CN104978622A - Business process management system and method - Google Patents
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Abstract
The invention provides a business process management system and method. The method comprises the following steps: a form design module receives form design parameters, analyzes form source codes and forms a form data item; a flow design module receives flow design parameters and generates flow definition data, flowing step definition data and interface calling rule data; and a scheduling engine module receives a user operation request and runtime parameters, calls the flow definition data, loads control information required for operation, forms a specific flowing living example, calculates a flowing path, calls the corresponding flowing step definition data according to a calculation result, loads step processing state information to form a specific step living example, obtains the interface calling rule data to combine with the form data to form a remote calling request, sends the remote calling request to an external system interface, receives data returned from the external system interface, fills the returned data into the form, judges whether the specific step living example ends or not and recalculates the flowing path when the specific step living example does not end. The business process management system and method has the functions of being high in application speed and intensive in management.
Description
Technical field
The present invention relates to the realization of a kind of business events flow path management, a kind of BPM method particularly relating to business process management system and utilize this business process management system to realize.
Background technology
Along with the miscellaneous service flow process of enterprise gets more and more, and data need the demand that circulates in different systems day by day frequent, and traditional artificial flow process or the small-sized management system of dispersion cannot meet so huge workflow management demand.In this case, that enterprise needs a set of stalwartness, centralized BPM platform, makes user on this Business Management Platform, can carry out design and the deployment of flow process fast, and realizes the function with Third party system Seamless integration-.
Traditional carries out program development for a certain specific flow process mostly in the development scheme of business process management system, and needs by special I DE(Integrated Development Environment) and the control undertaken by the mode of programming in form design and flow logic.The realization of usual program and the service logic of flow process bind together, and this design is very dumb, once flow process changes to some extent, all correlative codes all need change, test and redeploy, and cause wasting time and energy and easily make mistakes.In addition, if there is multiple similar flow process demand, then need the code that overlapping development is a large amount of, and these flow processs generally all adhere to different system administration separately, bring inconvenience to the unified management of flow process.
Summary of the invention
The technical problem to be solved in the present invention be in order to overcome in prior art the mode developing business process management system dumb, waste time and energy and the defect of easily makeing mistakes, provide a kind of and there is quick application, the business process management system of centralized management function and method.
The present invention solves above-mentioned technical matters by following technical proposals:
The invention provides a kind of business process management system, its feature is, it comprises a scheduling engine module, a flow process design module and a form design module.
Wherein, this form design module for receiving multiple form design parameter, and is resolved list source code, forms discernible form data item, and this form data item is waited for and being called by this scheduling engine module.
Wherein list source code refers to the code of the most original program of the list write out, and this form design module is resolved to list source code the form data item that makes to parse and can be called by this scheduling engine Module recognition.
This flow scheme design module, for receiving multiple flow scheme design parameter, generates with those flow scheme design parameters that flow definition data, the step that circulates define data and interface interchange regular data and to be called by this scheduling engine module to wait for one to one.
This flow scheme design module is according to each step of flow scheme design parameter (information such as attribute of the title of such as flow process, classification, keeper, step) Establishing process, these steps can comprise the particular content of each step and current procedures and meet which kind of condition and enter which kind of step, such as establish three steps by flow scheme design parameter, these three steps are respectively steps A (judging whether the number of days that employee asks for leave is greater than three days), step B and step C, enter step B when number of days of asking for leave is less than or equal to three days, enter step C when number of days of asking for leave is greater than three days.
This scheduling engine module, for receiving user operation request and runtime parameter, calls corresponding flow definition data, and the control information that load operating needs, and forms one and specifically to circulate example (namely of flow process can be run copy).
This specifically circulation example be a flow process framework, need follow-uply in this flow process framework, to add concrete flow content and list content, wherein flow scheme design parameter and form design parameter can be arranged voluntarily according to the demand of user.
This scheduling engine module is also for according to the flow scheme design parameter that receives and form data, calculate circulation path, again according to result of calculation, call corresponding circulation step definition data, and load step process state information, form a concrete steps example, wherein this form data comprises this form data item.
This form data is the concept of a set, it is the combination of multiple " form data item+data value ", such as " number of days of asking for leave " is a form data item, " 3 " are data values, and one of form data that " number of days=3 of asking for leave " are scheduling engine modules to be received in circulation process, certainly, form data also likely comprises " ask for leave reason=xxx ", " job agency people=xxx " etc.Wherein form data item results from the form design stage, is a static concept, specify this and represent which kind of meaning, and in circulation process, each form data item can has a real numerical value.Form data has two effects: one is transmit with concrete circulation example backward, and shows the user of subsequent step to see, two is that scheduling engine module needs to calculate circulation path according to form data.
Flow content in idiographic flow and list content are added into position corresponding in flow process framework by this scheduling engine module one by one, so far this specifically circulation example be not just a pure flow process framework, a but concrete steps example comprising concrete steps and content.
This scheduling engine module also for obtaining corresponding interface interchange regular data, and in conjunction with this form data, forms far call request, is sent to external system interface.
This scheduling engine module also for receiving the data that those external system interface return, and according to the Parameter Mapping relation preset, by the data stuffing that returns to list.
This scheduling engine module also for judge this specifically circulation example whether to circulate ends, judging this specifically circulation example again calculate the path that circulates at the end of not circulating.
Preferably, this business process management system also comprises a flow monitoring module, the circulation data that this flow monitoring module produces in circulation process for adding up, receiving and send this idiographic flow specifically in circulation example, make the progress situation of user's trace flow at any time.
Preferably, this form design module comprises a text editor and multiple form controls, and this form controls is corresponding with form design parameter;
Text editing machine is used for according to those form design parameter designing one list patterns, chooses the form controls corresponding with those form design parameters, and the form controls of those correspondences is towed to position corresponding in this list pattern to design this list;
Text editing machine is also for being converted into the data mode (namely Html adds the data mode of metadata) of Html+ metadata by this list, wherein the attribute of metadata is self-defining, Html refers to HTML (Hypertext Markup Language), is a kind of markup language for " webpage establishment and other information can seen in web browser " designs.
Preferably, those flow scheme design parameters comprise following several: the title of flow process, classification, keeper, sequence number, title, type, the step circulation of step, remind arrange, interface definition, can the section of writing and form validation.
Wherein, type comprises treatment step, automatically step and countersign step; Step circulation refers to which kind of condition current procedures meets and enter which kind of step; Remind to arrange and refer to that a certain step is with one or more mode notifier processes people in note, mail, instant messaging etc.; Interface definition refers to the information such as address, parameter, scheduling mode of the defining interface when a certain step is automatic step; Can the section of writing refer to a certain step list on which form controls can operate, the handler namely controlling this step can only operate part relevant to oneself on list; Form validation refers to the proof rule of form controls, and number of days of such as asking for leave can only fill in the arbitrary numeral in 1-5.
Preferably, this scheduling engine module is used for the form data in this specifically circulation example to refer to shelving structure constraint condition and a principle by RestFul(Rest, the application program or the design that meet these constraint conditions and principle are exactly RestFul) mode is sent to external system, and supports that external system is adjusted back in an asynchronous manner.
In this programme, form data is passed to external system by calling interface by scheduling engine module, after external system process completes, by calling interface, the form data after process is back to scheduling engine module again, and scheduling engine module according to the result returned, can dynamically determine next step circulation of flow process.Multiple external system runs through by this programme, realizes data and circulates fast in each system of enterprise.
The present invention also provides a kind of BPM method, and its feature is, it utilizes above-mentioned business process management system to realize, and this BPM method comprises the following steps:
S
1, this form design module receives multiple form design parameter, and resolves list source code, forms discernible form data item, this form data item is waited for and being called by this scheduling engine module;
S
2, this flow scheme design module receives multiple flow scheme design parameter, generates with those flow scheme design parameters that flow definition data, the step that circulates define data and interface interchange regular data and to be called by this scheduling engine module to wait for one to one;
S
3, this scheduling engine module receives user operation requests and runtime parameter, call corresponding flow definition data, and the control information that load operating needs, form one and specifically to circulate example (namely of flow process can be run copy);
S
4, this scheduling engine module is according to the flow scheme design parameter received and form data, calculate circulation path, again according to result of calculation, call corresponding circulation step definition data, and load step process state information, form a concrete steps example, wherein this form data comprises this form data item;
Flow content in idiographic flow and list content are added into position corresponding in flow process framework by this scheduling engine module one by one, so far this specifically circulation example be not just a pure flow process framework, a but concrete steps example comprising concrete steps and content;
S
5, this scheduling engine module obtains corresponding interface interchange regular data, and in conjunction with this form data, form far call request, be sent to external system interface;
S
6, this scheduling engine module receives the data that those external system interface return, and according to the Parameter Mapping relation preset, by the data stuffing that returns to list;
S
7, judge this specifically circulation example whether to circulate end, if then process ends, otherwise repeated execution of steps S
4.
Preferably, this business management system comprises a flow monitoring module, this flow monitoring module statistics, receives and send the circulation data that this idiographic flow specifically in circulation example produces in circulation process, makes the progress situation of user's trace flow at any time.
Preferably, this form design module comprises a text editor and multiple form controls, and this form controls is corresponding with form design parameter, and the step of this form design modular design list comprises:
Text editing machine according to those form design parameter designing one list patterns, choose the form controls corresponding with those form design parameters, and the form controls of those correspondences to be towed in this list pattern corresponding position to design this list;
This list is converted into the data mode of Html+ metadata by text editing machine, and wherein the attribute of metadata is self-defining.
Preferably, those flow scheme design parameters comprise following several: the title of flow process, classification, keeper, sequence number, title, type, the step circulation of step, remind arrange, interface definition, can the section of writing and form validation.
Wherein, type comprises treatment step, automatically step and countersign step; Step circulation refers to which kind of condition current procedures meets and enter which kind of step; Remind to arrange and refer to that a certain step is with one or more mode notifier processes people in note, mail, instant messaging etc.; Interface definition refers to the information such as address, parameter, scheduling mode of the defining interface when a certain step is automatic step; Can the section of writing refer to a certain step list on which form controls can operate, the handler namely controlling this step can only operate part relevant to oneself on list; Form validation refers to the proof rule of form controls, and number of days of such as asking for leave can only fill in the arbitrary numeral in 1-5.
Preferably, in step S
5in, the form data in this specifically circulation example is sent to external system by RestFul mode by this scheduling engine module, and supports that external system is adjusted back in an asynchronous manner.
In this programme, form data is passed to external system by calling interface by scheduling engine module, after external system process completes, by calling interface, the form data after process is back to scheduling engine module again, and scheduling engine module according to the result returned, can dynamically determine next step circulation of flow process.Multiple external system runs through by this programme, realizes data and circulates fast in each system of enterprise.
On the basis meeting this area general knowledge, above-mentioned each optimum condition, can combination in any, obtains the preferred embodiments of the invention.
Positive progressive effect of the present invention is:
The present invention is by modes such as one-stop flow scheme design, deployment and operations, and provide powerful, a healthy and strong business process management system and method, it can realize following Core Feature effectively:
1, apply fast, centralized management.The flow process of dispersion puts together and realizes centralized management by the present invention, and by visual Form Designer and business process designer, in the mode pulling, configure, complete the development deployment of new technological process rapidly, and by powerful this process flow operation of scheduling engine module schedules, whole process implementation " Zero-code ", if and after there is any variation in this flow process, adjustment is only needed to configure, without the need to again developing a large amount of code, in exploitation, operation and maintenance, saved the time greatly, efficiency is the decades of times of the efficiency of traditional approach.
2, raising efficiency, reduces and waits for.Scheduling orderly for the links of flow process got up by intelligent scheduling engine modules, whole process is increasingly automated, thoroughly avoids occurrences in human life to break up the family, invalid wait, effectively promotes speed of decision and efficiency.
3, inside and outside collaborative, respond fast.The present invention and Third party system carry out data interaction, realize the function with Third party system such as client Seamless integration-.
4, overall monitor, continues to optimize.The present invention can hold the implementation status of various work comprehensively, the state of understanding and analysis task, optimize and improve workflow constantly, thus further enterprise efficiency.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of the business process management system of present pre-ferred embodiments.
Fig. 2 is the process flow diagram of the BPM method of present pre-ferred embodiments.
Embodiment
Mode below by embodiment further illustrates the present invention, but does not therefore limit the present invention among described scope of embodiments.
As shown in Figure 1, the present embodiment provides a kind of business process management system, and it comprises form design module 1, flow process design module 2, scheduling engine module 3 and a flow monitoring module 4.
Lower mask body introduces the function that above-mentioned each parts realize:
This form design module 1 is for receiving multiple form design parameter, and list source code is resolved, form discernible form data item, this form data item is waited for and being called by this scheduling engine module 3, and wherein list source code refers to the code of the most original program of the list write out.
Wherein, this form design module 1 comprises a text editor and multiple form controls, and this form controls is corresponding with form design parameter;
Text editing machine is used for according to those form design parameter designing one list patterns, chooses the form controls corresponding with those form design parameters, and the form controls of those correspondences is towed to position corresponding in this list pattern to design this list;
Text editing machine is also for being converted into the data mode of Html+ metadata by this list, wherein the attribute of metadata is self-defining.
This flow scheme design module 2 is for receiving multiple flow scheme design parameter, generate with those flow scheme design parameters that flow definition data, the step that circulates define data and interface interchange regular data and to be called by this scheduling engine module 3 to wait for one to one, those flow scheme design parameters comprise following several: the title of flow process, classification, keeper, sequence number, title, type, the step circulation of step, remind arrange, interface definition, can the section of writing and form validation.
This scheduling engine module 3, for receiving user operation request and runtime parameter, calls corresponding flow definition data, and the control information that load operating needs, and forms one and specifically to circulate example (namely of flow process can be run copy).
This scheduling engine module 3 is also for according to the flow scheme design parameter that receives and form data, calculate circulation path, again according to result of calculation, call corresponding circulation step definition data, and load step process state information, form a concrete steps example, wherein this form data comprises this form data item.
This scheduling engine module 3 also for obtaining corresponding interface interchange regular data, and in conjunction with this form data, forms far call request, is sent to external system interface by RestFul mode.
This scheduling engine module 3 also for receiving the data that those external system interface carry out returning in an asynchronous manner, and according to the Parameter Mapping relation preset, by the data stuffing that returns to list.
This scheduling engine module 3 also for judge this specifically circulation example whether to circulate ends, judging this specifically circulation example again calculate the path that circulates at the end of not circulating.
The circulation data that this flow monitoring module 4 produces in circulation process for adding up, receiving and send this idiographic flow specifically in circulation example, make the progress situation of user's trace flow at any time.
As shown in Figure 2, the present embodiment also provides a kind of BPM method, and it utilizes above-mentioned business process management system to realize, and this BPM method comprises the following steps:
Step 101, this form design module receive multiple form design parameter, and resolve list source code, form discernible form data item, and this form data item is waited for and being called by this scheduling engine module;
Step 102, this flow scheme design module receive multiple flow scheme design parameter, generate with those flow scheme design parameters that flow definition data, the step that circulates define data and interface interchange regular data and to be called by this scheduling engine module to wait for one to one, those flow scheme design parameters comprise following several: the title of flow process, classification, keeper, sequence number, title, type, the step circulation of step, remind arrange, interface definition, can the section of writing and form validation;
Step 103, this scheduling engine module receives user operation requests and runtime parameter, call corresponding flow definition data, and the control information that load operating needs, and forms one and specifically to circulate example (namely of flow process can be run copy);
Step 104, this scheduling engine module are according to the flow scheme design parameter received and form data, calculate circulation path, again according to result of calculation, call corresponding circulation step definition data, and load step process state information, form a concrete steps example, wherein this form data comprises this form data item;
Flow content in idiographic flow and list content are added into position corresponding in flow process framework by this scheduling engine module one by one, so far this specifically circulation example be not just a pure flow process framework, a but concrete steps example comprising concrete steps and content;
Step 105, this scheduling engine module obtain corresponding interface interchange regular data, and in conjunction with this form data, form far call request, be sent to external system interface by RestFul mode;
Step 106, this scheduling engine module receive the data that those external system interface carry out returning in an asynchronous manner, and according to the Parameter Mapping relation preset, by the data stuffing that returns to list;
Step 107, judge this specifically circulation example whether to circulate end, if then process ends, otherwise repeated execution of steps 104.
In execution above-mentioned steps process, this flow monitoring module statistics, receive and send the circulation data that this idiographic flow specifically in circulation example produces in circulation process, make the progress situation of user's trace flow at any time.
Wherein, this form design module comprises a text editor and multiple form controls, and this form controls is corresponding with form design parameter, and the step of this form design modular design list comprises:
Text editing machine according to those form design parameter designing one list patterns, choose the form controls corresponding with those form design parameters, and the form controls of those correspondences to be towed in this list pattern corresponding position to design this list;
This list is converted into the data mode of Html+ metadata by text editing machine, and wherein the attribute of metadata is self-defining.
The present invention is described, to enable those skilled in the art to understand the present invention better for a concrete example below:
Text editor receives and is used for designing the form design parameter of list of asking for leave, and after receiving form design parameter, according to the form design parameter designing one received ask for leave list pattern, choose the form controls corresponding with form design parameter, and the form controls of correspondence is towed to position corresponding in list pattern of asking for leave to design list of asking for leave, then list of asking for leave is converted into the data mode of Html+ metadata by text editor.
The list source code of form design module 1 to list of asking for leave is resolved, and forms discernible form data item, and this form data item waits for that the engine modules 3 that is scheduled is called.
Flow scheme design module 2 receives and is used for designing the flow scheme design parameter of flow process of asking for leave, according to the flow scheme design parameter (title of such as flow process, classification, keeper, the information such as the attribute of step) each step of Establishing process, these steps comprise the particular content of each step and current procedures and meet which kind of condition and enter which kind of step, be specially: establish three steps by flow scheme design parameter, these three steps are respectively steps A (judging whether the number of days that employee asks for leave is greater than three days), step B and step C, step B is entered when number of days of asking for leave is less than or equal to three days, step C is entered when number of days of asking for leave is greater than three days.And generate flow definition data corresponding with flow scheme design parameter, the step that circulates defines data and interface interchange regular data to be called by this scheduling engine module 3 to wait for.
Scheduling engine module 3 receives ask for leave operation requests and the runtime parameter of user, call corresponding flow definition data, and the control information that load operating needs, form one specifically to circulate example, this specifically circulation example be a flow process framework, need follow-uply in this flow process framework, to add concrete flow content and list content.
Scheduling engine module 3 is according to the flow scheme design parameter received and form data (ask for leave number of days=3 day, reason of asking for leave=sick, job agency people=Zhang San), calculate circulation path, again according to result of calculation, call corresponding circulation step definition data, and load step process state information, form a concrete steps example, namely this specifically circulation example be not just a pure flow process framework, a but concrete steps example comprising concrete steps and content.
Scheduling engine module 3 obtains corresponding interface interchange regular data, and in conjunction with this form data (ask for leave number of days=3 day, reason of asking for leave=sick, job agency people=Zhang San), form far call request, be sent to external system interface, external system is adjusted back after treatment in an asynchronous manner, scheduling engine module receives the data (these data comprise the information ratifying to ask for leave three days) that external system interface returns, and according to the Parameter Mapping relation preset, by the data stuffing that returns to list of asking for leave.Then scheduling engine module judges whether concrete circulation example circulates ends, and example circulation end of judging specifically to circulate flow process of then asking for leave terminates.
Asking for leave in workflow process, flow monitoring module statistics, receiving and sending the circulation data that the idiographic flow in concrete circulation example produces in circulation process, user is not such as asked for leave the progress situation of person's trace flow at any time.
The present invention is by modes such as one-stop flow scheme design, deployment and operations, and provide powerful, a healthy and strong business process management system and method, it can realize following Core Feature effectively: apply fast, centralized management; Raising efficiency, reduces and waits for; Inside and outside collaborative, respond fast; Overall monitor, continues to optimize.
Although the foregoing describe the specific embodiment of the present invention, it will be understood by those of skill in the art that these only illustrate, protection scope of the present invention is defined by the appended claims.Those skilled in the art, under the prerequisite not deviating from principle of the present invention and essence, can make various changes or modifications to these embodiments, but these change and amendment all falls into protection scope of the present invention.
Claims (10)
1. a business process management system, is characterized in that, it comprises a scheduling engine module, a flow process design module and a form design module;
This form design module for receiving multiple form design parameter, and is resolved list source code, forms discernible form data item, and this form data item is waited for and being called by this scheduling engine module;
This flow scheme design module, for receiving multiple flow scheme design parameter, generates with those flow scheme design parameters that flow definition data, the step that circulates define data and interface interchange regular data and to be called by this scheduling engine module to wait for one to one;
This scheduling engine module, for receiving user operation request and runtime parameter, calls corresponding flow definition data, and the control information that load operating needs, and forms one and specifically to circulate example;
This scheduling engine module is also for according to the flow scheme design parameter that receives and form data, calculate circulation path, again according to result of calculation, call corresponding circulation step definition data, and load step process state information, form a concrete steps example, wherein this form data comprises this form data item;
This scheduling engine module also for obtaining corresponding interface interchange regular data, and in conjunction with this form data, forms far call request, is sent to external system interface;
This scheduling engine module also for receiving the data that those external system interface return, and according to the Parameter Mapping relation preset, by the data stuffing that returns to list;
This scheduling engine module also for judge this specifically circulation example whether to circulate ends, judging this specifically circulation example again calculate the path that circulates at the end of not circulating.
2. business process management system as claimed in claim 1, it is characterized in that, this business process management system also comprises a flow monitoring module, the circulation data that this flow monitoring module produces in circulation process for the idiographic flow added up, receive and send in this concrete circulation example.
3. business process management system as claimed in claim 1, it is characterized in that, this form design module comprises a text editor and multiple form controls, and this form controls is corresponding with form design parameter;
Text editing machine is used for according to those form design parameter designing one list patterns, chooses the form controls corresponding with those form design parameters, and the form controls of those correspondences is towed to position corresponding in this list pattern to design this list;
Text editing machine is also for being converted into the data mode of Html+ metadata by this list, wherein the attribute of metadata is self-defining.
4. business process management system as claimed in claim 1, it is characterized in that, those flow scheme design parameters comprise following several: the title of flow process, classification, keeper, sequence number, title, type, the step circulation of step, remind arrange, interface definition, can the section of writing and form validation.
5. as the business process management system in claim 1-4 as described in any one, it is characterized in that, this scheduling engine module is used for the form data in this specifically circulation example to be sent to external system by RestFul mode.
6. a BPM method, is characterized in that, it utilizes business process management system as claimed in claim 1 to realize, and this BPM method comprises the following steps:
S1, this form design module receive multiple form design parameter, and resolve list source code, form discernible form data item, and this form data item is waited for and being called by this scheduling engine module;
S2, this flow scheme design module receive multiple flow scheme design parameter, generate with those flow scheme design parameters that flow definition data, the step that circulates define data and interface interchange regular data and to be called by this scheduling engine module to wait for one to one;
S3, this scheduling engine module receives user operation requests and runtime parameter, call corresponding flow definition data, and the control information that load operating needs, and forms one and specifically to circulate example;
S4, this scheduling engine module are according to the flow scheme design parameter received and form data, calculate circulation path, again according to result of calculation, call corresponding circulation step definition data, and load step process state information, form a concrete steps example, wherein this form data comprises this form data item;
S5, this scheduling engine module obtain corresponding interface interchange regular data, and in conjunction with this form data, form far call request, be sent to external system interface;
S6, this scheduling engine module receive the data that those external system interface return, and according to the Parameter Mapping relation preset, by the data stuffing that returns to list;
S7, this scheduling engine module judge this specifically circulation example whether to circulate end, if then process ends, otherwise repeated execution of steps S4.
7. BPM method as claimed in claim 6, it is characterized in that, this business management system comprises a flow monitoring module, this flow monitoring module statistics, receives and send the circulation data that this idiographic flow specifically in circulation example produces in circulation process.
8. BPM method as claimed in claim 6, it is characterized in that, this form design module comprises a text editor and multiple form controls, and this form controls is corresponding with form design parameter, and the step of this form design modular design list comprises:
Text editing machine according to those form design parameter designing one list patterns, choose the form controls corresponding with those form design parameters, and the form controls of those correspondences to be towed in this list pattern corresponding position to design this list;
This list is converted into the data mode of Html+ metadata by text editing machine, and wherein the attribute of metadata is self-defining.
9. BPM method as claimed in claim 6, it is characterized in that, those flow scheme design parameters comprise following several: the title of flow process, classification, keeper, sequence number, title, type, the step circulation of step, remind arrange, interface definition, can the section of writing and form validation.
10. as the BPM method in claim 6-9 as described in any one, it is characterized in that, in step s 5, the form data in this specifically circulation example is sent to external system by RestFul mode by this scheduling engine module.
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| CN108833355A (en) * | 2018-05-21 | 2018-11-16 | 深圳云之家网络有限公司 | Data processing method, device, computer equipment and computer readable storage medium |
| CN109993444A (en) * | 2019-04-04 | 2019-07-09 | 江苏新纪元信息发展有限公司 | A kind of flow engine |
| CN110428216A (en) * | 2019-07-03 | 2019-11-08 | 平安科技（深圳）有限公司 | Operation flow management-control method, device, computer equipment and storage medium |
| CN110428217A (en) * | 2019-07-03 | 2019-11-08 | 深圳市华宇讯科技有限公司 | A kind of ERP system |
| CN110503408A (en) * | 2019-08-28 | 2019-11-26 | 清大鲁班(北京)国际信息技术有限公司 | It is a kind of based on the business process management system custom-configured |
| CN111738700A (en) * | 2020-07-24 | 2020-10-02 | 南京梦饷网络科技有限公司 | Method, computing device and storage medium for controlling business process |
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| CN109993444A (en) * | 2019-04-04 | 2019-07-09 | 江苏新纪元信息发展有限公司 | A kind of flow engine |
| CN110428216A (en) * | 2019-07-03 | 2019-11-08 | 平安科技（深圳）有限公司 | Operation flow management-control method, device, computer equipment and storage medium |
| CN110428217A (en) * | 2019-07-03 | 2019-11-08 | 深圳市华宇讯科技有限公司 | A kind of ERP system |
| CN110503408A (en) * | 2019-08-28 | 2019-11-26 | 清大鲁班(北京)国际信息技术有限公司 | It is a kind of based on the business process management system custom-configured |
| CN111738700A (en) * | 2020-07-24 | 2020-10-02 | 南京梦饷网络科技有限公司 | Method, computing device and storage medium for controlling business process |
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