CN117611094A - Method and system for realizing supply chain system design based on business process arrangement - Google Patents
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Abstract
The invention relates to a business process arranging and designing technology and discloses a method and a system for realizing a supply chain system design based on business process arranging, wherein the method comprises the steps of obtaining a plurality of entity components corresponding to a business process, and configuring an inlet and an outlet of each entity component into standardized parameters; the script component calls a service rule table and a natural language rule setting package to define the service rule of each entity component by a natural semantic function; acquiring a business rule of each entity component, extracting natural semantic nodes from the business rule, and storing the natural semantic nodes into a context manager; and acquiring a service flow chart, loading a plurality of entity components according to the service flow chart, and logically arranging the entity components through natural semantic nodes in a context manager. Because there is no need to define parameters between interfaces between the entity components, the entity components can be thermally exchanged in real time with application scenarios and entity components.
Description
Technical Field
The invention relates to the technical field of supply chain system design, in particular to a method and a system for realizing supply chain system design based on business process arrangement.
Background
In company systems, there are always systems with complex business logic that carry core business logic, almost every requirement is related to the core business, and the core business logic is lengthy, involving internal logic operations, caching operations, persistence operations, external resource invocations, internal other system RPC invocations, and so on. The maintenance cost is higher and higher as the time is long, the project is easy to handle. Various hard code decisions, branch conditions are increasing. The code is abstract, the multiplexing rate is lower and lower, and the coupling degree between each module is high. A small piece of logic variation affects other modules and requires complete regression testing to verify. If the sequence of the business process is to be flexibly changed, the code is to be greatly changed to abstract and the method is rewritten. Real-time thermal change business processes are almost impossible to implement.
Thus, some new technologies have been proposed to address the above problems, such as publication No.: "CN113435846A" discloses a method for realizing supply chain system design based on business process arrangement, comprising the following steps: all the services in the forwarding service system are disassembled according to the functions to be a main flow, and the main flow Cheng Cajie is a sub-flow; defining all sub-services under the sub-process as node components, and configuring upstream and downstream relations of the node components; acquiring a service flow chart of a service to be arranged, and acquiring the node assembly corresponding to the service to be arranged according to sub-services on the service flow chart; and generating executable codes of the business flow chart according to the node components and the upstream-downstream relation of the node components. The above-mentioned two important drawbacks are that, first, the upstream and downstream relationships between different node components are defined, so that, once the application environment changes or other node components are inserted, the overall connection relationship needs to be reset, and second, the node parameters between different node components are defined, so that the node components have unique association, and when the node components need to be modified, all the node parameters between the node components need to be modified. Indeed, the above-disclosed technical literature also has similarities to some interface parameters defining node components.
Disclosure of Invention
In view of the above, in order to solve the problems in the prior art, the present invention provides a method and a system for implementing supply chain system design based on business process arrangement.
The main technical scheme is as follows:
the method for realizing the design of the supply chain system based on the business process arrangement comprises the following steps:
acquiring a plurality of entity components corresponding to the business process, configuring an inlet and an outlet of each entity component into standardized parameters, and correspondingly realizing a single task contained in the business process by each entity component;
the script component calls a service rule table and a natural language rule setting package to define the service rule of each entity component by a natural semantic function;
acquiring a business rule of each entity component, extracting natural semantic nodes from the business rule, and storing the natural semantic nodes into a context manager;
and acquiring a service flow chart, loading a plurality of entity components according to the service flow chart, and logically arranging the entity components through natural semantic nodes in a context manager.
Further, the business process is delimited by business boundaries, and each business boundary corresponds to one entity component.
Further, by dividing the business process into a plurality of information flow nodes, each information flow node is used as a benchmark for demarcating business boundaries, wherein each information flow node corresponds to a single task.
Further, the script component comprises a rule part and a constraint part, wherein the rule part is used for defining the association relation with other entity components through natural semantic functions, and the constraint part is used for defining the task category included in the realization business process of the entity components and defining the exclusive association between the entity components and the other entity components.
Further, the constraint part is linked to the rule part, so that the constraint part calls the association relation and defines the standard semantics among different association relations, and the entity components and other entity components form unique association under different scenes through the standard semantics, so that the effect of exclusive association is achieved.
Further, the natural semantic node includes: (1) at least one association relationship formed by natural semantic nodes, (2) standard semantics among different association relationships.
The invention also provides a system for realizing the design of the supply chain system based on the business process arrangement, which comprises the following steps:
the entity component generating part is used for acquiring a service flow chart in a set scene, dividing the service flow chart into a plurality of information flow nodes, and calling a standard component template to generate an entity component matched with the information flow nodes by taking each information flow node as a standard for defining a service boundary;
a physical component parameter setting unit configured to set parameters of an interface unit in the physical component to standardized parameters in a unified form;
a business rule setting part for calling a business rule table and a natural language rule setting package through script components to define business rules of each entity component by natural semantic functions;
the context manager is used for acquiring the business rule of each entity component, extracting natural semantic nodes from the business rule and storing the natural semantic nodes into the context manager;
the semantic logic control part acquires a service flow chart, loads a plurality of entity components according to the service flow chart, and realizes logic arrangement of the entity components through natural semantic nodes in the context manager.
Further, the semantic logic control unit includes:
the analysis part is used for acquiring the service flow chart and obtaining an information flow node taking a time axis as a record according to the service flow chart;
the configuration part sequentially loads the information flow nodes which are obtained by the analysis part and take the time axis as records, and the information flow nodes correspond to the matching entity components through the information flow nodes;
and the semantic logic model is used for loading natural semantic nodes in the context manager to perform logic analysis on the natural semantic nodes among the entity components, so that logic arrangement is realized.
Further, the context manager includes an association table for recording natural semantic nodes possessed by the entity components.
Further, the semantic logic model realizes the natural semantic context linking between different entity components by loading at least one association relation formed by natural semantic nodes, realizing task categories contained in the business process and standard semantics among different association relations.
The application has the following beneficial effects:
the method has the advantages that the method can be used for arranging the business flow, the code of the waterfall flow can be converted into a code structure taking the entity assembly as a core concept, and the inlet and outlet of the entity assembly are configured into standardized parameters (interface parts of the assembly), so that the structure has the advantages of being capable of being arranged at will, decoupling between the entity assemblies, the entity assembly can be defined by scripts, and the circulation between the assemblies is driven by the rule.
Because the parameters between the interfaces are not required to be defined, the entity components can be thermally replaced in real time along with the application scene and the entity components, when one component is added in the compiled logic flow in real time, the interface parameters are not required to be changed, and only the context relation is required to be identified so as to change the business logic.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required for the description of the embodiments will be briefly described below, and it is apparent that the drawings in the following description are only some embodiments of the present invention, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a flow chart of a method provided by the present invention;
FIG. 2 is a schematic diagram of the system framework provided by the present invention;
fig. 3 is a flow chart of an information flow node of an embodiment of the present invention.
Detailed Description
For the purpose of making the objects, technical solutions and advantages of the present invention more apparent, the embodiments of the present invention will be described in further detail with reference to the accompanying drawings.
Example 1
Referring to fig. 1 to 3, the present application provides a method for implementing a supply chain architecture design based on business process arrangement, including the following steps:
acquiring a plurality of entity components corresponding to the business process, configuring an inlet and an outlet of each entity component into standardized parameters, and correspondingly realizing a single task contained in the business process by each entity component;
the script component calls a service rule table and a natural language rule setting package to define the service rule of each entity component by a natural semantic function;
acquiring a business rule of each entity component, extracting natural semantic nodes from the business rule, and storing the natural semantic nodes into a context manager;
and acquiring a service flow chart, loading a plurality of entity components according to the service flow chart, and logically arranging the entity components through natural semantic nodes in a context manager.
Further, the business process is delimited by business boundaries, and each business boundary corresponds to one entity component.
Further, by dividing the business process into a plurality of information flow nodes, each information flow node is used as a benchmark for demarcating business boundaries, wherein each information flow node corresponds to a single task.
Further, the script component comprises a rule part and a constraint part, wherein the rule part is used for defining the association relation with other entity components through natural semantic functions, and the constraint part is used for defining the task category included in the realization business process of the entity components and defining the exclusive association between the entity components and the other entity components.
Further, the constraint part is linked to the rule part, so that the constraint part calls the association relation and defines the standard semantics among different association relations, and the entity components and other entity components form unique association under different scenes through the standard semantics, so that the effect of exclusive association is achieved.
Further, the natural semantic node includes: (1) at least one association relationship formed by natural semantic nodes, (2) standard semantics among different association relationships.
The invention also provides a system for realizing the design of the supply chain system based on the business process arrangement, which comprises the following steps:
the entity component generating part is used for acquiring a service flow chart in a set scene, dividing the service flow chart into a plurality of information flow nodes, and calling a standard component template to generate an entity component matched with the information flow nodes by taking each information flow node as a standard for defining a service boundary;
a physical component parameter setting unit configured to set parameters of an interface unit in the physical component to standardized parameters in a unified form;
a business rule setting part for calling a business rule table and a natural language rule setting package through script components to define business rules of each entity component by natural semantic functions;
the context manager is used for acquiring the business rule of each entity component, extracting natural semantic nodes from the business rule and storing the natural semantic nodes into the context manager;
the semantic logic control part acquires a service flow chart, loads a plurality of entity components according to the service flow chart, and realizes logic arrangement of the entity components through natural semantic nodes in the context manager.
Further, the semantic logic control unit includes:
the analysis part is used for acquiring the service flow chart and obtaining an information flow node taking a time axis as a record according to the service flow chart;
the configuration part sequentially loads the information flow nodes which are obtained by the analysis part and take the time axis as records, and the information flow nodes correspond to the matching entity components through the information flow nodes;
and the semantic logic model is used for loading natural semantic nodes in the context manager to perform logic analysis on the natural semantic nodes among the entity components, so that logic arrangement is realized.
Further, the context manager includes an association table for recording natural semantic nodes possessed by the entity components.
Further, the semantic logic model realizes the natural semantic context linking between different entity components by loading at least one association relation formed by natural semantic nodes, realizing task categories contained in the business process and standard semantics among different association relations.
In some embodiments, the code of the waterfall flow type can be converted into a code structure taking the components as a core concept by arranging the inlets and outlets of the components into standardized parameters (interface parts of the components), and the structure has the advantages that the components can be randomly arranged, decoupled from each other, defined by scripts and driven by the whole rule of the flow between the components.
In some embodiments, since parameters between entity components do not need to be defined between interfaces, entity components can be thermally replaced in real time along with application scenarios and entity components, when a component is added in real time in a compiled logic flow, interface parameters do not need to be changed, and only a context relationship needs to be identified so as to change business logic.
In some embodiments, all of the physical components are parameter-free, i.e., the demographics parameters of the physical components are standardized and no longer specific parameters. Parameters between entity components are transferred by context semantics, and in one request, all components share context data, wherein in order to enable the association connection between entity components between parameter-free interfaces, a script component in the application comprises a rule part and a constraint part, wherein the rule part is used for defining association relations with other entity components through natural semantic functions, and the constraint part is used for defining task categories contained in the realization business flow of the entity components and defining exclusive associations between the entity components and other entity components. Further, the constraint part is linked to the rule part, so that the constraint part calls the association relation and defines the standard semantics among different association relations, and the entity components and other entity components form unique association under different scenes through the standard semantics, so that the effect of exclusive association is achieved.
In some embodiments, parameters between the entity components are transferred by context semantics without resetting access parameters of the entity components, so that the business process arrangement does not need to form hooks with programming languages, multiple scripting languages can be supported in the application, different scripting languages can be selected to define own scripting language nodes, and mixed editing of multiple scripting languages and Java components can be realized. In combination with hot refreshing, the online service does not need to issue second change logic, wherein the rules support xml, json, yml three rule file writing modes.
In some embodiments, parameters between entity components are transferred by context semantics without resetting access parameters of the entity components, so when an application scene changes, corresponding business rules also change, but the application is not required to be restarted, and the rules of the application are changed in real time through the semantic logic model. High concurrency does not lead to any confusion in the rules being executed because of the refresh rules.
In some embodiments, in the application, the constraint part is linked to the rule part, so that the constraint part calls the association relation and defines standard semantics among different association relations, and the entity components and other entity components form unique association under different scenes through the standard semantics, so that the effect of exclusive association is achieved. Therefore, the present application has a reliable context isolation mechanism without fear of data streaming in high concurrency situations.
In some embodiments, although the application defines that the entity component has unique association with other entity components, it does not represent that the entity component cannot form association with other entity components under one application flow, the application defines association relationships with other entity components by a natural semantic function through a rule part, and the association relationships are not unique, and a common component can be accessed under the entity component to support calling another flow through codes in one node, and meanwhile, in order to make a programming window more concise, the flow relationships are not displayed in a rule file. So is referred to herein as an implicit call. The main flow and the implicit sub-flow share data of the same context. All data in this request is also fully available in the implicit sub-flow. Implicit calls may accomplish more complex sub-flows, such as loop calls, complex condition decisions, and so forth. The hidden sub-flow requires you to call in the component through this statement.
The following design system for the supply chain system is realized by combining the supply chain system and utilizing the business process arrangement based on one supply chain designed by the invention, and the concrete steps are as follows:
the application scene configurable by the expression comprises the following steps:
the application scene configurable by the expression comprises the following steps:
creating a receipt flow [ no enabling, auditing node ] (expression)
THEN (create receipt bill, receipt details, update receipt bill to be received)
Creating a receipt flow [ enable first and audit second ] (expression)
THEN (create receipt, receipt details, update receipt to open)
Enable flow (expression)
THEN (update receipt to pending)
Auditing flow (expression)
THEN (update receipt status to receive goods)
Creating a receipt flow [ audit first then enable ] (expression)
THEN (create receipt, receipt details, update receipt to pending status)
Auditing process
THEN (update receipt to open)
Enabling a flow
THEN (update receipt status to receive goods)
Creating a receipt flow [ enabled node only ] (expression)
THEN (create receipt, receipt details, update receipt to open)
Enabling a flow
THEN (update receipt to be received)
Creating a receipt flow [ audit node only ] (expression)
THEN (create receipt, receipt details, update receipt to pending status)
Auditing process
THEN (update receipt to be received)
Detail receiving flow (expression)
THEN(
A detailed receipt verification assembly, which comprises a receipt verification assembly,
WHEN (occupied containers, increased inventory),
WHEN (save receipt registration information, save serial number, update receipt order/receipt detail receipt number),
IF (determining whether the shipment is complete,
IF (judging whether or not to put on shelf,
creates a put-on list/put-on list,
THEN (create warehouse entry bill/warehouse entry details, update the warehouse entry quantity of the warehouse entry bill/warehouse entry details, update the serial number as the warehouse in-house)
)
),
WHEN (update PDA task status/number of jobs, record workload)
)
Whole bill receiving flow (expression)
THEN(
A whole order receiving and checking assembly,
the stock is increased and the number of the stock is increased,
WHEN (batch save receipt registration information, batch update receipt bill/receipt detail receipt quantity),
IF (judging whether or not to put on shelf,
creates a put-on list/put-on list,
THEN (create warehouse entry bill/warehouse entry details, update the warehouse entry quantity of the warehouse entry bill/warehouse entry details in batch)
),
Updating PDA task status/number of jobs
)
Detail shelving flow (expression)
THEN(
The detail is put on the shelf to check the assembly,
WHEN (save shelf confirmation information, increase inventory),
WHEN (update serial number is in stock, deduct stock of receiving stock position, update number of put-on bill/put-on list, update number of receiving bill/receive list, update number of receiving list and number of receiving list,
IF (judging whether the putting on shelf is completed or not,
WHEN (create warehouse entry bill/warehouse entry details, backfill the dial bill information, release the shelf bill and use the turnover box)
),
WHEN (update PDA task status/number of jobs, record workload)
)
Whole single shelf process (expression) THEN
The whole sheet is put on the shelf to check the assembly,
WHEN (save shelf confirmation information, increase inventory),
WHEN (update serial number is in stock, deduct stock of receiving stock position, update number of put-on bill/put-on list, update number of receiving bill/receive list, update number of receiving list and number of receiving list,
WHEN (create warehouse entry order/warehouse entry details, backfill order information, release the shelf order and use the turnover box), update PDA task status/number of jobs already done
In the above embodiment, any entity component is uniquely connected with other entity components, although the application defines that the entity component has unique association with other entity components, the application does not represent that the entity component cannot form association with other entity components under one application flow, the application defines association relationship with other entity components by a natural semantic function through a rule part, and the association relationship is not unique, a public component can be accessed under the entity component, so that another flow can be supported to be invoked through codes in one node, for example, a whole order loading expression in the application can be connected to a whole order loading button action or a detail loading button action.
The above embodiment divides the order process into individual entity components, and the entity components are connected to complete the overall programming, and it can be seen from the above embodiment that the overall programming is semantically related.
The foregoing description of the preferred embodiments of the invention is not intended to limit the invention to the precise form disclosed, and any such modifications, equivalents, and alternatives falling within the spirit and scope of the invention are intended to be included within the scope of the invention.
Claims (10)
1. The method for realizing the design of the supply chain system based on the business process arrangement is characterized by comprising the following steps:
acquiring a plurality of entity components corresponding to the business process, configuring an inlet and an outlet of each entity component into standardized parameters, and correspondingly realizing a single task contained in the business process by each entity component;
the script component calls a service rule table and a natural language rule setting package to define the service rule of each entity component by a natural semantic function;
acquiring a business rule of each entity component, extracting natural semantic nodes from the business rule, and storing the natural semantic nodes into a context manager;
and acquiring a service flow chart, loading a plurality of entity components according to the service flow chart, and logically arranging the entity components through natural semantic nodes in a context manager.
2. The method for implementing supply chain architecture design based on business process planning of claim 1, wherein the business process is defined by business boundaries, each business boundary corresponding to an entity component.
3. The method for designing a supply chain architecture based on business process arrangement according to claim 2, wherein each of the business process nodes is used as a reference for business boundary definition by dividing the business process into a plurality of information flow nodes, and each of the information flow nodes corresponds to a single task.
4. The business process orchestration based implementation supply chain architecture design method according to claim 1, wherein the script component comprises a rule part and a constraint part, wherein the rule part is used for defining association relations with other entity components through natural semantic functions, and the constraint part is used for defining task categories included in the implementation business process of the entity components and defining exclusive associations between the entity components and the other entity components.
5. The business process orchestration-based implementation supply chain architecture design method according to claim 4, wherein the constraint part is linked to the rule part, so that the constraint part calls the association relation and defines the unique association between entity components and other entity components under different scenes through standard semantics by defining the standard semantics between different association relations, so as to achieve the effect of exclusive association.
6. The business process orchestration-based implementation supply chain hierarchy design method according to claim 1, wherein the natural semantic nodes comprise: (1) at least one association relationship formed by natural semantic nodes, (2) standard semantics among different association relationships.
7. Realizing a supply chain system design system based on business process arrangement, which is characterized by comprising the following steps:
the entity component generating part is used for acquiring a service flow chart in a set scene, dividing the service flow chart into a plurality of information flow nodes, and calling a standard component template to generate an entity component matched with the information flow nodes by taking each information flow node as a standard for defining a service boundary;
a physical component parameter setting unit configured to set parameters of an interface unit in the physical component to standardized parameters in a unified form;
a business rule setting part for calling a business rule table and a natural language rule setting package through script components to define business rules of each entity component by natural semantic functions;
the context manager is used for acquiring the business rule of each entity component, extracting natural semantic nodes from the business rule and storing the natural semantic nodes into the context manager;
the semantic logic control part acquires a service flow chart, loads a plurality of entity components according to the service flow chart, and realizes logic arrangement of the entity components through natural semantic nodes in the context manager.
8. The method for implementing supply chain architecture design based on business process planning according to claim 1, wherein the semantic logic control unit has:
the analysis part is used for acquiring the service flow chart and obtaining an information flow node taking a time axis as a record according to the service flow chart;
the configuration part sequentially loads the information flow nodes which are obtained by the analysis part and take the time axis as records, and the information flow nodes correspond to the matching entity components through the information flow nodes;
and the semantic logic model is used for loading natural semantic nodes in the context manager to perform logic analysis on the natural semantic nodes among the entity components, so that logic arrangement is realized.
9. The business process orchestration-based implementation supply chain hierarchy design method according to claim 8, wherein the context manager comprises an association table for recording natural semantic nodes that entity components have.
10. The method for implementing supply chain architecture design based on business process arrangement according to claim 8, wherein the semantic logic model implements natural semantic context linking between different entity components by loading at least one association relationship composed of natural semantic nodes, implementing task categories contained in the business process, and standard semantics between different association relationships.
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