03-13 | 2019-06-21 | 神州灵云（北京）科技有限公司 | Analysis method, device and the electronic equipment of business datum |
| CN112215507A (en) * | 2020-06-30 | 2021-01-12 | 北京来也网络科技有限公司 | AI-combined RPA system flow complexity determination method and device |
| CN115048177A (en) * | 2022-08-15 | 2022-09-13 | 成都中科合迅科技有限公司 | Dynamic configuration method for completing business scene based on custom container |
| CN116468346A (en) * | 2023-04-14 | 2023-07-21 | 上海多维明软信息技术有限公司 | Intelligent logistics control method and system |
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| CN101500040A (en) * | 2009-03-02 | 2009-08-05 | 南京联创科技股份有限公司 | Configurable flow scheduling and section selection method based on arbitrarily spreading attribute specification |
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| CN103646315A (en) * | 2013-12-16 | 2014-03-19 | 国家电网公司 | Method and device for data processing in electricity bureau engineering project workflow |
| CN106485399A (en) * | 2016-09-22 | 2017-03-08 | 东软集团股份有限公司 | The exhibiting method of flow monitoring figure and device |
| CN108805379A (en) * | 2017-05-03 | 2018-11-13 | 北京京东尚科信息技术有限公司 | Support that multi-mode is honoured an agreement the system and method for flow |
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| CN115048177A (en) * | 2022-08-15 | 2022-09-13 | 成都中科合迅科技有限公司 | Dynamic configuration method for completing business scene based on custom container |
| CN115048177B (en) * | 2022-08-15 | 2022-11-04 | 成都中科合迅科技有限公司 | Dynamic configuration method for completing business scene based on custom container |
| CN116468346A (en) * | 2023-04-14 | 2023-07-21 | 上海多维明软信息技术有限公司 | Intelligent logistics control method and system |
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